4.1.2.2.3. Master TMS570 `v1.1.1` Pinout

Important

The following description only applies for the BMS-Master hardware version v1.1.1.

Hint

All connector pinouts described below follow the Convention for Molex Micro-Fit 3.0 Connector Pin Numbering, Convention for Samtec Edge Rate connectors, Convention for Mictor Pin Numbering or Convention for Wuerth WR-MJ connector.

This section describes the pinout of all connectors on the BMS-Master v1.1.1.

4.1.2.2.3.1. Supply

The external supply for the BMS-Master is supplied using a 8 pole Molex Micro-Fit 3.0 connector (J2009) with the pinout depicted in table Table 4.4.

Table 4.4 Supply (J2009)
Pin	Signal	Description
1	`CLAMP15/IGNITION`	-
2	`CLAMP30/SUPPLY+`	-
3	`CLAMP30C/CONTACTOR_SUPPLY`	-
4	`CLAMP31/SUPPLY-`	-
5	`CLAMP31/SUPPLY-`	-
6	`CLAMP30/SUPPLY+`	-
7	`CLAMP30C/CONTACTOR_SUPPLY`	-
8	`CLAMP31/SUPPLY-`	-

4.1.2.2.3.2. CAN1

The CAN1 interface is provided on a 4 pin Molex Micro-Fit 3.0 connector (J2021) with the pinout depicted in table Table 4.5.

Table 4.5 CAN1 (J2021)
Pin	Signal	Description
1	`GND`	-
2	-	-
3	`CAN_LOW`	-
4	`CAN_HIGH`	-

4.1.2.2.3.3. CAN2 (isolated)

An isolated CAN interface is provided on a 4 pin Molex Micro-Fit 3.0 connector (J2024) with the pinout depicted in Table 4.6.

Table 4.6 Pinout and signal description for isolated CAN2 (J2024)
Pin	Signal	Description
1	`GND`	-
2	-	-
3	`CAN_LOW`	-
4	`CAN_HIGH`	-

4.1.2.2.3.4. Insulation monitoring

A Bender IR155-3204 insulation monitoring device can be connected to the BMS-Master using 4 pole Molex Micro-Fit 3.0 connector (J2034) with the following pinout described in Table 4.7.

Table 4.7 Insulation monitoring interface (J2034)
Pin	Signal	Description
1	`VSUP-`	-
2	`VSUP+`	-
3	`OK/NOK Signal`	-
4	`PWM`	-

4.1.2.2.3.5. Interlock

The current-fed interlock loop is interfaced using a 2 pin Molex Micro-Fit 3.0 connector J2034. The pinout is depicted in Table 4.8.

Table 4.8 Interlock connector (J2033)
Pin	Signal	Description
1	`INTERLOCK_HIGH`	-
2	`INTERLOCK_LOW`	-

4.1.2.2.3.6. Smart Power Switches

In total eight smart power switch outputs with feedback capability are available one the BMS-Master. They can be interfaced using the connectors J2000, J2002, J2003, J2004, J2006, J2007, J2008 and J2010. The pinout for each output smart power switch output X is depicted in Table 4.9.

Table 4.9 Smart power switch output connectors
Pin	Signal	Description
1	`SPS_FEEDBACK_X`	-
2	`FEEDBACK_SUPPLY`	-
3	`SPS_OUT_X`	-
4	`GND`	-

4.1.2.2.3.7. Interface connector

For the connection to the BMS-Interface, a 40-pole Samtec Edge Rate mezzanine connector (J9000) is used. The pinout and pin usage is described in Table 4.10.

Table 4.10 Signal connector to BMS-Interface (J9000)
Pin	Signal	Description
1	`IF_CON.MCU_SPI1.SOMI0`	-
2	`IF_CON.MCU_SPI1.SOMI1`	-
3	`IF_CON.MCU_SPI1.SIMO0`	-
4	`IF_CON.MCU_SPI1.SIMO1`	-
5	`IF_CON.MCU_SPI1.CLK`	-
6	`MCU_SPI1.CS1`	-
7	`MCU_SPI1.CS2`	-
8	`MCU_SPI1.CS3`	-
9	`MCU_SPI1.CS4`	-
10	`MCU_SPI1.CS5`	-
11	`IF_CON.MCU_SPI4.SOMI`	-
12	`IF_CON.MCU_SPI4.SIMO`	-
13	`IF_CON.MCU_SPI4.CLK`	-
14	`MCU_SPI4.CS0`	-
15	`MCU_SPI4.CS1`	-
16	`MCU_SPI4.CS2`	-
17	`MCU_SPI4.CS3`	-
18	`MCU_SPI4.CS4`	-
19	`MCU_SPI4.CS5`	-
20	`IF_INT0`	-
21	`IF_INT1`	-
22	`IF_INT2`	-
23	`IF_INT3`	-
24	`IF_CON.IF_GPIO.0`	-
25	`IF_CON.IF_GPIO.1`	-
26	`IF_CON.IF_GPIO.2`	-
27	`IF_CON.IF_GPIO.3`	-
28	`IF_CON.IF_GPIO.4`	-
29	`IF_CON.IF_GPIO.5`	-
30	`IF_CON.IF_GPIO.6`	-
31	`IF_CON.IF_GPIO.7`	-
32	`GND`	-
33	`GND`	-
34	`PER_3.3V`	-
35	`PER_3.3V`	-
36	`PER_5.0V`	-
37	`PER_5.0V`	-
38	`VBB_12V`	-
39	`VSUP`	-
40	`VSUP`	-

