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e Ver. 6 Please refer to the MODIFICATION NOTICE. SERVICE MANUAL MODEL RCD-N7 JP E3 E2 EK K2A E1C E1K EUT P P NETWORK CD RECEIVER •For purposes of improvement, specifications and design are subject to change without notice. •Please use this service manual with referring to the operating instructions without fail. •Some illustrations using in this service manual are slightly different from the actual set. e D&M Holdings Inc. S0458-1V06DM/DG1203 Copyright 2012 D&M Holdings Inc. All rights reserved. WARNING: Violators will be prosecuted to the maximum extent possible. g P SAFETY PRECAUTIONS The following check should be performed for the continued protection of the customer and service technician. LEAKAGE CURRENT CHECK Before returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassis resistance check. if the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 460 kohms, the unit is defective. Be sure to test for leakage current with the AC plug in both polarities, in addition, in each power ON, OFF and STANDBY mode, if applicable. CAUTION Please heed the points listed below during servicing and inspection. ◎◎ Heed the cautions! ◎◎ Inspect for safety after servicing! Spots requiring particular attention when servicing, such as the cabinet, parts, chassis,etc., have cautions indicated on labels. be sure to heed these causions and the cautions indicated in the handling instructions. Check that all screws, parts and wires removed or disconnected for servicing have been put back in their original positions, inspect that no parts around the area that has been serviced have been negatively affected, conduct an inslation check on the external metal connectors and between the blades of the power plug, and otherwise check that safety is ensured. ◎◎ Caution concerning electric shock! (1)An AC voltage is impressed on this set, so touching internal metal parts when the set is energized could cause electric shock. Take care to avoid electric shock, by for example using an isolating transformer and gloves when servicing while the set is energized, unplugging the power cord when replacing parts, etc. (Insulation check procedure) Unplug the power cord from the power outlet, disconnect the antenna, plugs, etc., and turn the power switch on. Using a 500V insulation resistance tester, check that the inplug and the externally exposed metal parts (antenna terminal, headphones terminal, input terminal, etc.) is 1MΩ or greater. If it is less, the set must be inspected and repaired. (2)Tere are high voltage parts inside. Handle with extra care when the set is energized. ◎◎ Caution concerning disassembly and assembly! Through great care is taken when manufacturing parts from sheet metal, there may in some rare cases be burrs on the edges of parts which could cause injury if fingers are moved across them. Use gloves to protect your hands. CAUTION Concerning important safety parts Many of the electric and structural parts used in the set have special safety properties. In most cases these properties are difficult to distinguish by sight, and using replacement parts with higher ratings (rated power and withstand voltage) does not necessarily guarantee that safety performance will be poreserved. Parts with safety properties are indicated as shown below on the wiring diagrams and parts lists is this service manual. Be sure to replace them with parts with the designated part number. ◎◎ Only use designated parts! The set's parts have specific safety properties (fire resistance, voltage resistance, etc.). For replacement parts, be sure to use parts which have the same poroperties. In particular, for the important safety parts that are marked z on wiring diagrams and parts lists, be sure to use the designated parts. ◎◎ Be sure to mount parts and arrange the wires as they were originally! (1)Schematic diagrams.......Indicated by the z mark. (2).Parts lists.......Indicated by the z mark. Using parts other than the designated parts could result in electric shock, fires or other dangerous situations. For safety seasons, some parts use tape, tubes or other insulating materials, and some parts are mounted away from the surface of printed circuit boards. Care is also taken with the positions of the wores omsode amd clamps are used to keep wires away from heating and high voltage parts, so be sure to set everything back as it was originally. 2 NOTE FOR SCHEMATIC DIAGRAM WARNING: Parts marked with this symbol z have critical characteristics. Use ONLY replacement parts recommended by the manufacturer. CAUTION: Before returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassis resistance check. If the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 460 kohms, the unit is defective. WARNING: DO NOT return the unit to the customer until the problem is located and corrected. NOTICE: NOTE FOR PARTS LIST ALL RESISTANCE VALUES IN OHM. k=1,000 OHM / M=1,000,000 OHM ALL CAPACITANCE VALUES IN MICRO FARAD. P=MICRO-MICRO FARAD EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDITION. CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE. NOTE FOR PARTS LIST 1. Parts for which "nsp" is indicated on this table cannot be supplied. 2. When ordering of part, clearly indicate "1" and "I" (i) to avoid mis-supplying. 3. Ordering part without stating its part number can not be supplied. 4. Part indicated with the mark "★" is not illustrated in the exploded view. 5. Not including General-purpose Carbon Film Resistor in the P.W.Board parts list. (Refer to the Schematic Diagram for those parts.) 6. Not including General-purpose Carbon Chip Resistor in the P.W.Board parts list. (Refer to the Schematic Diagram for those parts.) WARNING: Parts marked with this symbol z have critical characteristics. Use ONLY replacement parts recommended by the manufacturer. ● Resistors Ex.: RN Type RD : RC : RS : RW: RN : RK : 14K 2E Shape and performance Carbon Composition Metal oxide film winding Metal film Metal mixture * Resistance 1 8 2 2B 2E 2H 3A 3D 3F 3H Power : : : : : : : 182 G FR Resistance Allowable error Others F G J K M 1/8 W 1/4 W 1/2 W 1 W 2 W 3 W 5 W : : : : : ±1% ±2% ±5% ±10% ±20% P : NL : NB : FR : F : Pulse-resistant type Low noise type Non-burning type Fuse-resistor Lead wire forming 1800ohm=1.8kohm Indicates number of zeros after effective number. 2-digit effective number. 1 R 2 : Units: ohm 1.2ohm 1-digit effective number. 2-digit effective number, decimal point indicated by R. ● Capacitors Ex.: CE Type 04W Shape and performance CE : Aluminum foil electrolytic CA : Aluminium solid electrolytic CS : CQ : CK : CC : CP : CM: CF : CH : Tantalum electrolytic Film Ceramic Ceramic Oil Mica Metallized Metallized 1H 3R2 Dielectric strength Capacity 0J 1A 1C 1E 1V 1H 2A 2B 2C 2D 2E 2H 2J : : : : : : : : : : : : : 6.3 V 10 V 16 V 25 V 35 V 50 V 100 V 125 V 160 V 200 V 250 V 500 V 630 V M F G J K M Z : : : : : : : P : C : D : = : BP Allowable error Others ±1% ±2% ±5% ±10% ±20% HS : BP : HR : DL : HF : High stability type Non-polar type Ripple-resistant type For change and discharge For assuring high requency ±80% - 20% +100% ±0.25pF ±0.5pF Others U C W F UL part CSA part UL-CSA part Lead wire forming : : : : * Capacity (electrolyte only) 2 2 2 ・ Units:μF. 2 R 2200μF Indicates number of zeros after effective number. 2-digit effective number. 2 ・ Units:μF. 2.2μF 1-digit effective number. 2-digit effective number, decimal point indicated by R * Capacity (except electrolyte) 2 2 2 ・ Units:pF 2200pF=0.0022μF 2 2 Indicates number of zeros after efective number. (More than 2) 2-digit effective number. 1 ・ Units:pF ・ When the dielectric strength is indicated in AC,"AC" is included after the dieelectric strength value. 3 220pF Indicates number of zeros after effective numver. (0 or 1) 2-digit effective number. WARNING AND LASER SAFETY INSTRUCTIONS GB WARNING NL All ICs and many other semi-conductors are susceptible to electrostatic discharges (ESD). Careless handling during repair can reduce life drastically. When repairing, make sure that you are connected with the same potential as the mass of the set via a wrist wrap with resistance. Keep components and tools also at this potential. F WAARSCHUWING Alle IC’s en vele andere halfgeleiders zijn gevoelig voor elektrostatische ontladingen (ESD). Onzorgvuldig behandelen tijdens reparatie kan de levensduur drastisch doen verminderen. Zorg ervoor dat u tijdens reparatie via een polsband met weerstand verbonden bent met hetzelfde potentiaal als de massa van het apparaat. Houd componenten en hulpmiddelen ook op ditzelfde potentiaal. D ATTENTION Tous les IC et beaucoup d’autres semiconducteurs sont sensibles aux décharges statiques (ESD). Leur longévité pourrait être considérablement écourtée par le fait qu’aucune précaution n’est prise a leur manipulation. Lors de réparations, s’assurer de bien être relié au même potentiel que la masse de l’appareil et enfiler le bracelet serti d’une résistance de sécurité. Veiller a ce que les composants ainsi que les outils que l’on utilise soient également a ce potentiel. WARNUNG I Alle IC und viele andere Halbleiter sind empfindlich gegen elektrostatische Entladungen (ESD). Unsorgfältige Behandlung bei der Reparatur kann die Lebensdauer drastisch vermindern. Sorgen sie dafür, das Sie im Reparaturfall über ein Pulsarmband mit Widerstand mit dem Massepotential des Gerätes verbunden sind. Halten Sie Bauteile und Hilfsmittel ebenfalls auf diesem Potential. AVVERTIMENTO Tutti IC e parecchi semi-conduttori sono sensibili alle scariche statiche (ESD). La loro longevita potrebbe essere fortemente ridatta in caso di non osservazione della piu grande cauzione alla loro manipolazione. Durante le riparazioni occorre quindi essere collegato allo stesso potenziale che quello della massa dell’apparecchio tramite un braccialetto a resistenza. Assicurarsi che i componenti e anche gli utensili con quali si lavora siano anche a questo potenziale. D GB Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu beachten. Der Originalzustand des Gerats darf nicht verandert werden. Fur Reparaturen sind Original-Ersatzteile zu verwenden. Safety regulations require that the set be restored to its original condition and that parts which are identical with those specified be used. NL I Veiligheidsbepalingen vereisen, dat het apparaat in zijn oorspronkelijke toestand wordt terug gebracht en dat onderdelen, identiek aan de gespecifieerde worden toegepast. Le norme di sicurezza esigono che l’apparecchio venga rimesso nelle condizioni originali e che siano utilizzati pezzi di ricambiago idetici a quelli specificati. F “Pour votre sécurité, ces documents doivent être utilisés par des spécialistes agrées, seuls habilités à réparer votre appareil en panne.” Les normes de sécurité exigent que l’appareil soit remis a l’état d’origine et que soient utilisées les pièces de rechange identiques à celles spécifiées. LASER SAFETY This unit employs a laser. Only a qualified service person should remove the cover or attempt to service this device, due to possible eye injury. USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURE OTHER THAN THOSE SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE. AVOID DIRECT EXPOSURE TO BEAM WARNING The use of optical instruments with this product will increase eye hazard. Repair handling should take place as much as possible with a disc loaded inside the player WARNING LOCATION: INSIDE ON LASER COVERSHIELD CAUTION VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID EXPOSURE TO BEAM ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING VED ÅBNING UNDGÅ UDSÆTTELSE FOR STRÅLING ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING NÅR DEKSEL Å PNES UNNGÅ EKSPONERING FOR STRÅLEN VARNING SYNLIG OCH OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD BETRAKTA EJ STRÅLEN VARO! AVATT AESSA OLET ALTTIINA NÄKYVÄLLE JA NÄKYMÄTTÖMÄLLE LASER SÄTEILYLLE. ÄLÄ KATSO SÄTEESEEN VORSICHT SICHTBARE UND UNSICHTBARE LASERSTRAHLUNG WENN ABDECKUNG GEÖFFNET NICHT DEM STRAHL AUSSETSEN DANGER VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID DIRECT EXPOSURE TO BEAM ATTENTION RAYONNEMENT LASER VISIBLE ET INVISIBLE EN CAS D'OUVERTURE EXPOSITION DANGEREUSE AU FAISCEAU 4 030804ecm INSTRUCTIONS FOR HANDLING SEMI-CONDUCTORS AND OPTICAL UNIT Electrostatic breakdown of the semi-conductors or optical pickup may occur due to a potential difference caused by electrostatic charge during unpacking or repair work. 1.Ground for Human Body Be sure to wear a grounding band (1 MΩ) that is properly grounded to remove any static electricity that may be charged on the body. 2.Ground for Workbench Be sure to place a conductive sheet or copper plate with proper grounding (1 MΩ) on the workbench or other surface, where the semi-conductors are to be placed. Because the static electricity charge on clothing will not escape through the body grounding band, be careful to avoid contacting semi-conductors with your clothing <Correct> <Incorrect> Grounding Band 1MΩ CBA CBA 1MΩ Conductive Sheet or Copper Plate 5 SPECIFICATIONS nn CD player • Audio performance S/N ratio (1 kHz) Dynamic range (1 kHz) Total harmonic distortion (1 kHz) nn Clock nn Wireless LAN Network type (wireless LAN standards) nn Audio AMP Rated output Dynamic power High frequency distortion Input sensitivity/impedance AUX1,AUX2 Portable in Frequency response (5 W, 8 Ω) AUX input Total harmonic distortion (1 kHz, 5 W, 8 Ω) AUX input S/N ratio (10 W, 8 Ω, IHF-A) AUX input Conforming to IEEE 802.11b Conforming to IEEE 802.11g (Conforming to Wi-Fi®)z 2-channel driving 65 W + 65 W (4 Ω/ohms, 1 kHz, T.H.D. 0.7 %) 80 W + 80 W (4 Ω/ohms) 0.1 % (Rated output: –3 dB), 4 Ω/ohms, 1 kHz Transfer rate DS-SS: 11 / 5.5 / 2 / 1 Mbps (Automatic switching) OFDM: 54 / 48 / 36 / 24 / 18 / 12 / 9 / 6 Mbps (Automatic switching) Security SSID (Network name) WEP key (network key) (64/128 bits) WPA-PSK (TKIP/AES) WPA2-PSK (TKIP/AES) Used frequency range 2,412 MHz – 2,462 MHz(E3) 2,412 MHz – 2,472 MHz(E2) No. of channels E3: Conforming to IEEE 802.11b : 11ch (DS-SS) (Of which 1 channel used) Conforming to IEEE 802.11g : 11ch (OFDM) (Of which 1 channel used) E2: Conforming to IEEE 802.11b : 13ch (DS-SS) (Of which 1 channel used) Conforming to IEEE 802.11g : 13ch (OFDM) (Of which 1 channel used) 200 mV/32 kΩ 110 mV/24 kΩ 5 Hz to 20 kHz (±3 dB) 0.05 % 86 dB nn Tuner • FM tuner Range of receivable frequencies S/N ratio (mono) Sensitivity (S/N 30 dB) • AM tuner Range of receivable frequencies S/N ratio Sensitivity (S/N 20 dB) Within 1 – 2 minutes per month Clock method 100 dB 100 dB 0.01 % nn Power supply 87.5 to 107.9 MHz(E3) 87.5 to 108.0 MHz(E2) 65 dB 9 dBµV (IHF) Power supply voltage/frequency Power consumption Power consumption in standby mode 530 to 1710 kHz(E3) 522 to 1611 kHz(E2) 40 dB 55 dBµV/m AC 120 V, 60 Hz(E3) AC 230 V, 50 Hz(E2) 65 W 0.3 W(E3)/ 0.4 W(E2) nn Miscellaneous External dimensions Weight DIMENSION 6 280 (W) x 112 (H)x 300.7 (D) mm 4.3 kg CAUTION IN SERVICING ABOUT REPLACE THE WLAN MODULE WITH A NEW ONE g When replaced of the RCD-N7 WLAN MODULE (8R1821000100S), confirm contents of the following. (1) (2) Replace the WLAN MODULE with the 8R1821000100S (MAC Address was written). After the RCD-N7 built, DISC using firmware CR870 (Net (IMG)) to change the E2 or E3 Version. The file name of CR870 (Net(IMG)): M_CR603_BCI_mmddvv.BIN NOTE : The mm is month. The dd is date. The vv is version.(Version: NA/EU/JP) Refer to "9. Update mode (by disc)" (page 31) for the details of the Version up with disc. qPressing the VOLUMEf and CURSORu buttons for simultaneously, plug the AC cord into a power outlet. To automatically open the tray, when set is turned on. wThe disk is put on the tray, 5 buttons are pushed, and the tray is closed. The update begins pressing the 1/3 ENTER button of the set. e To automatically open the tray, when version up is finished. r Disconnect the AC cord into a power outlet. (3)MAC Address Label pasted to Bottom is pasted to Mac Address Label(GEN8341; MAC ADDRESS SUB ASSY ) of exchanged WLAN MODULE and it substitutes it. (4)The firmware is updated by DPMS. Refer to [ VERSION UPGRADE PROCEDURE OF FIRMWARE "2. How to update by DPMS" ] (page 38) for the details of the Version up. Initializing NETWORK CD RECEIVER (Factory Rerset) NETWORK CD RECEIVER initialization should be performed when the μcom, peripheral parts of μcom, and Digital PCB. are replaced. 1. Turn off the power using ON/STANDBY button, unplug the power cord. 2. Plug the power cord into a power outlet while pressing VOLUMEd and CURSORi button simultaneously. * Initialize. Note:•All user settings will be lost and this factory setting will be recovered when this initialization mode. So make sure to memorize your setting for restoring after the initialization. CURSORi NETWORK CD RECEIVER RCD-N7 VOLUMEd Service tools Measuring Disc: CD/TCD-784 CD-R/TCD-R082W CD-RW/TCD-W082W z Refer to "MEASURING METHOD AND WAVEFORMS". 7 DISASSEMBLY • Disassemble in order of the arrow of the figure of following flow. • In the case of the re-assembling, assemble it in order of the reverse of the following flow. • In the case of the re-assembling, observe "attention of assembling" it. • If wire bundles are untied or moved to perform adjustment or parts replacement etc., be sure to rearrange them neatly as they were originally bundled or placed afterward. Otherwise, incorrect arrangement can be a cause of noise generation. CAUTION: Through great care is taken when manufacturing parts from sheet metal, there may in some rare cases be burrs on the edges of top cover which could cause injury if fingers are moved across them. Use gloves to protect your hands. SIDE PANEL TOP COVER Refer to "DISASSEMBLY 1. TOP COVER" and "EXPLODED VIEW" COVER, TOP (Ref. No. of EXPLODED VIEW : P13) IPOD DOCK CON UNIT (Ref. No. of EXPLODED VIEW : C5) DOOR Refer to "DISASSEMBLY 2. DOOR" and "EXPLODED VIEW" DOOR, TRAY (Ref. No. of EXPLODED VIEW : P2) CD MECHA ASSY Refer to "DISASSEMBLY 3. CD MECHA ASSY" and "EXPLODED VIEW" CD MECHANISM ASS'Y (Ref. No. of EXPLODED VIEW : C8) ETHERNET PCB ASS'Y (Ref. No. of EXPLODED VIEW : C6) MODULE , TUNER (Ref. No. of EXPLODED VIEW : C4) FRONT PANEL ASSY Refer to "DISASSEMBLY 4. DISPLAY ASSY" and "EXPLODED VIEW" DISPLAY PCB ASS'Y (Ref. No. of EXPLODED VIEW : C1) OLED MODULE (Ref. No. of EXPLODED VIEW : C9) MAIN PCB ASSY Refer to "DISASSEMBLY 5. MAIN PCB ASS'Y" and "EXPLODED VIEW" MAIN PCB ASS'Y (Ref. No. of EXPLODED VIEW : C2) SMPS PCB ASSY Refer to "DISASSEMBLY 6. SMPS PCB ASS'Y" and "EXPLODED VIEW" SMPS PCB ASS'Y (Ref. No. of EXPLODED VIEW : C3) 8 About the photos used for descriptions in the DISASSEMBLY" section. • T he direction from which the photographs used herein were photographed is indicated at "Direction of photograph: ***" at the left of the respective photographs. • Refer to the table below for a description of the direction in which the photos were taken. • Photographs for which no direction is indicated were taken from above the product. The viewpoint of each photograph (Photografy direction) Direction of photograph: B Front side [View from above] Direction of photograph: D Direction of photograph: C Direction of photograph: A 9 1.TOP COVER Proceeding : SIDE PANEL → TOP COVER (1) Remove the screws. Direction of photograph: C Direction of photograph: D (2) Remove the screws. Direction of photograph: A (3) Disconnect the connector wire. CN22 Direction of photograph: A 10 2.DOOR Proceeding : SIDE PANEL → TOP COVER → DOOR (1) Take off the Chucking plate after removing screws. Chucking plate (2) Open the CD tray by turning the Drive gear clockwise. Drive gear CD tray (3) Detach the DOOR CD. Direction of photograph: B DOOR CD 11 3.CD MECHA ASS'Y Proceeding : SIDE PANEL → TOP COVER → DOOR → CD MECHA ASSY (1) Remove the screws. (2) Laser short-circuit in Pick-up of CD MECHANISM ASS'Y, then disconnect the connector wires and FFC cable. Be sure to wear a grounding band. Soldering place FFC Cable Direction of photograph: A (3) Disconnect the connector wires. Direction of photograph: C Please refer to "EXPLODED VIEW" for the disassembly method of each PCB included in ETHERNET PCB ASSY and DAB PCB ASSY, TUNER MODULE. 12 4.FRONT PANEL ASSY Proceeding : SIDE PANEL → TOP COVER → DOOR → FRONT PANEL ASSY (1) Remove the screws. View from bottom (2) Cut the wire clamp band, then disconnect the connector wires and the FFC Cable. CN21 cut Direction of photograph: D CN44 CN41 13 (3) Remove the screws. Direction of photograph: C Direction of photograph: D Please refer to "EXPLODED VIEW" for the disassembly method of each PCB included in FRONT PANEL ASSY. 14 5.MAIN PCB ASSY Proceeding : SIDE PANEL → TOP COVER → FRONT PANEL ASSY → DOOR → CD MECHA ASSY → MAIN PCB ASSY (1) Remove the screws. Direction of photograph: A (2) Remove the screws. View from bottom (3) Remove the SUPPORT MECHA. SUPPORT MECHA 15 (4) Remove the screws, then disconnect the connector wire. CN45 CN43 CN61 16 6.SMPS PCB ASSY Proceeding : SIDE PANEL → TOP COVER → DOOR → SMPC PCB ASSY (1) Remove the screws. View from bottom (2) Cut the wire clamp band, then disconnect the connector wires. CN45 CN43 cut CN61 17 → FRONT PANEL ASSY (3) Remove the screws. Direction of photograph: C (4) Remove the screws. Direction of photograph: A 18 NOTE HANDLING AND REPLACEMENT OF THE LASER PICK-UP 1.Protection of the LD Short a part of the LD circuit by soldering. After connection to a circuit, remove the short solder. 2.Precautions when handling the laser CD mechanism •Handle the laser pick-up so that it is not exposed to dust. •Do not leave the laser pick-up bare. Be sure to cover it. •If dust adheres on lens of the pick-up, blow it off with a blower brush. •Do not shock the laser pick-up. •Do not watch the light of the laser pick-up. 3.Cautions on assembling and adjustment •Be sure that to the bench, jig, head of soldering iron (with ceramic) and measuring instruments are well grounded. •Workers who handle the laser pick-up must be grounded. •The finished mechanism (prior to anchoring in the set) should be protected against static electricity and dust. The mechanism must be stored that damaging outside forces are not received. •When carrying the finished mechanism, hold it by the chassis body •For proper operation, storage and operating environment should not contain corrosive gases. For example H2S, SO2, NO2, CI2 etc. In addition storage environment should not have materials that emit corrosive gases especially from silicic, cyanic, formalin and phenol group. I the mechanism or the set, existence of corrosive gases may cause no rotation in motor. 4.Determining whether the laser pick-up is defective •Check the Iop(Laser drive current). Check lop in "SPECIAL MODE". (Refer to 20 page.) •If the present Iop (current) value becomes more than 50mA, replace the Traverse unit with a new one. •No mechanical adjustment is necessary after the replacement. Protective soldering place for laser diode. 19 SPECIAL MODE Special mode setting Plug AC cord into power outlet while pressing buttons A and B. Each button continue to press until the lit of ON/STANDBY. No. Mode Button A Button B Contents 1 Initialization mode (Factory Reset) VOLUME UP CURSOR DOWN Initializing. Factory Reset 2 Initialization mode ( User Reset) VOLUME UP VOLUME DOWN Initializing. (Contents User's Guide is published) 3 Version display CURSOR UP - 4 CD test mode ON/ STANDBY OPEN/ CLOSE 5 Heat Run mode ON/ STANDBY SOURCE Heat run 6 Product mode 1 VOLUME UP CURSOR RIGHT Factory use. 7 Prodcut mode 2 VOLUME UP CURSOR LEFT Factory use. 8 Protection history mode CURSOR RIGHT VOLUME DOWN Protection history view and reset 9 Hidden serial number mode - - 10 Update mode (by disc) VOLUME DOWN 11 DPMS update mode SOURCE OPEN/ CLOSE 12 Update mode (by RS232C) PLAY/ PAUSE CURSOR LEFT Development/Fuctory use. The details cannot be disclosed. 13 MAC Address rewrite mode PLAY/ PAUSE CURSOR DOWN Development/Fuctory use. The details cannot be disclosed. 14 Update mode (display µ-com) PLAY/ PAUSE CURSOR RIGHT Development/Fuctory use. The details cannot be disclosed. 