Download xPC56xLADPT144S MINIMODULE USER MANUAL

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]
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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]
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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]
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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]
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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]
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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]
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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]
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•
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]
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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]
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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