Download xPC56xLADPT144S MINIMODULE USER MANUAL
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xPC56xLADPT144S MINIMODULE USER MANUAL Cod. ASD433A Rev. 01.00 Auth. Eng. Alfonso FORGIONE Date 28.08.2009 2 PURCHASE AGREEMENT ASD s.a.s. reserves the right to make changes without further notice to any products herein to improve reliability, function, or design. ASD s.a.s. does not assume any liability arising out of the application or use of any product or circuit described herein. This documentation is protected by European Union as Copyright law and also by International Treaty provisions. ASD s.a.s. authorizes you to make archival copies of the documentation for the sole purpose of back-up and protecting your investment from loss. Under no circumstances may you copy this documentation for the purpose of distribution to others. Under no conditions may you remove the copyright notices from this documentation. © 1998 A.S.D. Advanced Systems Development Fraz. Dragonetti – zona PAIP 85020 Filiano (PZ) ITALY http://www.webasd.com email: [email protected] A.S.D. di Carriero D. & C. s.a.s. Frazione Dragonetti, Zona PAIP 85020 Filiano (PZ) - Tel/Fax +39 0971 88052 - www.webasd.com - [email protected] m 3 TABLE OF CONTENTS 1) OVERVIEW 4 1.1) Package contents 4 1.2) Supported devices 4 1.3) Handling precautions 5 2) HARDWARE FEATURES 6 2.1) ASD433A – xPC56xLADPT144S Minimodule boardfeatures 6 2.2) Pin numbering for jumpers 6 3) HARDWARE & JUMPER SETTINGS 8 3.1) Power supplies 8 3.2) Boot configuration 8 3.3) System CLOCK configuration 8 3.4) Reset circuit 9 4) SCHEMATIC AND BOM 10 A.S.D. di Carriero D. & C. s.a.s. Frazione Dragonetti, Zona PAIP 85020 Filiano (PZ) - Tel/Fax +39 0971 88052 - www.webasd.com - [email protected] m 4 1 - OVERVIEW The xPC56xLADPT144S Minimodule is an evaluation system supporting for FSL MPC5643L microprocessor or STMicroelectronics SPC56EL microprocessor. The minimodule may be used as a stand-alone unit, which allows access to the CPU, but no access to the I/O pins or any motherboards peripherals. Fig.1 – Overview of the xPC56xLADPT144S Minimodule (ASD433A) 1.1 - Package Contents An ASD433A minimodule includes the following item: • One xPC56xLADPT144S Minimodule (ASD433A); • ASD Warranty and Registration card. 1.2 - Supported Devices The ASD433A minimodule supports the following devices: • FSL MPC5643L microprocessor (LQFP144); • STMicroelectronics SPC56EL microprocessor (LQFP144). A.S.D. di Carriero D. & C. s.a.s. Frazione Dragonetti, Zona PAIP 85020 Filiano (PZ) - Tel/Fax +39 0971 88052 - www.webasd.com - [email protected] m 5 1.3 - Handling precautions Please take care to handle the package contents in a manner such as to prevent electrostatic discharge. A.S.D. di Carriero D. & C. s.a.s. Frazione Dragonetti, Zona PAIP 85020 Filiano (PZ) - Tel/Fax +39 0971 88052 - www.webasd.com - [email protected] m 6 2 - HARDWARE FEATURES An 38-pin Mictor Nexus port and a 14-pin JTAG port are provided on the Minimodule to allow usage of an external PowerPC Nexus interface. 2.1 - ASD433A - xPC56xLADPT144S Minimodule board features • Can be used as a stand-alone board by providing external 12V power supply input; • ON/OFF Power Switch w/ LED indicator; • Reset button with filter and LED indicator; • ASD433A has socket for xPC56xL device in 144LQFP footprint; • Debug ports: 38-pin Mictor Nexus port and/or 14-pin JTAG port; • Direct clock input through SMA connector (footprint only); • Jumpers for boot configuration; • 40MHz crystal with jumpers to optionally disconnect it. Fig.2 - xPC56xLADPT144S Top component placement A.S.D. di Carriero D. & C. s.a.s. Frazione Dragonetti, Zona PAIP 85020 Filiano (PZ) - Tel/Fax +39 0971 88052 - www.webasd.com - [email protected] m 7 2.2 - Pin numbering for jumpers Jumpers for the Minimodules have a rectangular pad to indicate the position of pin 1. See examples below for the numbering convention used in this manual for jumper settings. Fig.3 – Pin numbering A.S.D. di Carriero D. & C. s.a.s. Frazione Dragonetti, Zona PAIP 85020 Filiano (PZ) - Tel/Fax +39 0971 88052 - www.webasd.com - [email protected] m 8 3 - HARDWARE & JUMPER SETTINGS 3.1 - Power Supplies When the