15 Access to development server mode PLAY/ PAUSE CURSOR DOWN Development/Fuctory use. The details cannot be disclosed. ON/STANDBY Version Display Servo adjustment, Leaser current, ON time Factory use. CURSOR UP Development/Fuctory use. The details cannot be disclosed. DPMS Up date Mode CURSORuiop 5 NETWORK CD RECEIVER SOURCE VOLUME f 20 RCD-N7 VOLUMEd 1. Initialization mode (Factory Reset) Backup data initialization is carried out. Refer to Initialization Items. After initialization, move on to nomal mode. CAUTION Version information (such as rewriting failed log) Clear. Clear the history of protection. "Initial value of laser current"and"The accumulated laser on time"not cleared. Power failure flag is not cleared. Startup display All lights display(2 seconds) - All off display(2 seconds) Power LED(red/Green) lighting(4 seconds) "Factory Reset" displayed for 5 seconds. Initialization Items (Default setting) source TUNER(band) SDB BASS TREBLE BALANCE DIMMER VOLUME TUNER Preset Favorite list Clock TIMER (EVERYDAY/ONCE) SPK Response iPod mode AUTO STANDBY Protection history Auto Adjust Network setting PC Language Screen Saver Default Internet Radio FM OFF 0 dB 0 dB CENTER 100% 3 Clear all Clear all 00:00 (JP/EU), 12:00AM (NA) Timer function CD ON TIME 0:00 (JP/EU), 12:00AM (NA) OFF TIME 0:00 ON Browse mode OFF NO PROTECT Time Zone : 1h /Summer Time : 0h DHCP (On) chi(smpl) Off 21 2. Initialization mode (User Reset) Backup data initialization is carried out. Refer to Initialization Items. After initialization, move on to nomal mode. CAUTION The difference is the following two points. Version information (such as rewriting failed log) not cleared. History of protection not cleard. Startup display "Initialized" displayed for 5 seconds. All lights display(2 seconds) - All off display(2 seconds) Power LED(Green) lighting(4 seconds) 3. Version display Menu items appear in the Add Version.Otherwise, normal operation. To exit this mode, unplug the power cord. Startup display "Version" displayed for 5 seconds. How to Display Version Press SOURCE and Cursor u , Cursor i to select the Menu. Press 1/3 ENTER button. Favorite iPod AUX1 Internet Radio USB AUX2 Music Server FM AUX3(OPT) Napster AM Menu Pandora CD Rhapsody Portable Inz 22 Pressing the 1/3 ENTER button will be displayed below. Press Cursor p The version of the system-Up. Press Cursor i The version of the boot loader(system-Up). Press Cursor i The version of the display-Up. Press Cursor i The version of the boot loader(network-Up). Press Cursor i The version of the image(network-Up). 23 4. CD test mode Startup display "CD Test Mode" displayed for 5 seconds. CDCD TEST MODE display To exit this mode, unplug the power cord. 4.1. Before starting the test Open the tray and disc. Even if the disk is, the tray must let OPEN → CLOSE. Press the SOURCE button to return to "0 CD TEST MODE". 4.2. Servo check Press 1/ 3 ENTER button.Execute the following steps. * 1/ 3 ENTER button continuously for over 1 second to switch directly to SUB CODE readout in stepq. Press the SOURCE button to return to "0 CD TEST MODE". Press 1/ 3 ENTER button q LD ON Press 1/ 3 ENTER button w FOCUS ON Press 1/ 3 ENTER button e CLV ON Press 1/ 3 ENTER button 24 r TRACKING ON Press 1/ 3 ENTER button t SUB CODE readout (playback sound output) The BER (Block Error Rate) generated in 1second's time is displayed of the display. Press Cursor o button Press Cursor p button Press Cursor o button Press Cursor p button Inner (IN), Ataru Amane (MID), outer (OUT) to play go to three places, make the error count. 4.3. Pickup movement In the stop mode, pickup moves in FWD (outwards) or REV (inwards) direction when Cursor p or Cursor o button pressed. Pickup movement stops when button released.(Pickup moves while button is pressed.) When Cursor o button pressed, move to stop operation after detection that inner switch has turned on. 25 4.4. All servo on and auto adjustment. When Cursor u button is pressed, all servos turn on, auto adjustment is performed and switch to playback operation. (Playback sound output) Stop (stop to the playback state after auto adjustment) When SOURCE button is pressed, play operation and servo stop. The following will be displayed. After stopping, conduct reading of auto adjust values. Stop (stop to the playback state after auto adjustment) When Cursor u/ i button is pressed, the adjustment values are displayed in the following order. qFOCUS BALANCE wFOCUS GAIN eTRACKING BALANCE rTRACKING GAIN tFOCUS OFFSET yTRACKING OFFSET uRFRP (Caution) If you have not completed the adjustment, the value is not correct. 4.5. All servo on and auto adjustment. When VOLUME d button is pressed for over 1 second while the RCD-N7 is in the CD TEST MODE, the laser turns on and the laser current is measured. The laser drive current undergoes A/D conversion for calculation. The current value is updated every 3 seconds. Press the SOURCE button, CD TEST MODE display reappears. Stored data is not cleared, even when the RCD-N7 is reset(Factory/User). Overwriting the stored data When the 1/ 3 ENTER button is pressed for over 5 seconds while the laser current is displayed, thecurrent value is stored in the EEPROM (overwriting the stored data). Once rewriting is completed, the display in "Laser current display" reappears. Rewriting is performed upon shipment from the factory and when the mechanism is replaced. 26 4.6. Accumulated laser on time display When the Volume f button is pressed while the RCD-N7 is in the "CD TEST MODE"displayed, the accumulated laser on time is displayed. The laser drive times are added and the result is displayed. One count corresponds to 10 minutes.The accumulated laser on time is displayed in hours.Displays up to 10922 hours. Press the SOURCE button, CD TEST MODE display reappears. The count values are not cleared, even when the set is reset (Factory/User). Count value is reset When the 1/ 3 ENTER button is pressed for over 5 seconds while the accumulated laser on time is displayed, the count value is reset. Count value is reset upon shipment from the factory and when the mechanism is replaced. 5. CD heat run mode Startup display "Heatrun Mode" displayed for 5 seconds.CD heat run mode Press the Cursor u/ i button to switch the mode. (H.R. Normal, H.R. Short, H.R. Chacking) After loading the disc, press 1/ 3 ENTER button. While heat run, the operation of each button is not valid If an error occurs, display the error and stop operation at that point.Refer to Heat run error coad table. To exit this mode, unplug the power cord. 5.1. Normal heat run mode Playing from the first track to last track on disc. After disc playback has finished, then tray open and close. And playback again. The heat run repetition no. is incremented (increased by 1) when the tray is opened. Repeat this operation. [H.R. Normal] displayed. Select "H.R.Normal", and press 1/ 3 ENTER button. Press the Cursor u button to display the count. 27 5.2. Heat run Short mode Playing last track on disc. After disc playback has finished, then tray open and close. And playback again. The heat run repetition no. is incremented (increased by 1) when the tray is opened. Repeat this operation. [H.R. Short] displayed. Select "H.R.Short", and press 1/ 3 ENTER button. Press the Cursor u button to display the count. 5.3. Heat run chacking mode TOC read the CD, the first song disk search, open / closed later, and again read TOC. The heat run repetition no. is incremented (increased by 1) when the tray is opened. Repeat this operation. [H.R. Chacking] displayed. Select "H.R.Chacking", and press 1/ 3 ENTER button. Press the Cursor u button to display the count. 5.4. Error display Press the Cursor u/ i to display the error information. Heat run error code table Error Code E1-00 E1-01 E1-02 E2-00 E2-01 E2-03 E2-05 E2-10 E2-11 E2-12 E2-14 E2-15 E3-00 E3-01 E4-04 E4-05 E5-00 E6-00 E8-00 E8-01 E9-00 E9-01 Details of Error code Disc cannot be detected Tracking offset adjustment not possible Focus offset adjustment not possible Focus servo dropped during playback. Focus servo dropped during searching. Focus servo dropped during TOC reading. Focus servo dropped during manual search. Subcode can no longer be read during playback Subcode can no longer be read during searching Subcode can no longer be read during TOC reading Subcode cannot be read during pause Subcode cannot be read during manual search TOC could not be read within specified time PVD/SVD analysis could not be completed within specified time Search time out (The search was not completed within the stipulated time) Decoder bus error (Error in communications with CD decoder) Inner switch not on Inner switch not off Tray is not opened by the specified time. Tray is not closed by the specified time. CD Microprocessor error Other error 28 6. Product Mode 1 Startup display "Product Mode1" displayed for 5 seconds. Tested during production to perform the following settings automatically. Tuner Preset To exit this mode, unplug the power cord. 7. Product Mode 2 Startup display "Product Mode2" displayed for 5 seconds. Tested during production to perform the following settings automatically. Sleep setting : 1 minutes Auto Standby :1 minutes Sleep setting and timer started. Auto Standby to set up and will stand under the following conditions. Auto Standby Conditions CD : No Disc, Tray Open, Unsupported Disc or continue no operation and Stop state. USB/iPod : No Connection or Unsupported Disc or continue no operation and Stop state. Network : No Connection or Unsupported Disc or continue no operation and Stop state. AUX3(OPT) : No Input(unlock) Portable In : No Input To exit this mode, unplug the power cord. 8. Protection history display mode Startup display "Detect Protection" displayed for 5 seconds. To exit this mode, unplug the power cord. No history found Thermal protection Speaker short protection 29 Potential difference across the terminal detects that the speaker was more than DC9V DC protect 1 Overvoltage of +B/-B DC protect 2 Short of '+B/-B Over current Over-current detection digital amplifier SubWoofer DC protect Over voltage Supply voltage is detected beyond the provisions Protection history is reset. When the Cursor u button is pressed for over 5 seconds while the protection history is displayed, the count value is reset. After the reset is complete, the display “No Protection“. Protection history is not cleared, even when the set is reset (Factory/User). 30 9. Update mode (by disc) Firmware update disc by. When you replace the RCD-N7 WLAN MODULE (8R1821000100S), you need software updates. Refer to [ VERSION UPGRADE PROCEDURE OF FIRMWARE "1. How to update by disc" ]. Upgrade by DPMS. This mode describes a display only. To exit this mode, unplug the power cord. Startup display "Disc Update Mode" displayed for 5 seconds. The tray will open. Insert disc. The following states are displayed Display update file. Updating display 31 Error code table Error Code 01 02 03 04 05 10 11 12 13 20 21 22 23 24 30 31 32 33 34 B2 Details of Error code Tray Open/Close failure No Disc Disc error(TOC not read ) No update file Update file read error Update file check sum error Erase failure Write failure Verify uncorrect Update file check sum error Erase failure Write failure Verify uncorrect Communication error Update failure check sum error Erase failure Writef failure Verify failure Communication error DM8x0 firmware rewrite error information received 10.DPMS UP date mode Update the firmware of DPMS. Refer to [ VERSION UPGRADE PROCEDURE OF FIRMWARE "2. How to update by DPMS" ]. Error code table • Preparation operation rewritten, Update error code checking. (Check ETHERNET unit) h Error Code Details of Error code 01 Login failed(DPMS Access Login Incorrect notification) 02 Login failed(DPMS Access Server Busy information) 03 Login failed(DPMS Access link failure information) 04 Firm Info response acquisition error recived 05 Firm Info response acquisition TimeOut 06 All Firm Info response acquisition error recived 07 All Firm Info response acquisitionTimeOut 08 Main Firm Info response acquisition error recived 09 Main Firm Info response acquisition TimeOut 0A DownLoad failed ((NG)information recieved) 0B DownLoad failed((ServerBusy) information recieved) 0C DownLoad failed((connection failed)information recived) 32 Coping strategies Reset and update again. Carry out the update in an environment that has little network load. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. • Firm error codes at the main microprocessor rewritten. (Check main microprocessor ) h Error Code Details of Error code 10 Firm Info response acquisition TimeOut(Main rewrite Firmware recived failure(TimeOut)) 11 Firm Info response acquisition recived error(Main rewrite Firmware recived failure(Error) 12 Firm Info response acquisition recived error (Main rewirte Firmware recived data incorrect(CheckSumError)) 13 Rewrite failure (BlockErase failued before Main rewriting ) 14 Rewrite failure (BlockWrite failued before Main rewriting) 15 Rewrite failure (Verify incorrect after Main rewriting) 36 Login failure(DPMSAccess Login incorrect infomation) 37 38 39 3A 3B 3C Coping strategies Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Login failure(DPMSAccess Server busy infomation) Carry out the update in an environment that has little network load. Login failure(DPMSAccess connection failed infomation) Check the network connection. Carry out the update in an environment that has little network load. Login failure(DPMSAccess access TimeOut) Check the network connection. Carry out the update in an environment that has little network load. DownLoad failure(Download error (NG)information Turn off and on the power. Updating starts automatically. Carry recieved) out the update in an environment that has little network load. DownLoad failure(Download error (ServerBusy) Turn off and on the power. Updating starts automatically. Carry information recieved) out the update in an environment that has little network load. DownLoad failure(Download error (connection failed) Turn off and on the power. Updating starts automatically. Carry information recived) out the update in an environment that has little network load. • Firm error codes at the display microprocessor rewritten.(Check display microprocessor) h Error Code Details of Error code 50 After download request, Login Failed 51 After download request, Login Failed 52 After download request, Login Failed 54 Error receiving response FirmInfo acquisition 55 FirmInfo Get Response TimeOut 56 Failure of DownLoad 57 Failure of DownLoad 58 Failure of DownLoad 5A 5B 5C 5D 5E 5F 60 61 62 70 C command error L command error Receive error update data Receive error update data Receive error update data Receive error update data P command error I command error Launch failure T command error Coping strategies Carry out the update in an environment that has little network load. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. Turn off and on the power. Updating starts automatically. 33 • DM8x0 system Firm error codes when rewriting. (Check ETHERNET unit) h Error Code Details of Error code A0 Net not connected A1 Net Connection TimeOut can not get status A2 Login failed A3 Login failed A4 Login failed A6 Error receiving response FirmInfo acquisition A7 FirmInfo Get Response TimeOut A8 Net not connected A9 Net Connection TimeOut can not get status AA After download request, Login Failed AB After download request, Login Failed AC After download request, Login Failed AE Failure of DownLoad AF Failure of DownLoad B0 Failure of DownLoad B2 Update error Coping strategies Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection. Carry out the update in an environment that has little network load. Check the network connection.Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Turn off and on the power. Updating starts automatically. Carry out the update in an environment that has little network load. Failure to update, After the move again 8x0 selfe display retry processing 11.Update mode (by RS232C) Firmware update using PC via RS232C Upgrade by DPMS. No display. To exit this mode, unplug the power cord. 12.MAC Address rewrite mode Rewriting the MAC address mode. Production / development for, there is no detailed description. To exit this mode, unplug the power cord. 13.Update mode (display µ-com) Rewriting of display microprossecor. Production / development for, there is no detailed description. To exit this mode, unplug the power cord. 14.Access to development server mode Production / development for, there is no detailed description. To exit this mode, unplug the power cord. 34 ABOUT REPLACE THE MICROPROCESSOR WITH A NEW ONE When replaced of the U-PRO (Microprocessor) or the Flash ROM, confirm contents of the following. PWB Name Ref. No. After replaced Description DISPLAY IC81 R5F64169DFD B MAIN IC11 R5F64169DFD B Remark After replaced A : Mask ROM (With software). No need write-in of software to the microprocessor. B :Flash ROM (With software). Usually, no need write-in of software. But, when the software was updated, you should be write-in of the new software to the microprocessor or flash ROM. Please check the software version. C :Empty Flash ROM (Without software). You should be write-in of the software to the microprocessor or flash ROM. Refer to "Update procedure" or "writing procedure", when you should be write-in the software. VERSION UPGRADE PROCEDURE OF FIRMWARE NOTE:When you replace the RCD-N7 WLAN MODULE (8R1821000100S), you need software updates. Refer to [CAUTION IN SERVICING "ABOUT REPLACE THE WLAN MODULE WITH A NEW ONE"].g 1. How to update by DISC g 1.1. Procedure of making CD-R (1) Please download zipped file, and unzip on your PC. For E3 : RCDN7E3_xxxxxxxxxxxx-xxxx.zip For E2 : RCDN7E2_ xxxxxxxxxxxx-xxxx.zip For E1C :RCDN7E1C_ xxxxxxxxxxxx-xxxx.zip (2) The following 3-file will be appeared. RCD-N7_SYS_000xxx.BIN RCD-N7_OEL_0000xx.BIN and RCD-N7_BCI_CREUNM.BIN(E3) or RCD-N7_BCI_CRNANM.BIN(E2) or RCD-N7_BCI_CRNANM.BIN(E1C) or RCD-N7_BCI_CRJPNM.BIN(JP) (3) Please burn 3-file to CD-R with the following conditions. q Multi Session:No w File System:ISO9660+Joliet e Mode: MODE1 r Writing speed: 8~16 speed (according ability of CD-R) t Writing method: Disc at Once (Finalize(Close) 1.2. Procedure of updating Pressing the VOLUMEf and 8 buttons for simultaneously, plug the AC cord into a power outlet. (1) "Disc Update Mode" is indicated approximately 5 seconds. (2) Open the Tray. 35 (3) Please put CD-R on Tray, and press 5 button. (4) After loading CD-R, version number of firmware will be indicated. xxxxxx : Version number (5) If there is no any firmware of updating, [xxxxxx="None"] will be indicated. Please confirm version of each firmware by Cursor d / f buttons. (6) Press "Enter" button, unit will update firmware automatically. Display will be indicated procedure of updating firmware. First line : Version of updating firmware/ a number of firmware Second line : Rest time and progress of updating (….%) Third line : Name of Microprocessor and Version b while updating firmware, any buttons of R/C and Front panel are not worked. ---Order of updating--q Network microprocessor (Boot Loader) w Network microprocessor (Image) e Microprocessor for indication r Microprocessor for system (7) After 27 minutes, unit will be updated completely, and open the tray automatically. (8) Remove CD-R, and pull out AC cord from AC wall socket. (9) Please initialize unit after updating. q Please insert AC cord to AC wall socket while pressing Volumed button and Volumef button. w After power LED is indicated, remove your finger. e "Initialize" will be indicated 5 seconds. r Pull out AC cord from AC wall socket. (10)Updated unit completely. 36 1.3. Trouble Shooting If you find the following Error codes, please solve root cause of malfunction. (1) If updating is failed, the following ERROR indication is displayed. First line (Error number): "Updating fail: YY, n/N"YY: Error number Second line (Time on error): "xx min yy%" Third line (name of firmware) Error code table Error Code Details of Error code q Error before updating 01 Tray Open/Close failure 02 No Disc 03 Disc error(TOC not read ) 04 No update file 05 Update file read error w Error at writing System Microprocessor 10 Update file check sum error 11 Erase failure 12 Write failure 13 Verify incorrect e Error at writing Display Microprocessor 20 Update file check sum error 21 Erase failure 22 Write failure 23 Verify incorrect 24 Communication error r Error at writing DM8x0 30 Update failure check sum error 31 Erase failure 32 Write failure 33 Verify incorrect 34 Communication error B2 DM8x0 firmware rewrite error information received 1.4. Notice of updating firmware (1)When unit is updating firmware on item "1.2. Procedure of updating (6)", do not turn off the power, or pull out AC cord from AC wall socket. (2) If power supply stop to supply microprocessor, unit will be broken. q When AC cord is pulled while updating System firmware. ⇒ System microprocessor will be broken. Please replace it. w When AC cord is pulled while updating Display firmware. ⇒ Display microprocessor will be broken. Please replace it. e When AC cord is pulled while updating DM870Net (IMG) firmware. ⇒ Please update firmware by CD-R again. (3)When updating is not finished (not 100%), but tray opens automatically over 27 minutes. Probably unit will be updated firmware completely, therefore please confirm version of firmware. If no, please update again. (4)After 35 minutes, try does not open or try does open with error indication, please update firmware of unit with CD-R again. 37 2. How to update by DPMS You can update by downloading the latest firmware from the Internet. 2.1. Connecting to the Network (1) System Requirement ・ Internet Connection by Broadband Circuit ・ Modem ・ Router ・ Ethernet cable (CAT-5 or greater recommended) (2) Setting Internet Computer Modem Router LAN port/ Ethernet connector To WAN port RCD-N7W To LAN port WLAN ANTENNA COAX. 75Ω NETWORK To LAN port ETHERNET FM AM ETHERNET connector SUBWOOFER PREOUT AUX OUT AUX IN 1 AUX IN 2 AUX IN 3 2.2. Check for Update and Update Check if the latest firmware exists. You can also check approximately how long it will take to complete an update. (1) Turn on the power pressing ON/STANDBY button. (2) Press SOURCE and Cursor u/ i buttons. Select the Menu, then press 1/3 ENTER button. ・ Press Cursor u/ i buttons select to Others. Press 1/3 ENTER button. ・ Press Cursor u/ i buttons select to Firmware Update. Press 1/3 ENTER button. ・ Press Cursor u/ i buttons select to CHECK For UPDATE. (3) Press the 1/3 ENTER button. ・ The latest version of the firmware uploaded to the web is displayed. ・ If the latest firmware version is on the web, proceed to (4). ・ If the latest firmware is already installed, press the SOURCE button to close the Update menu. (4) Press 1/3 ENTER button. Select "YES", then press 1/3 ENTER button. (5) Firmware Update will be started. --- Cautions on Firmware Update --・In order to use these functions, you must have the correct system requirements and settings for a broadband Internet connection. ・ Do not turn off the power until updating is completed. Even with a broadband connection to the Internet, approximately about 1 hour is required for the updating procedure to be completed. Once updating starts, normal operations on the RCD-N7 cannot be performed until updating is completed. Also, setting items may be initialized. Make a note of the settings before updating, and set them again after updating. 