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Voltage/Current Regulators, Converters and Controllers
Power Conversion Focused on Simplicity and Innovation
Full Digital Power With dsPIC® DSCs
For the highest performance, dsPIC Digital Signal Controllers (DSCs) are designed to run powerful algorithms to maximize efficiency across widely varying load and environmental conditions.
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Featured Reference Designs
USB Power Delivery (PD) Dual Charging Port Demonstration Application
- Supports USB Power Delivery (PD) 3.1 specifications.
- GUI-based demo
- Provides power balancing between ports for better control
- Enables USB PD Programmable Power Supply (PPS) fast charging
- Integrated protection
High-Voltage Auxiliary E-Fuse Reference Design
- High-voltage solid-state relay with over-current protection
- Optimal performance and efficiency
- A proven solution that avoids sourcing individual parts
- Risk reduction through reliability and accelerated development
Two-/Three-Wheeler EV Charger Reference Design With CAN Control
- Digital power control
- PFC and LLC stages managed by high-performance dsPIC® DSCs
- Real-time monitoring
- CAN bus tracks voltage, current and temperature for instant diagnostics
- Remote management
- Monitors, controls and updates the charger remotely
- Flexible and scalable
- Modular design supports multiple charging protocols and power throughput
- Optimized power conversion
- High PF, low THD and EMI-compliant for efficient energy use
High-Voltage Modular Battery Management System Demonstration Application
- Support for monitoring of multiple stacks of battery modules (each module can handle up to eight Li-Ion cells in series)
- Demonstrates modular, scalable solution to cover wide range of voltage range and applications
- Variety of battery chemistries supported
- State-of-Charge (SOC) determination using column-counting table and voltage-to-state-of-charge table
- State-of-Health (SOH) determination
48V to 12V Power Conversion Reference Design
- Design is easily scalable to different output voltages and currents
- High efficiency
- MOSFET-based current sensing eliminates needs for additional components and saves PCB space/cost
- COT control architecture minimizes output voltage variations during load transients
Compact High-Performance BLDC Driver for Power Tools Reference Design
- Support for sensored (Hall sensors) Field-Oriented Control (FOC)
- Support for sensorless FOC
- Single shunt motor phase current measurement
- A complete solution that simplifies development