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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.
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