38 TROUBLE SHOOTING 1.OLED dosen't light Check Power Supply Voltages for System µ-com. MAIN B'D •+6V_CPU, [CN43] : 4pin •+3.3V_CPU, [IC12] : 3pin NG Check Soldering. •[IC12] on MAIN B'D •[CN43] : 4pin •SMPS B'D OK Check Reset signal for System µ-com. MAIN B'D •[IC11] : 19pin RESET "H" level O.K.? NG Check Soldering. •[IC11] on MAIN B'D OK Check Oscillation waveform. MAIN B'D •[IC11] : 20pin 16MHz OK? NG Check Soldering. •[X202] on MAIN B'D OK Check Reset signal for OLED µ-com. DISPLAY B'D •[IC81] : 19pin RESET "H" level O.K.? NG Check Soldering. •[IC81] on DISPLAY B'D OK Check Oscillation waveform. DISPLAY B'D •[IC81] : 20pin 16MHz OK? NG Check Soldering. •[X802] on DISPLAY B'D OK Check Power Supply Voltages for OLED. DISPLAY B'D •[CN84] : 24pin +3.3V •[CN84] : 3pin +16V NG Check Soldering. •[CN88] on DISPLAY B'D •[CN41] on MAIN B'D NG Check Soldering. •[IC81] on DISPLAY B'D NG Check Soldering. •[IC81] on DISPLAY B'D OK Check Reset Signal for OLED. DISPLAY B'D •[CN84] : 20pin "H" level O.K.? OK Check OLED dirive Signal. DISPLAY B'D •[CN84] : 13-6pin DA0-DA7 END 39 2.No Sound,Noise generated 2.1. COMMON Check Power Supply Voltages for CODEC. MAIN B'D •[IC41] : 1,20,33,43,50pin VDD +5V •[IC41] : 18pin VDD +3.3V O.K.? NG Check Soldering. •[IC13] : 3pin +5V •[CN45] : 10pin +3.3VD OK Check Power Supply Voltages for PWM CONTROLLER. MAIN B'D •[IC51] : 9,15,36,54pin VDD +3.3V OK? NG Check Soldering. •[CN45] : 10pin +3.3VD •POWER B'D OK Check Power Supply Voltages for AMP IC. MAIN B'D •[IC71, IC72] : 1,36,18,19pin GVDD +12V OK? •[IC71, IC72] : 21,26,29,34pin PVDD +29V(Bi-Amp : +19V) OK? NG Check Soldering. •[CN45] : 2pin +12V •[CN61] : 1,2,3pin +29V •POWER B'D OK Check Reset signal for PWM CODEC. MAIN B'D •[IC41] : 25pin 4683_RESET "H" level O.K.? NG Check Soldering. •[IC11] : 102pin 4683_RESET on MAIN B'D OK Check Reset signal for PWM CONTROLLER. MAIN B'D •[IC51] : 11pin RESET "H" level O.K.? NG Check Soldering. •[IC11] : 95pin RESET_5508 on MAIN B'D OK Check Reset signal for AMP IC. MAIN B'D •[IC71,IC72] : 5,15pin VALID "H" level O.K.? NG Check Soldering. •[IC51] : 39pin VALID on MAIN B'D OK Check Oscillation waveform. MAIN B'D •[IC41] : 22pin TXO 12.288MHz OK? NG Check Soldering. •[X401] on MAIN B'D OK Check Oscillation waveform. MAIN B'D •[IC51] : 19pin XTL_O 13.5MHz OK? •[IC51] : 63pin MCLK MCLK OK? NG Check Soldering. •[X501] on MAIN B'D •[IC41] : 17pin 5508_MCLK on MAIN B'D OK Check controll signal for CODEC. MAIN B'D •[IC41] : 26,27,28pin 4683_CDTI,4683_CCLK,4683_CSN NG OK 40 Check Soldering. •[IC11] : 105,106,107pin 4683_CDTI,4683_CCLK,4683_CSN Check controll signal for PWM CONTROLLER. MAIN B'D •[IC51] : 24,25pin 5508_SDA, 5508_SCL •[IC51] : 13,14pin PDN,MUTE "H" level O.K.? NG Check Soldering. •[IC11] : 94,92pin 5508_SDA, 5508_SCL on MAIN B'D •[IC51] : 13,14pin PDN,MUTE on MAIN B'D END 2.2. CD PLAY Check Power Supply Voltages for CD. MAIN B'D •[CN45] : 6pin +7V •[CN45] : 10pin +3.3V_D NG Check Soldering. •MAIN B'D •SMPS B'D [CN45] : 6pin +7V, 10pin +3.3V_D [BN58] : 1,3pin +3.3VD, +5V OK Check Power Supply Voltages for CD. MAIN B'D •+1.5VD [IC18] : 2pin 1.5V OK? NG Check Soldering. •[IC18] on MAIN B'D OK Check Reset signal for CD. MAIN B'D •[IC21] : 69pin /RST "H" level O.K.? •[IC11] : 78pin DECRST "H" level O.K.? NG Check Soldering. •[IC11] : 78pin DECRST on MAIN B'D OK Check Oscillation waveform. MAIN B'D •[IC21] : 49pin XO 16.9344MHz OK? NG Check Soldering. •[X201] on MAIN B'D OK Check Digital Audio Data for CODEC. MAIN B'D •[IC41] : 2pin CD_SPDIF NG Check Soldering. •[IC21] : 33pin CD_SPDIF on MAIN B'D •[IC41] : 2pin CD_SPDIF on MAIN B'D OK z Check Digital Audio Data output from CODEC. MAIN B'D •[IC41] : 13,15,16pin 5508_LRCK,5508_SCLK,5508_SDATA NG Check Soldering. •[IC41] : 13,15,16pin on MAIN B'D OK Check Digital Audio Data input for PWM CONTROLLER. MAIN B'D •[IC51] : 26,27,28pin 5508_LRCK,5508_SCLK,5508_SDATA NG OK 41 Check Soldering. •[IC51] : 26,27,28pin on MAIN B'D Check PWM Audio Data output from PWM CONTROLLER. MAIN B'D •[IC51] : 44,45,40,41pin NG Check Soldering. •[IC51] on MAIN B'D OK Check PWM Audio Data output for PWM CONTROLLER. MAIN B'D •[IC71,IC72] : 14,16pin NG Check Soldering. •[IC71,IC72] on MAIN B'D OK Check Audio Data output from AMP to SPEAKER. MAIN B'D •[IC71,IC72] : 22,25pin •[JK71] NG Check Soldering. •[IC71,IC72] on MAIN B'D •[JK71] on MAIN B'D END 2.3 .AM/FM TUNER-in Check Power Supply Voltages for AM/FM TUNER. MAIN B'D •[CN31] : 4pin +9V •[CN45] : 2pin +12V NG Check Soldering. •[CN45] : 2pin +12V on MAIN B'D •SMPS B'D Check Parts •[IC26] OK Check Analog Audio Data output from TUNER PACK. MAIN B'D •[TUNER PACK] output and [CN31] : 7,5pin TUNER_L_IN, TUNER_R_IN •[IC41] : 59,60pin NG Check Soldering. •[CN31] : 7,5 pin TUNER_L_IN, TUNER_R_IN on MAIN B'D •[C426],[C427] on MAIN B'D OK to 2.2. CD PLAY z Mark 2.4. Portable In Check Analog Audio Signal from Portable In. Portable In B'D •[Portable In] input •[BN81] : 1,3pin AUX_L_IN,AUX_R_IN NG Check Soldering. •[JK83] on FRONT B'D •[BN81] on FRONT B'D NG Check Soldering. •[CN44] : 1,3pin AUX1_L_IN, AUX1_R_IN •[C428], [C429] on MAIN B'D OK Check Audio Data input from DISPLAY B'D. MAIN B'D •[IC41] : 61,62pin AUX1_L_IN, AUX1_R_IN OK to 2.2. CD PLAY z Mark 42 2.5 .AUX1/AUX2 Check Analog Audio Signal from AUX1/AUX2. MAIN B'D •[AUX1], [AUX2] input •[IC41] : 55,56pin AUX1_L_IN, AUX1_R_IN •[IC41] : 53,54pin AUX2_L_IN, AUX2_R_IN NG Check Soldering. •[JK63] on MAIN B'D •[C422], [C423] on MAIN B'D •[C420], [C421] on MAIN B'D OK to 2.2. CD PLAY z Mark 2.6. AUX3 (OPTICAL-in) Check Power Supply Voltages for OPTICAL Input IC. MAIN B'D •[JK64] : 3pin +3.3V •[CN45] : 10pin +3.3V NG Check Soldering. •[JK64] : 3pin +3.3V •[CN45] : 10pin +3.3V •SMPS B'D OK Check Digital Audio Data from OPTICAL Input IC MAIN B'D •[IC42] : 3,5pin OPT_IN •[IC41] : 5pin OPT_IN NG OK to 2.2. CD PLAY z Mark 43 Check Soldering. •[IC42] on MAIN B'D •[IC41] OPT_IN on MAIN B'D 2.7 .USB/iPod Dock/ETHERNET/WiFi Check Power Supply Voltages for ETHERNET B'D. ETHERNET B'D •[CN25] : 1,2pin +6V •[CN25] : 5,6pin +15V NG OK Check Power Supply Voltages for USB. ETHERNET B'D •[CN21] : 1pin +5V NG Check Soldering. •[CN25] : 1,2pin +6V on ETHERNET B'D •[CN25] : 5,6pin +15V on ETHERNET B'D •[BN62] : 1,2pin +6V on MAIN B'D •[BN62] : 5,6pin +15V on MAIN B'D •[CN43] : 4pin +6V on MAIN B'D •[CN45] : 9pin +15V on MAIN B'D •SMPS B'D Check Soldering. •[CN21] : 1pin +5V on ETHERNET B'D •[BN82] : 1pin +5V on DISPLAY B'D •[JK81] on DISPLAY B'D •[IC28] on ETHERNET B'D OK Check Power Supply Voltages for iPodDock. ETHERNET B'D •[CN22] : 1pin +5V NG Check Soldering. •[CN22] : 1pin +5V on ETHERNET B'D •[BN83] : 1pin +5V on iPodDock B'D •[JK82] on iPodDock B'D •[IC28] on ETHERNET B'D OK Check Power Supply Voltages for CR870. ETHERNET B'D •[IC24] : 5,6,7pin NET3.3V •[IC23] : 5,6,7pin NET1.2V •[CN26] : 3pin E_POWER_CONT "H" level O.K.? NG Check Soldering. •[IC24] on ETHERNET B'D •[IC23] on ETHERNET B'D •[CN26] : 3pin on ETHERNET B'D OK Check Reset signal for ETHERNET B'D (CR870) ETHERNET B'D •[CN26] : 15pin E_RESET "H" level O.K.? NG Check Soldering. •[CN26] : 15pin E_RESET on ETHERNET B'D •[CN42] : 15pin E_RESET on MAIN B'D •[IC11] : 127pin E_RESET on MAIN B'D OK Check Digital Audio Data for CODEC. ETHERNET B'D •[CN26] : 6pin 860_SPDIF MAIN B'D •[CN42] : 6pin 860_SPDIF •[IC43] : 3,5pin 860_SPDIF •[IC41] : 4pin 860_SPDIF NG OK to 2.2. CD PLAY z Mark 44 Check Soldering. •[CN26] : 6pin 860_SPDIF on ETHERNET B'D •[CN42] : 6pin 860_SPDIF on MAIN B'D •[IC41] : 4pin 860_SPDIF on MAIN B'D •[IC43] : on MAIN B'D MEASURING METHOD AND WAVEFORMS To check the waveforms, the GND (-) probe of the oscilloscope to specified reference voltage. (Except for lnner SW, TRVSW) NOTES Measuring Disc: CD/TCD-784 CD-R/TCD-R082W CD-RW/TCD-W082W (It is better to use wires for extending between the probe and test points.) •When watching the HF waveform, use the extending wire as short as possible. •When HF waveform is noisy or cannot discriminate the eye-pattern, replace the Traverse Unit after measuring the lop. •Point q ~ Q5 is measured with the point shown below. 1.MAIN PCB : TEST POINT B A Detail A Component side Detail B t e w q A y r u Q5 Q4 i Q3 B 45 C Foil side Detail C o Q2 C Q1 Q0 No. Symbol No. q TP RFEQO Ⓐ TP w TP RFO Ⓑ C900 - e TP FEI Ⓒ CN26(4) r TP FOC1 t TP TEI y TP TRO1 u TP FMO1 i TP DMO1 o CN26(3) OPSW Q0 CN26(5) CLSW Q1 CN26(2) LOAD+ Q2 CN26(1) LOAD- Q3 R407 LRCK Q4 R408 SCLK Q5 R409 SDATA 46 Symbol Reference voltage VC : q ~ i DGND : Q3 ~ Q5 GND_DRV : o ~ Q2 2.WAVEFORMS 1. DISC PLAY RF WAVEFORM (EYE-PATTERN) CD(TCD784) PLAY qRFEQO 2. DISC DETECTION CD(TCD784) DETECTION wRFO 1V/div eFEI 500mV/div rFOO 1V/div tTEI 1V/div yTRO uFMO iDMO 1V/div 500mV/div 1V/div 3. TOC READ CD(TCD784) READ 1.2 CD-R (TCDR082W) PLAY 4. FOCUS ADJUSTMENT CD(TCD784) FOCUS ADJUSTMENT 2.2 CD-R (TCDR082W) DETECTION wRFO 1V/div eFEI 500mV/div rFOO 1V/div RFEQO qt TEI 1V/div yTRO uFMO iDMO 1.3 (TCDW082W) PLAY 3.2CD-RW CD-R (TCDR082W) READ wRFO 1V/div eFEI 500mV/div rFOO 1V/div tTEI 1V/div iDMO 1V/div 500mV/div 1V/div 1V/div yTRO 500mV/div uFMO 1V/div 2.3 CD-RW (TCDW082W) DETECTION 4.2 CD-R (TCDR082W) FOCUS ADJUSTMENT wRFO wRFO 1V/div eFEI e 500mV/div rFOO 1V/div qRFEQO FEI 1V/div 500mV/div rFOO 1V/div tTEI 1V/div yTRO 1V/div 500mV/div 1V/div tTEI 1V/div yTRO uFMO iDMO 1V/div uFMO 500mV/div iDMO 1V/div 4.3 CD-RW (TCDW082W) FOCUS ADJUSTMENT 3.3 CD-RW (TCDW082W) READ wRFO 47 1V/div eFEI 500mV/div 5. CD Playback Q3LRCK Q4SCLK Q5SDATA STANDARD GND WF12 (9) 6. LOADER OPEN-CLOSE oOPSW Q0FCLSW Q2LOAD- Q1LOAD+ OPEN CLOSE STANDARD GND 48 BLOCK DIAGRAM +29V_DAMP OLED DISPLAY +18V_OLED CD MECHA LODING+/- IC81 +12V_A1 -12V_A1 16MHz +15V_D +6V_CPU IC31 PICK-UP CONTROL RF_DATA MOTOR DRIVER INTERPION IP4001CRL DATA & CLOCK +7V_CD DRIVE OPEN/CLOSE +3.3V_CPU OLED UCOM Renesas R5F64169DFD CONTROL REMOTE IN CONTROL 50/60_Puls CONTROL CD DSP TOSHIBA TC94A92FG OASIS PROTECT & /POWER ON/OFF IC21 EEPROM 16.9344MHz CONTROL IC11 AUX OUT SYS UCOM Renesas SUBWOOFER OUT PROTECT & /PON R5F64169DFD H/P OUT DATA & CLOCK SPDIF_CD SDA/SCL TUNER MODULE 16MHz DATA & CLOCK AM/FM Kwang Sung Electronics AUX3 (OPT IN) IC41 OPT IC71 IC51 PORTABLE IN (Φ3.5) LB+ LB- AUX1 IC72 R+ AUX2 RRB+ RB- SPDIF_Ethernet 12.288MHz 13.5MHz CONTROL Ethernet RJ-45 TD+/RD+/- LAN8700 D+/- USB I2C_SDA/SCL i-Pod DOCK D+/- RCD-N7 Wi-Fi RF BLOCK DIAGRAM 49 POWER DIAGRAM OPT Ethernet AUX 1 IN AUX 2 IN iPod Chassis GND SW PRE OUT CR870 Module Chassis GND NET_3.3V NET_1.2V IC24 EN5311 +6V_CPU +12V_A1 IC23 EN5311 AUX OUT -12V_A1 +5.0V VBUS IC28 SI8005Q IC41 CODEC/DIR AK4683EQ +15V_U/W Chassis GND IC54 PWM Processor TAS5508B IC13 KIA78R050 IC71/IC72 DIGITAL AMP TAS5142DKD H/P Chassis GND +32.5V_A TF93 AC INLET GND_A TF92 IC97 KIA7812API +12V_A1 IC26 KIA78R090 TUNER PACK GND_A1 IC93 ICE2QS01 IC98 KIA7912API -12V_A1 Chassis GND +15V_USB GND_D1 GND_DRV +5V_D IC92 ICE2B265 IC90 KIA78D33 +3.3V_D1 +7V_D1 POWER ON/OFF IC94 KIA7818 TF91 +18V_OLED +6V_CPU IC91 ICE3B0365 IC18 KIA1117S15 IC31 Motor Driver IP4001CR Q932 2SC107 IC12 BA33BC0 GND_ D2 +3.3V_CPU IC32 KIA78R050 IC21 CD DSP TC94A92FG-301 CD Mechanism IC11 u-com SYS R5F64169DFD REST IC GND_D1 Chassis +5V_CPU LED Remote Sensor IC83 BA00D00W +16V_OLED Organic Electro-Luminescence IC81 u-com OLD R5F64169DFD TACT SW Q936 FDC608 GND_A1 GND_D1 Chassis GND USB/oPod H/P Out Portable in Chassis 50 GND_D1 Chassis GND_A1 Chassis GND_A1 Chassis LEVEL DIAGRAM AK4683 AUDIO CODEC TUNER PACK TAS5508 PWM CONTROLLER DSP CD UNIT TAS5142DKD DIGITAL AMP SP L OUT TAS5142DKD DIGITAL AMP SP R OUT TC94A92FG USB DM870 Portable In MUTE PHONES MUTE SUBWOOFER OUT MUTE AUX OUT AUX(1,2) SP OUT Impedance 4 ohm 16.12V (18.1dB) +20dB VOL MAX : +10dB(6V) +10dB 0dB(2V) : Analog Input : Digital Input SW OUT 1.2V(-4.2dB) -10dB HP OUT 770mV(-9.2dB) AUX/TUNER/MX PORT -20dB AUX 200mV / TUNER 200mV -6dB(100mV) +6dB(200mV) AUX OUT 200mV(-20dB) CD/USB 200mV -26dB M-X PORT 100mV -30dB Portable In 120mV TC94A92FG -6dB -26dB(100mV) Portablel, CD,USB 0dB(100mV) -40dB 51 RCD-N7 結線図 WIRING DIAGRAM HeadPhone Out Portable In REMOTE PART Front In / Head phone Out USB PART BN82 (5P Wire) IR SENSOR LED PART KEY INPUT FRONT UNIT CUP12347Z-1 BN81 (7P Wire) (OLED CONTROL) +3.3V_OLED +16V_OLED GND_OLED CN84 (30P FFC) (P=0.5) USB S C Connector (A) 30P FFC Cable OLED MODULE CN88 (30P FFC) (P=1) CN45 (13P PH) CN61 (5P PH) A B C D E F FCK LD (120P BtoB Connector) CN43 (7P PH) 1U-3773-1 AUDIO/VIDEO UNIT (ANALOG AUDIO,VIDEO IN/OUT) +6V_CPU +6V_CPU DGND DGND +15V_USB_WIFI +15V_USB_WIFI DGND DGND 23P FFC Cable (BridgCo Control) (SPDIF) (I2S) NET3.3V E_POWER_CONT GND_D1 DIGITAL AMP PART AM/FM TUNER PACK Component IN x1 Component OUT x1 +9V_TU STEREO AUX L/R TUNED IN x3 L_OUT ZONE2 L/R OUT R_OUT SB PREOUT x1 GND_A1 (I2C) (RDS) YC,CVBS IN x3 YC,CVBS OUT x1 CN22 (6P Wire) CR870 Module Wi-Fi Antenna Wire Ether Connector (RJ-45) LOADINGLOADING+ OPEN-SW GND CLOSE-SW +DATA -DATA VBUS iPod DET SubWoofer Out PreOut Sheld Wire Speaker Out Lch Wi-Fi Anttena iPod Dock UNIT CUP12347Z-2 BN83 (6P Wire) JK82 (30P iPod Connector) 52 Speaker Out Rch AUX 1 AUX 2 x1 AUX 3 Optical In FM Antenna Connector 11P FFC Cable (11P FFC) (P=1.25) CN27 (120P BtoB Connector) SP+ SPSLED+ SLEDGND CD-LIMIT- Sheld Wire CN42 (23 FFC) (P=1) BridgCo INTERFACE UNIT CUP12348Z CN26 (23P FFC) (P=1) CN25 (8P PH) CN21 (5P PH) BN25 (8 8P PH) +18V DGND Power-H +6V_CPU DGND DGND CN94 (7P Wire) MAIN UNIT (SYSTEM uCOM/CODEC/ANALOG AUDIO/DIGITAL AMP) CUP12367Z 16P FFC Cable (16P FFC) ( (P=1) +18V_D +3.3V_D +5V_D GND_D KEY INPUT HP DETECT OLED BOOT LED CONTROL REMOTE IN PORTABLE DETECT (DISP Ucon Control Signal) WN24 (16P FFC) (P=1) AUX1 IN L AUX1 IN R HP OUT L HP OUT R CD MECHA UNIT (6P PH H) CN93 (13P Wire) +32.5V +32.5V +32.5V HGND HGND CN41 (30P FFC) (P=1) (5P PH) Bi-amp Bi +!2V AGND -12V DGND +7V DGND DGND +!5V +3.3V DGND +5V CN92 (5P Wire) EUR,JPN : CJJ8A012Z USA : CJJ8A013Z CN44 (7P PH) CN25 H) (6P PH SMPS UNIT CUP12369Z 30P FFC Cable CN31 25) (11P FFC) (P=1.2 CN91 (Power Cord 2P Inlet) +DATA -DATA VBUS CN26 (5P PH) Sheld Wire Sheld Wire Power Cord EUR : CJA2B108ZV JPN : CJA2J116Z USA : CJA2A107ZV AM Antenna Connector PRINTED WIRING BOARDS 1 2 3 4 5 6 7 8 9 10 11 12 A MAIN PCB (COMPONENT SIDE) B C D E F G H I J K L 鉛フリー半田 半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。 M Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu). 53 12 11 10 9 8 7 6 5 4 3 2 1 A MAIN PCB (FOIL SIDE) B C D E F G H I J K L 鉛フリー半田 M 半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。 Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu). 54 DISPLAY PCB (COMPONENT SIDE) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 A B C D E DISPLAY PCB (FOIL SIDE) 14 13 12 11 10 9 8 7 6 5 4 3 2 1 A B C D E 鉛フリー半田 半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。 Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu). 55 iPod DOCK PCB (COMPONENT SIDE) 1 2 3 iPod DOCK PCB (FOIL SIDE) 4 5 6 7 ETHERNET PCB (COMPONENT SIDE) 1 2 3 8 8 7 6 5 4 3 2 1 A A B B C C D D E E ETHERNET PCB (FOIL SIDE) 4 5 6 6 5 4 3 2 1 A A B B C C D D E E F F 鉛フリー半田 G G 半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。 Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu). 56 SMPS PCB (COMPONENT SIDE) 1 2 3 4 5 6 7 8 9 10 11 12 A B C D E F 鉛フリー半田 半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。 Lead-free Solder When soldering, use the Lead-free Solder (Sn-Ag-Cu). 57 1 2 3 4 5 6 7 8 A TUNER BLOCK SHEET 001 FM/AM TUNER KSE_TUNER +9V_T RDS_DATA C322 100/25V 2 GND 5 0.01uF C323 VIN VOUT 1 VC 3 4 ADJ 100/16V 0.01uF C320 C318 OPEN R124 C353 0.1uF L302 RDS_CLK OPEN C351 220 R134 GND 47/16V C350 2200P GND_A TUNED 0 STEREO R316 0 R317 0 TU_SCL R318 0 RDS_CLK R319 0 RDS_DATA 0.1uF C317 1000P 0.01uF C316 OPEN OPEN L304 120 C315 OPEN C312 C314 OPEN C408 R319 C TUNER_L_IN R318 120 C313 OPEN OPEN GND_D1 VERSION GND_D1 TU_SDA C125 OPEN C476 OPEN C475 0.1uF C355 0.1uF C474 OPEN R313 0 Not Used RCD-N7 C354 OPEN R129 OPEN R314 R315 L303 6 3 4 VCC 0.1uF L301 STEREO C352 R_OUT 0.1uF 5 8 7 L_OUT 100 C321 100 47/16V R127 220 C319 220 R125 TUNER_R_IN 11 10 9 SDA TUNED 2 IC26 KIA78R090F PORT_SEL SCL 1 +12V_A R128 R126 B KDS160 D302 CN31 E2(N) OPEN 0 OPEN TU_POWER E1/E3(F,U) 0 TO CODEC BLOCK SHEET 002 TUNER_L_IN TUNER_R_IN +12V_A C349 100/16V R342 4.7K Not Used RCD-N7 DAB_L_IN DAB_R_IN DAB_SPDIF TU_POWER TUNED STEREO KRA102S TU_SDA Q312 KRC102S Q311 TU_SCL T.MUTE RDS_DATA 2 1 DAB_L_IN 4 3 DAB_R_IN 6 5 DAB_SPDIF 7 DAB_DI TO MAIN CPU BLOCK SHEET 003 T.MUTE GND_D1 10 9 8 DAB_DO DAB-P_CONT 11 CJP11GA117ZY D RDS_CLK CN32 C346 GND_A C347 C348 1000P 0.01uF +5V_D1 0.1uF E GND_D1 ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE GND POWER + SCHEMATIC DIAGRAMS (1/8) POWER - 58 F 1 2 CODEC BLOCK SHEET 002 4 5 C658 R606 0.01uF Open 1uF 22K R611 0.01uF 47K C479 1K 0.01uF 8 R616 * DC_PROTECT 0 GND_A 0 0 C598 OPEN R774 GND_D1 0 IC13 KIA78R050F 0 R775 0 R776 0 ET61 1 2 GND 3 4 10K D254 FROM CODEC BLOCK 10K D208 Sheet004 7 6 5 4 3 2 CN44 1 +12V_A 100K R367 D255 22K 1SS355T 100 5508_LRCK 4683_VOUT 7 6 5 4683_INT DAB_SPDIF R403 I2C RX0 0 PVDD R OPT_IN 860_SPDIF. 4683_I2C_CONT R401 0 64 1 0 R402 3 RX1 CD_SPDIF CD_SPDIF 4683_CSN 4683_CCLK R429 4683_CDTI 12K-F 4683_RESET 0.1uF C431 4683_INT 10/50V C430 1/50V27K 1/50V27K 1/50V47K 1/50V47K OPEN 47K OPEN 47K 1/50V47K 1/50V47K R372 +5V_A +5V_CPU +9V_T D213 OPEN R374 POWER_ON/OFF 22K Q238 C107S D214 Q240 KRC102S 1SS355T D215 GND_D1 1SS355T DC_PROTECT2 Not Used RCD-N7 4683_CDTO 2 RX2 4 RX3 TO MAIN CPU BLOCK Sheet 003 R407 +5V_A 4683_VOUT 4683_I2C_CONT TO MAIN CPU BLOCK TO TCD DSP BLOCK Sheet 004 Sheet 003 10/50V C900 0.1uF C902 5508_SCLK 8 9 10 11 12 13 14 15 16 17 MCKO 20 DVSS 19 TVDD 18 INT 63 PVSS 62 RIN6 60 RIN5 61 LIN6 R428 R427 R426 59 LIN5 58 RIN4 R424 R425 57 LIN4 55 LIN3 56 RIN3 R423 R422 R421 100 R373 OPEN +3.3V_MX 0 120 L601 R121 47P 0.1uF C903 10/50V C901 100 DVDD RESET 25 MCLK2 24 CSN 28 CDTI 26 CCLK 27 54 RIN2 53 LIN2 52 RIN1 R419 R420 1/50V 47K 1/50V 47K R418 R417 51 LIN1 50 AVDD 49 AVSS BICKA R408 Q239 OPEN OPEN Q237 A107S OPEN R414 0 C407 C414 C412 0.1uF 0.1uF 5508_SDATA R409 D OPEN D212 5508_MCLK 100 SDTOA D210 1SS355T R371 HIGH: DC PROTECT LOW: NORMAL GND_D1 E C429 C428 C427 C426 C425 C424 C423 C421 0 DAB_SPDIF. TUNER_R_IN AUX1_R_IN AUX1_L_IN TUNER_R_IN TUNER_L_IN MX_R_IN MX_L_IN AUX2_R_IN AUX2_L_IN TUNER_L_IN AUX3_L_IN CODEC PARTS AUX3_R_IN GND_A C420 -12V_A C422 R120 GND_A DAB_L_IN DAB_R_IN GND_C1 POWER + +3.3V_CPU. RESET_5508 100 Q236 KRC102S PU+3.3V 5508_PDN 4683_CDTO OPEN 27K C417 10/50V C416 RISEL OPEN 27K 4.7K +5V_A ROPIN C419 220 24k LOPIN 0.1uF 4 10K R459 V- GND_A 3 LISEL 24k R416 C418 22/50V R457 220 OPEN R657 10K R458 B+INPUT B + A+INPUT B-INPUT V+ 5 C433 R453 OPEN C655 6 22/50V C443 VOUT AVSS R415 22/50V C437 R449 OPEN GND_A GND_C3 2 C432 GND_A 10K D209 1SS355T TO TUNER BLOCK Sheet 001 GND_A 7 330P R456 CDTO AVDD DAB_R_IN OPEN 1 BICKB LRCKB DAB_L_IN 0.1uF R658 *FOR ESD 1SS355T C656 OPEN D604 330P 8 AK4683 VCOM 47/25V 1SS355T D606 4.7K C435 3.3K 4.7K +5V_A 0.1uF C434 R448 3.3K R455 4.7K D603 0.01uF R433 470 D605 GND_A 10K AUX2_R_IN Q407 KTC2875B C441 R465 Q405 KTC2875B R451 11 47K C457 9 GND_A R454 C436 8 IC41 LOUT2 ROUT1 B OUTPUT A - + A-INPUT 3.3K 220 A OUTPUT 3.3K 22/50V IC44 HVINJM2068MTE1 Q406 KTC2875B 0.01uF 100P 100P 220 R447 R452 10K C453 C454 R466 R467 47K OPEN R432 C442 SDTOB MUTET LOUT1 C415 C413 10/50V2.2/50V C446 R444 OPTION Q404 KTC2875B AUX2_L_IN OPEN C439 C440 100P C450 47K R463 OPEN OPTION 100P C449 47K R462 OPEN C451 C452 C456 7 ILRCKA OLRCKA ROUT2 0.1uF R446 AUX3_R_IN 470 47/25V GND_A 6 R464 1/50V -12V_A AMUTE. GND_A 470 R461 C438 GND_D1 4 5 *FOR ESD 100K 1SS355T H/P_ON HPL C411 GND_D1 -12V_A AUX3_L_IN 470 OPEN HPR R450 R460 3 SDTIA2 30 AUX_R OUT SDTIA1 29 HVSS 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 SDTIB SDTIA3 31 HVDD +12V_A 2 5508_SDATA R410 0.1uF GND_D1 5508_SCLK R122 4 10/50V C409 C410 91 GND_A +5V_A SW_DOWN 5508_LRCK F_MUTE TX 23 3 GND_A1 IC41-23P XTI 21 2 +5V_A OPEN 0 1 C405 56P C406 0 5 R412 0.1uF 4 6 XTO 22 3 7 0.01uF R411 2 8 IC43 CVITC7WHU04FU 1 C996 5 47K 6 R901 IC42 CVITC7WHU04FU KDS160 D616 7 2.2K R119 C607 2.2K R722 Q624 KRC102S 220/25V Q622 KRC102S 2.2K R718 R719 R717 0 47K C447 R430 47K R431 100P C448 100P AUX_L OUT 1 8 X401 12.288MHz R130 Q623 KRA102S AMUTE JK63 CJJ4R019W 10 D615 +3.3V_D1 AUX OUT KDS160 +6V_CPU +12V_A AUX OUT C R370 TO MAIN CPU BLOCK Sheet 003 4683_CSN 4683_RESET 4683_CDTI 4683_CCLK 5508_MCLK 10/16V C995 GND_D1 H/P_MUTE +3.3V_D1 0.1uF AUX IN R364 1K D211 AMUTE R413 0.01uF 1 C993 OUT GND CHGND_1 Q235 KRC102S 1SS355T 5142_SD 33 2 C994 GND 860_SPDIF 860_SPDIF. R903 3 OPT IN 0.1uF +3.3V_D1 5142_OTW 33 10/16V C992 RX R902 OPT_IN C991 AUX2 OPEN GND_A R368 +3.3V_D1 AUX3 R362 Sheet 002 GND_A VCC GND_C3 OPEN R621 Q252 KRC102S 1SS355T 5 22K 1SS355T 1SS355T R365 GND_A1 JK64 HJSTORX147L GND_A GND_A -12V_A OPEN GND_A OPTION +7V_D1 50V/1000PF C599 D253 PWM_HP-R C597 GND_A R619 1SS355T 10/50V 0 C554 D251 DC_PROTECT2 KDS160 D401 C560 OPEN 0.1uF OPEN C559 C590 C595 VOUT OPEN OPEN ADJ C589 50V/0.01uF C594 10K 50V/0.1uF C592 R587 C588 D252 R360 8.2K GND_A ET61 C553 0 C555 OPTION Q251 KRC102S 100K R109 0 R591 0 0 VIN OPEN R597 10K +5V_A VC R592 OPEN OPTION C490 15K 0 R100 R358 +12V_A R366 R589 R359 0 R363 R593 PWM_HP-L OPEN PWM_HP+L R561 0 0 PWM_HP+R R590 PWM_HP-L 0 PWM_HP+L R595 PWM_HP+R 0 OPEN R361 0 R770 R560 R596 OPTION D504 0 R769 0.1uF ET61 0 R772 R771 0 C596 R773 C558 0 10/50V 0 C557 C587 C591 GND_A GND_A PWM_HP-R ET51 C_GND D503 OPTION R620 0 0 OPTION OPTION C489 GND_C3 R617 0 C543 D501 D502 JK51 GND_A 0.1uF 7 C486 6 SW OUT PARTS +12V_A C485 1 * WIRE ASS'Y(7P) L406 120 *FOR ESD 0 C542 2 47/25V V- R604 10K GND_A Q609 KTC4075GR 3 A OUTPUT 1K R615 10K Q615 KTC2875B GND_A 4 V+ +12V_A Q608 KTC4075GR R601 HVINJM2068MTE1 IC52 10K R614 10K Q614 KTC2875B C487 R600 A-INPUT + A B OUTPUT 1SS355T C478 R608 R609 -12V_A SW OUT 1K AUX1_R_IN 1K H/P_L_OUT H/P_R_OUT 47/16V AUX1_L_IN 47K 100P 1K 47K 22K C482 R618 1uF C488 Open D508 0.1uF 1K 0 GND_A TO DISPLAY BLOCK AUX1_R_IN AUX1_L_IN R613 4.7K R612 5 R700 100P C477 B-INPUT A+INPUT - + B SW_DOWN 0 C541 ET51 C472 R610 47K R602 4.7K 4.7K R498 R497 4.7K D609 0 C540 C561 100P R607 B+INPUT +5V_STBY DETECT RC5 AGND +3V3 MXP_R RC5_GND A_GND MXP_L C473 R605 270P MX_RC-5 1 2 3 4 5 6 7 8 9 4.7K C481 C480 D507 C539 * RCD-N7 Not Used B GND_A 4.7K 4.7K R472 AMUTE. H/P_MUTE GND_A C469 270P R487 R496 R495 C468 4.7K 91 10 R603 GND_D1 R473 R123 2.2K C608 220/25V 2.2K R111 R115 100 4700P 270P R479 100(20) C484 4.7K C467 270P R477 10/50V 0.1uF 4.7K R970 0 R971 4.7K 0 4.7K C466 4.7K 0 GND_A R469 C483 C532 R482 MX_R_IN 0 220 C471 SW_OUT- 39K R481 R585 10/50V 10K AGND GND_A AUX1_L_IN A SW_OUT+ 100P 0 C536 0 R476 AUX1_R_IN GND_A AMUTE. 100P C465 GND_A 39K 47/25V C464 R499 R490 R995 0.1uF C458 C459 47/25V C463 100P 39K C462 R484 R581 AGND AUX1_R Q613 KTC2875B 47/25V Sheet 003 GND_A AGND 1 0.1uF 47K C537 R582 OPEN 100P GND_A H/P_L_OUT -12V_A 2 39K 47/25V GND_A +12V_A R599 3 C461 R489 4.7K R580 L-CH 4 100P C460 R483 C531 0.1uF + - R480 OPEN GND_D1 GND_A 5 R486 10K R567 6 OPEN R586 47 R-CH 7 R996 C530 -12V 10K R471 HP_R MX_R_IN 100P 8 MX_L_IN C538 7 8 +12V_A GND_A 47K V+ A OUTPUT A-INPUT + A B OUTPUT B-INPUT A+INPUT - + B 6 0 C495 1 + - + 12V R475 10K IC53 NJM4556AL HVINJM2068MTE1 IC63 C533 47K 5 M-X_RC 0.1uF R566 220 H/P_R_OUT HP_L AUX1_L -12V_A C529 10K R563 OPEN R562 GND_D1 10/50V 2 GND_D1 3 4 0 HP_R 10 Q612 KTC2875B Q611 KTC2875B GND_D1 HEADPHONE PARTS R485 GND_A 10 R470 GND_D1 4.7K 5 10K MX_L_IN 0 R488 C659 7 R584 R583 10/50V C535 OPEN 100 R578 C534 R571 0 3 V- R572 0 R559 0.1uF R558 9 8 JK62 4 B+INPUT 100P 100P R573 47K R110 200 200 R185 R564 6 C500 R577 OPEN 47K C497 C498 10/50V 47K C499 100 C494 C493 R568 0.1uF 47/25V GND 0.1uF 47/25V C492 C491 M-X PORT GND_D1 OPEN R576 10K 0.1uF GND_A R570 GND_A TO CODEC BLOCK 0.1uF C527 47/25V C528 Q618 KRC102S R117 R478 100 Q610 KTC2875B 10K R112 2.2K 47K R594 C496 R574 KDS160 OPEN Q616 KRC102S MX_DETECT +3.3V_MX 1 2 D612 Q617 KRA102S GND_D1 R474 R468 100(20) +6V_CPU +12V_A +12V_A IC64 KIA1117S33 1 C470 10/50V +3.3V_D1 KDS160 MX_MUTE MX_DETECT HP_L D613 -12V_A +3.3V_CPU. Q601 KRC107S 3 In Out 2 8 Sheet 003 M-X PORT R118 (MARANTZ MODEL ONLY) 7 TO MAIN CPU BLOCK M-X PORT D402 6 KDS160 +5V_CPU +5V_D1 3 ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE SCHEMATIC DIAGRAMS (2/8) POWER - 59 F 22 DC_PROTECT1 USB_P.CONT 860SPDIF GND E_POWER_CONT VBUS_MONI GND E_REQ E_SPIMTEO E_TXDMIEO E_RXDMOEI E_SPIMOEI E_RESET E_SPICLK HVBUS_CTL1 GND E_SPICS TO CODEC BLOCK Sheet 002 USB_P.CONT E_POWER_CONT VBUS_MONI E_REQ E_TXDMIEO E_SPIMOEI E_RXDMOEI E_SPIMIEO E_SPICLK E_SPICS E_RESET 0 R697 HVBUS_CTL1 B1/B2 0 0 0 FAULT_FLAG2R699 HVBUS_CTL2 R696 IPOD_DET R698 MX_RC-5 4683_CSN 33 1000P 33 R387 R388 7 6 2 0.1uF C332 1000P 0.1uF C331 C334 1 8 4683_CCLK SDA 4.7K 5 4 VSS P41/A17 P37/A15 P36/A14 P40/A16 P34/A12 P35/A13 P42/A18 VCC P43/A19 P33/A11 P31/A9 P32/A10 A23 P121/CLK6 A122/RXD6 P120/TXD6 VSS VCC P27/A7 P30/A8 P25/A5 P24/A4 P26/A6 P124 P71/RXD2 P65/CLK1 42 4.7K B BUS3 CCE R399 CE_M SRAMSTB 33 R382 10K R349 B_POWER_ON/OFF 10K POWER_ON/OFF P_DOWN(50/60) DC_PROTECT1 10K R384 TO POWER BLOCK IC11-63PIN POWER_ON/OFF 5142_OTW EPM_M R323 4.7K R322 4.7K P75/RXD8 R345 10K R346 10K EL_RESET H/P_MUTE KILL_IR 10K R391 E_RXDMOEI R974 33 R975 33 BUSY_M/STEREO 10K P66/RXD1 40 RXD/232CMI 33 R976 VCC 39 TXD/232CMO 38 33 37 10K R991 10K 33 10K 33 R392 R139 R341 DAB_DI DAB_DO OLED_BOOT E_SPIMOEI E_SPICLK TU_SDA TU_SCL HP/DET E_SPIMIEO RC_IN 10K R355 R347 R162 OPEN AUX1/DET E_REQ OPEN C391 C390 R390 0 R386 1K X202 16M R385 GND_CPU YOBI RESET CNVSS_M 10K 10K 10K R992 10K R993 IC11-13P IC11-18P X1 OPEN NSD_M RDS_CLK P_DOWN(50/60) EL_CLK EL_MISO R984 OPEN IC21-28P C392 10K 33 33 R395 R394 R397 R396 C SCLK_M R256 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 10K OLED_CPU_POWER R344 EL_MOSI E_TXDMIEO R857 VSS 41 P74/CLK8 P76/TXD5 P77/CLK5 P80/RXD5 P72/CLK2 P64 43 P67/TXD1 P70/TXD2 P81 INT0 INT2 NMI VCC XIN VSS XOUT 8 C389 7 33 33 33 10K R296 LED_CONT2 GND_D1 4.7K +6V_CPU D +3.3V_CPU +3.3V_CPU. D202 DC_PROTECT1 DC_PROTECT2 OPEN VCC D207 L605 220 C700 0 0 0 0 0 C728 0 C729 0 GND_D1 1 +3.3V_CPU TXD_CO (2) R284 1K 3 RXD_CO (3) (4) (5) (6) (7) (8) (9) (10) RXD/232CMI R983 R249 R250 R255 R251 R252 R253 R254 OPEN OPEN OPEN OPEN OPEN O PEN OPEN OPEN E2 1K OPEN 150 OPEN 180 OPEN 270 E1C 1K OPEN 150 OPEN 180 OPEN 270 0 JP 1K OPEN OPEN OPEN OPEN OPEN OPEN OPEN OPEN OPEN OPEN OPEN