Minimodule is plugged into the motherboard, power is supplied directly by the motherboard. In this setup, the external power supply input available on the Minimodule should NOT be used. When the xPC56xLADPT144S Mini-Module is used as a stand-alone board, an external +12V power supply must be used. The minimodule obtains its power from the 12VDC Center Positive input barrel connector. The following jumpers are used to configure the power supply: • J1 – VDD_LV_COR0 Enable; • J3 – Debug Port Voltage configuration (V_DEBUG), select from +3.3V and +5V; • J4 – MCU voltage Enable; • J5 – VDD_HV_REG Enable; • J6 – ADC Analog supply voltage Enable; • J7 – Select Analog supply voltage from +3.3V and +5V; • J9 – VDD_HV_FLA0FLA1 Enable; • J10 – VDD_HV_OSC Enable. 3.2 - Boot configuration The following jumpers affect the operation of the processor as it initially comes out of the reset state: • J11 – FAB configuration, controls whether the processor boots from internal FLASH or from a serial interface (CAN, SCI); • J12 – ABS0 configuration, this jumper configures the ABS[0] pin; • J13 – ABS2 configuration, this jumper configures ABS[2] pin. 3.3 - System CLOCK configuration The minimodule support the usage of crystal clock sources as well as external clock sources: A.S.D. di Carriero D. & C. s.a.s. Frazione Dragonetti, Zona PAIP 85020 Filiano (PZ) - Tel/Fax +39 0971 88052 - www.webasd.com - [email protected] m 9 • J9 – 40MHz crystal clock source Enable; • J10 – External clock source Enable. 3.4 - Reset circuit A RESET push button “SW1” on the minimodule can be used to RESET the processor. The J14 jumper Enable the reset circuit. A.S.D. di Carriero D. & C. s.a.s. Frazione Dragonetti, Zona PAIP 85020 Filiano (PZ) - Tel/Fax +39 0971 88052 - www.webasd.com - [email protected] m 10 4 – SCHEMATIC AND BOM A.S.D. di Carriero D. & C. s.a.s. Frazione Dragonetti, Zona PAIP 85020 Filiano (PZ) - Tel/Fax +39 0971 88052 - www.webasd.com - [email protected] m D C +12V PIC1502 PIJ1 01 1 POWERJACK GND PIJ1502 PIJ1501 NO PA2 2 R21 COR21 10K 10/1W PIF102 PPIR2101 IR2101 GND F1 COF1 PIR601 PIJ903 PIJ901 PIJ902 C50 COC50 PA3 GND 3 COR5 R5 3 100n C51 COC51 PIU203 3 GND PIR802 IN U2 COU2 10K R8 COR8 PIR801 PIR701 R7 0 COR7 PIR502 PIR501 do not po pulate TCKOUT NLTCKOUT PIR702 2 1 PIC5101 PIC50 2 100u/16V PIC5102 PIC50 1 PIR2102 4 3 Header 2X2H R13 2 COR13 PIJ1302 PIR1301 PIR1302 J13 COJ13 +3.3V R6 0 COR6 VDDARef Not Poulate COJ9 J9 PIJ904 PIR401 2 COJ7 J7 PIJ702 +5V PIJ703 PIJ701 +3.3V COR4 R4 0 PIR602 PIJ1303 GND Analog Reference Y1 PIJ1301 Pad 126 Not Po ulate PIC2101 COC21 C21 PIC2 01 COC22 C22 PIC2301 COC23 C23 PIC2102470p PIC2 02100n PIC2302 0402 10n 3.3V_MCU PIR402 Fuse - 1A 541-3625 PID201 PIF101 D2 COD2 1N4007 PIS10NO PID202 SW SPDT PIJ1503 PIS10COMMON PIS10NC NC 10K C45 10p PIC4502 PIC4501 Pad 91 PIC801 COC8 C8 PIC901 COC9 C9 PIC10 1 COC10 C10 PIC802470p PIC902 100n PIC10 2 0402 10n PIY10 COY1 COC45 PIY102 PIC4202 GND XTAL 40 MHz NX5032GA 10p PIC4201 COC42 C42 3.3V_VDDA COJ6 J6 VDD_HV_REG S1 COS1 GND PIJ601 +3.3V PIJ602 COJ5 J5 R12 2 COR12 PIJ1202PIR1201 PIR1202 GND J15 COJ15 PIJ501 VDDA PIC2901 COC29 C29 PIC2902 100n PIJ502 J12 COJ12 PIJ1203 PIR1101 PA4 PIJ1201 PIJ1 03 10K R11 2 COR11 PIJ1102 PIR1102 +3.3V 3.3V_MCU +5V V_DBUG COJ4 J4 PIJ402 J11 COJ11 +3.3V 2 PIJ302 PIJ401 +3.3V PIC3601 COC36 C36 PIC3602 100n PIC3501 COC35 C35 PIC3502 100n +3.3V PIC3401 COC34 C34 PIC3402 100n 10uF PIC2802 Not Poulate PIC20 1 COC20 C20 PIC20 2 100n Pad 93 Pad 131 PIC1902 PIC2801 COC28 C28 10uF PIC1901 COC19 C19 Pad 130 PIC2701 COC27 C27 PIC2702 100n Pad 21 PIC501 COC5 C5 PIC601 COC6 C6 PIC701 COC7 C7 PIC502 470p PIC602100n PIC702 0402 10n Pad 95 10uF PIC2602 PIJ303 PIJ301 COJ3 J3 +3.3V Vdebug GND PIC3 01 COC33 C33 PIC3 02 100n PIC1801 COC18 C18 PIC1802 100n Pad 70 Pad 135 PIC1702 PIC2601 COC26 C26 Pad 16 PIC2501 COC25 C25 PIC2502 100n VDD_HV_REG Pad 72 GND 10uF PIC2402 PIC2401 COC24 C24 10uF PIC1701 COC17 C17 Not Poulate PIC201 COC2 C2 PIC301 COC3 C3 PIC401 COC4 C4 PIC202 470p PIC302 100n PIC402 0402 10n PIC1601 COC16 C16 PIC1602 100n VDD_LV_COR0 Pad 39 GND 10uF PIC1501 COC15 C15 10uF COC1 C1 VDD_LV_COR0 Pad 18 GND PIC102 PIC101 1 3 B FAB 1 2 A 1 