Thyristor diode modules

Diode Modules are fundamental components for converting alternating current (AC) into direct current (DC). They are designed to deliver reliable performance in standard power conversion applications, offering solid efficiency and robust construction. Commonly used in power supplies, chargers, and general industrial systems, these modules provide a cost-effective and stable solution for everyday rectification needs.

Non-insulated Thyristor/Thyristor Diode Modules are designed for applications requiring direct thermal and electrical connection to a heatsink or system baseplate. By eliminating insulation layers, they offer improved thermal conductivity and lower on-state losses, ensuring high efficiency and reliable power handling. These modules are commonly used in industrial drives, power supplies, and converters where robust performance and effective heat dissipation are essential.

Non-insulated Rectifier Modules provide efficient AC to DC conversion with a direct connection to the heatsink or mounting surface. Without an internal isolation layer, they ensure excellent thermal conductivity, reduced power losses, and improved overall efficiency. These modules are a reliable choice for applications such as power supplies, welding equipment, and motor drives, where robust performance and effective heat management are key.

Fast Thyristor and Fast Recovery Rectifier Modules are specially engineered for high-frequency and fast-switching power applications. Their optimized design ensures low recovery losses, minimal switching times, and enhanced efficiency under dynamic conditions. These modules are widely used in induction heating, UPS systems, and high-speed converters, providing reliable performance where rapid response and efficient energy conversion are critical.

Single-phase and Three-phase Rectifier Bridge Modules are designed for reliable conversion of AC power into DC output. Compact and efficient, they deliver stable performance and are suitable for a wide range of applications, from power supplies and battery chargers to motor control and industrial equipment. Offering easy integration and robust operation, these modules provide a dependable solution for both single-phase and three-phase rectification requirements.

Dual Thyristor/Thyristor Diode Modules for Welding are specially developed to meet the demanding requirements of welding power sources. They ensure stable rectification and reliable current control, even under high load conditions. With robust construction, high surge capability, and long service life, these modules deliver consistent performance in industrial welding machines and related equipment, making them a dependable choice for heavy-duty applications.

Diode Modules for Welding are designed to provide stable AC-to-DC conversion for welding power supplies. Built with strong thermal capacity and high current endurance, they ensure reliable output and durability under the heavy load conditions typical of welding applications. These modules are a cost-effective and robust solution for industrial welding machines and related equipment.

Three-phase Rectifier Bridge+Thyristor Modules combine rectification and controlled switching in a single, compact unit. Featuring an integrated design, they provide efficient AC-to-DC conversion with precise current regulation, making them ideal for applications such as motor drives, soft starters, and industrial power supplies. Their robust performance and ease of integration help reduce system complexity while ensuring reliable operation under demanding conditions.

Box Clamps feature a low-profile design that enables compact assembly and excellent thermal management. With their optimized flat structure, these modules are easy to mount, support efficient heat dissipation, and save space in system design. They are widely used in industrial power supplies, motor drives, and welding equipment, offering reliable performance and simplified integration in demanding applications.

Super Fast Recovery Diodes are designed for high-frequency and fast-switching power applications. With low reverse recovery time and minimal switching losses, they ensure efficient energy conversion and reliable performance under dynamic operating conditions. These modules are commonly used in UPS systems, inverters, induction heating, and other applications where fast response and high efficiency are essential.