OPEN 1K 0 GND CNVSS_CO. CNVSS_M 6 (1) R269 OPEN 100K R986 RESET. RESET JIG TP DEBUG 0 E 2 OPEN OPEN OPEN OPEN OPEN OPEN OPEN OPEN OPEN OPEN CN24 4 1K 1K 150 OPEN 180 OPEN 270 OPEN 1K (J) R287 5 (I) R282 EPM_CO EPM_M 7 (H) R288 CE_CO CE_M 8 M-CR603 RCD-N7 MODEL (C) (D) (E) (F)(G) R200 R285 R982 R289 R997 NSD_CO NSD_M BUSY_CO BUSY_M/STEREO SCLK_CO SCLK_M 9 (B) R286 OPTION R726 1000P +3.3V_CPU (A) R944 OPTION E3 R724 C280 1K 1K IC25 BD4730G GND_CPU MODEL R727 D239 3 GND VOUT 4 0 (10) TXD/232CMO R725 KDS160 2 SUB R254 0 (8) R252 NC (6) R981 1K R271 0 OPEN R281 R287 NC R288 NC R289 R285 NC NC R255 VOUT NC NC R249 VIN 390 (4) 10 8 GND_D1 GND_D1 (9) R253 270 11 7 GND_D1 (7) R251 180 OPEN 6 +15V_USB/Wi-Fi(1.5A) (5) R250 150 47K R263 3 4 5 +15V_USB/Wi-Fi(1.5A) (2) IC14 (3) R983 10/50V VCC 5 4.7K GND_D1 KIC3201S-33 1M 0.1uF C271 4.7K R259 1000P (J) C224 4.7K R262 C606 (H) R261 1000P (F) R258 C603 1K 4.7K GND_D1 (I) R282 270 R260 0.01uF (G) R977 180 100K 0.1uF C605 (E) R982 10K C604 2 0.1uF 0.01uF 3 150 (D) R950 +6V_CPU C601 C602 TO NETWORK BLOCK BN62 +6V_CPU 1 L603 2 (C) R200 R257 DC_PROTECT1 1 R985 (A) 1 NC R284 GND_CPU (B) GND 100 V-DET TO MAIN CPU BLOCK FROM CODEC BLOCK Sheet 003 Sheet 002 R273 R272 100 100 R276 100 100 R278 R277 100 R279 Q303 C102S GND_D1 R286 R269 +3.3V_CPU. (1) R944 C286 0.1uF 4 100/16V C285 0.1uF C266 100/16V C265 20V 7.5V 3 GND GND_CPU GND_A OPEN 1N4003ST D235 D234 20V 5.6V 11V D231 D232 D233 D230 B_POWER_ON/OFF OUT 1 16V R980 OPEN D229 OPEN OPEN D227 Q302 OPEN D228 D226 OPEN OPEN OPEN D225 OPEN D223 D224 OPEN OPEN D222 D221 D236 OPEN IC12 BA33BC0FP OPEN D237 GND_CPU L604 SCL GND BUCK P63/TXD0 44 KDS160 +6V_CPU +3.3V_CPU. R233 P_DOWN(50/60) Q301 C3875S +15V_D1 A OPSW 4683_CDTI 4683_RESET 4683_CDTO 4683_CCLK CLSW INSW SBSY DREQ DECRST 10K R354 MX_DETECT 4683_I2C_CONT 4683_INT 4683_VOUT OPEN CLOSE DRVMUTE 10K R138 H/P_ON R350 R352 R351 10K 10K 5508_PDN 5508_MUTE 5142_OTM SP_PROTECT 5142_SD 5508_SCL 10K F_MUTE 5508_SDA 5508_SCL 10K R353 5508_SDA RESET_5508 PDN_5508 P91/RXD3 6 33 10K R295 R398 UART_MISO 5VCPU_ON/OFF GND_CPU R680 5 C223 10K R393 4.7uF/10V C247 R215 4.7uF/10V C248 OPEN +6V_CPU +3.3V_CPU. 4 P146/INT8 3 P90/CLK3 2 RESET AVCC P97/RXD4 P92/TXD3 1 LED_CONT1 1000P P23/A3 P62/RXD0 45 UART_MOSI 0.01uF C699 F_MUTE H/P ON 136 P104/AN4 144 OPEN OPEN C222 OPEN C287 OPEN OPEN C288 C289 4.7uF/10V 4 5 C698 6 0.1uF 5508_MUTE P61/CLK0 46 GND_CPU C697 P22/A2 135 P105/AN5 C264 POWER_ON/OFF 3 C282 4 0.1uF 100/16V VOUT GND 5 C278 C279 2 2 A2 1000P 3 ADJ 1000P VIN C663 +18V_OLED VC 0.01uF 1 0.1uF GND_D1 0.1uF 1 C661 C662 open 0.1uF C263 0.01uF C667 KDS160 100/16V C680 4683_VOUT 4683_RESET P60/CTS0 47 IC32 KIA78R050F +5V_D1 1000P C249 +6V_CPU +3.3V_D1 OPEN +5V_CPU 4.7uF/10V +15V_D1 P21/A1 P20/A0 P17/D15 P137 48 134 P106/AN6 P73//TXD8 1000P P136/ISCLK2 49 133 P107/AN7 INT1 1K R294 1K 1K R293 R270 47K R266 D204 KDS160 P135/ISRXD2 50 132 VCC 143 C270 0.1uF 0.1uF 7 GND_CPU P_DOWN_50/60 P134/TSTXD2 51 131 P150/TXD7 142 VREF C272 0.01uF C682 0.01uF C685 CN43 +6V_CPU 130 VSS 138 P102/AN2 GND_D1 C290 C683 C686 Not Used RCD-N7 1000P C681 GND_CPU RDY 52 140 AVSS OPEN 9 10 C684 1000P R268 GND_D1 129 P151/CLK7 139 P101/AN1 D203 +5V_D(0.8A) GND_CPU 10K B1/B2 ALE 53 137 P103/AN3 FAULT_FLAG2 LD_CHK +7V_D1 7 GND_D1 11 +3.3V_D(0.5A) 12 +15V_USB/Wi-Fi(1.5A) C687 13 GND_D1 POWER_ON/OFF 47K GND_DRV 128 P152/RXD7 141 P100/AN0 8 GND_D1 +18V_OLED(0.06A) R151 C234 0.1uF KEY1 C235 6 C664 +7V_CD DRIVE(1A) R265 1000P 5 0.01uF C245 1000P C665 1000P C666 GND_DRV KEY2 Q204 C3875S 18K -12V_A(0.1A) 10K KEY3 R267 GND_A 4 GND_A P55/EPM 54 127 P153 1 1000P 3 C696 WP P54/HLDA 55 126 P156/TXD6 P86 OPEN +3.3V_CPU. HVBUS_CTL2 P132 58 P133 56 P87 OPEN R994 R298 -12V_A 2 1000P C693 4683_I2C_CONT 10K 10K R988 EL_CS 0.01uF Sheet 002 VSS 57 125 P155/RXD6 R140 0.1uF C695 TO ETHER BLOCK BUS2 VCC 59 IC11 R5F64169DFD 124 P156 CNVSS Q202 KRC102S P131 60 NSD R297 P130 61 121 D01/D1 123 P157 10K R150 FAULT_FLAG1 120 D02/D2 122 P00/D0 R343 4.7K HVBUS_CTL1 KILL_IR +12V_A C694 33 150K R133 E_RESET 0.01uF 33 R321 VBUS_MONI E_SPICS Q203 A107S B_POWER_ON/OFF 1 BUS1 R52/RD 63 P53/BCLK 62 VDC0 10K OPEN E_POWER_CONT RC_IN VCC A1 P126 67 119 P03/D3 VDC1 R383 R137 DC_PROTECT2 R264 A0 P47/A23 69 P127 66 P141/(TN) Only RCD-N7 Use CN42 2 3 BUS0 P51/WR1/BC1 64 SP_PROTECT 1 CN41 10K R348 4 5 IC22 M24256-BWMN6TP +3.3V_CPU. 72 118 P110/TXD8 R389 TU_POWER 7 860_SPDIF P50/WR0/WR/CE 65 4.7uF/10V TUNED 6 9 P125 68 117 P111 P93/CTS3 T.MUTE 8 10 11 71 P45/A21 P46/A22 70 P44/A20D8 116 P112/RXD8 10K 2 GND GND 0 0.1uF 115 P113 R161 10K R990 10K R291 P143 DAB-P_CONT P94/CTS4 AMUTE +3.3V +5V_CPU 3 4 5 6 114 P114 +3.3V GND_D1 C688 AMUTE R290 10K USB_P.CONT C689 RESET_5508 113 P4/D4 P144/INT6 7 R141 RDS_DATA CN45 4683_CDTO 112 P5/D5 IPOD_DET SW_DOWN 12 13 GND_D1 +3.3V_CPU. P13/D11 8 10K 111 P6/D6 P95/CLK4 R299 110 P7/D7 10K R292 P96/TXD4 11 10 9 109 P10/D8 LED_CONT2 14 15 8 R324 DC_PROTECT1 LED_CONT1 +5V_CPU 16 17 108107106105104103102101100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 OLED_CPU_POWER GND OPEN 19 10K R135 R987 OPEN LED_CONT1 OPEN R667 5142_SD REMOTE IN OLED_CPU_POWER OPEN R668 5VCPU_ON/OFF P145/INT7 KEY1 P16/D14 KEY2 KEY1 OPEN R665 18 21 +3.3V_D1 10K P12/D10 KEY3 KEY2 R666 C335 EL_MISO KEY3 10K R136 P15/D13 18 17 16 15 R283 GND B_I_AMP H/P_MUTE EL_CS EL_CLK EL_MOSI P14/D12 20 19 YOBI EL_CS EL_MOSI EL_MISO 14 OPEN UART_MOSI EL_CLK 13 OPEN R274 UART_MISO UART_MOSI YOBI 12 R275 HP/DET EL_RESET UART_MISO P11/D9 21 22 23 24 HP/DET 10K 26 25 AUX1/DET AUX1/DET EL_RESET LED_CONT2 +12V_A(0.35A) 4683_INT SW_DOWN 4683_CSN OLED_BOOT 4683_CDTI STEREO TU_SDA +18V R989 27 28 +18V OLED_BOOT 4683_CCLK GND C276 C274 29 30 GND 0.1uF GND_D1 R973 33 BUSY_M/STEREO TUNED RDS_CLK RDS_DATA TU_SCL T.MUTE DAB-POWER_CONT DAB_DI DAB_DO CCE SRAMSTB BUCK DECRST BUS3 BUS2 BUS1 BUS0 CLOSE DREQ OPEN SBSY LD_CHK OPSW 0.01uF DRVMUTE INSW CLSW C275 MAIN CPU BLOCK SHEET 003 +18V_OLED 1000P +3.3V_CPU. 20 23 TO CODEC BLOCK Sheet 002 3 TO TUNER BLOCK Sheet 001 TO TUNER BLOCK Sheet 001 FAULT_FLAG1 7 B1/B2 6 FAULT_FLAG1 5 GND 4 FAULT_FLAG2 3 IPOD_DET 2 HVBUS_CTL2 1 F GND_CPU GND_D1 GND POWER + SCHEMATIC DIAGRAMS (3/8) g POWER - 60 1 2 3 4 5 6 7 8 SRAMSTB CD_SPDIF A FMO1 DMO2 DMO1 FMO2 CD_SPDIF CCE BUCK BUS3 BUS2 BUS1 BUS0 DREQ SBSY CLOSE OPEN OPSW MSTBY CLSW LMSW CD DSP BLOCK SHEET 004 LD_CHK TO MAIN CPU BLOCK SHEET 003 DMO R211 FMO 0 GND_D1 18P 15P 100 R212 C229 0.1uF C230 +1.5V_D2 R217 R236 OPEN R218 OPEN R219 OPEN R224 OPEN 10K OPEN R230 OPEN R223 C231 R220 DECRST 33 0.1uF 100 100 100 100 100 0 R225 OPEN 10K DREQ 0 +3.3V_D2 OPEN R221 R222 OPEN R131 0.1uF 61 62 S0 63 MS2 64 BUS2/SO 65 BUS3/SI 66 BUCK 67 /CCE 68 M S C226 C225 16.9344MHz 40 39 100 R207 R102 38 37 36 LRCK BICK 35 SDTI 34 31 DMO VDD1-3 32 69 /RST 70 TEST LRCK1 100/10V R214 R104 R242 R243 R244 R245 C BUS0 BUS1 BUS2 BUS3 BUCK CCE +VREF C232 10K R108 GND_DA TRO 1000P 10K R107 C233 10K R106 0.1uF 10K 10K R234 R105 10K C246 0.1uF +1.5V_D3 R132 0.1uF C237 47P 10K SRAMSTB +3.3V_D2 R229 15K 0.1uF C242 47uF/10V C243 OPEN R312 47K 0 R208 0 30 29 28 VSS FMO 71 VDD1-2 72 VSS4 73 /SRAMSTB AIN OPEN R307 GND_DRV C221 0.1uF 0 0 R210 R209 R203 27 TRO 25 26 FOO AVDD3 PIO3 R235 1 RVDD3 VCOI PIO2 BCK1 C228 1M R237 SLCO B 0.1uF OPEN RFI 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 RFRPI FMO C309 C302 C310 0.1uF 470/16V 0.1uF 100/10V GND_DA D O U T 33 C213 R205 0.1uF RFEQO 80 100/10V C239 C211 PIO1 C241 C307 R309 VSS PIO0 C238 C311 0.1uF 47K 21 20 19 8 9 10 GND_D1 GND_D1 OPEN 18 TR+ 17 OPO RFO R213 +3.3V_D2 C227 TR- D C304 MOTOR DRIVE OPSW OPSW 4 GND +3.3V_D1 0.1uF 120 100/16V C291 1 0.1uF C292 0 2 Out In 3 GND R784 C293 0 C178 R783 100/16V 120 0 GND_D1 C294 0 0 0 C259 1000P R779 R780 C258 C180 L105 0.1uF 0 0 0 C177 R782 R778 C257 IC18 KIA1117S15 0.1uF 1000P 0.1uF C176 C175 100/16V C174 +1.5V_D3 KDS160 D103 L104 0 100/16V 0.1uF GND_DRV ET51 R781 C261 +1.5V_D1 +1.5V_D2 CLSW C262 C260 0.1uF 5 CLSW ET81 FG2 TCLO VDD1-2 0 0.1uF 1 2 3 CN26 TO MECHANISM 4.7K CLIN T+ R308 OPEN XO XVDD3 RVSS3 X201 TRO CLOSE FGND2 SLIN 16 C303 R306 VCC2 LD_CTL 15 F+ OPEN FC- SPIN 11 0 FC+ OPIN 12 4.7K 13 R304 R305 FCO TC94A92FG FNI1 0.01uF C244 GND_DA 470 C306 VCC2 XI FNI2 VCOF 220 XVSS3 AGCI R201 0.1uF DVSS3-2 IC21 FPI2 TSETR 2 28 26 25 27 3 4 VREF 14 FCO GND1 OPEN LOADING+ C204 LO CD DSP TPI FPI1 FMO C305 MUTE TIN R310 470/16V R303 REO SLED- R311 OPEN 0 LOADING- C205 C202 C201 SLED+ C308 R103 OPEN REB DMO DRVMUTE SLTIN-R FIN 470 5 1 FIN-R OPEN R302 DMO 24 R301 SP+ 6 2 SPINDLE+ SL+ 2200P GND_DRV 23 SP+ GND3 22 OPEN C301 SP- SP+ 1 SP- SLED+ SP- 2 IP4001CRLTF SLED- 7 4 3 5 IC31 C240 0.1uF 6 INSW SPINDLE- 0.1uF 4700P C203 DVDD3-2 74 VDDM1 10K R248 10K 10K R247 FREQO 0.01uF GND CN25 TO MECHANISM R246 +7V_D1 SLED+ C207 0.1uF 0.015u DVDD3 VRO 75 PDO RFO C206 GND_DA RO AVSS3 76 TMAX FG1 OPEN DVSS3 TNI 330K C SBSY 47K LD GND_DA MDI R226 A C208 LMSW C214 OPEN D +3.3V_D1 SLED- C215 470P B LDO R227 0.1uF F C251 0.1uF C145 C252 C146 OPEN 100/16V C269 C143 C144 OPEN 120 0.1uF C268 100/16V L102 OPEN C216 AGND E 22 RFZI 23 RFRP TEI 24 C253 PD 100/10V C267 C218 +1.5V_D2 R228 120 C219 OPEN 77 LPFN C254 +3.3V_D3 LD 78 LPFO R241 L101 0.047u +3.3V_D3 0.015u R240 39 FEI PVREF 79 39 PDIC VC 0.033u PDIC VCC 0.1uF R239 470/16V 39 0.1uF R238 21 10uH 39 9 10 11 12 13 14 15 16 17 18 19 20 E C220 8 PDIC E R206 0.047u 7 L201 6 PDIC D D OPEN TEI A1504S Q201 5 A R202 0 4 PDIC A GND_DA 3 B C209 C 0 C210 F FCO 1K PDIC F PDIC C PDIC B R232 +3.3V_D3 +VREF 5600P D201 R204 0.1uF 1SS355T 91 C256 1 WN24 2 3 4 5 6 7 8 10 LD LD TRO 470P PD R231 C255 12 11 9 PDIC GND 1000uF/6.3V FC+ LD PD LD VR FCO2 1000uF/6.3V FCS+ TRO2 C217 TR+ 0.01uF TR- TRKTRK+ 470/16V 16 15 14 13 TO CD PICKUP VC +3.3V_D3 C212 LD_CHK FC- FCS- FCO1 TRO1 +3.3V_D1 FG2 0 R143 0 L106 R144 0 120 R145 0 +1.5V_D1 DC_PROTECT2 D256 OPEN R978 R142 OPEN 1000P 0.1uF C191 +3.3V_D3 C190 GND_D1 C189 GND_DRV 100/16V +3.3V_D2 Q253 OPEN D257 OPEN E C188 GND_D1 0.1uF C131 120 0.01uF 1000P C187 0.1uF C186 100/16V C185 L107 R146 0 R147 0 R148 0 R149 0 C192 OPEN C193 OPEN C194 OPEN C195 OPEN GND_DA GND POWER + ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE SCHEMATIC DIAGRAMS (4/8) POWER - 61 F +3.3V_D1 SW_OUT0 5 6 7 A +3.3V_5508 AMP PARTS 22 R494 C551 OPEN OPEN C552 OPEN FG4 HT_GND GND_A1 GND_A GND_D1 GND_A1 OPEN R406 OPEN GND_A1 +12V_5142 0.1uF 0.1uF 0.1uF C746 C747 C748 *FOR EMI 0.1uF C745 100N(20) C744 R716 100N(20) R715 C743 C742 0.47uF(M) C740 100N(20) C737 R712 100N(20) R711 C733 C735 0.47uF(M) C734 C736 - 3 + - 7 + 8 - C LB- LB+ LA- LA+ RB- RB+ C692 GND_A1 GND_A1 1 CN61 2 3 4 C786 0.1uF 100N(20) C787 R762 100N(20) C783 3R3-F(20) +32V +32V GND_A1 0.1uF C798 D *FOR EMI 0.1uF L752-N7 C797 COIL, 10uH 0.1uF L752 COIL, 10uH C757 RA- RA+ R766 100N(20) C794 C792 C790 HLZ9Z014Z 10N(20) 0.1uF 0.1uF 10N(20) C795 120 33N(20) C758 L728 COIL, 10uH 3R3-F(20) C796 L712 C759 18-F(20) L751 COIL, 10uH L751-N7 R761 21 20 L711 120 0.1uF(32) 18-F(20) L727 HLZ9Z014Z 6 +32V L754 C690 0.1uF(32) + +32V 0.01uF 1000P C761 10N(20) 3R3-F(20) C691 33N(20) 10N(20) C793 33N(20) C762 18-F(20) 100N(20) C763 18-F(20) L726 HLZ9Z014Z - 5 10 3R3-F(20) R765 0.1uF(32) COIL, 10uH 0.47uF(M) R764 R763 C764 HLZ9Z014Z 4 9 L753 C791 0.1uF(32) L725 C789 C765 RCD-N7 Not Used 330pF(20) 33N(20) + 2 SPEAKER OUT 1 0 C892 C785 26 C741 C739 330pF(20) R714 R713 330pF(20) C738 C732 330pF(20) R710 R709 C731 10 R758 36 35 34 0.1uF C766 24 25 JK71 ET71 C891 3300/50V 33 22 10N(20) COIL, 10uH 0 C893 10/50V C767 C760 R757 VDD BST_D GVDD_C GVDD_D 3R3-F(20) L702 COIL, 10uH 19 16 17 18 0.1uF GND_A1 32 23 RESET_CD OUT_D PWM_D PVDD_D 10N(20) 3R3-F(20) 5 10/50V 31 14 PWM_C DGND_D OUT_C COIL, 10uH L702-N7 30 13 M1 DGND_C 10 0.1uF 29 12 M2 L701 COIL, 10uH L701-N7 ET71 27 10 11 M3 PVDD_C 15 1K 1K C756 R756 1 100/16V C755 R633 10K R753 R754 R644 R646 R645 10K 10K 10K 10K R649 R648 VREG BST_C B 0 28 2 3 4 5 6 DGND PVDD_B AGND BST_B 9 LALB- RB- RA- RB+ LB+ RA+ R650 10K 10K R647 10K 100K 100K C571 1000P R651 R652 R654 100K 47K R655 C572 100K 220/25V L724 HLZ9Z014Z 10 1 OPEN L402 1000P R656 OPEN R405 R436 R755 C754 TO CODEC BLOCK SHEET 002 R404 OPEN OC_ADJ OUT_B 10N(20) RCD-N7 Not Used OPEN 0.1uF GND_D1 10 R751 OPEN C548 OPEN C549 OPEN R435 7 SP_PROTECT 5508_SDATA LA+ C545 C546 R434 GND_A1 R653 10K L401 C401 R999 0 C575 18-F(20) 33N(20) 10/50V C573 C550 C574 1000P 0 OPEN R553 0.1uF +12V_5142 +12V_A KSD160 C724 0.01uF R557 OPEN C547 R549 C544 0 0 +3.3V_5508 C753 Q708 KTC3875S D608 0 +3.3V_D1 PWM_B DGND_B 0.1uF RCD-N7 Not Used 220/25V Q707 KTA1504S KDS160 0 C725 R556 0 0 0 0 Q705 KTA1504S D607 C726 R998 R555 RESET_AB DGND_A 3R3-F(20) 0.1uF R997 1000p R552 R554 0 0 PWM_A OUT_A 56K Q752 A107S +32V Q706 KTC3875S C403 GND_A 0 0 R550 R551 0 0 SD PVDD_A C752 100/25V C404 R548 0 0 R767 R768 0.1uF R546 R547 *LEFT CHASSIS TO MAIN CPU BLOCK SHEET 002 100/25V C402 TO CODEC BLOCK SHEET 002 TO MAIN CPU BLOCK SHEET 003 GND_D1 DC_PROTECT2 OTW BST_A R752 Q751 C107S GVDD_B GVDD_A 8 5508_SDATA 5508_SCLK 5508_LRCK 5508_SCL 5508_SDA F_MUTE 5508_MUTE 5508_PDN RESER_5508 5508_MCLK R972 10K 5508_SCLK 5508_LRCK 5508_SCL 5508_SDA 5508_MUTE F_MUTE 5508_PDN RESET_5508 5508_MCLK R979 22K D262 1SS355T D240 16V 20V D241 V-DET 18-F(20) 0.1uF C768 TAS5142 5142_SD 0.1uF(32) L723 HLZ9Z014Z L708 120 3R3-F(20) L704 COIL, 10uH +32V 10N(20) COIL, 10uH C707 IC72 0.1uF 5142_OTW L721 HLZ9Z014Z 0.47uF(M) 120 C751 51K 100 D238 R280 KDS160 +3.3V_5508 R969 0.1uF(32) 18-F(20) L703 COIL, 10uH C784 120 120 $$$28292 $$$6118 C711 C769 +32V CNVSS_M 33N(20) HLZ9Z014Z 18-F(20) 330pF(20) R708 36 35 34 33 32 31 30 29 28 27 26 25 L710 L707 D263 C712 24 23 22 21 20 GVDD_C GVDD_D L709 +12V_5142 1SS355T 0.1uF(32) 33N(20) C709 +12V_5142 DC_PROTECT1 Q256 KRC102S C714 C713 C708 10 VDD BST_D 19 0.1uF 0.1uF(32) C710 R707 1 18 C706 C715 L720 C788 3 4 5 6 8 9 11 12 13 14 RESET_CD OUT_D PWM_D PVDD_D 16 PWM_C DGND_D 17 R705 OUT_C M1 DGND_C 0 R513 R512 M3 PVDD_C M2 15 1K 1K GND_D1 1 OPEN VREG BST_C 0.1uF R703 C520 Q702 A107S Q502 A107S ET72 DGND PVDD_B AGND BST_B C702 0 GND_D1 OC_ADJ OUT_B 56K C107S R704 OPEN OPEN OPEN PWM_B DGND_B 10 C522 10/50V C521 Q701 0.1uF PSVC R523 R524 R525 RESET_AB DGND_A R702 1.0 0.1uF C519 2.2K 2.2K PWM_A OUT_A 7 VALID C704 0 R521 SD PVDD_A 100 C703 R522 OTW BST_A 33N(20) 330pF(20) 100 RCD-N7 Not Used 0.1uF C716 C782 2 R533 GVDD_B GVDD_A 330pF(20) 0.1uF 100 C718 3300/50V C717 R760 100 R534 TAS5142 R759 R535 5142_SD 10 C701 RCD-N7 Not Used 10/50V 10 R701 100 10 100 32 31 SDIN1 30 SDIN2 4.7K 29 SDIN3 100K 100K R527 R528 100K R526 R529 33 R520 R519 33 27 SCLK 28 SDIN4 25 SCL 26 LRCK 24 SDA 33 33 33 R516 R518 R517 100 GND_D1 ET72 IC71 R538 +3.3V_5508 R491 10K DGND VR_DIG 120 R536 0 DVDD DGND L706 0.1uF 13.5MHz 22P C518 R530 L705 120 R537 1M X501 18P DVDD DGND 23 DGND MUTE 21 DGND 22 DGND PDN 100 R532 R531 0.1uF BKEND_ERR 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 54 55 56 53 DGND_PWM PWM_8+ PWM_8- DVDD_PWM 57 PWM_6- PWM_5- PWM_5+ 59 58 PWM_6+ DGND R539 R706 C582 VALID 0.1uF 100/16V C705 0 PWM_1- HP_SEL R515 C581 PWM_HPL- IC51 TAS5508B RESET Q504 A107S Q503 C107S PWM_1+ VBGAP R514 ET72 C719 C523 C781 C524 VDD_PLL Q501 C107S 0 60 61 62 63 AGND_PLL 0.1uF PWM_HPL+ PWM_HPR- 64 1 2 DGND MCLK PWM_HPR+ 3 5 6 7 PWM_2- 8 0.1uF 0.1uF VRD_PLL C517 C567 0.1uF 10/50V C511 C512 C513 1.0 R493 C510 33 0.1uF 33 R511 0.1uF 0.1uF R510 C515 C514 C516 0.1uF 1K AGND 16 15 14 13 12 11 10 9 0.1uF C507 1000P PWM_3- 19 XTL_O 20 XTL_I 10/50V C509 33 R508 PWM_4+ PWM_4- PWM_3+ PWM_2+ 18 H/P_ON C508 10K 10K 10K 10K R507 R506 R505 R504 R509 C506 0.1uF VR_PWM AGND 17 PLL_FLTP 4 PLL_FLT PLL_FLTM OSC_CAP VRA_PLL VR_DPLL 200 C502 200 R502 R503 0.01uF 0.1uF C503 C504 0.1uF 0.1uF R492 2.2 5142_SD VALID C501 C526 C525 100/16V L501 5142_OTW 0.1uF 33 LOW ESR 0.01uF OPEN 0.1uF OPEN R101 3.3 R544 +32V +12V_5142 R540 C505 OPEN R501 R543 330pF(20) R681 OPEN C580 8 PWM/AMP BLOCK SHEET 005 0 R542 PWM_HP-L SW_OUT+ R569 R545 PWM_HP-R R575 PWM CONTROLLER PARTS PWM_HP+L 4 R565 3 PWM_HP+R 2 R579 1 GND_A GND_D1 GND_A E ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE GND POWER + SCHEMATIC DIAGRAMS (5/8) POWER - 62 F 2 3 4 +18V_OLED +18V 5 6 7 8 BN85 OPEN 1 1 OPEN D 6 R826 DA2 R816 22 R810 4.7K R815 22 DA4 R814 22 DA5 R813 22 DA6 R812 22 DA7 0.01 C825 OPEN 1000P C826 R808 33 BUSY_CO R807 33 SCLK_CO R806 33 RXD_CO R805 33 TXD_CO R827 +5V GND_OELD1 0.1 +3.3V 680 LED_CONT2 LED_CONT1. LED_CONT1 NC REMOTE R802 GND_OELD1 KEY1 KEY2 KEY2 KEY3 KEY3 EL_MISO. EL_MISO. EL_MOSI. EL_MOSI. EL_CLK. EL_CLK. EL_CS. EL_CS YOBI. YOBI. 4.7K 4.7K R851 HP_DET. UART_MOSI. UART_MOSI. UART_MISO. UART_MISO. EL_RESET. HP/DET. 5 GND 4 RXD_CO CNVSS_CO. 6 CNVSS_CO. 7 NSD_CO. CE_CO NSD_CO 9 BUSY_CO BUSY_CO SCLK_CO SCLK_CO OPEN 47K R855 4.7K R854 4.7K R853 10K R852 OPEN R856 10 11 CE_CO 8 EPM_CO TO MAIN CPU BLOCK Sheet 003 1 RXD_CO 3 TXD_CO TXD_CO 2 +3.3V_OLED S915 AUX1_DET. AUX1_DET. OLED_BOOT OLED_BOOT +18V +18V_OLED CN87 OPEN EL_RESET. EL_RESET. REMOTE KEY1 HP_DET. 21 1 OLED_CPU_POWER OPEN X802 16M AUX1_DET. 22 2 GND LED_CONT2. EL_RESET. GND_C3 3 10K R828 10K 10K R804 4.7 C801 10K GND +3.3V +3.3V_OLED 26 C984 GND YOBI. R850 6 18 19 GND_OELD1 23 IPOD_DET GND_OELD1 CN88 +3.3V_CPU +5V_CPU EL_CS 100K GND GND_C3 27 29 C983 0 GND_OELD2 GND_OELD2 EL_CLK. R849 4 -DATA G N D _C3 GND_OELD1 0 1000P 0 R864 EL_MISO. 37 34 37 R862 0 R863 GND_OELD3 EL_RESET. 3 +DATA GND_OELD3 CNVSS_CO. 2 GND GND_C3 G _ NSD_CO. 1 VBUS 5 OPEN OPEN C981 C998 OPEN OPEN OPEN R981 0 BN83 R982 R980 A D901 A A OPEN OPEN C999 D902 A OPEN 0.1 0.1 C990 C989 C988 OPEN OPEN C987 C986 0 TO USB SELECT BLOCK Sheet 003 5 8 10 11 15 R979 R983 36 R861 0 33P 1000P D903 R936 UART_MISO. EPM_CO KDS160 C934 0 UART_MOSI. +18V C972 1000P GND C971 0.01 GND C970 0.1 Sheet 003 OPEN C822 0.01 C819 0.01 C845 0.1 0.1uF 0 R860 TO MAIN CPU BLOCK 0.1 C818 C R859 GND 0.1 C844 C982 1.5K R935 4.7K R809 10 0.1 C824 C843 35 0.1uF GND_OELD2 0.01 C973 C823 OPEN C821 OPEN DA3 C975 C820 33P C817 OPEN C940 EPM_CO 1000P C974 C816 OPEN C939 4 VCC 39 38 C938 5 VSS 41 P66/RXD1 40 JW82 6 P75/RXD8 P65/CLK1 42 P74/CLK8 P77/CLK5 P76/TXD5 P80/RXD5 INT2 NMI VCC XIN VSS XOUT RESET P86 P87 22 B CHASSIS 7 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 CNVSS R817 OPEN GND_OELD1 8 9 NSD DA1 11 P71/RXD2 P72/CLK2 P73//TXD8 8 INT1 7 P81 6 INT0 5 VDC1 DA0 22 12 4 P67/TXD1 P70/TXD2 OPEN 13 3 P64 43 OPEN C937 14 2 10K 22 EL_MOSI. R801 0.1uF 0.1uF 0.1uF 0.1uF 1 0.1uF C815 C814 C813 C812 C811 4.7uF 0.1uF C810 4.7uF C809 2.7V C829 D941 144 1M VCC 1uF 142 VREF 143 P141/(TN) 140 AVSS 141 P100/AN0 VDC0 10K P93/CTS3 OPEN P143 139 P101/AN1 NC 1uF P95/CLK4 0 KEY1. R830 R832 R818 P63/TXD0 44 AVCC P97/RXD4 138 P102/AN2 R831 P94/CTS4 VLSS P61/CLK0 46 P62/RXD0 45 137 P103/AN3 P96/TXD4 R838 P60/CTS0 47 135 P105/AN5 136 P104/AN4 P145/INT7 VSL 134 P106/AN6 P144/INT6 VCI 10K KEY2. R839 VDDIO 1000P KEY3. C830 NC P90/CLK3 IREF P146/INT8 EL_RST. NC VDD P137 48 133 P107/AN7 OPEN C936 15 CS RES P136/ISCLK2 49 C935 16 EL_DC CS P91/RXD3 D/C 131 P150/TXD7 132 VCC OPEN JW81 CE_CO R819 GND_OELD2 Q937 KRC102S CS EL_RST. 17 BS1 33 CHASSIS G 9 VSS P41/A17 P37/A15 P40/A16 P34/A12 P33/A11 P36/A14 P35/A13 P32/A10 P42/A18 VCC P43/A19 A23 P124 P31/A9 P121/CLK6 A122/RXD6 P120/TXD6 VSS VCC P30/A8 P27/A7 P26/A6 RDY 52 P134/TSTXD2 51 P135/ISRXD2 50 R811 GND_C3 GND_OELD1 18 1000P 0 30 AUDIO_GND IPOD_DET ALE 53 129 P151/CLK7 130 VSS 28 AUDIO_LOUT AUDIO_ROUT 128 P152/RXD7 24 CVBS AUDIO_LIN AUDIO_RIN E R/W BS0 P92/TXD3 R/W VSS 57 22 33 EL_DC GND_C3 GND_OELD1 19 DA0 E 25 S-VIDEO_Y REM_SENSE P25/A5 P54/HLDA 55 P55/EPM 54 R822 R824 1000P 0.1 20 TX S-VIDEO_C P24/A4 P133 56 126 P156/TXD6 127 P153 P132 58 220 1000P 3 D Q936 FDC608PZ R803 17 RESERVED RX P23/A3 125 P155/RXD6 DA1 D0 C802 0.1 C993 16 USB_GND ACC_DET P22/A2 124 P156 DA2 D1 C827 C994 14 ACC_PWR DGND C992 1000P C991 13 12 F/W_CHG_PWR+ RESERVED P21/A1 DA3 D2 IC81 R823 2 D 0.01 C871 EL_RESET. L933 9 TPB- F/W_CHG_PWR+ P20/A0 D3 1000P 7 TPB+ ACC_ID P17/D15 123 P157 R/W 0.1 C870 1000P OLED_BOOT 6 USB_D- P13/D11 DA4 FG_IPOD TPA- USB_PWR P16/D14 D4 P131 60 VCC 59 E 22 C869 0.01 C860 S 4 USB_D+ P12/D10 121 D01/D1 122 P00/D0 3 TPA+ P15/D13 DA5 22 R821 0.1 C859 0 4 1K 2 F/W_CHG_GND P53/BCLK 62 P130 61 DA6 1 F/W_CHG_GND R52/RD 63 119 P03/D3 120 D02/D2 D5 33 JK82 IPOD JACK(TEAC) P51/WR1/BC1 64 118 P110/TXD8 D6 OPEN 0.1 P127 66 P50/WR0/WR/CE 65 117 P111 DA7 30P(9631S) CN84 1000P P125 68 P126 67 1 R820 C858 0 C853 20 1uF P44/A20D8 72 71 P45/A21 P46/A22 70 P47/A23 69 0 C852 0 C976 OPEN C847 VLSS R840 30 29 28 27 26 25 24 23 22 21 GND_C3 C846 VCOMH 1uF 20 19 0.01 VCC C828 18 17 0.1 C957 115 P113 116 P112/RXD8 10/16V C808 1 2 3 4 5 6 7 8 9 10 11 12 13 14 GND 15 BN82 C956 C861 P11/D9 113 P4/D4 114 P114 D7 16 GND 5 DATA- Sheet 006 TO ETHERNET BLOCK 1 2 DATA+ 3 VBUS 4 1000P C966 0.01uF 0.1uF C965 C964 OPEN C963 OPEN OPEN OPEN R961 C961 C962 0 R962 0 A OPEN R958 R959 D937 A OPEN A OPEN OPEN C960 D936 A A OPEN OPEN R963 D935 A 0.1uF 220/10V C958 C959 0 L932 0.1uF C967 JK81 4321 Bead(220) DATADATA+ GND TO IPOD 112 P5/D5 VSS NC P14/D12 110 P7/D7 111 P6/D6 10/50V USB HOST D 5 C851 0 C850 GND_OELD2 108107106105104103102101100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 109 P10/D8 4.7uF C833 C996 C933 R825 2.2 0 C855 4.7K 1000P C806 0.1uF C805 R887 C854 D 21 KEY1 2700P 0.1uF KEY2 KEY3 C968 2700P C969 0.1uF C980 GND_C3 22 0.1 GND_OELD2 GND_C3 23 OPEN C941 24 OPEN C942 0.1 25 C943 OPEN C949 26 OPEN C948 27 C947 28 0.1 29 OPEN C944 30 C924 0.1 0.01 C978 OPEN C946 1000P 120 L802 C945 +3.3V_CPU 4.7uF C832 C995 0 0 +3.3V_OLED GND_C3 32 G R931 330K 31 R GND_OELD2 C831 C997 LED_CONT1. LED_CONT2. 150 R998 L931 Q934 KRC102S D946 GND_A VBUS Q932 KRC102S 47/16V OPEN 0.1uF KDS160 C955 D933 3 C931 R951 C835 KDS160 D934 5 Vcc 2 A HVDSPR39MVW3 2 4 GND 1 0.1uF C932 R950 0.01uF C836 3 L907 Bead(60) VOUT R934 LEFT S907 VOL DOWN 270 S909 180 S908 150 S906 VOL UP UP S904 S903 S902 PLAY/PAUSE S901 POWER OPEN 0.1uF L906 Bead(60) 6 R947 GND_A 1 7 H/P OUT R946 GND_OELD3 +3.3V_OLED C834 GND_A1 JK84 HJJ2D003Y R945 Q935 KRA102S +3.3V_CPU 0.1 C977 0 Q933 KRA102S RC81 KSM603TH5B R944 +3.3V_CPU REMOTE 0 R966 270 S912 0 R967 180 RIGHT 0 R968 150 S911 0.1uF GND_C3 OPEN SOURCE R969 R941 OPEN 470 Bead (60) R940 GND_A GND_A1 R955 KEY3. KDS160 C985 R939 DOWN 0.01uF 47/50V C841 KEY2. C842 10K 15K 8.2K R848 R845 R846 R847 R938 OPEN 1 2 R943 CTL VOUT GND VCC ADJ 4 KEY1. GND_OELD3 OPEN/CLOSE 4 OPEN GND 1000P R263 3 0.1uF C979 3 0.1uF 0.1uF C857 2K GND_A1 L905 GND R949 180P 47K C953 R957 C951 1000P KDS160 D945 1000P H/P_R_OUT C837 GND_A 5 C838 5 H/P_L_OUT 6 180P 4 D944 120 47/50V GND_A1 5 L801 C839 3 AUX_R_IN C840 1 2 GND_A1 7 2 47K AUX 1 AUX_L_IN 470 Bead (60) OPEN 3 C952 R965 6 R954 C950 FRONTF IN L904 1000P 7 R956 0 1 4 R964 JK83 HJJ2D003Y 0.01uF IC83 BA00D00WHFP +16V_OLED BN81 2 +3.3V_OLED +18V C856 GND_OELD3 E OPEN GND_OELD1 GND_IPOD_A1 ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE GND POWER + SCHEMATIC DIAGRAMS (6/8) POWER - 63 F 1 2 3 4 5 6 7 8 A B C D E F GND POWER + SCHEMATIC DIAGRAMS (7/8) POWER - 64 CN26 22 23 20 21 16 17 8 9 DC_PROTECT2 E_POWER_CONT 6 7 NET1.2V 2 4 3 5 1 9 CVIEN5311QI 8 20 7 1 2 3 4 5 R310 0 R311 0 IC24 18 9 CVIEN5311QI 19 8 7 1 2 3 4 5 R321 0 KDS160 R322 0 D203 E_RXDMOEI E_REQ E_TXDMIEO E_SPIMOEI E_SPICLK E_SPIMIEO E_SPICS E_RESET HVBUS_CTL1 FAULT_FLAG1 GND_D1 0.01uF C241 0.01uF C230 1000P 1000P A CN27 6 C225 4.7uF/10V 0.1uF C236 4.7uF/10V C214 0.1uF 4 NET3.3V 6 0.1uF 4.7uF/10V C294 Q201 KRC102S 1005 /1/16W / 10Kohm 8 C506 C259 R211 0 0 OPEN R312 R313 5.6V 4.7uF/10V 100 4.7uF/10V C505 D211 C504 0.1uF C202 4.7uF/10V C503 12 9 Q202 KRC102S GND_D1 11 10 8 C501 C502 C207 0 OPEN 0 R302 OPEN R301 OPEN 100/25V 0.1 C206 C285 1000P 10 20 C507 4 C226 0 NET3.3V 11 0.1uF C246 GND_D1 5 6 7 R320 12 17 6 +15V_U/W CN25 0 0 13 OPEN C275 0.1uF C251 2 19 GND_D1 R319 R317 16 15 14 OPEN C284 1 IC23 18 R318 0 B1/B2 10 OPEN HVBUS_CTL2 17 OPEN OPEN FAULT_FLAG2 0 11 R316 IPOD_DET R309 12 13 R315 3 1SR159-200 0 NET1.2V 0 16 15 14 R314 5 1SR159-200 R308 R306 +6V. C205 7 D202 R307 0 OPEN R241 0.1 C208 C283 100/16V C231 1000P OPEN L201 D201 1 2 3 OPEN +6V. R305 L204 +6V_CPU R304 NET3.3V C204 +6V. R303 8 USB_P.CONT 860SPDIF GND 6 7 VBUS_MONI GND E_REQ E_RXDMOEI 10 11 13 E_TXDMIEO E_SPIMOEI E_SPICS 12 14 15 E_SPIMTEO E_SPICLK E_RESET FAULT_FLAG1 18 19 GND HVBUS_CTL1 IPOD_DET 5 B1/B2 4 HVBUS_CTL2 3 GND 2 FAULT_FLAG2 1 5 R259 0 R252 33 R253 33 R260 33 E_TXDMIEO 18 17 20 19 21 23 24 30 E_SPICS 26 E_SPIMOEI E_SPICLK Q209 B 25 33 27 33 28 33 R254 R258 29 33 R257 22 1 2 3 E_SPIMIEO 6 CN24 KRC104S 180P C288 0.1uF 1000P 30K C270 C239 R256 4 47K R267 Q208 R251 R269 C233 5 4.7 4.7uF/10V C299 6 SS34SR 4.7uF/10V 1000P D210 1000P 0.01uF C229 C253 C298 3.9K 150uF/25V C209 R262 43K 150uF/25V R263 C210 5.1K 3 37 39 32 36 40 7 6 GND_D1 38 5 4 OPEN 33 E_RESET 34 1 E_RXDMOEI R255 35 KRC104S 100 R237 G 31 CN23 3 D 2 2 D R271 D204 R264 1 D212 S 4 KDS160 D 5 4.7K D 6 7.5V IC30 OPEN 7 8 22UH/3A C211 0.01uF IC28 SI8005QTL L203 GND_D1 NET3.3V +6V_CPU 4 150uF/25V 0.1 3 C234 C255 C282 2 1000P C257 1 DM_VBUS. 0.01uF 1000P GND_D1 GND_D1 16 +15V_U/W 220 15 L202 C245 0.01uF C238 FG12 13 14 GND_D1 2 1 C273 2B2 GND C274 R230 0 0 0.1uF C220 16V/0.1uF C295 22/16V 41 46 45 51 49 47 54 102 101 103 8 104 100 0 7 R272 1005 /1/16W / 10ohm 106 6 5 4 1 108 R273 3 4 E 2 3 OPEN IC33 110 1 2 1005 /1/16W / 10ohm R274 1005 /1/16W / 10ohm 1 IC32 OPEN 112 4 2 114 1005 /1/16W / 10ohm 116 1005 /1/16W / 510ohm R233 GND_D1 FG6 0 0 C262 OPEN C276 OPEN GND_D1 GND_D1 118 117 120 119 OPEN OPEN R216 C221 OPEN R215 OPEN R214 D216 D215 OPEN D214 OPEN OPEN R232 OPEN C278 OPEN C218 C263 1005 /1/16W / 510ohm OPEN C216 D213 R218 OPEN C217 POWER + 0 R226 75 R275 FG12 53 52 R235 3 C219 55 56 R234 10 13 57 50 0 59 58 80 82 84 86 R221 D R227 GND_D1 R217 GND 88 92 0 94 OPEN 96 C266 R220 12 11 JK21 CJJRJ45_LED USB SELECT BLOCK SHEET 003 9 C286 0.1uF C252 0.01uF OPEN FG6 IPOD_DET C237 0.1uF C272 OPEN 0 GND_D1 1000P OPEN C279 98 Q205 KRC102S NET3.3V FG6 C277 90 10K R243 USB+DATA R219 GND_D1 4.7uF/10V C281 OPEN C292 SIGN4353 Q203 KRC102S 4.7K C215 OPEN 1uF C224 R266 61 60 78 6 R245 100K 100K 2 VIN 4 3FLG R246 0.1uF C260 0.01uF C290 C254 A A 0.1uF D207 1000P C247 0.01uF C264 C228 USB-DATA OPEN FAULT_FLAG2 OPEN 5 2A 15 14 13 12 11 10 16 IC21 17 9 MFI341S2164 8 18 19 7 6 20 1 2 3 4 5 R239 6 CN22 A 4 GND A 3 -DATA IC26 OPEN GND 5VOUT EN 1 0/OPEN OPEN D208 +DATA IPOD_DET R228 2 GND 0/OPEN 220/6.3V 1 VBUS R231 R236 R222 0 100 72 70 1A 33 1005 /1/16W / 10Kohm 73 9 2B1 R261 74 OE 1B2 R213 1005 /1/16W / 10Kohm R212 76 10 1B1 S R240 F202 POLY SW, 1.6A 64 NET3.3V GND_D1 VCC 8 G 7 D 1 D 0.01uF IC22 TS3USB30EDGS 10K B1/B2 2 3 3 2 4 1 43 44 3 63 62 4 65 5 66 6 22/6.3V C248 R242 5 4 R265 5 68 C203 S 6 4.7K D 75 IC31 OPEN D 67 E_REQ 69 7 IC29 OPEN FG6 71 14 77 13 79 12 81 11 83 10 85 9 0.1uF 8 87 NET3.3V NET3.3V 89 0.1uF C271 UDZJ5.1BSR TP1 GND_D1 91 OPEN 93 OPEN R203 95 R209 97 OPEN USB+DATA HVBUS_CTL2 99 1005 / 1/16W / 0ohm 105 R201 R208 USB-DATA Q207 KRC102S 107 OPEN 109 OPEN R206 111 R205 C 113 OPEN C293 C240 DM_VBUS HVBUS_CTL1 R207 OPEN 48 DM_VBUS D271 100K 100K 1uF Q204 KRC102S 0.1uF C250 0.01uF C268 C227 100 Q206 KRA102S R247 R244 0.1uF C265 R204 1005 / 1/16W / 0ohm GND_D1 1000P OPEN R270 115 100 VIN 4 0 R225 2 0.01uF C291 220/6.3V A OPEN A A OPEN D206 A C280 0.1uF D205 0.01uF C235 FAULT_FLAG1 C249 0/OPEN R268 C222 GND 0/OPEN R224 5 CN21 GND 1000P C258 2 -DATA 4 +DATA 3 VBUS 1 F201 POLY SW, 1.6A R223 3FLG 0 R229 IC25 OPEN GND 5VOUT EN 1 R238 42 GND_D1 +6V_CPU ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE d SCHEMATIC DIAGRAMS (8/8) POWER - 65 F EXPLODED VIEW g WARNING: Parts marked with this symbol have critical characteristics. Use ONLY replacement parts recommended by the manufacturer. 