3 1 2 Pad 6 1 1 2 2 ABS2 3.3V_MCU ABS0 3 1 3 1 3 NMI NLNMI RESET_B VSS_HV_OSC0 PIU201 GND PID601 PID602 1N4007 COD6 D6 OUT 2 1N4007 PIU202 PID502 D5 COD5 PIR1401 4 GND Power PID30K D3 COD3 GREEN LED PID30A PIR1402 R14 330 COR14 C52 PIC5301 COC53 C53 COC52 +3.3V PIC5202 10u/16V PIC5302 100n PIC5201 PID501 LEOPARD_LQFP144 VPP_TEST PIU10107 107 NMI PIU101 1 PIU1088 PIU1087 87 TMS 88 TCK 123 PIU10123 JCOMP 9 PIU109 MDO[0] PIU1031 31 28 PIU1028 LM1117DT-3.3 TCK NLTCK JCOMP NLJCOMP MDO0 NLMDO0 TMS NLTMS D[0] / flexray_CA_TX / etimer1_ETC[1] / pwm_B[1] D[1] / etimer1_ETC[2] / ctu0_EXT_TGR / flexray_CA_RX D[2] / etimer1_ETC[3] / pwm_X[3] / flexray_CB_RX D[3] / flexray_CB_TX / etimer1_ETC[4] / pwm_A[3] D[4] / flexray_CB_TR_EN / etimer1_ETC[5] / pwm_B[3] D[5] / dspi0_CS3 / pwm_FAULT[2] D[6] / dspi0_CS2 / pwm_X[3] / pwm_FAULT[1] D[7] / dspi1_CS3 / dspi0_CS4/swg D[8] / dspi1_CS2 / etimer1_ETC[4] / pwm_FAULT[3] D[9] / pwm_X[0] / lin1_TXD D[10] / pwm_A[0] / etimer0_ETC[0] D[11] / pwm_B[0] / etimer0_ETC[1] D[12] / pwm_X[1] / lin1_RXD D[14] / pwm_B[1] / etimer0_ETC[3] C[0] / adc1_AN[3] C[1] / adc0_AN[2] C[2] / adc0_AN[3] C[4] / dspi0_CS0 / pwm_X[1] / sscm_DEBUG[4] C[5] / dspi0_SCK / sscm_DEBUG[5] / pwm_FAULT[3] C[6] / dspi0_MOSI / pwm_B[1] / sscm_DEBUG[6] C[7] / pwm_A[1] / sscm_DEBUG[7] / dspi0_MISO C[10] / dspi2_CS2 / pwm_A[3] / pwm_FAULT[1] C[11] / etimer0_ETC[4] / dspi2_CS2 C[12] / etimer0_ETC[5] / dspi2_CS3 C[13] / etimer1_ETC[1] / ctu0_EXT_IN / pwm_EXT_SYNC C[14] / etimer1_ETC[2] / ctu0_EXT_TGR C[15] / flexray_CA_TR_EN / etimer1_ETC[0] / pwm_A[1] 5 F[0] / pwm_A[1] / etimer0_ETC[2] F[3] / dspi0_CS6 F[4] / npc_wrapper_MDO[3] F[5] / npc_wrapper_MDO[2] F[6] / npc_wrapper_MDO[1] F[7] / npc_wrapper_MCKO F[8] / npc_wrapper_MSEO_B[1] F[9] / npc_wrapper_MSEO_B[0] F[10] / npc_wrapper_EVTO_B F[11] / leo_sor_proxy_EVTI_B F[12] / etimer1_ETC[3] F[13] / etimer1_ETC[4] F[14] / lin1_TXD F[15] / lin1_RXD E[0] / adc1_AN[5] E[2] / adc0_AN[5] E[4] / adc0_AN[7] E[5] / adc0_AN[8] E[6] / adc0_AN[4] E[7] / adc0_AN[6] E[9] / adc1_AN[7] E[10] / adc1_AN[8] E[11] / adc1_AN[4] E[12] / adc1_AN[6] E[13] / etimer0_ETC[5] / dspi2_CS3 E[14] / etimer1_ETC[5] / siul_EIRQ[26] E[15] / dspi0_CS1 5 VSS_HV_IO0_0 VSS_HV_IO0_1 VSS_HV_IO0_2 VSS_HV_IO0_3 VSS_LV_COR0_0 VSS_LV_COR0_1_FLA0 VSS_LV_COR0_2 VSS_LV_COR0_4 VSS_LV_COR0_5 VSS_LV_REGCOR0 VSS_LV_PLL0_PLL1 VSS_HV_ADR0 VSS_HV_ADR1 VSS_HV_ADV0_ADV1 VSS_HV_FLA0 VDD_HV_IO0_0 VDD_HV_IO0_1 VDD_HV_IO0_2 VDD_HV_IO0_3 VDD_LV_COR0_0 VDD_LV_COR0_1_FLA0 VDD_LV_COR0_2 VDD_LV_COR0_4 VDD_LV_COR0_5 VDD_LV_REGCOR0 VDD_HV_PMU VDD_HV_REG_0 VDD_HV_REG_1 VDD_HV_REG_2 VDD_LV_PLL0_PLL1 VDD_HV_ADR0 VDD_HV_ADR1 VDD_HV_ADV0_ADV1 VDD_HV_FLA0 VDD_HV_OSC0 BCTRL FCCU_F[0] FCCU_F[1] G[2] / pwm_X[2] / dspi1_CS1 G[3] / pwm_A[2] / etimer0_ETC[4] G[4] / pwm_B[2] / etimer0_ETC[5] G[5] / pwm_X[3] / dspi2_CS3 G[6] / pwm_A[3] G[7] / pwm_B[3] G[8] / flexray_DBG0 / dspi0_CS1 / pwm_FAULT[0] G[9] / flexray_DBG1 / dspi1_CS1 / pwm_FAULT[1] G[10] / flexray_DBG2 / dspi2_CS3 / pwm_FAULT[2] G[11] / flexray_DBG3 / pwm_FAULT[3] B[0] / can0_TXD / etimer1_ETC[2] / sscm_DEBUG[0] B[1] / etimer1_ETC[3] / sscm_DEBUG[1] / can0_RXD / can1_RXD B[2] / lin0_TXD / sscm_DEBUG[2] B[3] / sscm_DEBUG[3] / lin0_RXD B[4] / jtagc_TDO B[5] / jtagc_TDI B[6] / mc_cgl_clk_out / dspi2_CS2 B[7] / lin0_RXD / adc0_AN[0] B[8] / etimer0_ETC[5] / adc0_AN[1] B[9] / adc0_adc1_AN[11] B[10] / adc0_adc1_AN[12] B[11] / adc0_adc1_AN[13] B[12] / adc0_adc1_AN[14] B[13] / lin1_RXD / adc1_AN[0] B[14] / etimer0_ETC[4] / siul_EIRQ[19] / adc1_AN[1] B[15] / siul_EIRQ[20] / adc1_AN[2] A[0] / etimer0_ETC[0] / dspi2_SCK A[1] / etimer0_ETC[1] / dspi2_MOSI A[2] / etimer0_ETC[2] / pwm_A[3] / dspi2_MISO / mc_rgm_ABS[0] A[3] / etimer0_ETC[3] / dspi2_CS0 / pwm_B[3] / mc_rgm_ABS[2] A[4] / etimer1_ETC[0] / dspi2_CS1 / etimer0_ETC[4] / mc_rgm_FAB A[5] / dspi1_CS0 / etimer1_ETC[5] / dspi0_CS7 A[6] / dspi1_SCK A[7] / dspi1_MOSI A[8] / dspi1_MISO A[9] / dspi2_CS1 / pwm_B[3] / pwm_FAULT[0] A[10] / dspi2_CS0 / pwm_B[0] / pwm_X[2] A[11] / dspi2_SCK / pwm_A[0] / pwm_A[2] A[12] / dspi2_MOSI / pwm_A[2] / pwm_B[2] A[13] / pwm_B[2] / dspi2_MISO / pwm_FAULT[0] A[14] / can1_TXD / etimer1_ETC[4] A[15] / etimer1_ETC[5] / can1_RXD / can0_RXD 30 EXTAL 29 PIU1029 XTAL PIU1030 PIU103 PIU10125 125 3 140 PIU10140 128 PIU10128 129 PIU10129 33 PIU1033 34 PIU1034 37 PIU1037 32 PIU1032 26 PIU1026 76 PIU1076 78 PIU1078 99 PIU1099 105 PIU10105 66 41 PIU1041 45 PIU1045 11 PIU1011 13 PIU1013 142 PIU10142 15 PIU1015 111 PIU10111 80 PIU1080 82 PIU1082 101 PIU10101 103 PIU10103 124 PIU10124 PIU1066 110 PIU10110 114 PIU10114 116 PIU10116 89 PIU1089 86 PIU1086 138 PIU10138 43 PIU1043 47 PIU1047 52 PIU1052 53 PIU1053 54 PIU1054 55 PIU1055 60 PIU1060 64 PIU1064 62 PIU1062 109 PIU10109 PIU10118 118 120 PIU10120 122 PIU10122 136 PIU10136 143 PIU10143 144 PIU10144 12 PIU1012 134 PIU10134 10 PIU1010 2 PIU102 PIU1014 14 92 PIU1092 108 PIU10108 84 PIU1084 74 PIU1074 73 PIU1073 RESET_CPU XTAL NLXTAL EXTAL NLEXTAL PD9 NLPD9 PD10 NLPD10 NLPD11 PD11 NLPD12 PD12 NLPD14 PD14 PD5 NLPD5 NLPD6 PD6 NLPD7 PD7 NLPD8 PD8 NLPD4 PD4 PD0 NLPD0 NLPD1 PD1 NLPD2 PD2 NLPD3 PD3 NLPC12 PC12 NLPC13 PC13 NLPC14 PC14 NLPC15 PC15 NLPC5 PC5 NLPC6 PC6 NLPC7 PC7 NLPC10 PC10 NLPC11 PC11 NLPC0 PC0 NLPC1 PC1 NLPC2 PC2 NLPC4 PC4 NLPB11 PB11 NLPB12 PB12 NLPB13 PB13 NLPB14 PB14 NLPB15 PB15 NLPB7 PB7 NLPB8 PB8 NLPB9 PB9 NLPB10 PB10 NLPB6 PB6 NLPB2 PB2 NLPB3 PB3 NLPB4 PB4 NLPB5 PB5 NLPB0 PB0 NLPB1 PB1 NLPA14 PA14 NLPA15 PA15 NLPA9 PA9 NLPA10 PA10 NLPA11 PA11 NLPA12 PA12 NLPA13 PA13 NLPA4 PA4 NLPA5 PA5 NLPA6 PA6 NLPA7 PA7 NLPA8 PA8 NLPA0 PA0 NLPA1 PA1 NLPA2 PA2 NLPA3 PA3 COU1 U1 4 48 7 PIU107 22 PIU1022 90 PIU1090 127 PIU10127 17 PIU1017 94 PIU1094 132 PIU10132 40 PIU1040 137 PIU10137 71 PIU1071 35 PIU1035 51 PIU1051 57 PIU1057 59 PIU1059 96 PIU1096 6 PIU106 21 PIU1021 91 PIU1091 126 PIU10126 18 PIU1018 93 PIU1093 131 PIU10131 39 PIU1039 135 PIU10135 70 PIU1070 72 PIU1072 16 PIU1016 95 PIU1095 130 PIU10130 36 PIU1036 50 PIU1050 56 PIU1056 58 PIU1058 97 PIU1097 27 PIU1027 69 PIU1069 38 141 PIU10141 102 PIU10102 104 PIU10104 100 PIU10100 85 PIU1085 98 PIU1098 83 PIU1083 81 PIU1081 79 PIU1079 77 PIU1077 75 PIU1075 PIU1038 PIU10139 139 4 PIU104 5 PIU105 8 PIU108 19 PIU1019 20 PIU1020 23 PIU1023 24 PIU1024 25 PIU1025 106 PIU10106 112 PIU10112 115 PIU10115 113 PIU10113 133 PIU10133 117 119 PIU10119 121 PIU10121 PIU10117 65 PIU1065 67 PIU1067 63 PIU1063 61 PIU1061 PIU1048 44 PIU1044 46 PIU1046 42 PIU1042 49 PIU1049 68 PIU1068 3.3V_MCU BCTRL VSSA NLVSSA VSSA GND NLGND VDDARef NLVDDARef NLVDDA VDDA NLVDD0HV0FLA0FLA1 VDD_HV_FLA0FLA1 NLVDD0HV0OSC0 VDD_HV_OSC0 VDDARef VDD_LV_PLL0 VDD_HV_REG VDD_LV_COR0 NLPG9 PG9 NLPG10 PG10 NLPG11 PG11 NLPG4 PG4 NLPG5 PG5 NLPG6 PG6 NLPG7 PG7 NLPG8 PG8 VSSA 6 COJ2 J2 NLFCCU0F(0)0p38 FCCU_F(0)_p38 PIJ201 1 NLFCCU0F(1)0p141 FCCU_F(1)_p141PIJ202 2 NLPG2 PG2 NLPG3 Header PG3 NLPF12 PF12 NLPF13 PF13 NLPF14 PF14 NLPF15 PF15 NLPF11 PF11 NLPF7 PF7 NLPF8 PF8 NLPF9 PF9 NLPF10 PF10 NLPF0 PF0 NLPF3 PF3 NLPF4 PF4 NLPF5 PF5 NLPF6 PF6 NLPE12 PE12 NLPE13 PE13 NLPE14 PE14 NLPE15 PE15 NLPE6 PE6 NLPE7 PE7 NLPE9 PE9 NLPE10 PE10 NLPE11 PE11 NLPE0 PE0 NLPE2 PE2 NLPE4 PE4 NLPE5 PE5 VSS_LV_PLL0 NLVSS0LV0PLL0 6 1 COD1 D1 RED LED GND PIC4702100n Date: File: A3 Size Title 1 PIJ1401 2.2K PIC4802 Pad 50 VSSA ASD433A 7 11/09/2009 C:\SERVER\..\Sheet1.SchDoc Number PID403 10n 2 Vss B Pad 58 COR3 R3 COJ1 J1 BCP68 10n 47n Sheet 1 of 2 Drawn By: 8 PISW102 PISW101 GND Revision 100n PIC4901 PIC4902 4 PIU404 3 PIU403 +3.3V 1.0 Reset COSW1 SW1 10n PIC40 1 PIC4101 COC41 C40 PIC40 2 COC40 PIC4102 C41 Pad 56 47n PIC3101 PIC3201 COC32 PIC3102 COC31 PIC3202 C32 C31 C49 COC49 Vcc nMR PIR301 PIR302 NLVD0 COR PIJ102 PIQ103 PIJ101 COQ1 Q1 PIQ102 +1V2 NLRESET0MB RESET_MB STM6315RDW13F PIU401 1 nRST U4 COU4 BAS70LT1 PIJ1402 PIU402 2 D4 COD4 PID401 Reset 47n PIC3801 PIC3901 C38 C39 PIC3802 COC38 PIC3902 COC39 1 PIFB301 2 PIFB102 1 PIQ101 8 Do n o t po pulate C30 PIC30 2 COC30 1uF PIC30 1 VDDA Leopard Minimodule BOARD - CPU 100n J14 COJ14 COR10 R10 330 +3.3V +3.3V COR9 R9 PIR10 2 PIR10 1 2 PIJ1002 2 PIJ802 PIFB2022 GND COFB3 FB3 COC37 C37 PIC3702 1uF PIC3701 VSSA PIC4801 C48 COC48 PID10K PIR901 PID10A PIR902 +3.3V COJ10 J10 COJ8 J8 GND 2 PIFB302 1 PIFB101 100n COC12 C12 PIR202 PIR102 COFB1 FB1 COR2 R2 0 PIR201 Do no t po pulate COFB2 FB2 VDDARef Do n o t po pulate NLRESET0CPU RESET_CPU 10n GND PIC4601 PIC4602 GND Pad 