Overview
Employing ?open-loop Hall-effect technology?, the HC7C series delivers precise measurement of ?DC/AC currents? (0 to ±1200A). Designed for critical applications in ?new energy vehicles (NEVs)?, it provides high-accuracy current monitoring and control support for ?generators?, ?inverters?, and ?automotive electronic control systems (ECUs)?.Key Features?
- ?Precision Measurement?：Utilizes advanced Hall-effect sensing with calibration technology and reinforced insulation design, maintaining high-accuracy current measurement under extreme temperatures (-40°C to +125°C) and complex operating conditions13.
- ?Extended Measurement Range?：Supports ±1200A current detection, addressing high-power demands in automotive electronic systems with flexible integration solutions14.
- ?Rapid Dynamic Response?：Achieves ultra-low latency with 40kHz bandwidth for real-time current tracking, enhancing system stability and efficiency13.
- ?Enhanced Reliability?：Validated minimal thermal/sensitivity drift through rigorous testing, ensuring prolonged operational stability in harsh environments.
Application
1. EV Powertrains?
- ?Inverter Current Sensing?: Monitors phase currents with ±0.5° phase accuracy, optimizing FOC control
- ?DC/DC Converters?: Provides ±5mA resolution for 48V/400V bus voltage regulation
- ?Regenerative Braking?: Extends range by 7-12% through precise energy recovery control
2. HEV Systems?
- ?Starter-Generator Control?: 200kHz sampling rate for cranking current detection
- ?DC Busbar Protection?: Isolated measurement for ISO 6469-3 compliant fault detection
?3. Automotive ECUs?
- ?Safety Systems?: <100μs overcurrent response for ASIL-C compliant protection
- ?Energy Management?: CAN FD interface (8Mbps) for battery SOC calculation
Details Image
Current Sensor & IGBT Module Assembly Schematic