66 印の部分は安全を維持するために重要 な部品です。従って交換時は必ず指定の 部品を使用してください。 PARTS LIST OF EXPLODED VIEW zParts for which "nsp" is indicated on this table cannot be supplied. zP.W.B. ASS'Y for which "nsp" is indicated on this table cannot be supplied. When repairing the P.W.B. ASS'Y, check the board parts table and order replacement parts. zPart indicated with the mark " ★ " is not illustrated in the exploded view. zThe parts listed below are for maintenance only, might differ from the parts used in the unit in appearances or dimensions. Note: The symbols in the column "Remarks" indicate the following destinations. E3 : U.S.A. & Canada model Ref. No. M1 M2 M3 M3 M3 M4 M5 M6 M7 M8 M9 M10 P1 P2 P2 P3 P3 P4 P4 P5 P5 P6 P6 Part No. nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp 943416011790D 943418011800D 943418100280S 943402011030D 943402101880D 943411011810D 943411101500D 943411011820D 943411101510D 943411011830D 943411101520D P7 943411011840D P7 943411101530D P8 P9 P10 P11 P12 P13 P13 P14 P14 P15 P15 P16 P16 P17 P17 P18 P19 P20 P21 P22 P23 P23 P24 P24 P25 P26 nsp 407010002000M 943407002950M nsp nsp 943403011850D 943403100490D 943415011860D 943415100300D 943419011870D 943419100340D 943453011880D 943453100270D 943471011890D 943471100500D nsp nsp nsp nsp nsp 943471011900D 943404100380D 943471011910D 943404100390D nsp nsp E2 : Europe model Part Name E1C : China model g Remarks COVER, SHIED OLED CHASSIS, FRONT CHASSIS, BOTTOM CHASSIS, BOTTOM CHASSIS, BOTTOM COVER , SHIELD COVER , SCREW HEAT SINK SPRING, DOOR CHASSIS, TOP WASHER PLATE, TUNER E2 E3 E1C WINDOW, OLED DOOR, TRAY DOOR, TRAY PANEL, FRONT PANEL, FRONT BUTTON, CONTROL BUTTON, CONTROL BUTTON, POWER BUTTON, POWER BUTTON, CURSOR BUTTON, CURSOR BUTTON, ENTER A BUTTON, ENTER B BUTTON, ENTER A BUTTON, ENTER B HOLDER, OLED FOOT RUBBER ,FOOT HOLDER , PCB SUPPORT, MECHA COVER, TOP COVER, TOP DOOR, IPOD DOOR, IPOD ESC, IPOD DOCK ESC, IPOD DOCK SPRING, ADAPTOR SPRING, ADAPTOR CUSHION CUSHION SUPPORT, PCB(LCA3-3) SUPPROT, PCB(MC-5) SUPPORT, PCB(MC-10) INSULATOR INSULATOR COVER, SIDE L COVER, SIDE L COVER, SIDE R COVER, SIDE R LOCKER SHEET White model Black model White model Black model White model Black model White model Black model White model Black model White model White model Black model Black model White model Black model White model Black model White model Black model White model Black model White model Black model White model Black model White model Black model 67 Q'ty CMC1A405 CUF1A016 CUA5A287Z CUA5A287Y CUA5A287W CMD1A678 CMD1A495 CMY1A368 CUS1A161 CUF1A017 CNW1A035 CMC1A418 CGU1A454Z CGR1A514W4 CGR1A514B60 CGW1A504ZW4 CGW1A504YB60 CBT1A1146W4 CBT1A1146B60 CBT1A1145ZW4 CBT1A1145YB60 CBT1A1147ZW4 CBT1A1147YB60 CBT1A1077YW4 CBT1A1089YW4 CBT1A1077XB60 CBT1A1089XB60 CMH1A309 CKL1A102 CHG1A297 CHE170 CMH1A311 CKD1A074W4 CKD1A074B60 CGR1A515ZAW4 CGR1A515ZAB60 CGR1A516W4 CGR1A516B60 CBH1A005 CBH1A005Z CHG1A482 CHG1A482Z CRE1A096 CRE1A097 CRE1A098 CMX1A289 CMX1A284 CKD1A072W4 CKD1A072B60 CKD1A073W4 CKD1A073B60 CRE1A037 CMX1A293 1 1 1 1 1 1 1 1 2 1 1 1 1 1 1 1 1 4 4 1 1 1 1 0.5 0.5 0.5 0.5 1 4 4 3 2 1 1 1 1 1 1 1 1 2 2 3 1 1 1 1 1 1 1 1 4 1 New * * * * g * * * * * * * * * * * * * * * * * * g g g g g g g g g g g g * * * * * * * * * * * g g g g g g g g g g * * * * g g g g Ref. No. Part No. Part Name Remarks P27 nsp COVER, SHIELD P28 nsp RUBBER P29 nsp PEF 5X8 P30 nsp RUBBER P31 943454100020D FIXING, BOARD P32 943432100020D HIMELON, TAPE z z C1 C2 C2 C3 C3 C4 C4 C5 C6 C7 nsp nsp nsp nsp nsp 943183009250S 943183011920D 8U6321011200D 8U6321000200S 8R1821000100S DISPLAY PCB ASS'Y MAIN PCB ASS'Y MAIN PCB ASS'Y SMPS PCB ASS'Y SMPS PCB ASS'Y MODULE , TUNER (EUR) MODULE , TUNER (USA) IPOD DOCK CON UNIT ETHERNET PCB ASS'Y WLAN MODULE MECHANISM ASS'Y E2,E1C E3 E2,E1C E3 E2,E1C E3 Q'ty New CMX1A294 CHG1A113 CHG1A490 CHG1A491 CMH1A323 CHS1A032 1 1 2 2 1 1 * * COP12347B COP12316F COP12316E COP12319E COP12319G CNVMT104MS1-80A CNVMT004MS0-80 CUP12347Z COP12348B CNVCR870-2G 1 1 1 1 1 1 1 1 1 1 (CJDL2130BZ) C9 943179011170S OLED MODULE C10 nsp SUPPORT PCB ASS'Y C11 nsp PLUG, WIFI ANT ASS'Y CJDL2130BZ 1 CFLMXS4003-A - 1 2 1 S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 CTB3+6JR CTB3+8JR CTB3+10JR CTB3+6FFZR CTB3+8JFZR CTB3+10JFZ CTB26+8JFR CTS3+8JR CTW3+8JR CTW3+12JR 28 14 21 10 2 7 3 6 12 3 CWC4F4A23A120B08 CWC4F4A11B080B08 1 1 C8 943302009630S d d g g g f s SCREWS nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp SCREWS SCREWS SCREWS SCREWS SCREWS SCREWS SCREWS SCREWS SCREWS SCREWS g g g WIRES ★ 101 943606011980S CABLE , CARD(1.0MM, 23P, 150MM, B TYPE) ★ 102 943606011340S CABLE , CARD(1.25MM, 11P, 80MM, B TYPE) 68 * PACKING VIEW 14 9 13 g23 11 12 8 10 5 3 6 7 4 15 19 20 g 22 1 g21 g24 20 PARTS LIST OF PACKING & ACCESSORIES zParts for which "nsp" is indicated on this table cannot be supplied. zThe parts listed below are for maintenance only, might differ from the parts used in the unit in appearances or dimensions. Note: The symbols in the column "Remarks" indicate the following destinations. E3 : U.S.A. & Canada model Ref. No. E2 : Europe model E1C : China model g Part No. Part Name Remarks 943531011930D 943531011940D 53121017900AD 53121018000AD nsp nsp 943533011950D 943533011960D nsp 943611000190S BOX, OUT CARTON BOX, OUT CARTON BOX, OUT CARTON BOX, OUT CARTON BAG , POLY(SET) UNWOVEN CLOTH PAD, EPS L PAD, EPS R BAG , POLY CORD , POWER EUR(H03VVH2-F 2X0.75MM E2 White model E3 White model E1C White model Black model White model Black model z 1 1 1 1 2 2 3 4 5 6 z z NM) 6 943611000230S CORD , POWER UL(NISPT-2 18/2 105C) 6 943611500440S CORD , POWER CN 69 Q'ty New 1 1 1 1 1 1 1 1 1 1 * * * * E2 CPG1A932Z CPG1A932Y CPG1A932W CPG1A932R CPB1A184Z CHS1A202 CPS1A887 CPS1A888 CPB1A008Z CJA2B108ZV E3 E1C CJA2A107ZV CJA2N078Z 1 1 g g g g g g * * g Ref. No. 7 7 8 9 9 9 10 10 11 12 13 13 14 15 16 17 18 19 20 21 22 23 24 Part No. 307010080001D 30701000600AD nsp 541110540104D 541110541107D 54111000500AD nsp nsp nsp nsp nsp nsp nsp nsp 90M-ZA000240R 90M-ZA000220R nsp 943116011970S nsp nsp nsp nsp nsp Part Name Remarks REMOCON TRANSMITER ASS'Y (RCD-N7) REMOCON TRANSMITER ASS'Y (RCD-N7) BAG , POLY(ENGLISH/FRANCH) MANUAL, INSTRUCTION MANUAL, INSTRUCTION MANUAL, INSTRUCTION SETUP GUIDE A SETUP GUIDE C SETUP GUIDE B CARD , WARRANTY LIST , S.S (104D) LIST , S.S SHEET , THANK YOU NOTE 100th BAG , POLY(ENGLISH/FRANCH) ANT , AM LOOP FM 1 POLE ANT BATTERY , AAA 2PCS IN PACK WIFI ANTENNA CONTROL, LABEL LABEL, WIFI LABEL, LAST FM CARD FOR CHINA INDENTIFICATION WARRANTY CHINA 70 White model Black model E2 E3 E1C E2,E3 E1C E2 E3 E2 E3 E2 E2 Black model E1C E1C CARTRCDN7 CARTRCDN7BK CPB1061W CQX1A1575Z CQX1A1576Z CQX1A1578Z CQE1A492Z CQE1A529Z CQE1A493Z CQE1A224R CQE1A226Q CQE1A226P CQB549010052008S-DM CPB1061W CSA1A020Z CSA1A018Z CABR03PPB CSA274Z CQB1A993Z CQB1A1027Z CQB1A1025Z CQE1A450Z CQE1A473Y Q'ty New 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1 1 * * g g * * * * * * g g g g g * g g g SEMICONDUCTORS Only major semiconductors are shown, general semiconductors etc. are omitted to list. The semiconductor which described a detailed drawing in a schematic diagram are omitted to list. 1.IC's P1_1 / D9 / IIO0_1 / IIO1_1 P1_2 / D10 / IIO0_2 / IIO1_2 P1_3 / D11 / IIO0_3 / IIO1_3 P1_4 / D12 / IIO0_4 / IIO1_4 P1_5 / D13 / INT3 / IIO0_5 / IIO1_5 P1_6 / D14 / INT4 / IIO0_6 / IIO1_6 P1_7 / D15 / INT5 / IIO0_7 / IIO1_7 P2_0 / A0 / [A0/D0] / BC0 / [BC0/D0] / AN2_0 P2_1 / A1 / [A1/D1] / BC2 / [BC2/D1] / AN2_1 P2_2 / A2 / [A2/D2] / AN2_2 P2_3 / A3 / [A3/D3] / AN2_3 P2_4 / A4 / [A4/D4] / AN2_4 P2_5 / A5 / [A5/D5] / AN2_5 P2_6 / A6 / [A6/D6] / AN2_6 P2_7 / A7 / [A7/D7] / AN2_7 VSS P3_0 / A8 / [A8/D8] / TA0OUT / UD0A / UD1A VCC P12_0 / D16 / TXD6 / SDA6 / SRXD6 P12_1 / D17 / CLK6 P12_2 / D18 / RXD6 / SCL6 / STXD6 P12_3 / D19 / CTS6 / RTS6 / SS6 P12_4 / D20 P3_1 / A9 / [A9/D9] / TA3OUT / UD0B / UD1B P3_2 / A10 / [A10/D10] / TA1OUT / V P3_3 / A11 / [A11/D11] / TA1IN / V P3_4 / A12 / [A12/D12] / TA2OUT / W P3_5 / A13 / [A13/D13] / TA2IN / W P3_6 / A14 / [A14/D14] / TA4OUT / U P3_7 / A15 / [A15/D15] / TA4IN / U P4_0 / A16 / CTS3 / RTS3 / SS3 P4_1 / A17 / CLK3 VSS P4_2 / A18 / RXD3 / SCL3 / STXD3 / ISRXD2 / IEIN VCC P4_3 / A19 / TXD3 / SDA3 / SRXD3 / OUTC2_0 / ISTXD2 / IEOUT R5F64169DFD (MAIN : IC11, DISPLAY : IC81) 73 74 77 75 78 76 79 80 81 84 82 83 87 88 85 86 89 92 90 91 93 96 94 97 98 95 99 100 101 104 102 103 105 108 106 109 72 110 71 111 70 112 69 113 68 114 67 115 66 116 65 117 64 118 63 119 62 120 61 121 60 R32C/116 GROUP 122 123 124 59 58 57 125 56 PLQP0144KA-A (144P6Q-A) (Top view) 126 127 128 129 130 131 55 54 53 52 51 50 36 35 34 33 32 31 30 29 28 27 26 25 24 23 21 20 22 19 17 16 18 P4_4 / CS3 / A20 / CTS6 / RTS6 / SS6 P4_5 / CS2 / A21 / CLK6 P4_6 / CS1 / A22 / RXD6 / SCL6 / STXD6 P4_7 / CS0 / A23 / TXD6 / SDA6 / SRXD6 P12_5 / D21 P12_6 / D22 P12_7 / D23 P5_0 / WR0 / WR P5_1 / WR1 / BC1 P5_2 / RD R5_3 / CLKOUT / BCLK P13_0 / D24 / OUTC2_4 P13_1 / D25 / OUTC2_5 VCC P13_2 / D26 / OUTC2_6 VSS P13_3 / D27 / OUTC2_3 P5_4 / HLDA / CS1 / TXD7 P5_5 / HOLD / CLK7 P5_6 / ALE / CS2 / RXD7 P5_7 / RDY / CS3 / CTS7 / RTS7 P13_4 / D28 / OUTC2_0 / ISTXD2 / IEOUT P13_5 / D29 / OUTC2_2 / ISRXD2 / IEIN P13_6 / D30 / OUTC2_1 / ISCLK2 P13_7 / D31 / OUTC2_7 P6_0 / TB0IN / CTS0 / RTS0 / SS0 P6_1 / TB1IN / CLK0 P6_2 / TB2IN / RXD0 / SCL0 / STXD0 P6_3 / TXD0 / SDA0 / SRXD0 P6_4 / CTS1 / RTS1 / SS1 / OUTC2_1 / ISCLK2 P6_5 / CLK1 VSS P6_6 / RXD1 / SCL1 / STXD1 VCC P6_7 / TXD1 / SDA1 / SRXD1 P7_0 / TA0OUT / TXD2 / SDA2 / SRXD2 / IIO1_6 / OUTC2_0 / ISTXD2 / IEOUT / MSDA SRXD4 / SDA4 / TXD4 / ANEX1 / P9_6 CLK4 / ANEX0 / P9_5 SS4 / RTS4 / CTS4 / TB4IN / DA1 / P9_4 SS3 / RTS3 / CTS3 / TB3IN / DA0 / P9_3 IEOUT / ISTXD2 / OUTC2_0 / SRXD3 / SDA3 / TXD3 / TB2IN / P9_2 IEIN / ISRXD2 / STXD3 / SCL3 / RXD3 / TB1IN / P9_1 CLK3 / TB0IN / P9_0 INT8 / P14_6 INT7 / P14_5 INT6 / P14_4 P14_3 VDC0 P14_1 VDC1 NSD CNVSS XCIN / P8_7 XCOUT / P8_6 RESET XOUT VSS XIN VCC NMI / P8_5 INT2 / P8_4 INT1 / P8_3 INT0 / P8_2 UD0B / UD1B / IIO1_5 / RTS5 / CTS5 / SS5 / U / TA4IN / P8_1 UD0A / UD1A / RXD5 / SCL5 / STXD5 / U / TA4OUT / P8_0 UD0B / UD1B / IIO1_4 / CLK5 / TA3IN / P7_7 UD0A / UD1A / IIO1_3 / RTS8 / CTS8 / TXD5 / SDA5 / SRXD5 / TA3OUT / P7_6 IIO1_2 / RXD8 / W / TA2IN / P7_5 IIO1_1 / CLK8 / W / TA2OUT / P7_4 IIO1_0 / TXD8 / SS2 / RTS2 / CTS2 / V / TA1IN / P7_3 CLK2 / V / TA1OUT / P7_2 MSCL / IEIN / ISRXD2 / OUTC2_2 / IIO1_7 / STXD2 / SCL2 / RXD2 / TA0IN / TB5IN / P7_1 15 37 (Note 2) 14 38 144 13 39 143 12 40 142 11 41 141 9 42 140 8 43 139 10 44 138 7 45 137 6 46 136 5 47 135 4 48 134 3 49 133 2 132 1 IIO0_0 / IIO1_0 / D8 / P1_0 AN0_7 / D7 / P0_7 AN0_6 / D6 / P0_6 AN0_5 / D5 / P0_5 AN0_4 / D4 / P0_4 WR3 / BC3 / P11_4 IIO1_3 / RTS8 / CTS8 / WR2 / CS3 / P11_3 IIO1_2 / RXD8 / CS2 / P11_2 IIO1_1 / CLK8 / CS1 / P11_1 IIO1_0 / TXD8 / CS0 / P11_0 AN0_3 / D3 / P0_3 AN0_2 / D2 / P0_2 AN0_1 / D1 / P0_1 AN0_0 / D0 / P0_0 IIO0_7 / RTS6 / CTS6 / SS6 / AN15_7 / P15_7 IIO0_6 / CLK6 / AN15_6 / P15_6 IIO0_5 / RXD6 / SCL6 / STXD6 / AN15_5 / P15_5 IIO0_4 / TXD6 / SDA6 / SRXD6 / AN15_4 / P15_4 IIO0_3 / RTS7 / CTS7 / AN15_3 / P15_3 IIO0_2 / RXD7 / AN15_2 / P15_2 IIO0_1 / CLK7 / AN15_1 / P15_1 VSS IIO0_0 / TXD7 / AN15_0 / P15_0 VCC KI3 / AN_7 / P10_7 KI2 / AN_6 / P10_6 KI1 / AN_5 / P10_5 KI0 / AN_4 / P10_4 AN_3 / P10_3 AN_2 / P10_2 AN_1 / P10_1 AVSS AN_0 / P10_0 VREF AVCC STXD4 / SCL4 / RXD4 / ADTRG / P9_7 107 (Note 1) Notes: 1. Pin names in brackets [ ] represent a functional signal as a whole and should not be considered as two separate pins. 2. The position of pin number 1 varies by product. Refer to the index mark in attached “Package Dimensions”. 71 5F64169DFD (MAIN : IC11) Terminal Function Pin No Pin Name PU/ PD UART_MOSI LED_CONT1 PD LED_CONT2 PD OLED_CPU_POWER PD EL_MOSI EL_MISO PD EL_CLK RDS_CLK PD P_DOWN_50/60 PU SP_PROTECT PU EL_CS VDC0 CHECK-1 PD VDC1 NSD_M PU Port Name I/O STBY O O O O O I O I I I O I I O/L O/L O/L O/L O/L I O/L I I I O/H I - Network STBY O/L O/L O/L O/L O/L I O/L I I I O/H I - 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 P96/(TXD4) (P95)/CLK4 P94/(CTS4) P93/(CTS3) P92/TXD3 P91/RXD3 P90/(CLK3) (P146)/INT8 P145/INT7 P144/INT6 P143 VDC0 P141(INPUT ONLY) VDC1 NSD 16 CNVSS(INPUT ONLY) CNVSS PD I - - 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 P87/(XCIN) P86/(XCOUT) RESET XOUT VSS XIN VCC P85/NMI(INPUT ONLY) P84/INT2 P83/INT1 P82/INT0 P81 P80/RXD5 (P77)/CLK5 (P76)/TXD5 P75/RXD8 P74/CLK8 P73/TXD8 P72/CLK2 P71/RXD2/(MSCL) P70/TXD2/(MSDA) YOBI CHECK-2 RESET X2 VSS X1 VCC1 NMI AUX1/DET E_REQ RC_IN CHECK-3 HP/DET TU_SCL TU_SDA E_SPIMIEO E_SPICLK E_SPIMOEI OLED_BOOT DAB_DI DAB_DO PD PU PU PU PD PU PD PU PU PU PU PU PU PD - O I I I I I I I I O O I O O O SI SO O/L I I I I I I O/L O/L I O/L O/L O/L I O/L O/L I I I I I I O/L O/L I O/L O/L O/L I O/L 38 P67/TXD1 TXD/232CMO - SO O/L O/L 39 VCC VCC1 - - - - 40 P66/RXD1 RXD/232CMI PD SI I I 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 VSS P65/CLK1/SCLK(L) P64/BUSY P63/TXD0 P62/RXD0 P61/CLK0 P60/CTS0 P137 P136/ISCLK2 P135/ISRXD2 P134/ISTXD2 P57/RDY P56/ALE P55/HOLD/EPM P54/HLDA P133 VSS P132 VCC P131 P130 VSS SCLK_M BUSY_M/STEREO E_RXDMOEI E_TXDMIEO KILL_IR /H/P_MUTE EL_RESET NC NC NC RDY ALE EPM_M /5142_OTW NC VSS NC VCC2 POWER_ON/OFF B_POWER_ON/OFF PD PU PU PU PD PD PU PD PU PU PD PD O I SO SI O O O O O O I O I I O O O O O/L I O/L I O/H O/L O/L O/L O/L O/L I O/L I I O/L O/L O/L O/L O/L I O/L I O/H O/L O/L O/L O/L O/L I O/L I I O/L O/L O/L O/L 72 Note Transfer Data for Display ucom at Updating LED Control1 LED Control2 Power Control for Display ucom Display Data for Display ucom Display Data from Display ucom Clock of Display Data for Display ucom RDS Clock input(interrupt) Power Down Detection/signal for Clock DC Protection Detection Chip Select of Display Data for Display ucom Smoothing capacitor connection terminal NC Smoothing capacitor connection terminal Emulator communication pin Single-chip / Micro-processor mode switching (Normal single-chip : L, Rewrite boot program start : H input set) Not Use NC Reset Clock(Output) GND Clock(Input) +3V NC AUX1(Portable In) Detection DM870/860 Interrupt IR Interrupt NC H/P Detection Clock for TUNER (I2C) Data for TUNER (I2C) Data from ETHERNET (SPI) Clock for ETHERNET (SPI) Data for ETHERNET (SPI) Boot for Display ucom Data from DAB (TX) Data for DAB (RX) Data transfer to external terminal(AMX)/MITSUBISHI writer +3V Data received from the external terminal(AMX)/ MITSUBISHI writer GND Writing Mode Select STREO Indicator input/BUSY at Updating Network Serial Data Output (DM870/860 RXD) Network Serial Data Input (DM870/860 TXD) Control terminal for Front IR Disable H/P MUTE Reset for Displey ucom NC NC NC NC NC Rewrite boot program start : L input set TAS5508 Overtemperature warning signal NC GND NC +3V ON/STANDBY Control H:ON/L:STANDBY Bi-Amp Select for Power Pin No 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 Pin Name P53/BCLK P52/RD P51/(WR1)/BC1 P50/(WR0)/WR/CE P127 P126 P125 P47/CS0/(A23) P46/(CS1)/A22 P45/(CS2)/A21 P44/(CS3)/A20 P43/A19 VCC P42/A18 VSS P41/A17 P40/A16 P37/A15 P36/A14 P35/A13 P34/A12 P33/A11 P32/A10 P31/A9 P124 P123 P122/(RXD6) P121/(CLK6) P120/(TXD6) VCC P30/A8 VSS P27/A7 P26/A6 P25/A5 P24/A4 P23/A3 P22/A2 P21/A1 P20/A0 P17/D15 P16/D14 P15/D13 P14/D12 P13/D11 P12/D10 P11/D9 P10/D8 P07/D7 P06/D6 P05/D5 P04/D4 P114 P113 P112/(RXD8) P111/ P110/(TXD8) P03/D3 P02/D2 P01/D1 P00/D0 P157 P156 P155/RXD6 P154/TXD6 P153 PU/ PD NC CHECK-4 PD SRAMSTB PU CE_M PD CCE PU BUCK PU NC BUS3 PU BUS2 PU BUS1 PU BUS0 PU OPSW PU VCC CLSW PU VSS INSW PU DECRST PU DREQ SBSY PU DRVMUTE PD OPEN CLOSE MX_DETECT PU /H/P_ON PU /PDN_5508 PD /5508_MUTE PD E2PROMSCL PU E2PROMSDA PU /F_MUTE PD VCC 5508_SCL PU VSS 5508_SDA PU /RESET_5508 PD NC NC NC 4683_VOUT 4683_I2C_CONT GND 5VCPU_ON/ /OFF PD /4683_RESET PD 4683_CDTO 4683_INT 4683_CDTI 4683_CCLK 4683_CSN /5142_SD PU DC_PROTECT1 PU NC NC NC IPOD_DET PU SW_DOWN PU AMUTE PD MX_MUTE PD DAB-P_CONT PD T.MUTE PD TUNED PU TU_POWER PD RDS_DATA PD USB_P.CONT PD DC_PROTECT2 PU E_POWER_CONT PD VBUS_MONI PD /E_SPICS PU /E_RESET PU Port Name I/O STBY O I O I O O O O O O O I I I O I I O O O I O I O I/O I/O O I/O I/O O O O O I I O O I I O O O I I O O O I I O O O O I O I O I O O O O O/L I O/L I O/L O/L O/L O/L O/L O/L O/L I I I O/L I I O/L O/L O/L I O/L I O/L I I O/L I I O/L O/L O/L O/L I O/L O/H O/L I I O/L O/L O/L I I O/L O/L O/L I I O/L O/L O/L O/L I O/L I O/L I O/L O/L O/L O/L 73 Network STBY O/L I O/L I O/L O/L O/L O/L O/L O/L O/L I I I O/L I I O/L O/L O/L I O/L I O/L I I O/L I I O/L O/L O/L O/L I O/L O/H O/L I I O/L O/L O/L I I O/L O/L O/L I I O/L O/L O/L O/L I O/L I O/L I O/H O/L O/L O/H Note NC NC Control for TC94A92FG SRAMSTB Rewrite boot program start : H input set Chip Enable for CD DSP BUS Clock for CD DSP NC BUS3 for CD DSP BUS2 for CD DSP BUS1 for CD DSP BUS0 for CD DSP Open SW from CD Mecha +3V Close SW from CD Mecha GND Limit SW from CD Mecha Reset for TC94A92FG TC94A92FG DREQ CD Monitor3 (Default: SBSY) from TC94A92FG Motor stanby Tray Open Tray Close M-XPort Detection TAS5508 Headphone in/out selector TAS5508 Power down TAS5508 Soft mute of outputs Serial Clock for EEPROM (Default:O/L) Serial Data for EEPROM (Default:O/L) TAS5508 Soft mute of outputs +3V I2C serial Clock for TAS5508 GND I2C serial data for TAS5508 System Reset for TAS5508 NC NC NC AK4683 VOUT Monitor AK4683 Communication format Select 5V Control AK4683 Reset Signal AK4683 SCI Data Input AK4683 Request Signal AK4683 SCI Data Output AK4683 SCI Clock AK4683 Chip Enable Signal TAS5508 Shutdown signal Power Protection Detect for USB NC NC NC iPod Detect (RCD-N7) SW LEVEL Detect AUX/SW MUTE NC Power Control for DAB Mute for TUNER Tuned Power Control for TUNER RDS DATA for Eur Version USB Power Control Power Down Detect Power Control for DM870/860 USB Data Output Enable (RCD-N7) DM870/860 SCI Chip Select DM870/860 Reset Pin No 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 Pin Name Port Name P152/RXD7 P151/(CLK7) VSS P150/TXD7 VCC P107/(AN7)/(KI3) P106/AN6/KI2 P105/AN5/KI1 P104/AN4/KI0 P103/AN3 P102/AN2 P101/(AN1) AVSS P100/AN0 VREF AVCC (P97)/RXD4 HVBUS_CTL1 FAULT_FLAG1 VSS /B1/B2 VCC HVBUS_CTL2 KEY3 KEY2 KEY1 FAULT_FLAG2 LD_CHK MODEL_1 AVSS MODEL_2 VREF AVCC UART_MISO PU/ PD PD PU PD PD PU PU PU PU PU PU - I/O STBY O I O O I I I I I I I I O/L I O/L O/L I I I I I I I I 74 Network STBY O/L I O/L O/L I I I I I I I I Note USB1 VBUS Control USB1 VBUS Current Limit Signal GND USB BUS Switch Control (RCD-N7) +3V USB2 VBUS Control (RCD-N7) Key Input3 Key Input2 Key Input1 USB2 VBUS Current Limit Signal (RCD-N7) Laser Current Check Version Select GND Model Select +3V +3V Receive Data for Display ucom at Updating R5F64169DFD (DISPLAY : IC81) Terminal Function Pin No 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Port Name P96/(TXD4) (P95)/CLK4 P94/(CTS4) P93/(CTS3) P92/TXD3 P91/RXD3 P90/(CLK3) (P146)/INT8 P145/INT7 P144/INT6 P143 VDC0 P141(INPUT ONLY) VDC1 NSD Symbol NC NC NC NC NC NC NC NC NC NC NC VDC0 NC VDC1 NSD I/O O O O O O O O O O O O I - Pull-U/D PD PU 16 CNVSS(INPUT ONLY) CNVSS I PD 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 P87/(XCIN) P86/(XCOUT) RESET XOUT VSS XIN VCC P85/NMI P84/INT2 P83/INT1 P82/INT0 P81 P80/RXD5 (P77)/CLK5 (P76)/TXD5 P75/RXD8 P74/CLK8 P73/TXD8 P72/CLK2 P71/RXD2/(MSCL) P70/TXD2/(MSDA) P67/TXD1 VCC P66/RXD1 VSS P65/CLK1/SCLK(L) P64/BUSY P63/TXD0 P62/RXD0 P61/CLK0 P60/CTS0 P137 P136/ISCLK2 P135/ISRXD2 P134/ISTXD2 P57/RDY P56/ALE P55/HOLD/EPM P54/HLDA P133 VSS P132 VCC P131 P130 P53/BCLK P52/RD P51/(WR1)/BC1 O I I I O O O I I O O O O O O O O O I O O O I O O O O O O O O I O O O O O O I O PD PU PU PD PD PD PD PD PD PU PD - NC NC OLED_RESET X2 VSS X1 VCC1 NMI NC YOBI OLED_CS NC BOOT NC NC OLED_POWER NC NC OLED_CLK OLED_TX OLED_RX TXD CO VCC1 RXD CO VSS SCLK_CO BUSY_CO OLED_UART_RX OLED_UART_TX NC NC D7 D6 D5 D4 NC NC EPM NC D3 VSS D2 VCC2 D1 D0 NC NC NC Note NC NC NC NC NC NC NC NC NC NC NC Smoothing capacitor connection terminal NC Smoothing capacitor connection terminal Emulator communication pin Single-chip / Micro-processor mode switching (Normal single-chip : L, Rewrite boot program start : H input set) NC NC Reset input(Reset ="L") Clock output GND Clock input +3V NC NC Not use Chip Select of Display Data for Display ucom NC Boot signal NC NC OLED Power On/Off NC NC Clock of Display Data for Display ucom Display Data for Display ucom Not use Data transfer to external terminal(AMX)/MITSUBISHI writer +3V Data received from the external terminal(AMX)/MITSUBISHI writer GND Writing Mode Select BUSY Output at updating Transfer Data for Display ucom at Updating Receive Data for Display ucom at Updating NC NC Data Bus for OLED Data Bus for OLED Data Bus for OLED Data Bus for OLED NC NC Rewrite boot program start : L input set NC Data Bus for OLED GND Data Bus for OLED +3V Data Bus for OLED Data Bus for OLED NC NC NC 75 Pin No 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 Port Name P50/(WR0)/WR/CE P127 P126 P125 P47/CS0/(A23) P46/(CS1)/A22 P45/(CS2)/A21 P44/(CS3)/A20 P43/A19 VCC P42/A18 VSS P41/A17 P40/A16 P37/A15 P36/A14 P35/A13 P34/A12 P33/A11 P32/A10 P31/A9 P124 P123 P122/(RXD6) P121/(CLK6) P120/(TXD6) VCC P30/A8 VSS P27/A7 P26/A6 P25/A5 P24/A4 P23/A3 P22/A2 P21/A1 P20/A0 P17/D15 P16/D14 P15/D13 P14/D12 P13/D11 P12/D10 P11/D9 P10/D8 P07/D7 P06/D6 P05/D5 P04/D4 P114 P113 P112/(RXD8) P111/ P110/(TXD8) P03/D3 P02/D2 P01/D1 P00/D0 P157 P156 P155/RXD6 P154/TXD6 P153 P152/RXD7 P151/(CLK7) VSS P150/TXD7 Symbol CE_M RES# CS# D/C# R/W#,WR# E,RD# NC NC NC VCC NC VSS NC NC NC NC NC NC NC NC NC NC NC NC NC NC VCC NC VSS NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC VSS NC I/O I O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O Pull-U/D PD - Note Rewrite boot program start : H input set Reset, Active "L" for OLED Chip Select for OLED Data/Command Control. "H" :Data, "L":Command for OLED Write (This pin stays "L"(low) in Serial Interface Mode) for OLED Read (This pin stays "L"(low) in Serial Interface Mode) for OLED NC NC NC +3V NC GND NC NC NC NC NC NC NC NC NC NC NC NC NC NC +3V NC GND NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC GND NC 76 Pin No 132 133 134 135 136 137 138 139 140 141 142 143 144 Port Name VCC P107/(AN7)/(KI3) P106/AN6/KI2 P105/AN5/KI1 P104/AN4/KI0 P103/AN3 P102/AN2 P101/(AN1) AVSS P100/AN0 VREF AVCC (P97)/RXD4 Symbol VCC NC NC NC NC NC NC NC AVSS NC VREF AVCC NC I/O O O O O O O O I O Pull-U/D PD - Note +3V NC NC NC NC NC NC NC GND Not use +3V +3V NC 77 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 Pio7 Pio6 Pio5 Pio4 Pio3 Pio2 Pio1 Pio0 VSS-2 VDD1-2 XVDD3 Xo Xi XVSS3 DVSS3L Lo DVDD3L DVDD3R Ro DVSS3R TC94A92FG (MAIN : IC21) TC94A92FG (Top View) 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 CDMoN3 Pio14/CDMoN2 Pio13/CDMoN1 Pio12/CDMoN0/FGiN Pio11 Pio10 Pio9 Pio8 VDD1-3 DMo FMoS FMo VSS-3 TRo Foo AVDD3 TEi RFRP RFZi FSMoNiT 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 VCoi RVDD3 SLCo RFi RFRPi RFEQo DCoFC AGCi RFo RVSS3 FNi2 FNi1 FPi2 FPi1 TPi TNi VRo AVSS3 MDi LDo VDD3 BUS0 BUS1 BUS2 BUS3 BUCK /CCE MS /RST TEST VDD1-1 VSS-1 /SRAMSTB VDDM1 PDo TMAX LPFN LPFo PVREF VCoF 3 78 2009-05-27 TC94A92FG Block Diagram EFM slicer SLCo RFi + VCO PVREF PVREF PLL TMAX DSP-VCO For DSP SRAM 512kbit SRAM 512kbit MCU I/F Resume (4kw*128bit) (4kw*128bit) VDD3 MS /CCE BUCK / CLK / SCL BUS3 / Si / SDA BUS2 / So BUS1 / MS2 BUS0 / Pio15 TEST /RST VSS1 VDD1 /SRAMSTB VDDM1 VCoi PDo TMAX LPFN VCoF PVREF LPFo TC94A92FG Block Diagram I2C Intrupt Cont. MX 4kw*9=36kw (40bit) PRAM MY PROM Program Control 4kw*11=44kw (24bit) 4kw (24bit) 4kw (24bit) 4kw (24bit) CROM ERAM YRAM XRAM Servo Control ROM X-Pointer register Bus Switch CD monitor General I/O I/F UART Digital out VDD1 Audio out VSS1 IO_CTR DF SBAD Tracking Error Stepping Motor Control XVSS3 Equalizer Output Control TEI (TE&SBAD) To AudioDAC XVDD3 OSC RFRP DVSS3L VREF 5bit DAC Multi-bit ΔΣ DA converter TEZI TEi 16.9MHz Pio8-14 + + - PWM Lo DVDD3L DVDD3R Ro Pio8 Pio9 Pio10 Pio11 VSS1 VDD1 FMo FMoS DMo Foo RFRP (FEi/SBAD/RFDC) FSMoNiT DVSS3R RFZi TNi Y-Pointer register Auto laser Power Cont. (APC) FEI TPi Automatic adjustment circuit RESiN Reference Voltage gene.