Moved to https://codeberg.org/DNS-OARC/dsc
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Updated
Feb 4, 2026 - C
Moved to https://codeberg.org/DNS-OARC/dsc
An esp-open-rtos library to directly interface with DSC security systems, including native HomeKit support.
Firmware for EPC9143 300W 16th Brick Power Module Reference Design featuring advanced type IV voltage mode control with high-speed PWM steering
Digital control loop implementation of a simple average current mode controller regulating the output voltage of a 4-switch buck-boost converter
Digital control loop implementation of a simple voltage mode controller regulating the output voltage of a 4-switch buck-boost converter
4:1 Fixed Conversion Rate, 1 MHz Operation Firmware Example
Firmware for EPC9148 250W Three-level Synchronous Buck Converter Design featuring average current mode control (ACMC) with enhanced PWM steering
Two phase interleaved 50W LLC converter with digitally implemented voltage mode control and phase current balancing.
Complementary PWM Output Configuration Example for dsPIC33CK-MP devices
Firmware for EPC9153 250W Thin Profile Synchronous Buck Converter Design featuring average current mode control (ACMC)
C programs for BCA 3rd Semester 2023-2024
Firmware for EPC9151 300W BiDirectional 16th Brick Power Module Reference Design featuring two projects for buck and boost operation
Digital control loop implementation of a simple peak current mode controller regulating the output voltage of a synchronous buck converter
Digital control loop implementation of a simple voltage mode controller regulating the output voltage of an asynchronous boost converter
The 11kW Three-Phase PFC Demonstration Application is a high-performance development platform designed to support rapid prototyping and code development using Microchip dsPIC33C and dsPIC33A Digital Signal Controllers and Silicon Carbide (SiC FET) devices.
Digital control loop implementation of a dual-loop average current mode controller regulating the output voltage of a synchronous buck converter
This solution demonstrates the implementation of a Dual Active Bridge (DAB) application using Microchip's dsPIC33C device for automotive On-Board Charger applications, featuring a versatile DC-DC Dual Active Bridge Development Platform with organized components, and compatibility with various dsPIC33 plug-in modules for flexible testing and use.
Machine Learning Gesture Recognition implementation in dSPIC33CK DSC
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