4.1.2.2.3.8. Extension connector

For the connection to an optional BMS-Extension, a 120-pole Samtec Edge Rate mezzanine connector (J9002) is used. The pinout and pin usage is described in Table 4.10.

Table 4.11 Signal connector to an optional BMS-Extension (J9002)
Pin	Signal	Description
1	`MCU_SPI3.SOMI`	-
2	`MCU_SPI3.SIMO`	-
3	`MCU_SPI3.CLK`	-
4	`MCU_SPI3.CS4`	-
5	`MCU_SPI3.CS5`	-
6	`MCU_SPI5.SOMI0`	-
7	`MCU_SPI5.SOMI1`	-
8	`MCU_SPI5.SOMI2`	-
9	`MCU_SPI5.SOMI3`	-
10	`MCU_SPI5.SIMO0`	-
11	`MCU_SPI5.SIMO1`	-
12	`MCU_SPI5.SIMO2`	-
13	`MCU_SPI5.SIMO3`	-
14	`MCU_SPI5.CLK`	-
15	`MCU_SPI5.CS0`	-
16	`MCU_SPI5.CS1`	-
17	`MCU_SPI5.CS2`	-
18	`MCU_SPI5.CS3`	-
19	`EXT_CON.MCU_I2C1.SDA`	-
20	`EXT_CON.MCU_I2C1.SCL`	-
21	`EXT_CON.MCU_LIN1.RX`	-
22	`EXT_CON.MCU_LIN1.TX`	-
23	`EXT_CON.MCU_LIN2.RX`	-
24	`EXT_CON.MCU_LIN2.TX`	-
25	`EXT_CON.MCU_SCI3.RX`	-
26	`EXT_CON.MCU_SCI3.TX`	-
27	`EXT_CON.MCU_FRAY1.RX`	-
28	`EXT_CON.MCU_FRAY1.TX`	-
29	`EXT_CON.MCU_FRAY1.TXEN`	-
30	`EXT_CON.MCU_FRAY2.RX`	-
31	`EXT_CON.MCU_FRAY2.TX`	-
32	`EXT_CON.MCU_FRAY2.TXEN`	-
33	`EXT_CON.MCU_CAN3.RX`	-
34	`EXT_CON.MCU_CAN3.TX`	-
35	`EXT_CON.MCU_CAN4.RX`	-
36	`EXT_CON.MCU_CAN4.TX`	-
37	`EXT_CON.MCU_GIOA7`	-
38	`EXT_CON.MCU_A11`	-
39	`EXT_CON.MCU_A4`	-
40	`EXT_CON.MCU_J1`	-
41	`EXT_CON.MCU_P2`	-
42	`EXT_CON.MCU_H4`	-
43	`EXT_CON.MCU_B3`	-
44	`EXT_CON.MCU_J4`	-
45	`EXT_CON.MCU_P1`	-
46	`EXT_CON.MCU_A14`	-
47	`EXT_CON.MCU_K19`	-
48	`EXT_CON.MCU_M16`	-
49	`EXT_CON.MCU_N16`	-
50	`DCC1`	-
51	`EPWM1A`	-
52	`EPWM1B`	-
53	`ECAP4`	-
54	`ECAP5`	-
55	-	-
56	`AD1EVT`	-
57	`AD2EVT`	-
58	`AD1IN24`	-
59	`AD1IN25`	-
60	`AD1IN26`	-
61	`AD1IN27`	-
62	`AD2IN16`	-
63	`AD2IN17`	-
64	`AD2IN18`	-
65	`AD2IN19`	-
66	`GND`	-
67	`GND`	-
68	`WW_ENABLE`	-
69	`WW_RESET`	-
70	`EXT_CON.SMSW_LHM`	-
71	`EXT_CON.SMSW1_IN1`	-
72	`EXT_CON.SMSW1_IN2`	-
73	`EXT_CON.SMSW1_IN3`	-
74	`EXT_CON.SMSW1_IN4`	-
75	`EXT_CON.SMSW2_IN1`	-
76	`EXT_CON.SMSW2_IN2`	-
77	`EXT_CON.SMSW2_IN3`	-
78	`EXT_CON.SMSW2_IN4`	-
79	`EXT_CON.SBC_MCU_FS0B`	-
80	`SBC_MCU_RESET`	-
81	`SBC_MCU_PGOOD`	-
82	`EXT_CON.SBC_PER_FS0B`	-
83	`SBC_PER_RESET`	-
84	`SBC_PER_PGOOD`	-
85	`EXT_CON.IL_ENABLE_EXT`	-
86	`EXT_CON.IL_STATE`	-
87	`GND`	-
88	`GND`	-
89	`PER_1.2V_1`	-
90	`PER_1.2V_0`	-
91	`PER_1.2V_1`	-
92	`PER_1.2V_0`	-
93	`GND`	-
94	`PER_3.3V_LDO`	-
95	`GND`	-
96	`PER_3.3V_LDO`	-
97	`GND`	-
98	`PER_3.3V`	-
99	`GND`	-
100	`PER_3.3V`	-
101	`GND`	-
102	`PER_5.0V_LDO`	-
103	`GND`	-
104	`PER_5.0V_LDO`	-
105	`MCU_3.3V`	-
106	`PER_5.0V`	-
107	`MCU_3.3V`	-
108	`PER_5.0V`	-
109	`MCU_5.0V_LDO`	-
110	`PER_5.74V`	-
111	`MCU_5.0V_LDO`	-
112	`PER_5.74V`	-
113	`GND`	-
114	`GND`	-
115	`GND`	-
116	`GND`	-
117	`VSUP`	-
118	`VBB_12V`	-
119	`VSUP`	-
120	`VBB_12V`	-