(VRO) Reference Voltage(APC) C-Pointer register Address Calc. 2sets RAM Digital equalizer Bias circuit CLV servo FEI TRo MDi MZ AX register X0/X1/X2 Y0/Y1/Y2 10bit ADC LDo A0 MAC Y-Bus X-Bus AVSS3 AVDD3 VREF PVREF A1 Clock Gen Focus Error (FE) AY Error Correction RF FPi1 VRo Address RFDC RFo FPi2 A2 ALU Pio7 Pio6 Pio5 Pio4 Pio3 Pio2 Pio1 Pio0 IO_CTR A3 DC level DET(RFDC) 1024w (40bit) Pio0-7 4KB SRAM RFEQo FNi1 Instruction Decoder 40bit RF-EQ FNi2 round & limit 4 79 CDMoN0 CDMoN1 CDMoN2 CDMoN3 DCoFC round & limit General I/O I/F Auto Gain Cont.(AGC) Subcode decoder For CD/DAC AGCi Synchronous guarantee EFM decoder IP /ATT RF Ripple DET.(RFRP) RFRP RFRPi IRQ SRAM I/F RVDD3 RVSS3 2009-05-27 TC94A92FG 1. Pin Descriptions TC94A92FG Terminal Function 1.1 Pin Descriptions Pin No. 1 Symbol VCoi 2 RVDD3 3 SLCo 4 RFi 5 RFRPi 6 RFEQo 7 DCoFC 8 AGCi 9 RFo 10 RVSS3 11 FNI2 12 FNI1 13 FPI2 14 FPI1 15 TPi 16 TNi 17 VRo 18 AVSS3 19 MDi 20 LDo I/O O 3AI/F O 3AI/F I 3AI/F I 3AI/F O 3AI/F O 3AI/F I 3AI/F O 3AI/F I 3AI/F I 3AI/F I 3AI/F I 3AI/F I 3AI/F I 3AI/F O 3AI/F I 3AI/F O 3AI/F Description Remarks Default DSP VCO - EFM and PLCK Phase difference signal output pin. O 3 state output (DSP VCO control voltage inputr pin.) CD-DSP-Power supply for 3.3V RF amplifier core and PLL circuit - EFM slice level output pin O RF signal input pin I RF ripple signal input pin I RF equalizer circuit output pin. O RFEQo offset compensation LPF output O RF signal AGC amplifier input pin I RF signal generation amplifier output pin O Grounding pin for 3.3 RF amplifier core and PLL circuit Main beam signal input pin. To be connected to PIN diode C. Main beam signal input pin. To be connected to PIN diode A. Main beam signal input pin. To be connected to PIN diode D. Main beam signal input pin. To be connected to PIN diode B. Sub beam signal input pin. To be connected to PIN diode F. Sub beam signal input pin. To be connected to PIN diode E. Connect capacitor according with se rvo frequency band. Selectable Zin 20/10 kΩ Connect to RFRPi by 0.1uF, to RFi by 4700pF. Connect to Vro by more than 0.015uF I I I I I I Connected to PVREF, 1.65 V reference voltage output pin. O And connect to GNG by 0.1uF+100uF. Grounding pin for 3.3V CD analog circuits. - Monitor photodiode amplifier input pin. I Laser diode amplifier output pin O 5 80 Reference Voltage=178mVtyp. 2009-05-27 TC94A92FG Pin No. Symbol 21 FSMoNiT 22 RFZi 23 RFRP 24 TEi 25 AVDD3 26 FOo 27 TRo 28 VSS-3 29 FMo 30 FMoS 31 DMo 32 VDD1-3 33 Pio8 34 Pio9 35 Pio10 36 Pio11 37 I/O O 3AI/F I 3AI/F O 3AI/F O 3AI/F O 3AI/F O 3AI/F O 3AI/F O 3AI/F O 3AI/F 3I/F I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F 39 40 Pio14/ CDMoN2 CDMoN3 I/O 3I/F I/O 3I/F O 3I/F Remarks O I RF ripple signal output pin. O Tracking error signal output pin. O Power supply pin for 3.3 V CD analog circuits. - Focus servo equalizer output pin. O Bulit-in serises R=3.3 kΩ Tracking servo equalizer output pin. O Bulit-in output R=3.3 kΩ Grounding pin for 1.5V Decoder-DSP CD circuit Feed servo equalizer output pin. Feed servo equalizer output pin. (Stepper motor application) Disc servo equalizer output pin /CD circuit I/O Default RF ripple zero-cross signal Input pin Power supply pin for 1.5V Decoder-DSP CDMoN0/ CDMoN1 output pin(monitor pin/GND) I/O Pio12/ Pio13/ Focus Error signal / Sub beam add signal 3I/F FGiN 38 Description O Bulit-in output R=3.3 kΩ O Bulit-in output R=3.3 kΩ O Bulit-in output R=3.3 kΩ - Port 8(General Input/Output Port ) I Port 9(General Input/Output Port ) I Port 10(General Input/Output Port ) I Port 11(General Input/Output Port ) I Port 12(General Input/Output Port ) / CD Monitor 0 / FG signal input Port 13(General Input/Output Port ) / CD Monitor1 Port 14(General Input/Output Port ) / CD Monitor 2 CD Monitor3 (Default output : SBSY) 6 81 Bulit-in serises R=500Ω. Connect to VRo by capacitor. I I I O CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Refer to [1.2 Pin Assinment Table] 2009-05-27 TC94A92FG Pin No. Symbol 41 DVSS3R 42 Ro 43 DVDD3R 44 DVDD3L 45 Lo 46 DVSS3L 47 XVSS3 48 Xi I/O - Description Grounding pin for 3.3V Muiti-Bit DAC circuit - R channel audio output pin of Audio DAC. O - Power supply pin for 3.3V Audio DAC circuit. - - Power supply pin for 3.3V Audio DAC circuit. - L channel audio output pin of Audio DAC O - Grounding pin for 3.3V Muiti-Bit DAC Circuit - - Grounding pin for 3.3V clock oscillator circuit - System clock Input pin I O 3AI/F O 3AI/F I 3AI/F O 49 Xo 50 XVDD3 - 51 VDD1-2 - Power Supply pin for 1.5V Digital circuit - 52 VSS-2 - Grounding pin for 1.5V digital circuit - 53 Pio0 Port 0(General Input/Output Port ) I 54 Pio1 Port 1(General Input/Output Port ) I 55 Pio2 Port 2(General Input/Output Port ) I 56 Pio3 Port 3(General Input/Output Port ) I 57 Pio4 Port 4(General Input/Output Port ) I 58 Pio5 Port 5(General Input/Output Port ) I 59 Pio6 Port 6(General Input/Output Port) I 60 Pio7 Port 7(General Input/Output Port ) I 3AI/F I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F I/O 3I/F System clock Output pin O Power Supply pin for 3.3V clock oscillator circuit 7 82 Remarks Default Xtal oscillation circuit. Connect feedback resistor 1 MΩ between Xo and Xi - CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] 2009-05-27 TC94A92FG Pin No. Symbol 61 VDD3 62 BUS0 63 BUS1 64 BUS2 65 BUS3 66 BUCK 67 /CCE 68 MS 69 /RST 70 Test 71 VDD1-1 72 VSS-1 73 /SRAMSTB 74 VDDM1 75 PDo 76 TMAX 77 LPFN 78 LPFo 79 PVREF 80 VCoF I/O I/O 3I/F I/O Description Power Supply pin for 3.3V Digital circuit Microprocessor I/F data input/output pin 0 Remarks Default I CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] Microprocessor I/F data input/output pin 1 I Microprocessor I/F data input/output pin 2 I Microprocessor I/F data input/output pin 3 I Microprocessor I/F BUS clock Input pin I Schmitt input Refer to [1.2 Pin Assinment Table] Microprocessor I/F chip enable input pin I Schmitt input Refer to [1.2 Pin Assinment Table] I Refer to [1.2 Pin Assinment Table] Reset Input pin I Schmitt input Test pin (”L” fixed) I Connect to GND for normal operation - Power Supply pin for 1.5V Digital circuit - - Grounding pin for 1.5V Digital circuit - 1Mbit SRAM stand by pin(/SRAMSTB="L") I Power Supply for 1.5V 1Mbit SRAM circuit - EFM and PLCK Phase difference signal output pin. O TMAX detection result output pin O PLL circuit LPF amplifier inversion input pin I PLL circuit LPF amplifier Output pin O PLL circuit 1.65 V reference voltage pin. - VCO filter pin O 3I/F I/O 3I/F I/O 3I/F I 3I/F I 3I/F I 3I/F I 3I/F I 3I/F I 3I/F O 3AI/F O 3AI/F I 3AI/F O 3AI/F O 3AI/F Microprocessor I/F mode selection pin. “H”: Parallel I/F, 3A I/F : 3 V analog circuit input/output pin. 1.5 I/F : 1.5Vdigital input/output pin. 3 I/F : 3 V digital input/output pin. “L”: Serial I/F 8 83 4-state output ( RVDD3, RVSS3,PVREF, Hiz) 3-state output ( RVDD3, RVSS3, Hiz) Connected to VRO. Connect to GND by 0.1uF and 100uF. Connect to GND by 0.01uF 2009-05-27 The IP4001 is a monolithic integrated circuit, and suitable for 5-ch motor driver which drives focus5-CHMOTORDRIVEIC actuator, tracking actuator, sled motor, spindle motor and Tray motor of CDP & V-CD system. PINCONNECTIONS IP4001CRLTF (MAIN : IC31) PGND2 DO427 28 28SSOP H/S DO4+ 26 IN4 25 IN4A 24 REF 23 (FIN) VCC2 22 VCC1 21 FEATURES CTL 20 IN3 19 DO3+ 18 DO317 DO516 DO5+ 15 ORDERINFORMATION - 1ch(forward-reverse) control DC motor driver - 4ch BTL(Balanced Transformerless) driver - Built-in TSD (Thermal shutdown) circuit - Built-in 5V regulator with an internal NPN TR - Built-in mute circuit - Built-in Tray motor speed control circuit - Wide operating supply voltage range: 6.5V~13.2V IP4001 IP4001 1 2 3 4 5 6 7 DO1- DO1+ IN1 IN1A N/C REO MUTE Device IP4001TF 8 (FIN) 9 SGND FWD Package OperatingTemp 28SSOPH-375 -35 OC ~ +85 OC 28SSOPH-375 -35 OC ~ +85 OC 10 11 IN2 DO2+ 12 13 14 DO2- PGND1 REV BLOCKDIAGRAM IP4001CRLTF Block Diagram PGND2 DO4- DO4+ IN4 IN4A REF VCC2 28 27 26 25 24 23 22 D D PINDESCRIPTIONS DO3+ DO3- DO5- DO5+ 19 18 17 16 15 D D D D NO SYMBOL 10K I/O 15 DO5+ O 10K 16 DO5- O DO1+ O 3 IN12 8 I PGND2 DO427 CH1 OUTPUT (+) DO4+ 26 IN4 IN4A REF 25 INPUT 24 231 CH1 4 IN1A I 5 N/C - NO-CONNECTION 6 REO O REGULATOR REGULATOR OUTPUT I MUTE INPUT - 10K SIGNAL GROUND PWR Level Shift 1 D 9 D DO1FWD 1 IN2 DO1- 11 2 3 I DO1+ 2 DO1+ DO2+ IN1 3 I 4 5 TR 6 4 5 6 7 IN1A N/C REO MUTE CH2 INPUT IN1 O DO317 O I CH3 INPUT CTL I 21 VCC1 I 22 VCC2 BIAS 9 23 24 (FIN) CH2 OUTPUT (+) I N 1 IN2 CH5 MOTOR SPEED CONTROL 10K 10 11 FWD IN2 REF DO2+ 8 IN4A SGND 25 12 I 14 PGND1 NO SYMBOL 13 14 D D CH BIAS INPUT 9 10 IN2 I I 11 12 13 14 DO2- PGND1 REV CH4 INPUT 1 DO2+ CH4 INPUT 2 CH4 OUTPUT (+) - I/O POWER GROUND 1 DESCRIPTION NO 27 DO4O CH4 OUTPUT (-) SYMBOL I/O DESCRIPTION CH1INPUT OUTPUT2 (-) I O CH5 15 O 28 DO5+PGND2 1 REVDO1- 2 DO1+ O CH1 OUTPUT (+) 16 3 IN1 I CH1 INPUT 1 4 I CH1 INPUT 2 5 IN1A (Rev.7) N/C 6 REO O 7 MUTE 8 August. 2002 SUPPLY VOLTAGE 2 (CH1,CH4,SIGNAL,REG) DO2- PGND1 REV FWD IN4 SUPPLY VOLTAGE 1 (CH2,CH3,CH5) Level Shift I 26 DO4+ O WWW.INTERPIONSEMI.COM 13 SWITCH IN3 SGND PINDESCRIPTIONS IP4001CRLTF Pin Discriptions 12 2002 DO2CH2 OUTPUT (-) August. (Rev.7) O DO5+ CH31 5OUTPUT (-) 19 10K (FIN) DO516 CH3 OUTPUT (+) 8 MUTE DO3+ 18 CH5 OUTPUT (-) O 7 IN1A INPUT N/C REO CH5 1 MSC 10K DO3+ 20 3.3K SGND IN3 19 DO3- Level Shift CH5 OUTPUT (+) 18 IP4001 3.3K 8 CTL 20 MUTE 2.5V MUTE 17 CH1 INPUT 2 VCC2 7 10K TSD VCC1 21 (FIN) VCC2 22 DESCRIPTION Level Shift PINCONNECTIONS DO1O CH1 OUTPUT (-) 2 10 IN3 20 5-CHMOTORDRIVEIC 10K I/O DESCRIPTION Level Shift CTL 21 20K 1 SYMBOL VCC1 IP4001 20K NO (FIN) CH5 (+) - OUTPUT POWER DO5- O CH5 OUTPUT (-) 17 DO3- O CH3 OUTPUT (-) 18 DO3+ O CH3 OUTPUT (+) REGULATOR OUTPUT 20 CTL I I MUTE INPUT 21 VCC1 I SGND - SIGNAL GROUND 22 VCC2 I - -2- CH5 MOTOR SPEED CONTROL SUPPLY VOLTAGE 1 (CH2,CH3,CH5) SUPPLY VOLTAGE 2 (CH1,CH4,SIGNAL,REG) 9 FWD I CH5 INPUT 1 23 REF I CH BIAS INPUT IN2 I CH2 INPUT 24 IN4A I CH4 INPUT 1 11 DO2+ O CH2 OUTPUT (+) 25 IN4 I CH4 INPUT 2 12 DO2- O CH2 OUTPUT (-) 26 DO4+ O CH4 OUTPUT (+) 13 PGND1 - 27 DO4- O CH4 OUTPUT (-) 14 REV I 28 PGND2 - August. 2002 (Rev.7) GROUND 2 WWW.INTERPIONSEMI.COM NO-CONNECTION 19 IN3 I CH3 INPUT 10 POWER GROUND 1 CH5 INPUT 2 84 WWW.INTERPIONSEMI.COM -1- POWER GROUND 2 -2- AVSS1 AVDD1 LIN1 RIN1 RIN2 LIN2 RIN3 LIN3 LIN4 RIN4 LIN5 RIN5 LIN6 RIN6 R AK4683 (MAIN : IC41) PVSS ピン配置 PVDD 1 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 RISEL RX0 2 47 ROPIN I2C 3 46 LOPIN RX1 4 45 LISEL RX2 5 44 AVSS2 RX3 6 43 AVDD2 INT 7 42 VCOM VOUT 8 41 ROUT2 AK4683EQ Top View CDTO 9 40 LOUT2 LRCKB 10 39 ROUT2 BICKB 11 38 LOUT2 SDTIB SDTIA3 SDTIA2 MCKO SDTIA1 HVDD CSN HVSS 33 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 SDTOA CCLK HPR 34 CDTI 35 15 PDN 14 BICKA MCLK2 ILRCKA TX HPL XTO MUTET 36 XTI 37 13 DVSS 12 DVDD SDTOB OLRCKA TVDD ■ [AK4683] ■ ブロック図 AK4683 Block Diagram ■ AK4588 との相違点 RX0 RX1 RX2 RX3 LISEL LOPIN LIN1 LIN2 LIN3 LIN4 LIN5 LIN6 RIN1 RIN2 RIN3 RIN4 RIN5 RIN6 Functions Clock 4:2 DAC, ADC 非同期動作 Recovery Input DAC チャネル数 Selector HP-Amp ADC 入力セレクタ IPS0/1, OPS0/1 bit MS0427-J-02 RMCLK AK4588 非対応 DAIF 8chDecoder 非内蔵 非内蔵 LIN0/1/2, RIN0/1/2 bit HPF, DVOL ADC XTI MCKO 2007/04 PORTB ADC -4Audio I/F BICKB LRCKB DIR ADC SDTIA1 SDOUT SDTOB off SDTOB0/1 bit ROPIN RISEL Through TX DIT DIT bit DIT DIR ADC SDTIB LOUT1 LPF DAC DVOL ROUT1 LPF DAC DVOL LOUT2 LPF DAC DVOL ROUT2 LPF DAC DVOL SDTIB I2C SDTIA1 DIR ADC SDTIB SDTIA1 SDTIA2 DIT0/1 bit DAC1 Audio I/F μP I/F CSN CCLK CDTI CDTO SDTIA3 DIR ADC SDTIB SDTIA1 SDTIA2 DAC2 Audio I/F SDTIA3 DIR ADC SDTIB off SDTOA0/1 bit PORTA SDTOA OLRCKA BICKA ILRCKA DAC10/11/12, HPL HPR XTO X’tal Oscillator MCLK2 HPF DVOL ADC AK4683 対応 4ch 2ch 6:1 OPGA DAC20/21/22 bit 85 SDTIA1 SDTIA2 SDTIA3 [AK4683] AK4683 Pin Discriptions No. 1 2 Pin Name PVDD RX0 I/O I 3 I2C I 4 5 6 7 RX1 RX2 RX3 INT VOUT I I I O O DZF O OVF O 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 CDTO LRCKB BICKB SDTOB OLRCKA ILRCKA BICKA SDTOA MCKO TVDD DVSS DVDD XTI XTO O I/O I/O O I/O I/O I/O O O I O 23 TX O 24 MCLK2 I 25 PDN I 29 30 31 32 33 34 35 36 CDTI SDA CCLK SCL CSN TEST SDTIA1 SDTIA2 SDTIA3 SDTIB HVDD HVSS HPR HPL I I/O I I I I I I I I O O 37 MUTET - 26 27 28 ピン/機能 Function PLL Power supply Pin, 4.5V∼5.5V Receiver Channel 0 Pin (Internal biased pin. Internally biased at PVDD/2) Control Mode Select Pin. “L”: 4-wire Serial, “H”: I2C Bus Receiver Channel 1 Pin Receiver Channel 2 Pin Receiver Channel 3 Pin Interrupt Pin V-bit Output Pin for Receiver Input Zero Input Detect Pin When the input data of DAC follow total 8192 LRCK cycles with “0” input data, this pin goes to “H”. And when RSTN1 bit is “0”, PWDA bit is “0”, this pin goes to “H”. Analog Input Overflow Detect Pin This pin goes to “H” if the analog input of Lch or Rch overflows. Control Data Output Pin in Serial Mode and I2C pin = “L”. Channel Clock B Pin Audio Serial Data Clock B Pin Audio Serial Data Output B Pin Output Channel Clock A Pin Input Channel Clock A Pin Audio Serial Data Clock A Pin Audio Serial Data Output A Pin Master Clock Output Pin Output Buffer Power Supply Pin, 2.7V∼5.5V Digital Ground Pin, 0V Digital Power Supply Pin, 4.5V∼5.5V X'tal Input Pin X'tal Output Pin Transmit Channel Output pin When DIT bit = “0”, RX0~3 Through. When DIT bit = “1”, Internal DIT Output. Master Clock Input Pin Power-Down Mode & Reset Pin When “L”, the AK4683 is powered-down, all registers are reset. And then all digital output pins go “L”. The AK4683 must be reset once upon power-up. Control Data Input Pin in Serial Mode and I2C pin = “L”. Control Data Pin in Serial Mode and I2C pin = “H”. Control Data Clock Pin in Serial Mode and I2C pin = “L” Control Data Clock Pin in Serial Mode and I2C pin = “H” Chip Select Pin in Serial Mode and I2C pin = “L”. This pin should be connected to DVSS in Serial Mode and I2C pin = “H”. Audio Serial Data Input A1 Pin Audio Serial Data Input A2 Pin Audio Serial Data Input A3 Pin Audio Serial Data Input B Pin HP Power Supply Pin, 4.5V∼5.5V HP Ground Pin, 0V HP Rch Output Pin HP Lch Output Pin HP Common Voltage Output Pin 1μF capacitor should be connected to HVSS externally. MS0427-J-02 2007/04 -7- 86 [AK4683] No. 38 39 40 41 Pin Name LOUT2 ROUT2 LOUT1 ROUT1 I/O O O O O 42 VCOM - 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 AVDD2 AVSS2 LISEL LOPIN ROPIN RISEL AVSS1 AVDD1 LIN1 RIN1 LIN2 RIN2 LIN3 RIN3 LIN4 RIN4 LIN5 RIN5 LIN6 RIN6 PVSS O O O O I I I I I I I I I I I I - 64 R - Function DAC2 Lch Positive Analog Output Pin DAC2 Rch Positive Analog Output Pin DAC1 Lch Positive Analog Output Pin DAC1 Rch Positive Analog Output Pin DAC/ADC Common Voltage Output Pin 2.2μF capacitor should be connected to AVSS2 externally. DAC Power Supply Pin, 4.5V∼5.5V DAC Ground Pin, 0V Lch Feedback Resistor Output Pin Lch Feedback Resistor Input Pin, 0.5xAVDD1 Rch Feedback Resistor Input Pin. 0.5xAVDD1 Rch Feedback Resistor Output Pin ADC Ground Pin, 0V ADC Power Supply Pin, 4.5V∼5.5V Lch Input 1 Pin Rch Input 1 Pin Lch Input 2 Pin Rch Input 2 Pin Lch Input 3 Pin Rch Input 3 Pin Lch Input 4 Pin Rch Input 4 Pin Lch Input 5 Pin Rch Input 5 Pin Lch Input 6 Pin Rch Input 6 Pin PLL Ground pin External Resistor Pin 12kΩ +/-1% resistor should be connected to PVSS externally. Notes: 内部バイアスピン(RX0)とアナログ入力ピン(LIN1-6, RIN1-6)を除くすべての入力ピンはフローティン グにしないで下さい。 ■ 使用しないピンの処理について 使用しない入出力ピンは下記の設定を行い、適切に処理して下さい。 Classification Analog Digital Pin Name RX0, LOUT1-2, ROUT1-2, LIN1-6, RIN1-6 INT, XTO, MCKO, VOUT/DZF/OVF, SDTOA-B, CDTO, TX RX1-3, CSN, CCLK, CDTI, XTI, MCLK2, OLRCKA, ILRCKA, BICKA, SDTIA1-3, LRCKB, BICKB, SDTIB MS0427-J-02 Setting These pins should be open. These pins should be open. These pins should be connected to DVSS. 2007/04 -8- 87 The TAS5142 is available in two thermally enhanced packages: • 36-pin PSOP3 package (DKD) • 44-pin HTSSOP PowerPad™ package (DDV) Both package types contain a heat slug that is located on the top side of the device for convenient thermal coupling to the heatsink. DKD PACKAGE TAS5142 (MAIN : IC71,72) (TOP VIEW) GVDD_B OTW SD PWM_A RESET_AB PWM_B OC_ADJ GND AGND VREG M3 M2 M1 PWM_C RESET_CD PWM_D VDD GVDD_C 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 www.ti.com DDV PACKAGE (TOP VIEW) GVDD_A BST_A PVDD_A OUT_A GND_A GND_B OUT_B PVDD_B BST_B BST_C PVDD_C OUT_C GND_C GND_D OUT_D PVDD_D BST_D GVDD_D P0018-01 TerminalPin Functions TAS5142 Discriptions TERMINAL NAME 2 (1) DKD NO. DDV NO. GVDD_B OTW NC NC SD PWM_A RESET_AB PWM_B OC_ADJ GND AGND VREG M3 M2 M1 PWM_C RESET_CD PWM_D NC NC VDD GVDD_C FUNCTION 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 GVDD_A 44 BST_A 43 NC 42 PVDD_A 41 PVDD_A 40 OUT_A 39 GND_A 38 GND_B 37 OUT_B 36 PVDD_B 35 34 BST_B BST_C 33 32 PVDD_C 31 OUT_C 30 GND_C 29 GND_D 28 OUT_D 27 PVDD_D 26 PVDD_D SLES126B – DECEMBER 2004 – REVISED MAY 2005 25 NC 24 BST_D 23 GVDD_D TAS5142 P0016-02 (1) DESCRIPTION AGND 9 11 P Analog ground BST_A 35 43 P HS bootstrap supply (BST), external capacitor to OUT_A required BST_B 28 34 P HS bootstrap supply (BST), external capacitor to OUT_B required BST_C 27 33 P HS bootstrap supply (BST), external capacitor to OUT_C required BST_D 20 24 P HS bootstrap supply (BST), external capacitor to OUT_D required GND 8 10 P Ground GND_A 32 38 P Power ground for half-bridge A GND_B 31 37 P Power ground for half-bridge B GND_C 24 30 P Power ground for half-bridge C GND_D 23 29 P Power ground for half-bridge D GVDD_A 36 44 P Gate-drive voltage supply requires 0.1-µF capacitor to AGND GVDD_B 1 1 P Gate-drive voltage supply requires 0.1-µF capacitor to AGND GVDD_C 18 22 P Gate-drive voltage supply requires 0.1-µF capacitor to AGND GVDD_D 19 23 P Gate-drive voltage supply requires 0.1-µF capacitor to AGND M1 13 15 I Mode selection pin M2 12 14 I Mode selection pin M3 11 13 I Mode selection pin NC – 3, 4, 19, 20, 25, 42 – No connect. Pins may be grounded. OC_ADJ 7 9 O Analog overcurrent programming pin requires resistor to ground OTW 2 2 O Overtemperature warning signal, open-drain, active-low OUT_A 33 39 O Output, half-bridge A OUT_B 30 36 O Output, half-bridge B OUT_C 25 31 O Output, half-bridge C OUT_D 22 28 O Output, half-bridge D PVDD_A 34 40, 41 P Power supply input for half-bridge A requires close decoupling of 0.1-µF capacitor to GND_A. PVDD_B 29 35 P Power supply input for half-bridge B requires close decoupling of 0.1-µF capacitor to GND_B. PVDD_C 26 32 P Power supply input for half-bridge C requires close decoupling of 0.1-µF capacitor to GND_C. PVDD_D 21 26, 27 P Power supply input for half-bridge D requires close decoupling of 0.1-µF capacitor to GND_D. PWM_A 4 6 I Input signal for half-bridge A PWM_B 6 8 I Input signal for half-bridge B PWM_C 14 16 I Input signal for half-bridge C PWM_D 16 18 I Input signal for half-bridge D RESET_AB 5 7 I Reset signal for half-bridge A and half-bridge B, active-low RESET_CD 15 17 I Reset signal for half-bridge C and half-bridge D, active-low SD 3 5 O Shutdown signal, open-drain, active-low VDD 17 21 P Power supply for digital voltage regulator requires 0.1-µF capacitor to GND. VREG 10 12 P Digital regulator supply filter pin requires 0.1-µF capacitor to AGND. I = input, O = output, P = power 88 TAS5142 www.ti.com SLES126B – DECEMBER 2004 – REVISED MAY 2005 FUNCTIONAL BLOCK DIAGRAM TAS5142 Block Diagram VDD Undervoltage Protection OTW Internal Pullup Resistors to VREG SD M1 Protection and I/O Logic M2 M3 4 VREG VREG Power On Reset AGND Temp. Sense GND RESET_AB Overload Protection RESET_CD OC_ADJ Isense GVDD_D BST_D PVDD_D PWM_D PWM Rcv. Ctrl. Gate Drive Timing OUT_D BTL/PBTL−Configuration Pulldown Resistor GND_D GVDD_C BST_C PVDD_C PWM_C PWM Rcv. Ctrl. Gate Drive Timing OUT_C BTL/PBTL−Configuration Pulldown Resistor GND_C GVDD_B BST_B PVDD_B PWM_B PWM Rcv. Ctrl. Gate Drive Timing OUT_B BTL/PBTL−Configuration Pulldown Resistor GND_B GVDD_A BST_A PVDD_A PWM_A PWM Rcv. Ctrl. Gate Drive Timing OUT_A BTL/PBTL−Configuration Pulldown Resistor GND_A B0034-02 7 89 2 Terminal Assignments PAG PACKAGE (TOP VIEW) RESEVED MCLK PWM_HPPR PWM_HPMR PWM_HPPL PWM_HPML PWM_P_6 PWM_M_6 PWM_P_5 PWM_M_5 DVDD_PWM DVSS_PWM PWM_P_8 PWM_M_8 PWM_P_7 PWM_M_7 TAS5508 (MAIN : IC51) 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 VRA_PLL PLL_FLT_RET PLL_FLTM PLL_FLTP AVSS AVSS VRD_PLL AVSS_PLL AVDD_PLL VBGAP RESET HP_SEL PDN MUTE DVDD DVSS 1 48 2 47 3 46 4 45 5 44 6 43 7 42 8 41 9 40 10 39 11 38 12 37 13 36 14 35 15 34 33 16 VR_PWM PWM_P_4 PWM_M_4 PWM_P_3 PWM_M_3 PWM_P_2 PWM_M_2 PWM_P_1 PWM_M_1 VALID DVSS BKND_ERR DVDD DVSS DVSS VR_DIG 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 VR_DPLL OSC_CAP XTL_OUT XTL_IN RESERVED RESERVED RESERVED SDA SCL LRCLK SCLK SDIN4 SDIN3 SDIN2 SDIN1 PSVC 1 Physical Characteristics TAS5508 8-Channel Digital Audio PWM Processor Ordering Information 2.1.3 www.ti.com P0010-01 SLES091C – FEBRUARY 2004 – REVISED AUGUST 2005 Terminal Descriptions TAS5508 Pin Discriptions TA 0°C to 70°C TERMINAL NAME NO. AVDD_PLL AVSS TYPE (1) 9 P 5-V PLASTIC 64-PIN(2)PQFP TERMINATION TOLERANT (PN) DESCRIPTION TAS5508PAG 3.3-V analog power supply for PLL. This terminal can be connected to the same power source used to drive power terminal DVDD, but to achieve low PLL jitter, this terminal should be bypassed to AVSS_PLL with a 0.1-µF low-ESR capacitor. 