27 1 PIJ1001 COC46 C46 PIC4701 COC47 C47 GND C43 PIC4 01 COC44 C44 PIC4301 COC43 PIC4302 10n PIC4 02100n Pad 97 PIJ801 NLFCCU0F(1) PIJ204 FCCU_F(1) NLFCCU0F(0) PIJ203 FCCU_F(0) 2X2H 3 4 3.3V_VDDA 1 PIFB201 GND 10n PIC1302 COR1 R1 0 PIR101 PIC1401 COC14 C14 PIC1402100n GND GND Pad 36 PIC1 01 COC11 C11 PIC1201 PIC1 02 PIC1202 COC13 C13PIC1301 NLVDD0LV0PLL0 VDD_LV_PLL0 Do no t p o p ulate NLBCTRL BCTRL NLVDD0HV0REG VDD_HV_REG 7 2 1 GND G ND 1 2 31 E C VDD_ L V_ CO R0 D C B A D C B A 1 1 PIJP109 PIJP1027 PIJP1025 PIJP1023 PIJP1021 PIJP1019 PIJP1017 PIJP1015 PIJP1013 +12V +3.3V PF14 PF12 NLPF12 PF10 PF8 PF6 PF4 NLPF0 PF0 PE10 NLPE10 PE12 NLPE12 NLPE14 PE14 NLPE4 PE4 NLPE6 PE6 PE2 NLPE0 PE0 PF4 PF5 PF6 MDO0 PF8 PF9 PF7 PB9 PE0 PC0 PB14 NLPE1 PE1 NLPE3 PE3 PC1 PB7 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60 62 64 66 68 70 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 108 110 112 114 116 118 120 2 PD6 PC4 PC6 NLPF14 PF14 PB2 PD4 PD3 PD2 PA14 PA15 +5V +1V2 GND PIJP10120 PIJP10118 PIJP10116 PIJP10114 PIJP10112 PIJP10108 PIJP10110 PIJP10106 PIJP10104 PIJP10102 PIJP1098 PIJP10100 PIJP1096 PIJP1094 PIJP1092 PIJP1088 PIJP1090 PIJP1086 PIJP1084 PIJP1082 PIJP1080 PIJP1078 PIJP1076 PIJP1074 PIJP1072 PIJP1070 PIJP1068 PIJP1066 PIJP1064 PIJP1060 PIJP1062 PIJP1058 PIJP1056 PIJP1054 PIJP1050 PIJP1052 PIJP1048 PIJP1046 PIJP1044 PIJP1040 PIJP1042 PIJP1038 PIJP1036 PIJP1034 +12V +3.3V PF13 NLPF13 PF15 NLPF15 PF11 PF9 PF7 PF5 PF3 NLPF3 PE11 NLPE11 PE13 NLPE13 NLPE15 PE15 NLPE5 PE5 NLPE7 PE7 NLPE9 PE9 TMS TCKOUT PB5 PB4 PF11 PF10 PB10 NLPD15 PD15 NLPE8 PE8 PB15 PB13 NLPE2 PE2 PC2 PB8 FCCU_F(1) NLNMI NMI PA2 PIJP1030 PIJP1032RESET_CPU PIJP1028 PIJP1026 PIJP1024 PIJP1022 PIJP1020 PIJP1018 PIJP1016 PIJP1014 PIJP1012 PIJP1010 PIJP108 PIJP106 PIJP102 PIJP104 HEADER 60X2 PIJP10119 PIJP10117 PIJP10115 PIJP10113 PIJP10111 PIJP10107 PIJP10109 PIJP10105 PIJP10103 PIJP10101 PIJP1097 PIJP1099 PIJP1095 PIJP1093 PIJP1091 PIJP1087 PIJP1089 PIJP1085 PIJP1083 PIJP1081 PIJP1079 PIJP1077 PIJP1075 PIJP1073 PIJP1071 PIJP1069 PIJP1067 PIJP1065 PIJP1063 PIJP1059 PIJP1061 PIJP1057 PIJP1055 PIJP1053 PIJP1049 PIJP1051 PIJP1047 PIJP1045 PIJP1043 PIJP1039 PIJP1041 PIJP1037 PIJP1035 PIJP1033 GND FCCU_F(0) PD5 PA3 PA4 PIJP1029 NLRESET0MB RESET_MB PIJP1031 PC5 PC7 PF15 PB3 PC15 PD0 PIJP1011 PIJP107 PD1 PB0 PIJP105 PB1 +5V +1V2 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63 65 67 69 71 73 75 77 79 81 83 85 87 89 91 93 95 97 99 101 103 105 107 109 111 113 115 117 119 COJP1 JP1 PIJP101 PIJP103 2 3 3 PIJP2095 PIJP2093 PIJP2091 PIJP2087 PIJP2089 PIJP2085 PIJP2083 PIJP2081 PIJP2079 PIJP2077 PIJP2075 PIJP2073 PIJP2071 PIJP2069 PIJP2067 PIJP2065 PIJP2063 PIJP2059 PIJP2061 PIJP2057 PIJP2055 PIJP2053 PIJP2049 PIJP2051 PIJP2047 PIJP2045 PIJP2043 PIJP2039 PIJP2041 PIJP2037 PIJP2035 PIJP2033 PIJP2029 PIJP2031 PIJP2027 PIJP2025 PIJP2023 PIJP2021 PIJP2019 PIJP2017 PIJP2015 PIJP2013 PIJP2011 PIJP209 PIJP207 PIJP205 +5V +3.3V GND 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60 62 64 66 68 70 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 102 104 106 108 110 112 114 116 118 120 4 GND PIJP20120 PIJP20118 PIJP20116 PIJP20114 PIJP20112 PIJP20108 PIJP20110 PIJP20106 PIJP20104 PIJP20102 PIJP2098 PIJP20100 PIJP2096 PIJP2094 PIJP2092 PIJP2088 PIJP2090 PIJP2086 PIJP2084 PIJP2082 PIJP2080 PIJP2078 PIJP2076 PIJP2074 PIJP2072 PIJP2070 PIJP2068 PIJP2066 PIJP2064 PIJP2060 PIJP2062 PIJP2058 PIJP2056 PIJP2054 PIJP2050 PIJP2052 PIJP2048 PIJP2046 PIJP2044 PIJP2040 PIJP2042 PIJP2038 PIJP2036 PIJP2034 PIJP2030 PIJP2032 PIJP2028 PIJP2026 PIJP2024 PIJP2022 PIJP2020 PIJP2018 PIJP2016 PIJP2014 PIJP2012 PIJP2010 PIJP208 PIJP206 PIJP202 PIJP204 HEADER 60X2 PIJP20119 PIJP20117 PIJP20115 PIJP20113 PIJP20111 NLFCCU0F(0) FCCU_F(0) PIJP2097 PG2 NLPG2 PIJP2099 PG4 NLPG4 PIJP20101 NLPG6 PG6 PIJP20103 NLPG8 PG8 PIJP20105 NLPG10 PG10 PIJP20107 PIJP20109 PA10 NLPA10 PA12 NLPA12 NLPA14 PA14 NLPA6 PA6 NLPA8 PA8 PA4 PA2 NLPA2 NLPA0 PA0 PD10 NLPD10 NLPD12 PD12 NLPD14 PD14 NLPD0 PD0 NLPD2 PD2 NLPD4 PD4 NLPD6 PD6 NLPD8 PD8 NLPC10 PC10 NLPC12 PC12 NLPC14 PC14 NLPC0 PC0 NLPC2 PC2 NLPC4 PC4 NLPC6 PC6 NLPB8 PB8 NLPB10 PB10 NLPB12 PB12 NLPB14 PB14 PB6 PB4 NLPB0 PB0 NLPB2 PB2 +5V +1V2 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 63 65 67 69 71 73 75 77 79 81 83 85 87 89 91 93 95 97 99 101 103 105 107 109 111 113 115 117 119 COJP2 JP2 PIJP201 PIJP203 4 +5V +3.3V PG3 NLPG3 PG5 NLPG5 NLPG7 PG7 NLPG9 PG9 NLPG11 PG11 NLFCCU0F(1) FCCU_F(1) PA11 NLPA11 PA13 NLPA13 NLPA15 PA15 PA3 NLPA3 NLPA5 PA5 NLPA7 PA7 NLPA9 PA9 NLPA1 PA1 PD11 NLPD11 NLPD1 PD1 NLPD3 PD3 NLPD5 PD5 NLPD7 PD7 NLPD9 PD9 NLPC11 PC11 NLPC13 PC13 NLPC15 PC15 NLPC5 PC5 NLPC7 PC7 NLPC1 PC1 NLPB7 PB7 NLPB9 PB9 NLPB11 PB11 NLPB13 PB13 NLPB15 PB15 PB5 NLPB1 PB1 NLPB3 PB3 +5V +1V2 5 5 COC54 C54 PIC5 01 PIC5602 10n COC56 C56 ExtClock EXTAL NLEXTAL PIJ1903 J19 PIJ1901 COJ19 XTAL NLXTAL 6 2 PIJ1902 10K COJ17 J17 10K PIR2002 R20 COR20 DO NOT POPULATE PIR2001 PIJP303 PIJP301 2 4 1 PIP101 PIP102 PIP103 PIP104 PIP105 COP1 P1 PIJP30 Date: File: A3 Size Title NLJCOMP JCOMP NLTMS TMS PIR1602 PIR1601 0 NLPF11 PF11 COR16 R16 GND COTP4 TP4 GND COTP3 TP3 GND COTP2 TP2 GND COTP1 TP1 ASD433A 7 11/09/2009 C:\SERVER\..\Sheet2.SchDoc Number Sheet 2 of 2 Drawn By: Leopard Minimodule BOARD - Connectors COAX-M DO NOT POPULATE PIJP304 1 1 1 1 V_DBUG 1 PITP401 1 PITP301 1 PITP201 1 PITP101 2 4 R17 PB6 6 PIR1702COR17 NLPB6 PIJP306 PIR1701 8 PIJP308 0 10 PIJP3010 NLVCONN VCONN 12 PIJP3012 14 PIJP3014 16 PIJP3016 18 PIJP3018 20 PIJP3020 22 PIJP3022 PF4 24 NLPF4 PIJP3024 PF5 26 NLPF5 PIJP3026 PF6 28 NLPF6 PIJP3028 NLMDO0 MDO0 30 PIJP3030 PF10 32 NLPF10 PIJP3032 PF7 34 NLPF7 PIJP3034 PF8 36 NLPF8 PIJP3036 PF9 38 NLPF9 PIJP3038 7 PIJP302 PIJ18010 PIJ1808 8 10 12 PIJ18012 14 PIJ18014 PIJ1804 6 PIJ1806 PIJ1802 N/C (MDO12) N/C (MDO13) N/C (MDO14) N/C (MDO15) MDO09 CLKOUT N/C MDO08 RSTIN EVTI TDO VTREF MDO10 RDY TCK MDO07 TMS MDO06 TDI MDO05 JCOMP MDO04 MDO11 MDO03 RSTOUT MDO02 TDET/WDTC MDO01 ARBGRT MDO00 Vbatt EVTO Vbatt MCKO ARBREQ MSEO1 VALTREF MSEO0 COJP3 JP3 JTAG (14) COJ18 J18 1 TDI GND 3 PIJ1803 TDO GND 5 PIJ1805 TCK GND 7 PIJ1807 EVTI NC 9 PIJ1809 nRESET TMS 11 PIJ18011 Vdd GND 13 PIJ18013 nRDY JCOMP PIJ1801 Header 7 PIJ1707 6 7 NLVDD0HV0REG VDD_HV_REG PIJ1701 1 NL303V0MCU 3.3V_MCU PIJ1702 2 NLVDD0HV0FLA0FLA1 VDD_HV_FLA0FLA1 PIJ1703 3 NLVDD0LV0COR0 VDD_LV_COR0 PIJ1704 4 NLVDDA VDDA PIJ1705 5 NLVSSA VSSA PIJ1706 TEST POINTS 1 3 5 PIJP305 7 PIR1801 PIR1802 PIJP307 9 RESET_CPU PIJP309 PB4 11 PIJP3011 13 PIJP3013 TCKOUT 15 PIJP3015 TMS 17 PIJP3017 COTP5 PB5 TP5 19 PIJP3019 JCOMP 1 21 PIJP3021 1 PITP501 23 PIJP3023 JCOMP TEST 25 PIJP3025 27 PIJP3027 29 PIJP3029 31 PIJP3031 +12V 33 PIJP3033 35 PIJP3035 COR19 R19 VCONN 37 PIR1902 PIR1901 PIJP3037 DO NOT POPULATE COR18 R18 PA4 NLPA4 100n COC55 C55 PIC5601 0 PIR1502 COR15 R15 6 NLPB5 PB5 NLPB4 PB4 TCKOUT NLTCKOUT PF11 NLRESET0CPU RESET_CPU VCONN PIR1501 CON4 PIJ1604 PIJ1603 1 2 3 4 COJ16 J16 PIJ1601 PIJ1602 DO NOT POPULATE PIC5402 4.7uF PIC5 02 PIC5401 V_DBUG +12V +5V +3.3V 1 3 GND 0 2 3 4 5 8 Revision 8 1.0 D C B A D C B A 1 1 2 2 3 3 GND NMI NLNMI TCK NLTCK JCOMP NLJCOMP MDO0 NLMDO0 TMS NLTMS 28 PIU3028 VPP_TEST NMI LEOPARD_LQFP144 PIU30107 107 PIU301 1 PIU3087 87 TMS 88 PIU3088 TCK 123 PIU30123 JCOMP 9 PIU309 MDO[0] RESET_B VSS_HV_OSC0 4 D[0] / flexray_CA_TX / etimer1_ETC[1] / pwm_B[1] D[1] / etimer1_ETC[2] / ctu0_EXT_TGR / flexray_CA_RX D[2] / etimer1_ETC[3] / pwm_X[3] / flexray_CB_RX D[3] / flexray_CB_TX / etimer1_ETC[4] / pwm_A[3] D[4] / flexray_CB_TR_EN / etimer1_ETC[5] / pwm_B[3] D[5] / dspi0_CS3 / pwm_FAULT[2] D[6] / dspi0_CS2 / pwm_X[3] / pwm_FAULT[1] D[7] / dspi1_CS3 / dspi0_CS4/swg D[8] / dspi1_CS2 / etimer1_ETC[4] / pwm_FAULT[3] D[9] / pwm_X[0] / lin1_TXD D[10] / pwm_A[0] / etimer0_ETC[0] D[11] / pwm_B[0] / etimer0_ETC[1] D[12] / pwm_X[1] / lin1_RXD D[14] / pwm_B[1] / etimer0_ETC[3] C[0] / adc1_AN[3] C[1] / adc0_AN[2] C[2] / adc0_AN[3] C[4] / dspi0_CS0 / pwm_X[1] / sscm_DEBUG[4] C[5] / dspi0_SCK / sscm_DEBUG[5] / pwm_FAULT[3] C[6] / dspi0_MOSI / pwm_B[1] / sscm_DEBUG[6] C[7] / pwm_A[1] / sscm_DEBUG[7] / dspi0_MISO C[10] / dspi2_CS2 / pwm_A[3] / pwm_FAULT[1] C[11] / etimer0_ETC[4] / dspi2_CS2 C[12] / etimer0_ETC[5] / dspi2_CS3 C[13] / etimer1_ETC[1] / ctu0_EXT_IN / pwm_EXT_SYNC C[14] / etimer1_ETC[2] / ctu0_EXT_TGR C[15] / flexray_CA_TR_EN / etimer1_ETC[0] / pwm_A[1] 5 