4.1.2.2.3.9. Debug connector

For the connection of a debugger to the BMS-Master, a 38-pole Mictor connector (J3008) is provided. The pinout and pin usage is described in Table 4.10.

Table 4.12 Debug connector (J3008)
Pin	Signal	Description
1	-	-
2	-	-
3	-	-
4	-	-
5	`GND`	-
6	`TRACECLK`	-
7	`DBGRQ`	-
8	`DBGACK`	-
9	`RESET`	-
10	`EXTRIG`	-
11	`TDO`	-
12	`MCU_3.3V`	-
13	`RTCK`	-
14	`MCU_3.3V`	-
15	`TCK`	-
16	`ETMDATA7`	-
17	`TMS`	-
18	`ETMDATA6`	-
19	`TDI`	-
20	`ETMDATA5`	-
21	`TRST`	-
22	`ETMDATA4`	-
23	`ETMDATA15`	-
24	`ETMDATA3`	-
25	`ETMDATA14`	-
26	`ETMDATA2`	-
27	`ETMDATA13`	-
28	`ETMDATA1`	-
29	`ETMDATA12`	-
30	`GND`	-
31	`ETMDATA11`	-
32	`GND`	-
33	`ETMDATA10`	-
34	`MCU_3.3V`	-
35	`ETMDATA9`	-
36	`TRACECTL`	-
37	`ETMDATA8`	-
38	`ETMDATA0`	-

4.1.2.2.3.10. RS485

The RS485 interface can be interfaced using the 6 pin Molex Micro-Fit 3.0 connector (J2013). The pinout is depicted in Table 4.13.

Table 4.13 RS485 interface (J2013)
Pin	Signal	Description
1	`Y`	-
2	`A`	-
3	`GND`	-
4	`Z`	-
5	`B`	-
6	`GND`	-

4.1.2.2.3.11. Ethernet

The 12 pin Wuerth WR-MJ connector pinout with additional shield contacts is described in Table 4.14.

Table 4.14 Ethernet connector (J2001)
Pin	Signal	Description
1	`TX1_P`	-
2	`TX1_N`	-
3	`RX1_P`	-
4	`TX2_P`	-
5	`TX2_N`	-
6	`RX1_N`	-
7	`RX2_P`	-
8	`RX2_N`	-
9	`LED_YE_C`	-
10	`LED_YE_A`	-
11	`LED_GN_C`	-
12	`LED_GN_A`	-
S1	`SHIELD`	-
S2	`SHIELD`	-

4.1.2.2.3. Master TMS570 v1.1.1 Pinout