5, 6 P Analog ground AVSS_PLL 8 P Analog ground for PLL. This terminal should reference the same ground as terminal DVSS, but to achieve low PLL jitter, ground noise at this terminal must be minimized. The availability of the AVSS terminal allows a designer to use optimizing techniques such as star ground connections, separate ground planes, or other quiet ground-distribution techniques to achieve a quiet ground reference at this terminal. BKND_ERR 37 DI 15, 36 P 3.3-V digital power supply 54 P 3.3-V digital power supply for PWM 16, 34, 35, 38 P Digital ground DVSS_PWM 53 P HP_SEL 12 DI 5V LRCLK 26 DI 5V MCLK 63 DI 5V Pulldown MCLK is a 3.3-V master clock input. The input frequency of this clock can range from 4 MHz to 50 MHz. MUTE 14 DI 5V Pullup Soft mute of outputs, active-low (muted signal = a logic low, normal operation = a logic high). The mute control provides a noiseless volume ramp to silence. Releasing mute provides a noiseless ramp to previous volume. OSC_CAP 18 AO PDN 13 DI 5V Pullup Power down, active-low. PDN powers down all logic and stops all clocks whenever a logic low is applied. The internal parameters are preserved through a power-down cycle, as long as RESET is not active. The duration for system recovery from power down is 100 ms. PLL_FLT_RET 2 AO PLL external filter return PLL_FLTM 3 AO PLL negative input. Connected to PLL_FLT_RTN via an RC network PLL_FLTP 4 AI PLL positive input. Connected to PLL_FLT_RTN via an RC network PSVC 32 O Power-supply volume control PWM output PWM_HPML 59 DO PWM left-channel headphone (differential –) PWM_HPMR 61 DO PWM right-channel headphone (differential –) PWM_HPPL 60 DO PWM left-channel headphone (differential +) PWM_HPPR 62 DO PWM right-channel headphone (differential +) PWM_M_1 40 DO PWM 1 output (differential –) PWM_M_2 42 DO PWM 2 output (differential –) PWM_M_3 44 DO PWM 3 output (differential –) PWM_M_4 46 DO PWM 4 output (differential –) PWM_M_5 55 DO PWM 5 output (differential –) PWM_M_6 57 DO PWM 6 output (differential –) PWM_M_7 49 DO PWM 7 (lineout L) output (differential –) PWM_M_8 51 DO PWM 8 (lineout R) output (differential –) PWM_P_1 41 DO PWM 1 output (differential +) PWM_P_2 43 DO PWM 2 output (differential +) DVDD DVDD_PWM DVSS (1) (2) 18 Pullup Active-low. A back-end error sequence is generated by applying logic low to this terminal. The BKND_ERR results in no change to any system parameters, with all H-bridge drive signals going to a hard-mute (M) state. Description 17 Digital ground for PWM Pullup Headphone in/out selector. When a logic low is applied, the headphone is selected (speakers are off). When a logic high is applied, speakers are selected (headphone is off). Serial-audio data left/right clock (sampling-rate clock) Oscillator capacitor Type: A = analog; D = 3.3-V digital; P = power/ground/decoupling; I = input; O = output All pullups are 200-mA weak pullups and all pulldowns are 200-mA weak pulldowns. The pullups and pulldowns are included to ensure proper input logic levels if the terminals are left unconnected (pullups => logic-1 input; pulldowns => logic-0 input). Devices that drive inputs with pullups must be able to sink 200 mA, while maintaining a logic-0 drive level. Devices that drive inputs with pulldowns must be able to source 200 mA, while maintaining a logic-1 drive level. Description 90 TAS5508 8-Channel Digital Audio PWM Processor www.ti.com SLES091C – FEBRUARY 2004 – REVISED AUGUST 2005 TERMINAL NAME NO. TYPE (1) 5-V TOLERANT TERMINATION (2) DESCRIPTION PWM_P_3 45 DO PWM 3 output (differential +) PWM_P_4 47 DO PWM 4 output (differential +) PWM_P_5 56 DO PWM 5 output (differential +) PWM_P_6 58 DO PWM 6 output (differential +) PWM_P_7 50 DO PWM 7 (lineout L) output (differential +) PWM_P_8 52 DO PWM 8 (lineout R) output (differential +) RESERVED 21, 22, 23, 64 Connect to digital ground RESET 11 DI 5V SCL 25 DI 5V I2C serial-control clock input/output SCLK 27 DI 5V Serial-audio data clock (shift clock) input SDA 24 DIO 5V SDIN1 31 DI 5V Pulldown Serial-audio data input 1 is one of the serial-data input ports. SDIN1 supports four discrete (stereo) data formats and is capable of inputting data at 64 Fs. SDIN2 30 DI 5V Pulldown Serial-audio data input 2 is one of the serial-data input ports. SDIN2 supports four discrete (stereo) data formats and is capable of inputting data at 64 Fs. SDIN3 29 DI 5V Pulldown Serial-audio data input 3 is one of the serial-data input ports. SDIN3 supports four discrete (stereo) data formats and is capable of inputting data at 64 Fs. SDIN4 28 DI 5V Pulldown Serial-audio data input 4 is one of the serial-data input ports. SDIN4 supports four discrete (stereo) data formats and is capable of inputting data at 64 Fs. VALID 39 DO VBGAP 10 P Band-gap voltage reference. A pinout of the internally regulated 1.2-V reference. Typically has a 1-nF low-ESR capacitor between VBGAP and AVSS_PLL. This terminal must not be used to power external devices. VR_DIG 33 P Voltage reference for 1.8-V digital core supply. A pinout of the internally regulated 1.8-V power used by digital core logic. A 4.7-µF low-ESR capacitor (3) should be connected between this terminal and DVSS. This terminal must not be used to power external devices. VR_DPLL 17 P Voltage reference for 1.8-V digital PLL supply. A pinout of the internally regulated 1.8-V power used by digital PLL logic. A 0.1-µF low-ESR capacitor (3) should be connected between this terminal and DVSS_CORE. This terminal must not be used to power external devices. VR_PWM 48 P Voltage reference for 1.8-V digital PWM core supply. A pinout of the internally regulated 1.8-V power used by digital PWM core logic. A 0.1-µF low-ESR capacitor (3) should be connected between this terminal and DVSS_PWM. This terminal must not be used to power external devices. VRA_PLL 1 P Voltage reference for 1.8-V PLL analog supply. A pinout of the internally regulated 1.8-V power used by PLL logic. A 0.1-µF low-ESR capacitor (3) should be connected between this terminal and AVSS_PLL. This terminal must not be used to power external devices. VRD_PLL 7 P Voltage reference for 1.8-V PLL digital supply. A pinout of the internally regulated 1.8-V power used by PLL logic. A 0.1-µF low-ESR capacitor (3) should be connected between this terminal and AVSS_PLL. This terminal must not be used to power external devices. XTL_IN 20 AI XTL_OUT and XTL_IN are the only LVCMOS terminals on the device. They provide a reference clock for the TAS5508 via use of an external fundamental-mode crystal. XTL_IN is the 1.8-V input port for the oscillator circuit. A 13.5-MHz crystal (HCM49) is recommended. XTL_OUT 19 AO XTL_OUT and XTL_IN are the only LVCMOS terminals on the device. They provide a reference clock for the TAS5508 via use of an external fundamental-mode crystal. XTL_OUT is the 1.8-V output drive to the crystal. A 13.5-MHz crystal (HCM49) is recommended. (3) Pullup System reset input, active-low. A system reset is generated by applying a logic low to this terminal. RESET is an asynchronous control signal that restores the TAS5508 to its default conditions, sets the valid output low, and places the PWM in the hard mute (M) state. Master volume is immediately set to full attenuation. On the release of RESET, if PDN is high, the system performs a 4to 5-ms device initialization and sets the volume at mute. I2C serial-control data-interface input/output Output indicating validity of PWM outputs, active-high If desired, low-ESR capacitance values can be implemented by paralleling two or more ceramic capacitors of equal value. Paralleling capacitors of equal value provides an extended high-frequency supply decoupling. This approach avoids the potential of producing parallel resonance circuits that have been observed when paralleling capacitors of different values. Description 91 19 MUTE HP_SEL BKND_ERR Serial Control I/F Control 8 × 8 Crossbar Mixer 8 Digital Audio Processor 9 DAP Control 4 Volume Cotrol 8 8 2 8 8 DC De Interpolate SRC NS PWM Block Emph DC De Interpolate SRC NS PWM Block Emph DC De Interpolate SRC NS PWM Block Emph DC De Interpolate SRC NS PWM Block Emph DC De Interpolate SRC NS PWM Block Emph DC De Interpolate SRC NS PWM Block Emph 0 7 Soft Soft Loud Det Biquads Tone Vol Comp DRC 2 PWM Section DC De Interpolate SRC NS PWM Block Emph DC De Interpolate SRC NS PWM Block Emph 8 × 2 Crossbar Mixer 0 7 Soft Soft Loud Det Biquads Tone Vol Comp DRC 0 7 Soft Soft Loud Det Biquads Tone Vol Comp DRC 0 7 Soft Soft Loud Det Biquads Tone Vol Comp DRC 0 7 Soft Soft Loud Det Biquads Tone Vol Comp DRC 0 7 Soft Soft Loud Det Biquads Tone Vol Comp DRC 0 7 Soft Soft Loud DRC Det Biquads Tone Vol Comp 0 7 Soft Soft Loud Det Biquads Tone Vol Comp DRC Output Control PSVC PSVC VALID PWM AP and AM6 R Surround PWM R Lineout PWM AP and AM5 L Surround PWM L Lineout PWM AP and AM8 Sub woofer PWM AP and Am7 Center PWM AP and AM4 R Rear PWM AP and AM3 L Rear PWM AP and AM2 R Front PWM AP and AM1 L Front PWM_HPP and MR PWM_HPP and ML TAS5508 Block Diagram RESET PDN SCL Clock, PLL, and Serial Data I/F SDA SDIN1 SDIN2 SDIN3 SDIN4 PLL_FLTM PLL_FLTP OSC CAP SCLK LRCLK MCLK XTL_OUT XTL_IN AVSS AVDD DVSS DVDD VRD_PLL VRA_PLL VBGAP AVDD_REF AVSS_PLL AVDD_PLL VR_PLL Power Supply w.ti.com TAS5508 8-Channel Digital Audio PWM Processor SLES091C – FEBRUARY 2004 – REVISED AUGUST 2005 PWM Control System Control Figure 1-1. TAS5508 Functional Structure B0011-01 Introduction PWM 92 13 1 GND VCC FB Depl. Feedback Drain (Drain2of integrated CoolMOS™) Pin Drain is the DrainSense/ of the internal 3 connection CS to the Current Depl. CoolMOSTM. 650V1) Depl. CoolMOS™ Source Package PG-DIP-8-6 ICE3B0365J (SMPS : IC91) SoftS 1 FB 8 2 CS 7 3 Drain 1) FB (Feed The inform FB Pin to PWM-Co Signal co Mode of t at Tj = 110°C FigureRepresentative 1 Pin Configuration PG-DIP-8-6(top view) Blockdiagram GND CS (Curr The Curre on the s integrated threshold output is current Compara VCC Drain (Dr Pin Drain Depl. Coo ICE3B0365J Block Diagram + Note: Pin 4 and 5 are shorted within the DIP package. Converter DC Output VOUT - 2 SoftS (S Jittering The Soft during St Mode. Th adjusted ground. T blanking enters int also used during no CoolSET™-F3 7 VCC Controller Supply Voltage GND (Ground) ICE3Bxx65J GND of the Controller Ground The GND pin8is the ground controller. Drain 5 1.2 4 Drain 650V1) Depl. CoolMOS™ Drain VCC (Power supply) 5 is the Drain 650V1) Depl. The VCC pin positive supply of theCoolMOS™ IC. The Drain operating range is between 10.3V and 26V. 6 N.C. Not Connected N.C 6 4 Pin Configuration and Functiona CS (Current Sense) The Current Sense pin senses the voltage developed on the series in the source the 1.1resistor Pininserted Configuration with of PG-DIP-8-6 integrated Depl. CoolMOS™. If CS reaches the internal threshold of the Current Limit Comparator, the Driver output is immediately switched off. Furthermore the Pin Symbol Function current information is provided for the PWMComparator to realize the Current Mode. 1 SoftS Soft-Start Package PG-DIP-8-6 CS 6 N.C Drain 4 5 Drain GND (Gro The GND 0.32V C12 & G10 Pin 4 and 5 are shorted within the DIP package. ICE3xxx65J / CoolSET™- F3 Jitter version & G11 & G6 G5 C6b Control Unit 3.0V C6a 1.35V 2pF 5 CSoftS FB 3.61V C5 C4 25kΩ RFB 5V Pin Configuration PG-DIP-8-6(top view) Current Mode x3.2 PWM OP 0.6V Active Burst Mode Auto Restart Mode & 4.5V C3 4.0V 3.1V 3 Representative Blockdiagram 6 14 Nov 72006 CS Current Limiting D1 10kΩ 1pF Propagation-Delay Compensation C8 PWM Comparator C10 Vcsth Leading Edge Blanking 220ns & G9 & G7 Tj >140°C Thermal Shutdown 2 8 VCC (Pow The VCC operating Figure 1 FF2 C2 1 Version 2.4 3V S1 Version 2.4 SoftS 85 ... 270 VAC Figure 2 FB Note: C7 Soft Start Soft-Start Comparator UVLO 20.5V C13 VCC RSoftS R S Q G13 Spike Blanking 8.0us G12 & & T3 T1 T2 3.25kΩ Freq Jitter Clock Duty Cycle max 10.3V Power-Down Reset 0.8V Internal Bias 5V CBulk Power Management Voltage Reference 18V Undervoltage Lockout 5V Oscillator VCC 0.75 1 G8 FF1 S R Q PWM Section Gate Driver Startup Cell Drain GND 5 CVCC Depl. CoolMOS™ Snubber Version 2.4 RSense SoftS 93 14 Nov 2006 Pin Configurati 1 Package PG-DIP-8-6 ICE2B265 (SMPS : IC92) Pin Configuration and Functionality 1.1Package Pin PG-DIP-7-1 Configuration with PG-DIP-8-6 Pin SoftS 1 8 GND FB 2 7 VCC Isense 3 6 N.C 5 4 Function 1 SoftS 8 Soft-Start FB Pin Configur Pin Symbol Funct 1 SoftS Soft-S Feedback 2 FB Feedb Isense 2 Controller Current VCC Sense Input, 7 CoolMOS™ Source Output 3 Isense Contro CoolM 4 Isense 5 Drain 3 Drain 650V1)/800V2) CoolMOS™ Drain 4 N.C. Not co 5 Drain 650V1 6 n.c. 7 N.C 4 VCC Not connected 5 Drain Controller Supply Voltage 7 VCC Contro 8 GND Contro SoftS 1 2 Drain Symbol 1.2 3 FB Drain 1) GND 2) 650V /800V CoolSET™-F2 CoolMOS™ Drain 8 GND Blockdiagram Controller Ground Representative 2Figure 1 Representative BlockdiagramFigure 2 Pin Configuration PG-DIP-8-6 (top view) at Tj = 110°C Pin Configuration PG-DIP-7-1 (top view) 2) at Tj = 25°C at Tj = 110°C 2) at Tj = 25°C + Converter DC Output VOUT - ICE2B265 Block Diagram 1) 1) Package PG-DIP-8-6 Isense 8 GND SoftS 1 FB 2 7 VCC FB 2 Isense 3 6 N.C Isense 3 fstandby 20kHz 21.5kHz fnorm 67kHz 100kHz x3.65 PWM OP 5 Drain n.c. Pin Configuration PG-DIP-8-6 (top view) Figure 2 fnorm fstandby fosc G3 Standby Unit UFB 0.8V 4 ICE2Axxxx Current Limiting Improved Current Mode Drain ICE2Bxxxx D1 Current-Limit Comparator Q R Error-Latch Q Spike Blanking 5 s S 0.3V Soft Start Power-Up Reset 1 Figure 1 C5 PWM Comparator Soft-Start Comparator Propagation-Delay Compensation Vcsth Gate Driver Q R G4 Clock fstandby-fnorm Duty Cycle max Oscillator 6.5V 5.3V 4.8V 4.0V Power-Down Reset Voltage Reference Internal Bias 13.5V 8.5V Undervoltage Lockout Power Management CVCC CLine SoftS Leading Edge Blanking 220ns 10k CoolMOS™ Q S PWM-Latch 0.72 Duty Cycle Max Drain Snubber Package P 25 Dec 2006 Optocoupler 6 RSense Version 2.6 GND CoolSET™-F2 Protection Unit Tj >140°C Thermal Shutdown 6 Figure 5 RFB FB CSoft-Start SoftS 85 ... 270 VAC T1 6.5V RSoft-Start 5.6V 5.3V 4.8V C3 G2 C4 G1 C2 4.0V 6.5V 16.5V C1 VCC RStart-up Version 2.6 Representative Blockdiagram Version 2.6 9 25 Dec 2006 94 4 Pin Configurat OUT gate driver output VCC IC supply voltage 8 GND Common ground 1.2 Pin Conf CS (Current Sensing) This pin is connected to the shunt resistor for the primary current sensing, externally, and the PWM signal generator for switch-off determination (together 1.1 Pin Configuration with the regulation voltage), internally. Moreover, shortwinding protection is realised by monitoring the voltage Vcs during on-time of the main power switch. 1 REG (Regulation Normally, an exte for a smooth v connected to the Pin Symbol Function HV (High Voltage) determination (t The pin HV is connected to the bus voltage, externally, signal), the digita 1 ZC current through Zero Crossing and to the power cell, internally. The reduction with this pin pre-charges the VCC capacitor once the supply operation, and th 2 REG Regulation bus voltage is applied. Additionally, the current through burst mode ope this pin supplies the IC in case that the output voltage 3 CS Primary Current Sensing is lowered during active burst mode operation, or Quasi-Resonant PWM Controllercontrol during bu during latch-off mode. open-loop / ove 4, 5 HV High Voltage input ICE2QS01monitoring the vo OUT gate driver output OUT (Gate drive output) 6 Package PG-DIP-8 ICE2QS01 (SMPS : IC93) ZC 1 8 GND REG 2 7 VCC CS 3 6 OUT HV 4 5 HV Representative voltage block diagram CS (Current Sens This output signal drives7 the external VCC main power IC supply switch, which is a power MOSFET in most case. 8 2 GND Representative block diagram Figure 1 Pin Configuration PG-DIP-8(top view) Pin Functionality VZCT2 VZCT1 ZC (Zero ZCCrossing) At this pin, 1 the voltage from the auxiliary winding after a time delay circuit is applied. Internally, this pin is VOLP connected to the zero-crossing detector for switch-on determination. Additionally, the output overvoltage detection is realized by comparing the voltage Vzc with VVCCOVP an internal preset threshold. REG 2 Version 2.0 GND (Ground) 2 REG Zero-crossing counter ThisOLP is the common ground of the controller. VCC OVP Vvccuvp VOPOVP VREF VcsSW output OVP SWP power management power cell controller VCC 7 Figure 2 4 2006 HVDecember 5 CS 3 HV 4, 5 active burst control VCC UVP RReg up/down counter 3 CS auto restart This pin is conn primary current signal generator with the regulatio winding protectio Vcs during on-tim Common ground VCC (Power supply) This is the IC power supply pin. Externally, this pin is connected to the VCC capacitor, is supplied byPG-DIP-8 1.2 whichPackage the inside power cell during VCC charge-up, burst mode operation at lowered output voltage or during latched-off of the IC, and the auxiliary winding during normal operation or burst mode operation with high ringing enough voltage across the auxiliary Based ZCwinding. 1 on 8 suppression this voltage, the VCC under- or over-voltage protection are implemented. time control ICE2QS01 Block Diagram 1.3 Pin Configuration and Functionalit PWM generator 6 7 GND 7 VCC 6 OUT 5 HV (High Voltage The pin HV is con and to the powe this pin pre-charg bus voltage is app this pin supplies is lowered durin during latch-off m OUT (Gate drive This output sign switch, which is a HV VCC (Power sup This is the IC po Figure 1 Pin Configuration PG-DIP-8(top view) connected to the latch on/off FF the inside powe off mode operation latched-off of the gate driver normal operation 1.3 Pin Functionality enough voltage a current limitation / OUT this voltage, the V foldback correction are implemented 6 ZC (Zero Crossing) Vcsth At this pin, the voltage from the auxiliary winding after a time delay circuit is applied. Internally, this pin is GND (Ground) connected to the zero-crossing detector for switch-on This is the comm determination. Additionally, the output overvoltage current detection measurement is realized by comparing the voltage Vzc with an internal preset threshold. GND v1 8 Vos Version 2.0 Representative Blockdigram 95 5 S020-MXS4003A-A 2.DISPLAY 15. IO インターフェイス IOInterfaces MXS4003A (DISPLAY : CN84) 端子番号 端子名 入出力 Pin No. Pin Name IO 1 VSS P 2 NC - 3 VCC P 4 VCOMH O 5 VLSS P 6 D7 I 7 D6 I 8 D5 I 9 D4 I 10 D3 I 11 D2 I 12 I 15 D1 (SDIN) D0 (SCLK) E, RD# R/W#, WR# 16 BS0 I 17 BS1 I 18 D/C# I 19 CS# I 20 RES# I 21 Reserved O 22 IREF O 23 NC - 24 VDDIO P 25 VDD O 26 VCI P 27 VSL P 28 VLSS P 29 NC - 30 VCC P 13 14 I I I 機能 Functions グランド GND ドライバー系陽極電源 Power supply for Anode Driver ドライバー系陰極電源 Power supply for Cathode Driver アナロググランド Analog system ground データバス Data Bus データバス Data Bus データバス Data Bus データバス Data Bus データバス Data Bus データバス Data Bus データバス、またはシリアルデータ入力 Data Bus or Serial Date Input データバス、またはシリアルクロック入力 Data Bus or Serial Clock Input 読み出し (シリアルインターフェース時、内部で "L" 固定になる) Read (This pin stays "L"(low) in Serial Interface Mode) 書き込み (シリアルインターフェース時、内部で "L" 固定になる) Write (This pin stays "L"(low) in Serial Interface Mode) インターフェース選択子 Select MCU bus interface setting ・BS0=0, BS1=0 : 4 line SPI ・BS0=0, BS1=1 : 8bit 8080 Parallel ・BS0=1, BS1=0 : 3 line SPI ・BS0=1, BS1=1 : 8bit 6800 Parallel データ/コマンド切替制御 "H":データ, "L":コマンド Data/Command Control. "H" :Data, "L":Command チップセレクト "L" でI/F通信可能 Chip Select, Active "L" リセット "L"でリセット Reset, Active "L" NCとしてください Please No Connect. 陽極出力基準電流設定端子 Reference current setting インターフェイス系電源 Power supply for Interface logic level 内部ロジック系電源 Power supply for Core logic operation 外部ロジック系電源 Low voltage power supply 陽極基準電位 Segment Reference voltage アナロググランド Analog system ground ドライバー系陽極電源 Power supply for Anode Driver 印刷用m Display Side 1Pin 30Pin 東北パイオニア株式会社 Tohoku Pioneer Corporation 96 35 PARTS LIST OF P.C.B. UNIT zParts for which "nsp" is indicated on this table cannot be supplied. zThe parts listed below are for maintenance only, might differ from the parts used in the unit in appearances or dimensions. Note: The symbols in the column "Remarks" indicate the following destinations. E3 : U.S.A. & Canada model DISPLAY PCB ASSY Ref. No. Part No. E2 : Europe model Part Name Remarks SEMICONDUCTORS GROUP IC81 8R2431005500S MCU, IC (R32C/100, 144P6Q-A) IC83 943231011200S 2A Low Drop Regulator (HRP-5) Q'ty CVIBA00DD0WHFP Q932 Q933 Q934 Q935 Q936 Q937 90M-HX800010R 90M-HX600010R 90M-HX800010R 90M-HX600010R 00D2757001907 90M-HX800010R T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 MOSFET (P-CH, 2.5V POWER TRENCH) T.R , CHIP , SOT-23 HVTKRC102S HVTKRA102S HVTKRC102S HVTKRA102S CVTFDC608PZ HVTKRC102S D903 D933,934 D941 D944,945 D946 00D2760794900 00D2760794900 nsp 00D2760794900 90M-HI101090R DIODE , CHIP confirm a last version in SDI. DIODE , CHIP Use the service board after updating it. DIODE , ZENER(CHIP,2.7V) DIODE , CHIP L.E.D , 2COLOR(RED/GREEN) CVDKDS160RTKP CVDKDS160RTKP HVDUDZS2.7BSR CVDKDS160RTKP HVDSPR39MVW3 CAP, CHIP (4.7uF/6.3V, 1608, MURATA GRM18) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 10V/4.7uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/33pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/33pF) CAP, CHIP 1UF/25V/2012/Y5V CAP , CHIP (1608, 10V/1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (25V/4.7uF, 2125 SIZE) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.01uF) CAP , ELECT ( 47uF/50V ) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP, CHIP (1uF/25V, 2012, MURATA GRM21) RES , CHIP(0 OHM , 5% , 1608) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CCUS0J475KC CCUS1H102KC CCUS1H102KC CCUS1H104KC CCUS1A475KC CCUS1H104KC CCUS1H330JA CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H330JA CCUC1E105ZF CCUS1A105KC CCUS1H102KC CCUC1E475KC CCEA1HKS100T CCUS1H104KC CCUS1H103KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CCEA1VKS470T CCUS1H103KC CCEA1HKS470T CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUMUC1H105KC CRJ10DJ0R0T CCUS1H103KC CCUS1H104KC CCUS1H103KC CCUS1H102KC HCEC1CRV2100T CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCEA1CKS470T CAPACITORS GROUP C801 C802 C805 C806 C808,809 C810-815 C816 C817 C818 C819 C823 C824 C825 C826 C827 C828,829 C830 C831,832 C833 C834 C835 C836,837 C838 C839 C840 C841 C842 C843 C844 C845 C847 C850-855 C856 C857,858 C859 C860 C861 C869 C870 C871 C931 C932 nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp NOTE : When update Firmware, please 97 New Ref. No. C933,934 C941 C944 C946 C949 C950,951 C952,953 C955,956 C957 C958 C959 C964 C965 C966 C967 C968,969 C970 C971 C972 C973 C974 C975 C976 C977 C978,979 C980 C982 C983 C985 C988,989 C991 C992,993 C994 C995 C996 Part No. nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp OTHER PATRS GROUP BK81-84 nsp Part Name Remarks Q'ty CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/180pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/2700pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H102KC CCUS1H181JA CCUS1H104KC CCUS1H103KC CCUS1H104KC CCEA1AKS221T CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H272KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H102KC CCUS1H104KC BRACKET , PCB CMD1A569 BN81 BN82 BN83 nsp nsp nsp WIRE ASS'Y (SHIELD, 7P, 2MM, 250MM) WIRE ASS'Y (SHIELD, 5P, 2MM, 250MM) WIRE ASS'Y (SHIELD, 6P, 2MM, 120MM) CWB1C90725047001 CWB1C905250NG002 CWB1C906120NG001 CN84 CN88 nsp nsp WAFER, SMD (30P, 0.5mm, FRONT FLIP) WAFER, STRSIGHT, 1MM, SMD CJP30GB278ZY CJP30GA193ZY JK81 JK82 JK83,84 L801,802 L904-907 L931 L932,933 943643001320S JACK , USB STRAIGHT(BLACK) nsp JACK , IPOD CONNECTOR (37P, DENON) 00D9430105204 JACK , HEADPHONE (SILVER) CJJ9X006Z CJJ00D051451004-DM HJJ2D003Y nsp BEAD , FERRITE (FCM2012KF-121T08 , 120 CLZ9R010Z nsp nsp nsp OHM) CHIP , BEAD FERRITE , CHIP BEAD(220ohm, 2012) RES , CHIP , 0 OHM, 5% , 1/8W , 2012 HLZ9Z014Z CLZ9R006Z CRJ18AJ0R0T RC81 00D9430194706 SENSOR , REMOCON CRVKSM603TH5B S901-904 S906-909 S911,912 90M-SP001210R SW , TACT 90M-SP001210R SW , TACT 90M-SP001210R SW , TACT CST1A012ZT CST1A012ZT CST1A012ZT X802 943142011280S 16M Resonator COXCSTCE16M0V51 943606011480S CABLE , CARD(1.0MM, 30P, 180MM, B TYPE) 98 CN88 CWC4F4A30A180B08 New MAIN PCB ASS'Y Ref. No. Part No. Part Name SEMICONDUCTORS GROUP IC11 8R2431005400S MCU, IC (R32C/100, 144P6Q-A) IC12 943231011000S I,C , REGULATOR(3.3V SMD Type) IC13 943231011210S I.C , REGULATOR Remarks (SWITCH LOW DROP,5V,DPAK-5) I.C , REGULATOR(SOT-223) I.C , CD DSP (SERVO,AMPLIFIER,DSP,LQFP-80P) I.C EEPROM(256K, 32-kword x 8 bit) Reset IC (3V, SSOP5) I.C , REGULATOR (9V, DPAK-5) I.C , 5-CH MOTOR DRIVE IC IC18 IC21 IC22 IC25 IC26 IC31 90M-HC900160R 943245006980S 943249011290S 943239011300S 943231011220S 943239006900S IC32 (WITH REG,SSOP-28P) 943231011210S I.C , REGULATOR Q'ty CVIR5F64169DFD BVIBA33BC0FP CVIKIA78R050F CVIKIA1117S15 CVITC94A92FG CVIR1EX24256ASAS0A CVIBD4730G CVIKIA78R09F CVIIP4001CRLTF CVIKIA78R050F IC41 IC42,43 IC44 IC51 IC52 IC53 IC71,72 00D2623762008 00MHC008005K0 00MHC10102090 00MHC12273370 00MHC10102090 00MHC10200090 00D2623503911 (SWITCH LOW DROP,5V,DPAK-5) I.C , AUDIO CODEC(64PIN_LQFP, 0.5MM) I.C , INVERTER(CMOS) NOTE : I.C , OP AMP (JRC) When update Firmware, please I.C , PWM PROCESSOR confirm a last version in SDI. I.C , OP AMP (JRC) Use the service board after I.C , HEADPHONE (JRC) updating it. I.C , STEREO DIGITAL AMP Q201 Q235,236 Q237 Q238 Q239 Q251,252 Q256 Q301 Q303 Q404-407 Q501 Q502 Q503 Q504 Q608,609 Q610-615 Q616 Q617 Q618 Q622 Q623 Q624 Q701 Q702 Q705 Q706 Q707 Q708 Q751 Q752 90M-HX600020R 90M-HX800010R 90M-BA001600R 90M-HX800080R 90M-HX800010R 90M-HX800010R 90M-HX800010R 90M-HX800100R 90M-HX800010R 90M-HT300970R 90M-HX800080R 90M-BA001600R 90M-HX800080R 90M-BA001600R 90M-HT800110R 90M-HT300970R 90M-HX800010R 90M-HX600010R 90M-HX800010R 90M-HX800010R 90M-HX600010R 90M-HX800010R 90M-HX800080R 90M-BA001600R 90M-HX600020R 90M-HX800100R 90M-HX600020R 90M-HX800100R 90M-HX800080R 90M-BA001600R T.R , CHIP T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP T.R , CHIP , SOT-23 T.R , CHIP