Step-down EV power converter module specifically for Chigee displays
Step-down EV power converter module specifically for Chigee displays
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In high-voltage two-wheeled electric vehicles, voltage fluctuations and transient power surges can occur during startup, shutdown, or regenerative braking.
The Chigee Buck Converter Module is specifically designed for the real-world electrical systems of electric vehicles, providing a stable voltage to your Chigee devices while preventing power supply-side damage to the circuit.
Specifically Designed for Chigee
Plug-and-Play Connectivity
Tailored for the Chigee intelligent device series, this module can be directly connected without complex wiring or additional adapters.
The module seamlessly integrates into the vehicle's electrical system, forming a crucial component of the Chigee ecosystem.
Supports Constant VCC Power
Unlocks More Functionality
Supports continuous VCC power input, allowing Chigee devices to remain powered even when the vehicle is off.
This enables features such as parking recording and event-triggered wake-up, ensuring Chigee's smart safety functions remain active even when the motorcycle is stationary.
Wide Voltage Input
Supports Mainstream Electric Vehicle Platforms
The module supports a wide range of input voltages, featuring:
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ACC Input: DC 5V–120V
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VCC Input: DC 15V–120V
Compatible with mainstream 48V / 60V / 72V electric vehicle platforms, suitable for most electric motorcycles and scooters.
Built-in TVS Surge Protection
Comprehensive Protection for Your Chigee Device
The module features built-in TVS (Transient Voltage Suppression) protection to absorb abnormal high voltages and mitigate surge interference.
In scenarios such as startup, shutdown, or regenerative braking, it creates a more stable operating environment for Chigee devices and the main system circuit.
Ultra-Low Standby Power Consumption
Slow Battery Drain When Parked
In continuous VCC mode, the module's quiescent current is only about 30μA.
Compared to many common electric vehicle converters, the standby power consumption is significantly lower, reducing unnecessary battery drain when parked for extended periods.
Multi-Layer Circuit Protection
Designed for Long-Term Stable Operation
Specifically engineered for challenging outdoor environments, featuring:
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All-metal housing
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Heat dissipation fins
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