JAJU876 October 2022
The key performances of the TIDA-010216 were tested in a TI lab, the end equipment used and test processes and results are described in this section.
Table 3-1 describes the connections for TIDA-010216 board.
CONNECTOR AND PIN ASSIGNMENTS | FUNCTION OR SCHEMATIC NET | NOTES |
---|---|---|
BAT– | BAT– | Cell stack negative; this provides a reference for the electronics and the high current path from the cells |
PACK+ | PACK+ | Charger positive or load positive |
PACK– | PACK– | Charger negative or load negative |
P1 | Cn | (n = 0 to 16) Cell monitor, balance, and electronics power connections. |
P2-1 | RS485-A | RS485 Bus I/O port, A |
P2-2 | RS485-B | RS485 Bus I/O port, B |
P3-1 | CAN-L | Low-level CAN BUS |
P3-2 | CAN-H | High-level CAN BUS |
P4-1 | 3V3 | SBW program connector 3.3 V |
P4-2 | SBIO | SBW program connector SBIO |
P4-3 | SBCLK | SBW program connector SBCLK |
P4-4 | GND | SBW program connector ground |
P5-1 | SDA | I2C communication SDA from bq76952, bq76942, and bq769142, connect SDA_MCU or EV2400 SDA |
P5-2 | SDA_MCU | I2C communication SDA from MCU |
P5-3 | SCL | I2C communication SCL from bq76952, bq76942, and bq769142, connect SCL_MCU or EV2400 SCL |
P5-4 | SCL_MCU | I2C communication SCL from MCU |