T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP T.R , CHIP T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP T.R , CHIP T.R , CHIP T.R , CHIP T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 HVTKTA1504SYRTK HVTKRC102S HVTKRA107S HVTKRC107S HVTKRC102S HVTKRC102S HVTKRC102S HVTKTC3875SYRTK HVTKRC102S HVTKTC2875B HVTKRC107S HVTKRA107S HVTKRC107S HVTKRA107S HVTKTC4075GR HVTKTC2875B HVTKRC102S HVTKRA102S HVTKRC102S HVTKRC102S HVTKRA102S HVTKRC102S HVTKRC107S HVTKRA107S HVTKTA1504SYRTK HVTKTC3875SYRTK HVTKTA1504SYRTK HVTKTC3875SYRTK HVTKRC107S HVTKRA107S D103 D201 D202,203 D207 D208-211 D230 D231 D232 D233 D234 D235 D238,239 00D2760794900 00MHZ21303210 00D2760794900 nsp 00MHZ21303210 nsp nsp nsp nsp nsp nsp 00D2760794900 DIODE , CHIP DIODE , CHIP DIODE , CHIP DIODE , RECT DIODE , CHIP DIODE , ZENER DIODE , ZENER DIODE , ZENER DIODE , ZENER DIODE , ZENER DIODE , ZENER DIODE , CHIP CVDKDS160RTKP HVD1SS355T CVDKDS160RTKP CVD1N4003T HVD1SS355T HVDMTZJ16BT HVDMTZJ11BT HVDMTZJ20BT HVDMTZJ5.6BT HVDMTZJ7.5BT HVDMTZJ20BT CVDKDS160RTKP 99 CVIAK4683EQ CVITC7WHU04FU HVINJM2068MDTE1 CVITAS5508BPAG HVINJM2068MDTE1 HVINJM4556AL CVITAS5142DKDG4 New Ref. No. D240 D241 D251-255 D262,263 D302 D401 D501-504 D605-606 D607,608 D609 D612,613 D615,616 Part No. nsp nsp 00MHZ21303210 00MHZ21303210 00D2760794900 00D2760794900 00MHZ21303210 00MHZ21303210 00D2760794900 00MHZ21303210 00D2760794900 00D2760794900 CAPACITORS GROUP C131 C143 C144 C145 C146 C174 C175 C176 C177 C178 C180 C185 C186 C187 C188 C189 C190 C191 C201 C202 C203 C204 C205 C206 C207 C209 C210 C211 C212 C213 C214,215 C216 C217 C219,220 C221 C224 C225 C226 C227 C228 C229-231 C232 C233 C234,235 C237 C238 C239 C240 C241 C242 C243 C244 nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp Part Name Remarks Q'ty DIODE , ZENER DIODE , ZENER DIODE , CHIP DIODE , CHIP DIODE , CHIP DIODE , CHIP DIODE , CHIP DIODE , CHIP DIODE , CHIP DIODE , CHIP DIODE , CHIP DIODE , CHIP HVDMTZJ16BT HVDMTZJ20BT HVD1SS355T HVD1SS355T CVDKDS160RTKP CVDKDS160RTKP HVD1SS355T HVD1SS355T CVDKDS160RTKP HVD1SS355T CVDKDS160RTKP CVDKDS160RTKP CAP , CHIP (1608, 50V/0.01uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/2200pF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/4700pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.015uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP ELECT CAP , CHIP (1608, 50V/0.033uF) CAP , CHIP (1608, 50V/5600pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/470pF) CAP , CHIP ELECT CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.047uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/15pF) CAP , CHIP (1608, 50V/18pF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.015uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/47pF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.01uF) CCUS1H103KC CCEA1CKS101T CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H222KC CCUS1H103KC CCUS1H472KC CCUS1H104KC CCUS1H153KC CCUS1H104KC CCUS1H104KC HCEC0JRV102T CCUS1H333KC CCUS1H562KC CCUS1H104KC CCUS1H471JA HCEC0JRV102T CCUS1H103KC CCUS1H473KC CCUS1H104KC CCUS1H104KC CCUS1H150JA CCUS1H180JA CCUS1H104KC CCEA1AKS101T CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H153KC CCEA1AKS101T CCUS1H104KC CCUS1H470JA CCUS1H104KC CCEA1AKS470T CCUS1H103KC 100 New Ref. No. C245 C246 C247,248 C251 C252 C253 C254 C255 C256 C257-259 C260-263 C264,265 C266 C270 C271 C272 C274 C275 C276 C278 C279 C280 C285 C286 C291 C292 C293 C294 C304 C306 C307 C308 C309 C310 C311 C315 C316 C317,318 C319 C320 C321 C322 C323 C331,332 C334,335 C350 C351 C352-355 C389 C392 C401 C402 C403 C404 C405 C406 C407 C409 C410 C411 C412 C413 C414 C415 C416 C417 C420-423 Part No. Part Name nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp 00D2544694909 nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp 00D2544583942 nsp CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP(2012 SIZE) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) RES , CHIP(0 OHM , 5% , 1608) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP(2012 SIZE) CAP , ELECT CAP , CHIP(2012 SIZE) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/1000pF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , SMD ELECT(MANLEX RV, 16V/470, 10X10) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.01uF) CAP , ELECT CAP , CHIP (1608, 50V/0.01uF) CAP , ELECT CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/2200pF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP(2012 SIZE) CAP , CHIP (1608, 50V/1000pF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT(ELNA RFO 100uF/25V) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/47pF) CAP , CHIP (1608, 50V/56pF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELEC ELNA ROB 10uF/50V CAP , ELECT 101 Remarks Q'ty CCUS1H102KC CCUS1H104KC CCUC1A475ZF CCUS1H104KC CCEA1AKS101T CCEA1CH471T CCUS1H104KC CCEA1CH471T CCUS1H104KC CRJ10DJ0R0T CCUS1H104KC CCEA1CH101T CCUS1H104KC CCUC1A475ZF CCEA1HH100T CCUC1A475ZF CCUS1H102KC CCUS1H103KC CCUS1H104KC CCUS1H104KC CCEA1CH101T CCUS1H102KC CCEA1CH101T CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCUS1H104KC CCUS1H104KC CCEA1CH471T CCEC1CRV471T CCUS1H104KC CCEA1AH101T CCUS1H104KC CCUS1H102KC CCUS1H103KC CCUS1H104KC CCEA1CH470T CCUS1H103KC CCEA1CH101T CCUS1H103KC CCEA1EH101T CCUS1H102KC CCUS1H104KC CCUS1H222KC CCEA1CH470T CCUS1H104KC CCUC1A475ZF CCUS1H102KC CCEA1EH101T CCUS1H104KC CCEA1ERFO101T CCUS1H104KC CCUS1H470JA CCUS1H560JA CCUS1H103KC CCUS1H104KC CCEA1HH100T CCEA1HH1R0T CCUS1H104KC CCEA1HH2R2T CCUS1H104KC CCEA1HH100T CCUS1H104KC CCEA1HROB100T CCEA1HH1R0T New Ref. No. C426-429 C430 C431 C432,433 C434 C435 C436,437 C438 C439 C440,441 C442,443 C447-450 C453,454 C458 C459 C460-463 C464 C465 C466-469 C470,471 C472,473 C477 C478,479 C480 C481,482 C483 C484 C485 C486,487 C488 C489,490 C501 C502 C503,504 C505 C506,507 C508 C509 C510 C511 C512-517 C518 C519 C520,521 C522 C523,524 C525 C526 C539 C540 C541 C550 C553-555 C557 C558,559 C560 C561 C571 C567 C572,573 C574,575 C580-582 C587 C588 C591 C592 C596 Part No. nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp Part Name CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , ELECT CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/330pF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , ELECT CAP , CHIP (1608, 50V/100pF) CAP , CHIP (1608, 50V/100pF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/100pF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/270pF) CAP , ELECT CAP , CHIP (1608, 50V/100pF) CAP , ELECT CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/4700pF) CAP , CHIP (1608, 10V/1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/100pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/22pF) CAP , CHIP (1608, 50V/18pF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) RES , CHIP(0 OHM , 5% , 1608) RES , CHIP(0 OHM , 5% , 1608) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , ELECT RES , CHIP(0 OHM , 5% , 1608) RES , CHIP(0 OHM , 5% , 1608) CAP , CHIP (1608, 50V/0.1uF) RES , CHIP(0 OHM , 5% , 1608) CAP , CHIP (1608, 50V/0.01uF) RES , CHIP(0 OHM , 5% , 1608) 102 Remarks Q'ty CCEA1HH1R0T CCUS1H104KC CCEA1HH100T CCEA1HH220T CCEA1EH470T CCUS1H104KC CCUS1H331JA CCEA1EH470T CCUS1H104KC CCUS1H103KC CCEA1HH220T CCUS1H101JA CCUS1H101JA CCEA1EH470T CCUS1H104KC CCUS1H101JA CCUS1H104KC CCEA1EH470T CCUS1H271JA CCEA1HH100T CCUS1H101JA CCEA1CH470T CCUS1H103KC CCUS1H472KC CCUS1A105KC CCEA1EH470T CCUS1H104KC CCEA1EH470T CCUS1H104KC CCUS1H101JA CCUS1H104KC CCUS1H104KC CCUS1H103KC CCUS1H104KC CCUS1H103KC CCUS1H104KC CCEA1HH100T CCUS1H102KC CCUS1H104KC CCEA1HH100T CCUS1H104KC CCUS1H220JA CCUS1H180JA CCUS1H104KC CCEA1HH100T CCUS1H104KC CCEA1CH101T CCUS1H104KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CRJ10DJ0R0T CRJ10DJ0R0T CCEA1HH100T CCUS1H104KC CCEA1HH100T CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H102KC CCEA1EH221T CRJ10DJ0R0T CRJ10DJ0R0T CCUS1H104KC CRJ10DJ0R0T CCUS1H103KC CRJ10DJ0R0T New Ref. No. C597 C601 C602 C603 C604 C605 C606 C607,608 C656 C658 C661 C662 C663 C664 C665 C666 C667 C680 C681 C682 C683 C684 C685 C686 C687 C688 C689 C690 C691 C692 C693 C694 C695 C696 C697 C698 C699 C700 C701-703 C704 C705,706 C707 C708 C709 C710,711 C712,713 C714,715 C716 C717 C718 C719 C724-726 C728,729 C731,732 C733 C734,735 C736,737 C745,746 C751-753 C754 C755,756 C757 C758 C759 C760,761 C762,763 C764,765 Part No. nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp 00MDK56333300 943132003120S 00MDK56333300 943132003120S 00MDK56333300 nsp 943134003040S 00D2544692901 nsp nsp 00MDD95331300 nsp 943132003110S 943132003100S nsp nsp nsp nsp nsp nsp 00MDK56333300 943132003120S 00MDK56333300 943132003120S Part Name CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/1000pF) RES , CHIP(0 OHM , 5% , 1608) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP(2012, 33nF/50V) CAP , CHIP (3216, 100V/0.1uF) CAP , CHIP(2012, 33nF/50V) CAP , CHIP (3216, 100V/0.1uF) CAP , CHIP(2012, 33nF/50V) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , ELECT(ELNA, RFO, 63V/10U) CAP , CHIP (1608, 50V/0.1uF) RES , CHIP(0 OHM , 5% , 1608) CAP , CHIP CAP , METALIZED FILM(100V/0.47UF, 5%) CAP , CHIP (2012, 100V/0.1uF) CAP , CHIP (2012, 100V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP(2012, 33nF/50V) CAP , CHIP (3216, 100V/0.1uF) CAP , CHIP(2012, 33nF/50V) CAP , CHIP (3216, 100V/0.1uF) 103 Remarks Q'ty CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCEA1EH221T CCUS1H104KC CCUS1H103KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H103KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CRJ10DJ0R0T CCUS1H104KC CCEA1CH101T CCUS1H104KC CCEA1HH100T CCUS1H104KC CCUC1H333KC CCUP2A104KC CCUC1H333KC CCUP2A104KC CCUC1H333KC CCUS1H104KC CCET1HKLH332KK8 CCEA1JRFO100T CCUS1H104KC CRJ10DJ0R0T CCUC1H331JA CCME2A474JR08T CCUC2A104KC CCUC2A103KC CCUS1H104KC CCUS1H104KC CCEA1CH101T CCUS1H104KC CCEA1HH100T CCUS1H104KC CCUC1H333KC CCUP2A104KC CCUC1H333KC CCUP2A104KC New Ref. No. C766 C767 C768 C769 C781,782 C783 C784,785 C786,787 C790 C797,798 C891-893 C900,901 C902,903 C991 C992 C993 C994 C995,996 Part No. 00MDK56333300 nsp 943134003040S 00D2544692901 00MDD95331300 nsp 943132003110S 943132003100S nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp Part Name CAP , CHIP(2012, 33nF/50V) CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , ELECT(ELNA, RFO, 63V/10U) CAP , CHIP CAP , METALIZED FILM(100V/0.47UF, 5%) CAP , CHIP (2012, 100V/0.1uF) CAP , CHIP (2012, 100V/0.01uF) CAP , METALIZED FILM(100V/0.47UF, 5%) CAP , CHIP (1608, 50V/0.1uF) RES , CHIP(0 OHM , 5% , 1608) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.01uF) CAP , ELECT CAP , CHIP (1608, 50V/0.1uF) Remarks E2 Q'ty CCUC1H333KC CCUS1H104KC CCET1HKLH332KK8 CCEA1JRFO100T CCUC1H331JA CCME2A474JR08T CCUC2A104KC CCUC2A103KC CCME2A474JR08T CCUS1H104KC CRJ10DJ0R0T CCEA1HH100T CCUS1H104KC CCEA1CH100T CCUS1H104KC CCUS1H103KC CCEA1CH100T CCUS1H104KC RESISTORS GROUP R111,112 nsp R115 nsp R429 nsp R565 nsp R569 nsp R575 nsp R579 nsp R700 nsp R709,710 943124003380S R711,712 943124003360S R718,719 nsp R722 nsp R759,760 943124003380S R761,762 943124003360S R997 nsp R998 nsp R999 nsp RES , METAL OXIDE FILM RES , METAL OXIDE FILM RES , CHIP 1% FERRITE , CHIP BEAD(220ohm, 2012) FERRITE , CHIP BEAD(220ohm, 2012) FERRITE , CHIP BEAD(220ohm, 2012) FERRITE , CHIP BEAD(220ohm, 2012) CAP , CHIP (1608, 50V/0.1uF) RES , CHIP , 18 OHM, 1% , 1/8W , 2012 RES , CHIP , 3.3 OHM, 1% , 1/8W , 2012 RES , METAL OXIDE FILM RES , METAL OXIDE FILM RES , CHIP , 18 OHM, 1% , 1/8W , 2012 RES , CHIP , 3.3 OHM, 1% , 1/8W , 2012 CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.1uF) KRG1SANJ222RT KRG1SANJ222RT CRJ10DF1202T CLZ9R006Z CLZ9R006Z CLZ9R006Z CLZ9R006Z CCUS1H104KC CRJ18AF18R0T CRJ18AF3R30T KRG1SANJ222RT KRG1SANJ222RT CRJ18AF18R0T CRJ18AF3R30T CCUS1H102KC CCUS1H103KC CCUS1H104KC OTHER PATRS GROUP BK51 nsp BRACKET , PCB CMD1A569 BN62 nsp WIRE ASS'Y (8P, 2MM, 250MM) CWB1C008250NG CN24 CN25 CN26 CN31 CN41 CN42 CN43,44 CN45 CN61 nsp nsp nsp nsp nsp nsp nsp nsp nsp WAFER WAFER , STRAIGHT(DVD LOADER) WAFER , STRAIGHT WAFER(11P, ST 1.25MM) WAFER, STRSIGHT, 1MM, SMD WAFER , CARD CABLE (SMD, 1MM) LOCKING TYPE , STRAIGHT WAFER , 2MM LOCKING TYPE , STRAIGHT WAFER , 2MM LOCKING TYPE , STRAIGHT WAFER , 2.5MM CJP11GA117ZY CJP06GA19ZY CJP05GA19ZY CJP11GA115ZY CJP30GA193ZY CJP23GA193ZY CJP07GI236ZW CJP13GI236ZW CJP05GI237ZW ET51 ET61 ET71,72 ET81 nsp nsp nsp nsp PALTE , EARTH PALTE , EARTH PALTE , EARTH PALTE , EARTH HJT1A025 HJT1A025 HJT1A025 HJT1A025 JACK , BOARD TERMINAL , IN/OUT MODULE , OPTICAL (RX,3.3V) TERMINAL , SPEAKER (2P, RED BLACK) TERMINAL , SPEAKER (2P, BLACK, RED) CJJ4M046Z CJJ4R019W HJSTORX147L CJJ5N016Z CJJ5N017Z JK51 JK63 JK64 JK71 JK72 943643002710S 90M-YT004010R 262010004005S 943646011730S 943646011740S 104 New * * Ref. No. Part No. L101,102 nsp L104-107 nsp L201 L301 nsp nsp L303,304 nsp L401,402 nsp L406 nsp L501 nsp L601 nsp L603-605 nsp L701,702 nsp L705-712 nsp L723,724 L727,728 L751,752 Part Name BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) INDUCTOR CHIP 10UH (3225 PKG) FERRITE , CHIP BEAD(220ohm, 2012) BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) COIL , SPEAKER (10UH/7A) BEAD , FERRITE Remarks Q'ty CLZ9R010Z CLZ9R010Z HLQ10E100KRZ CLZ9R006Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9Z116Z nsp nsp nsp HLZ9Z014Z HLZ9Z014Z CLZ9Z116Z WN24 nsp WAFER , CD MECHA CJP16GA117ZY X201 X202 X401 X501 943141001190S 943142011280S 90M-JX001070R 943141003490S CRYSTAL, 16.934MHz, HC-49/SMD, 12pF, 25PPM 16M Resonator CRYSTAL, 12.288MHz, HC-49/S, 32pF, 50PPM CRYSTAL, 13.500MHz, HC-49/SMD, 16pF, 30PPM COX16934E120S COXCSTCE16M0V51 HOX12288E320C COX13500E160S HEAT SINK CMY1A368 105 * CLZ9R010Z (FCM2012KF-121T08 , 120 OHM) CHIP , BEAD CHIP , BEAD COIL , SPEAKER (10UH/7A) nsp New * 1 * ETHER NET PCB ASS'Y d Ref. No. Part No. SEMICONDUCTORS GROUP IC21 236710076509S Part Name I.C , IPOD AUTHENTICATION CHIP FROM Remarks Q'ty CVI236710076509S-DM IC22 IC23,24 IC28 MARANTZ 943236011750S USB 2.0 De/MultiPlexer Switch (480Mbps, 1:2)_ 231810051504S I.C , DC-DC CONVERTER (1A,QFN-20P) 231810041507S IC , DCDC Converter (3.5A, SOP8) SANKEN CVITS3USB30EDGSR CVIEN5311QI CVISI8005QTL D201,202 D203,204 D210 D211 D212 D213-216 90M-HD201840R nsp nsp nsp nsp nsp DIODE , RECTIFIER DIODE , CHIP DIODE , SCHOTTKY (40V,3A, DO-214AC) DELTA DIODE , ZENER (CHIP,5.6V) DIODE , ZENER (CHIP,7.5V) ESD SUPPRESSOR HVD1SR159-200 CVDKDS160RTKP CVDSS34SR HVDUDZS5.6BSR HVDUDZS7.5BSR CLZ9Z120Z D271 nsp (ASQS 12U 02 0R2, 0.2pF/12V 1005) DIODE , ZENER (CHIP,5.1V) HVDUDZS5.1BSR Q201-205 Q206 Q207 Q208,209 nsp nsp nsp nsp T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 T.R , CHIP , SOT-23 HVTKRC102S HVTKRA102S HVTKRC102S HVTKRC104S nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp CAP , CHIP ELECT CAP , CHIP ELECT(100UF/25V) CAP , CHIP ELECT (100UF/16V) CAP , ELEC SMD (150uF/25V, 8X10.5, SANYO) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP(2012 SIZE) CAP , CHIP (1005, 16V/0.1uF) CAP , CHIP (1608, 10V/1uF) CAP, CHIP (4.7uF/25V, 2012, MURATA GRM21) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/1000pF) CAP, CHIP (4.7uF/25V, 2012, MURATA GRM21) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 10V/1uF) CAP , CHIP (1608, 50V/1000pF) CAP , CHIP (1608, 50V/0.01uF) CAP , CHIP (1608, 50V/0.01uF) CAP, CHIP (4.7uF/25V, 2012, MURATA GRM21) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP (1608, 50V/180pF) CAP , CHIP ELECT(220UF/6.3V) CAP , CHIP (1608, 50V/0.1uF) CAP , CHIP ELECT CAP , CHIP (1608, 10V/4.7uF) CAP, CHIP (4.7uF/25V, 2012, MURATA GRM21) CAP , CHIP (1608, 50V/0.1uF) CAP, CHIP (4.7uF/25V, 2012, MURATA GRM21) CAP , CHIP (1608, 50V/0.1uF) HCEC0JRV2220T CCEC1ERV2101T HCEC1CRV2101T CCEC1EHVH151TY CCUS1H104KC CCUC1A475ZF CCUI1C104KC CCUS1A105KC CCUMUC1E475KC CCUS1H102KC CCUS1H102KC CCUMUC1E475KC CCUS1H102KC CCUS1A105KC CCUS1H102KC CCUS1H103KC CCUS1H103KC CCUMUC1E475KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H181JA HCEC0JRV2221T CCUS1H104KC HCEC1CRV2220T CCUS1A475KC CCUMUC1E475KC CCUS1H104KC CCUMUC1E475KC CCUS1H104KC BRACKET , PCB CMD1A569 WAFER , SMD (2MM PITCH) WAFER , SMD (2MM PITCH) WAFER , CARD CABLE SMD CJP05GA208ZY CJP06GA208ZY CJP07GA193ZY CAPACITORS GROUP C203 C206 C208 C209-211 C214 C215 C220 C224 C225 C226-231 C233-235 C236 C237-239 C240 C241 C245-255 C257,258 C259 C260 C264,265 C268 C270,271 C273-275 C279,280 C282-286 C288 C290,291 C294 C295 C298,299 C502 C503 C504,505 C506 OTHER PATRS GROUP BK81,82 nsp CN21 CN22 CN23 nsp nsp nsp 106 New * Ref. No. CN25 CN26 CN27 Part No. nsp nsp nsp Part Name WAFER, 2mm, SMD, Vertical, 8P WAFER , CARD CABLE (SMD, 1MM) 120p connector(SMD) Remarks Q'ty CJP08GA208ZY CJP23GA193ZY CJP120GA277ZP F201,202 943661006910S POLY SWITCH (1.6A, 8V) CBA5H1600PSUYT JK21 00D2051333009 RJ45 with LED CJJ9L019Z L201 nsp L202 L203 nsp nsp L204 nsp BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) FERRITE , CHIP BEAD(220ohm, 2012) COIL , SMD POWER (22UH/3A) BEAD , FERRITE (FCM2012KF-121T08 , 120 OHM) 107 CLZ9R10Z CLZ9R06Z CLQ13E220MRZ CLZ9R10Z New SMPS PCB ASS'Y Ref. No. Part No. SEMICONDUCTORS GROUP IC90 90M-HC300960R IC91 943235003220S IC92 943235003200S IC93 943235003210S IC94 00MHC3891899F IC95,96 90M-HC300770R IC97 00MHC3891299F IC98 00D2631099022 IC99 90M-HC300770R Part Name Remarks Q'ty I.C , REGULATOR(TO220IS-4) IC, CooLSET ICE3B0365J IC , COOLSET I.C , PWM CONTROLLER(PG-DIP-8) I.C , VOL REGULATOR(18V, TO-220IS) I.C , REGULATOR I.C , REGULATOR I.C , REGULATOR I.C , REGULATOR CVIKIA78D33PI CVIICE3B0365J CVIICE2B265 CVIICE2QS01 CVIKIA7818API HVIKIA431BAT HVIKIA7812API HVIKIA7912PI HVIKIA431BAT D901,902 D903 D904 D905 D906,907 D908 D909,910 D911 D912 D913 D914,915 D916 D917 D918 D919 D921 D922 D923,924 D927-929 D931 D933 D934 D935 D942 D943 D944,945 D946 D951 90M-HD201860R 90M-HD201870R 90M-HD201860R 90M-HD201870R 90M-HD201860R 90M-HD201870R 943203003150S nsp nsp nsp nsp nsp nsp 90M-HD201890R nsp nsp 943203003150S nsp nsp 90M-HD201990R 90M-HD201860R nsp nsp 943204003160S 90M-HD201890R 90M-HD201860R 90M-HD201890R 943203003140S DIODE , SCHOTTKY DIODE , SCHOTTKY DIODE , SCHOTTKY DIODE , SCHOTTKY DIODE , SCHOTTKY DIODE , SCHOTTKY DIODE DIODE , FAST SWITCHING(0.5W, SOD-123) DIODE , ZENER DIODE , ZENER DIODE , ZENER DIODE , ZENER DIODE , FAST SWITCHING(0.5W, SOD-123) DIODE , ULTRA FAST (DELTA) DIODE , ZENER(27V/0.5W, SOD-123) DIODE , ZENER(20V/0.5W, SOD-123) DIODE DIODE , FAST SWITCHING(0.5W, SOD-123) DIODE , FAST SWITCHING(0.5W, SOD-123) DIODE DIODE , SCHOTTKY DIODE , ZENER(27V/0.5W, SOD-123) DIODE , ZENER DIODE , SCHOTTKY (100V/3A) DIODE , ULTRA FAST (DELTA) DIODE , SCHOTTKY DIODE , ULTRA FAST (DELTA) DIODE , SCHOTTKY(20A, 200V) HVDUF4004T HVDUF4007T HVDUF4004T HVDUF4007T HVDUF4004T HVDUF4007T HVD1N4007T CVD1N4448W HVDMTZJ20BT HVDMTZJ16BT HVDMTZJ20BT HVDMTZJ24BT CVD1N4448W HVDUF5404H CVDMM1Z27 CVDMM1Z20 HVD1N4007T CVD1N4448W CVD1N4448W HVD31DQ06H HVDUF4004T CVDMM1Z27 HVDMTZJ16BT HVD31DQ10FC5 HVDUF5404H HVDUF4004T HVDUF5404H CVDFCH20A20 Q901,902 Q903 Q925 Q932 Q934 Q936 Q937 90M-HT600060R 943235003230S 90M-HT800050R 90M-BA001460R 00D2710323907 00MBA20001000 00MBA10001000 T.R I.C T.R T.R , TO-92M T.R T.R , TO-92M T.R , TO-92M HVTKSA708YT CVISPP11N60C3 HVTKTC3198YT HVTKRC107MT HVTKTA1273YT HVTKRC102MT HVTKRA102MT CAP , ELECT(TDA, 450V/270UF, 105C, 35X30) CAP, ELECT(22uF/100V, 6X11) CAP , CHIP CAP , CHIP CAP , CERAMIC CAP , ELECT CAP, ELECT(22uF/100V, 6X11) CAP , CHIP CAP , CHIP CAP , CERAMIC CAP , ELECT(KRH, 450V/22UF, 12.5X25) CAP , CHIP(2012, 2200PF/50V) CAP , CHIP CAP , CERAMIC CAP, ELECT(22uF/100V, 6X11) CCET450VTDA271N CCEA2AH220TS CCUC1H472KC CCUC1H474KC CCKT3A222KBL CCEA1HH220TS CCEA2AH220TS CCUC1H472KC CCUC1H474KC CCKT3A222KBL CCET450VKRH220KS CCUC1H222KC CCUC1H101JA CCKT3A471KBL CCEA2AH220TS CAPACITORS GROUP C901 nsp C902 943134010940S C903 00MDK96472300 C904 943132003090S C905 nsp C906 90M-OA000320R C907 943134010940S C908 00MDK96472300 C909 943132003090S C910 nsp C911 943134003060S C912 00MDK56222300 C913 00MDD95101300 C914 nsp C915 943134010940S 108 New * Ref. No. C916 C917 C918 C919 C921 C922 C923 C924 C925-928 C929 C930 Part No. nsp nsp 943132002470S nsp 943132002470S 943134003030S 943132002470S 90M-OA000320R 943132002470S nsp 943132002470S C931 C932 C933 C934 C935 C936 C937 C938 C939 C940 C941 C942 C943 C944 C945 C946 C947,948 C949 C950 C951 C952 C953 C954 C955 C956 C957 C958 C959 C960 C961 C962 C963 C964 C967,968 C972-975 C991 nsp nsp 00MOA47701020 nsp 90M-OA000320R 00MOA47701020 nsp 943134003000S 90M-OA000320R nsp 943134007810S 90M-OA000310R 00MOA47701020 90M-OA000320R 943132002470S nsp 943134003000S 90M-OA000320R 943134003000S nsp nsp nsp 943132002470S nsp 943132002470S nsp 943132002470S nsp 943132002470S nsp 943132002470S nsp nsp nsp 943132002470S nsp RESISTORS GROUP R910 R911 R920,921 R928 R934 R935 R937 R949 R954 R956 R958 R960 R985 nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp Part Name CAP , CHIP CAP , CERAMIC CHIP, CAP 0.1UF/50V/2012 CAP , CHIP CHIP, CAP 0.1UF/50V/2012 CAP , ELECT(KRM, 100V/1UF, 105C, 5X11) CHIP, CAP 0.1UF/50V/2012 CAP , ELECT CHIP, CAP 0.1UF/50V/2012 CAP , CHIP CHIP, CAP 0.1UF/50V/2012 CAP , ELECT Remarks Q'ty CCUC1H471JA CCKT3A222KBL CCUC1H104KC CCUC1H103KC CCUC1H104KC CCEA2AH1R0TS CCUC1H104KC CCEA1HH220TS CCUC1H104KC CCUC1H103KC CCUC1H104KC CCEA1AKLH222EKS (105'C, 10X25) 10V 2200uF, KLH SERIES CAP , CHIP(2012, 1uF/50V) CAP , ELECT CAP , CHIP CAP , ELECT CAP , ELECT CAP , ELECT CAP , ELECT CAP , ELECT CAP , CHIP(2012, 1uF/50V) CAP , ELECT(10V/2200UF, 105C, 10X20) CAP , ELECT CAP , ELECT CAP , ELECT CHIP, CAP 0.1UF/50V/2012 CAP , ELECT CAP , ELECT CAP , ELECT CAP , ELECT CAP , ELECT CAP , CERAMIC CAP , CHIP CHIP, CAP 0.1UF/50V/2012 CAP , CHIP CHIP, CAP 0.1UF/50V/2012 CAP , CHIP CHIP, CAP 0.1UF/50V/2012 CAP , CHIP CHIP, CAP 0.1UF/50V/2012 CAP , CHIP CHIP, CAP 0.1UF/50V/2012 CAP , CHIP CAP , CERAMIC (4700PF/1KV) CAP , ELECT CHIP, CAP 0.1UF/50V/2012 CAP , CHIP CCUC1H105KC CCEA1AH471TS CCUC1H103KC CCEA1HH220TS CCEA1AH471TS CCEA1EH102ES CCEA1EH101TS CCEA1HH220TS CCUC1H105KC CCEA1AH222ES CCEA1HH1R0TS CCEA1AH471TS CCEA1HH220TS CCUC1H104KC CCEA1EH102ES CCEA1EH101TS CCEA1HH220TS CCEA1EH101TS CCEA1EH220TS CCKT3A102KBL CCUC1H103KC CCUC1H104KC CCUC1H103KC CCUC1H104KC CCUC1H103KC CCUC1H104KC CCUC1H103KC CCUC1H104KC CCUC1H103KC CCUC1H104KC CCUC1H103KC CCKT3A472KBL CCEA1HH102ES CCUC1H104KC CCUC1H224KC RES , WIRE WOUND (1W/0.68 OHM) RES , METAL OXIDE FILM (2W, 68K) RES , WIRE WOUND (1 W/ 0.2 OHM) RES , METAL OXIDE FILM (2W, 68K) RES, CHIP, 6.8K OHM, 1%, 1/8W, 2012 RES , CHIP , 5.1K OHM, 1% , 1/8W , 2012 RES , METAL OXIDE FILE (10K , J) RES , CHIP , 4.3K OHM, 1% , 1/8W , 2012 RES , CHIP , 5.1K OHM, 1% , 1/8W , 2012 RES , CHIP , 5.1K OHM, 1% , 1/8W , 2012 RES , METAL OXIDE FILM RES , METAL OXIDE FILM (270 OHM) RES, CHIP, 43K OHM, 1%, 1/4W, 3216 CRW1PJ0R68V CRG2SANJ683RT CRW1PJR20V CRG2SANJ683RT CRJ18AF6801T CRJ18AF5101T CRG1SANJ103RT CRJ18AF4301T CRJ18AF5101T CRJ18AF5101T CRG1ANJ220H KRG1SANJ271RT CRJ14CF4302T 109 New Ref. No. Part No. Part Name Remarks OTHER PATRS GROUP BD89-99 90M-FC900340R CHIP , BEAD z CN91 z CN91 CN92 CN93 CN94 z CX91 z CX92 CY91-93 CY94 z DB91 F901 FH91,92 Q'ty HLZ9Z014Z 943641009280S INLET , AC (250V/2.5A PCB MOUNT TYPE) 00D2033905015 INLET , AC (125V/7A PCB MOUNT TYPE) WIRE ASS'Y nsp (5P, 2.5MM, 350MM, WITH HEMELON) nsp WIRE ASS'Y (13P, 2MM, 120MM) nsp WIRE ASS'Y (7P, 2MM, 150MM) E2 E3 CJJ8A012Z CJJ8A013Z CWB1D90535058001 CWB1C91312047 CWB1C90715047 943133003080S CAP , POLYPROPYLENE FILM 90M-OF100550R CAP , X2 CCQF2E224KZE CCQF2E104KZC 90M-DK100930R CAP , CERAMIC (400V Y-CAP) 90M-DK100870R CAP , CERAMIC (400V Y-CAP) CCKDHS102ME CCKDHS222ME 943203003170S DIODE , BRIDGE HVDGBJ606 00D2061090060 FUSE, 215 SERIES, 4A, 250V CBA2C4000TLHEY nsp HOLDER , FUSE KJCFC5S JS90-99 00MNI05000110 RES , CHIP , 0 OHM, 5% , 1/8W , 2012 CRJ18AJ0R0T L921-923 L925 L928 L929,930 943111003320S 943111003320S 943111003330S nsp CLZ9Z040Y CLZ9Z040Y CLZ9Z090Z HLZ93001Z z LF91,92 z LF93 PC91-95 COIL , CHOCK(6.8uH) COIL , CHOCK(6.8uH) COIL , CHOKE(7UH) CORE , BEAD 943111011760S LINE FILTER, 10MH, 0.5PI, 50TS 943111011770S LINE, FILTER (150uH, RING-616) 90M-HW100710R I.C , PHOTO COUPLER CLZ9Z122Z CLZ9Z121Z 943102011250S TRANS , SWITCHING (EE1625, M-CR603) 943102011260S TRANS , SWITCHING (EE2525, M-CR603) 943102011270S TRANS , SWITCHING (EER4042, M-CR603) CLT9Z064ZE CLT9Z065ZE CLT9Z066ZE z TH91 90M-HH000110R NTC , THERMISTOR (10MM PITCH) KRT5D15MSFC z VT91 nsp PROTECTOR, THERMAL(80'C, 100mm)ST-22 SEIRES 943251011310S VARISTOR(560V, 14mm) nsp nsp nsp nsp nsp * * HVIPC17L1CB z TF91 z TF92 z TF93 TS91 New CRTST22080120W * CRVSVC561D14A BRACKET , THERMAL SENSOR HOLDER, IC MICA , SILICONE HEAT SINK HEAT, SINK 110 CMD1A720 CMH1A251 CMX2A164 CMY2A283 CMY3A222X 1 1 1 1 1