F[0] / pwm_A[1] / etimer0_ETC[2] F[3] / dspi0_CS6 F[4] / npc_wrapper_MDO[3] F[5] / npc_wrapper_MDO[2] F[6] / npc_wrapper_MDO[1] F[7] / npc_wrapper_MCKO F[8] / npc_wrapper_MSEO_B[1] F[9] / npc_wrapper_MSEO_B[0] F[10] / npc_wrapper_EVTO_B F[11] / leo_sor_proxy_EVTI_B F[12] / etimer1_ETC[3] F[13] / etimer1_ETC[4] F[14] / lin1_TXD F[15] / lin1_RXD E[0] / adc1_AN[5] E[2] / adc0_AN[5] E[4] / adc0_AN[7] E[5] / adc0_AN[8] E[6] / adc0_AN[4] E[7] / adc0_AN[6] E[9] / adc1_AN[7] E[10] / adc1_AN[8] E[11] / adc1_AN[4] E[12] / adc1_AN[6] E[13] / etimer0_ETC[5] / dspi2_CS3 E[14] / etimer1_ETC[5] / siul_EIRQ[26] E[15] / dspi0_CS1 5 VSS_HV_IO0_0 VSS_HV_IO0_1 VSS_HV_IO0_2 VSS_HV_IO0_3 VSS_LV_COR0_0 VSS_LV_COR0_1_FLA0 VSS_LV_COR0_2 VSS_LV_COR0_4 VSS_LV_COR0_5 VSS_LV_REGCOR0 VSS_LV_PLL0_PLL1 VSS_HV_ADR0 VSS_HV_ADR1 VSS_HV_ADV0_ADV1 VSS_HV_FLA0 VDD_HV_IO0_0 VDD_HV_IO0_1 VDD_HV_IO0_2 VDD_HV_IO0_3 VDD_LV_COR0_0 VDD_LV_COR0_1_FLA0 VDD_LV_COR0_2 VDD_LV_COR0_4 VDD_LV_COR0_5 VDD_LV_REGCOR0 VDD_HV_PMU VDD_HV_REG_0 VDD_HV_REG_1 VDD_HV_REG_2 VDD_LV_PLL0_PLL1 VDD_HV_ADR0 VDD_HV_ADR1 VDD_HV_ADV0_ADV1 VDD_HV_FLA0 VDD_HV_OSC0 BCTRL FCCU_F[0] FCCU_F[1] G[2] / pwm_X[2] / dspi1_CS1 G[3] / pwm_A[2] / etimer0_ETC[4] G[4] / pwm_B[2] / etimer0_ETC[5] G[5] / pwm_X[3] / dspi2_CS3 G[6] / pwm_A[3] G[7] / pwm_B[3] G[8] / flexray_DBG0 / dspi0_CS1 / pwm_FAULT[0] G[9] / flexray_DBG1 / dspi1_CS1 / pwm_FAULT[1] G[10] / flexray_DBG2 / dspi2_CS3 / pwm_FAULT[2] G[11] / flexray_DBG3 / pwm_FAULT[3] B[0] / can0_TXD / etimer1_ETC[2] / sscm_DEBUG[0] B[1] / etimer1_ETC[3] / sscm_DEBUG[1] / can0_RXD / can1_RXD B[2] / lin0_TXD / sscm_DEBUG[2] B[3] / sscm_DEBUG[3] / lin0_RXD B[4] / jtagc_TDO B[5] / jtagc_TDI B[6] / mc_cgl_clk_out / dspi2_CS2 B[7] / lin0_RXD / adc0_AN[0] B[8] / etimer0_ETC[5] / adc0_AN[1] B[9] / adc0_adc1_AN[11] B[10] / adc0_adc1_AN[12] B[11] / adc0_adc1_AN[13] B[12] / adc0_adc1_AN[14] B[13] / lin1_RXD / adc1_AN[0] B[14] / etimer0_ETC[4] / siul_EIRQ[19] / adc1_AN[1] B[15] / siul_EIRQ[20] / adc1_AN[2] A[0] / etimer0_ETC[0] / dspi2_SCK A[1] / etimer0_ETC[1] / dspi2_MOSI A[2] / etimer0_ETC[2] / pwm_A[3] / dspi2_MISO / mc_rgm_ABS[0] A[3] / etimer0_ETC[3] / dspi2_CS0 / pwm_B[3] / mc_rgm_ABS[2] A[4] / etimer1_ETC[0] / dspi2_CS1 / etimer0_ETC[4] / mc_rgm_FAB A[5] / dspi1_CS0 / etimer1_ETC[5] / dspi0_CS7 A[6] / dspi1_SCK A[7] / dspi1_MOSI A[8] / dspi1_MISO A[9] / dspi2_CS1 / pwm_B[3] / pwm_FAULT[0] A[10] / dspi2_CS0 / pwm_B[0] / pwm_X[2] A[11] / dspi2_SCK / pwm_A[0] / pwm_A[2] A[12] / dspi2_MOSI / pwm_A[2] / pwm_B[2] A[13] / pwm_B[2] / dspi2_MISO / pwm_FAULT[0] A[14] / can1_TXD / etimer1_ETC[4] A[15] / etimer1_ETC[5] / can1_RXD / can0_RXD 30 PIU3030 EXTAL 29 PIU3029 XTAL 125 PIU30125 3 PIU303 140 PIU30140 128 PIU30128 129 PIU30129 33 PIU3033 34 PIU3034 37 PIU3037 32 PIU3032 26 PIU3026 76 PIU3076 78 PIU3078 99 PIU3099 105 PIU30105 PIU3066 66 41 PIU3041 45 PIU3045 11 PIU3011 13 PIU3013 142 PIU30142 15 PIU3015 111 PIU30111 80 PIU3080 82 PIU3082 101 PIU30101 103 PIU30103 124 PIU30124 114 PIU30114 116 PIU30116 89 PIU3089 86 PIU3086 138 PIU30138 43 PIU3043 47 PIU3047 52 PIU3052 53 PIU3053 54 PIU3054 55 PIU3055 60 PIU3060 64 PIU3064 62 PIU3062 110 PIU30110 109 PIU30109 PIU3014 14 2 PIU302 10 PIU3010 12 PIU3012 134 PIU30134 118 PIU30118 120 PIU30120 122 PIU30122 136 PIU30136 143 PIU30143 144 PIU30144 92 PIU3092 108 PIU30108 84 PIU3084 74 PIU3074 73 PIU3073 RESET_CPU 31 NLRESET0CPU PIU3031 XTAL NLXTAL EXTAL NLEXTAL PD9 NLPD9 PD10 NLPD10 NLPD11 PD11 NLPD12 PD12 NLPD14 PD14 PD5 NLPD5 NLPD6 PD6 NLPD7 PD7 NLPD8 PD8 NLPD4 PD4 PD0 NLPD0 NLPD1 PD1 NLPD2 PD2 NLPD3 PD3 NLPC12 PC12 NLPC13 PC13 NLPC14 PC14 NLPC15 PC15 NLPC5 PC5 NLPC6 PC6 NLPC7 PC7 NLPC10 PC10 NLPC11 PC11 NLPC0 PC0 NLPC1 PC1 NLPC2 PC2 NLPC4 PC4 NLPB11 PB11 NLPB12 PB12 NLPB13 PB13 NLPB14 PB14 NLPB15 PB15 NLPB7 PB7 NLPB8 PB8 NLPB9 PB9 NLPB10 PB10 NLPB6 PB6 NLPB2 PB2 NLPB3 PB3 NLPB4 PB4 NLPB5 PB5 NLPB0 PB0 NLPB1 PB1 NLPA14 PA14 NLPA15 PA15 NLPA9 PA9 NLPA10 PA10 NLPA11 PA11 NLPA12 PA12 NLPA13 PA13 NLPA4 PA4 NLPA5 PA5 NLPA6 PA6 NLPA7 PA7 NLPA8 PA8 NLPA0 PA0 NLPA1 PA1 NLPA2 PA2 NLPA3 PA3 COU3 U3 4 38 141 102 PIU30102 104 PIU30104 100 PIU30100 85 PIU3085 98 PIU3098 83 PIU3083 81 PIU3081 79 PIU3079 77 PIU3077 75 PIU3075 7 PIU307 22 PIU3022 