Course Curriculum
- 18 sections
- 80 lectures
- 8 hours, 52 minutes total length
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Introduction00:03:00
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Passive Cell Balancing: Working Principle00:09:00
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Passive Cell Balancing: Hardware Circuit Design00:06:00
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Passive Cell Balancing: Balancing Current deciding factor00:06:00
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Passive Cell Balancing: Calculations00:08:00
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Passive Cell Balancing: Assignment00:02:00
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Voltage Measurement in Battery management system00:02:00
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Voltage Measurement: Hardware circuit design00:04:00
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Voltage Measurement: Component selection techniques00:06:00
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Current Measurement: Battery Pack00:05:00
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Current Measurement: Current Sense Resistor-based Hardware Circuit00:09:00
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Current Measurement: Assignment00:02:00
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Current Measurement: Sense Resistor and External amplifier00:08:00
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Current Measurement with Sense Resistor and External Amplifier: Assignment00:02:00
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Current Measurement: Hall Effect sensor00:07:00
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Current Measurement: Datasheet understanding00:10:00
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Current Measurement: Calculations00:06:00
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Current Measurement using Hall Sensor: Assignment00:02:00
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Temperature Measurement: In BMS00:10:00
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Temperature Measurement: Thermistor Calculation00:13:00
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Temperature Measurement: Assignment00:02:00
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Coulomb Counting – SoC Estimation00:05:00
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Coulomb counting: Calculation00:03:00
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Coulomb counting: Assignment00:07:00
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What parameters are taken to select your right BMS IC?00:13:00
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A tour to Texas Instrumentsfor BMS IC selection00:09:00
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A tour to Texas Instruments: Battery Protectors00:10:00
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A tour to Texas Instruments: Battery Monitors and Balancers00:09:00
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A tour to Texas Instruments: Fuel Gauge IC00:13:00
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MCU for BMS: Basics00:04:00
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MCU for BMS: Selection Technique00:07:00
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MCU for BMS: Assignment00:02:00
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Cell Modeling 100:02:00
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Cell Modeling 200:02:00
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Cell Modeling 300:09:00
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Cell Modeling 400:08:00
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Cell Modeling 500:14:00
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Communication Protocol 100:05:00
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Communication Protocol 2.100:10:00
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Communication Protocol 2.200:07:00
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Communication Protocol 2.300:07:00
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Communication Protocol 2.400:06:00
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UART Demo 100:12:00
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UART Demo 200:07:00
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I2C communication protocol 100:06:00
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I2C communication protocol 200:04:00
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I2C communication protocol 300:06:00
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I2C communication protocol 400:12:00
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I2C communication protocol 500:04:00
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I2C communication protocol 600:05:00
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I2C communication protocol 700:14:00
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I2C Demo 200:15:00
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SPI Communication 100:06:00
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SPI Communication 200:07:00
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SPI Communication 300:06:00
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CAN Communication 1.100:03:00
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CAN Communication 1.200:04:00
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CAN Communication 1.300:06:00
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CAN Communication 1.400:07:00
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CAN Communication 1.500:03:00
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CAN Communication 1.600:06:00
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CAN Communication 1.800:05:00
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Power management 100:04:00
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Power management 200:04:00
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Power management 300:04:00
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Power management 400:05:00
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BQ76925 Datasheet: Part 100:09:00
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BQ76925 Datasheet: Part 200:09:00
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BQ76925 Datasheet: Part 300:14:00
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BQ76925 Datasheet: Part 400:13:00
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BQ76925 Reference Design: 100:10:00
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BQ76925 Reference Design: 200:06:00
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BQ76925 Reference Design: 300:06:00
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BQ76925 Reference Design: 400:15:00
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BQ76925 Reference Design: 500:05:00
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BQ76925 Reference Design: 600:07:00
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BQ76925 Reference Design: 700:06:00
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Thank you00:03:00
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Resource – Electric Vehicle Battery Management System
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Claim Your Certificate