(NO LONGER USING CURRENT TRASNDUCER)
The BMS Master will be able to read bipolar voltage outputs from the HAL 200-S Current Transducer in the Master Accumulator to enforce current limits
The BMS Master will be able to read bipolar voltage outputs from the HAS 50-S Current Transducer in the Charger to enforce current limits
Note: We are now using Alex's galvanic isolated current sensing circuit that does not require programming. However, being able to retrieve current measurement data from the circuit would be highly desired along with accounting for negative current. Necessary for software-driven faults that could be displayed on the Dash or the VCU safety checker for example.
(NO LONGER USING CURRENT TRASNDUCER) The BMS Master will be able to read bipolar voltage outputs from the HAL 200-S Current Transducer in the Master Accumulator to enforce current limits The BMS Master will be able to read bipolar voltage outputs from the HAS 50-S Current Transducer in the Charger to enforce current limits
Note: We are now using Alex's galvanic isolated current sensing circuit that does not require programming. However, being able to retrieve current measurement data from the circuit would be highly desired along with accounting for negative current. Necessary for software-driven faults that could be displayed on the Dash or the VCU safety checker for example.