90 PIU3090 127 PIU30127 17 PIU3017 94 PIU3094 132 PIU30132 40 PIU3040 137 PIU30137 71 PIU3071 35 PIU3035 51 PIU3051 57 PIU3057 59 PIU3059 96 PIU3096 91 PIU3091 126 PIU30126 18 PIU3018 93 PIU3093 131 PIU30131 39 PIU3039 135 PIU30135 70 PIU3070 72 PIU3072 16 PIU3016 95 PIU3095 130 PIU30130 36 PIU3036 50 PIU3050 56 PIU3056 58 PIU3058 97 PIU3097 27 PIU3027 69 PIU3069 PIU306 21 PIU3021 6 PIU30141 PIU3038 PIU30139 139 4 PIU304 5 PIU305 8 PIU308 19 PIU3019 20 PIU3020 23 PIU3023 24 PIU3024 25 PIU3025 106 PIU30106 112 PIU30112 115 PIU30115 113 PIU30113 133 PIU30133 48 61 PIU3061 63 PIU3063 65 PIU3065 67 PIU3067 117 PIU30117 119 PIU30119 121 PIU30121 PIU3048 44 PIU3044 46 PIU3046 42 PIU3042 49 PIU3049 68 PIU3068 VDDARef NLVDDARef 6 GND NLGND VSSA NLVSSA VSSA VSSA VSS_LV_PLL0 NLVSS0LV0PLL0 BCTRL NLBCTRL NLVDD0HV0OSC0 VDD_HV_OSC0 NLVDD0HV0FLA0FLA1 VDD_HV_FLA0FLA1 GND NLVDD0HV0REG VDD_HV_REG VDDARef NLVDDA VDDA 3.3V_MCU NLVDD0LV0COR0 VDD_LV_COR0 NLPG9 PG9 NLPG10 PG10 NLPG11 PG11 NLPG4 PG4 NLPG5 PG5 NLPG6 PG6 NLPG7 PG7 NLPG8 PG8 NLFCCU0F(0)0p38 FCCU_F(0)_p38 NLFCCU0F(1)0p141 FCCU_F(1)_p141 NLPG2 PG2 NLPG3 PG3 NLPF12 PF12 NLPF13 PF13 NLPF14 PF14 NLPF15 PF15 NLPF11 PF11 NLPF7 PF7 NLPF8 PF8 NLPF9 PF9 NLPF10 PF10 NLPF0 PF0 NLPF3 PF3 NLPF4 PF4 NLPF5 PF5 NLPF6 PF6 NLPE12 PE12 NLPE13 PE13 NLPE14 PE14 NLPE15 PE15 NLPE6 PE6 NLPE7 PE7 NLPE9 PE9 NLPE10 PE10 NLPE11 PE11 NLPE0 PE0 NLPE2 PE2 NLPE4 PE4 NLPE5 PE5 NLVDD0LV0PLL0 VDD_LV_PLL0 6 Date: File: A3 Size Title ASD433A 7 11/09/2009 C:\SERVER\..\Sheet3.SchDoc Number Leopard Minimodule BOARD - CPU 7 Sheet 1 of 2 Drawn By: 8 Revision 8 1.0 D C B A Bill of Materials Source Data From: ASD433A Leopard Board.PrjPCB Project: ASD433A Leopard Board.PrjPCB Variant: None 11/09/2009 13.56.23 Footprint Comment LibRef Designator Description 1206 10uF COND EL C1, C15, C17, C19, C24, C26, C28 Condensatore Elettrolitico 0603 470p CAP C2, C5, C8, C21 Condensatore 4 0603 100n CAP C3, C6, C9, C12, C14, C16, C18, C20, C22, C25, C27, C29, C33, C34, C35, C36, C44, C47, C48, C49, C51, C53, C55 Condensatore 23 0402 10n CAP C4, C7, C10, C23 Condensatore 4 0603 Do not populate CAP, RES1 C11, R3, R5, R18 Condensatore, Resistenza 4 0603 10n CAP C13, C43, C46, C56 Condensatore 4 1206 1uF COND EL C30, C37 Condensatore Elettrolitico 2 0805 47n CAP C31, C38, C40 Condensatore 3 0805 10n CAP C32, C39, C41 Condensatore 3 0603 10p CAP C42, C45 Condensatore 2 1206 100u/16V COND EL C50 Condensatore Elettrolitico 1 1206 10u/16V COND EL C52 Condensatore Elettrolitico 1 1206 4.7uF COND EL C54 Condensatore Elettrolitico 1 0805 LED RED LED LED D1 Diodo LED 1 DO-214AA 1N4007 1N4148 D2, D5, D6 Diodo 3 0805 LED GREEN LED LED D3 Diodo LED 1 SOT-23 BAS70LT1 BAS70LT1 D4 Schottky Barrie Diodes 1 FUSE 452/454 SERIES Fuse - 1A Fuse 2 F1 Fuse 1 0805 FB_0 FB_0 FB1, FB2, FB3 SIP2 JUMPER_2 JUMPER_2 J1, J4, J5, J8, J10, J14 HDR2X2 Header 2X2H Header 2X2H J2, J9 SIP3 Vdebug JUMPER J3 1 SIP2 VDDA JUMPER_2 J6 1 SIP3 Analog Reference JUMPER J7 1 SIP3 FAB JUMPER J11 1 SIP3 ABS0 JUMPER J12 1 SIP3 ABS2 JUMPER J13 CON DC10A POWERJACK POWERJACK J15 Creation Date: Print Date: Quantity 7 3 6 Header, 2-Pin, Dual row, Right Angle 2 1 connettore per tensione esterna 1 Header, 7-Pin 1 SIP4 CON4 CON4 J16 HDR1X7 Header 7 Header 7 J17 1 IDC14 JTAG (14) JTAG (14) J18 1 SIP3 ExtClock JUMPER J19 1 5177984-5 HEADER 60X2 HEADER 60X2 JP1, JP2 PROBE AGILENT E5346A-38 38-pin MICRTOR NEXUS-38 JP3 Connettore MICTOR 1 MMCX2.54-V5 COAX-M COAX-M P1 RF Coaxial PCB Connector, MMCX; ThruHole, Vertical Mount Plug, 50 Ohm 1 2 SOT223 BCP68 STN715 Q1 0603 0 RES1 R1, R2, R4, R6, R7, R15, R16, R17 Resistenza 8 1 0805 10K RES1 R8, R11, R12, R13, R19, R20 Resistenza 6 0805 330 RES1 R9, R14 Resistenza 2 0805 2.2K RES1 R10 Resistenza 1 6332[2512] 10/1W RES1 R21 Resistenza 1 MFP201N SW SPDT SW SPDT S1 PULSANTE1 Reset PULSANTE SW1 Pulsante generico 1 TEST POINT GND PIN TEST TP1, TP2, TP3, TP4 Test Point 4 TEST POINT JCOMP TEST PIN TEST TP5 Test Point 1 680HA144011X-001 LEOPARD_LQFP144 LEOPARD_LQFP144 U1, U3 TO-252 (DPAK) LM1117DT-3.3 LD1117DT33 U2 Regolatore bassa caduta 3.3V 1 SOT-143 STM6315RDW13F STM811 U4 HC49/4H SMX XTAL XTAL Y1 Crystal Oscillator 1 1 2 1 123 Approved Notes