Boost Converter Module

Introduction

The Boost Converter Module is a high-performance DC–DC power conversion platform tailored for research, prototyping, and industrial applications. Engineered for precision and reliability, the converter integrates power switching, isolation, sensing, and gate-driving circuitry into a single compact unit. With its optically isolated gate-drive architecture, built-in sensor interfaces, and independent auxiliary supplies, this converter provides a robust and safe environment for developing and testing advanced control algorithms and power electronics systems.

Key Features

• High-Power Operation  - Capable of delivering up to 250 W output power with high conversion efficiency and stable operation across a wide range of input voltages.

• Integrated Gate-Drive Circuitry - Features a buffer stage for logic-level signal conditioning and an optically isolated gate driver, ensuring noise-immune, high-speed switching of MOSFET or IGBT devices.

• On-Board Isolated Power Supplies - Includes a dedicated +15 V isolated DC-DC converter for the gate driver and a +5 V isolated converter for logic and buffer circuits, ensuring complete galvanic isolation between control and power stages.

• Comprehensive Sensing and Feedback - Equipped with voltage and current sensors on both input and output sides, enabling accurate feedback for control, monitoring, and protection.

• Integrated Current Sensor Interface - Precision on-board current sensor enables seamless connection with digital control systems such as dSPACE, microcontrollers, or DSP platforms.

• Optimized Gate Interface - On-board gate-emitter resistance, RC snubber, and zener protection network improve switching reliability and safeguard the power device during transients.

• Compact and Modular Design - Ready-to-use board layout optimized for laboratory, academic, and R&D environments — easily adaptable for custom topologies and closed-loop experiments.

• Direct Logic Compatibility - Accepts both 3.3 V and 5 V PWM signals directly, with no need for external level-shifting circuitry.

Applications

• DC–DC converter research and development

• Renewable energy systems (PV boost stages, MPPT study, fuel cell conditioning)

• Energy storage and battery charging systems

• Electric vehicle auxiliary converters

• Power electronics education and laboratory demonstrations

• Embedded control algorithm testing (dSPACE, OPAL-RT, TI LaunchPad)

• Evaluation of MOSFET and IGBT gate-drive performance

Based on the customer's needs, the boost converter module will be configured. If the customer requires a lower/higher capacity, we will design and deliver it to you. Please specify your requirements when placing an order.

This product is intended for engineering, research, and industrial use. Users must ensure proper system-level protection and safe operating practices when working with high voltages and currents.