BPS2030H1.3-01

Overview

The BPS2030H1.3-01 is a high-voltage, high-current bidirectional thyristor manufactured by BeStar Technologies, Inc. This component is designed for robust power switching applications requiring reliable handling of significant electrical loads. It features a specific voltage and current rating suitable for industrial environments where stable conduction and blocking capabilities are critical for system integrity.

Feature Summary

• Bidirectional switching capability for AC or DC circuit control
• High voltage and current handling capacity for heavy-duty applications
• Robust construction for industrial-grade reliability

Applications

• Industrial motor control systems
• High-power heating element regulation
• AC power switching circuits

Procurement Notes

Verify the exact datasheet version from BeStar Technologies to confirm thermal characteristics and pinout configurations before integration. Ensure that the application environment meets the specified operating temperature ranges and that adequate heat sinking is provided to maintain junction temperatures within safe limits during continuous operation.

Selection Notes

Select this component when the design requires a single device to handle bidirectional current flow with high surge tolerance. Evaluate the peak repetitive forward/off-state voltage and RMS on-state current requirements against the datasheet specifications to ensure sufficient margin for transient events and steady-state loads in the target power supply topology.

Part Context

BeStar Technologies specializes in power semiconductor devices, including thyristors and diodes, for demanding industrial and consumer applications. The BPS series represents their line of high-performance silicon-controlled rectifiers designed to offer durability and efficiency in power conversion and control scenarios.

Replacement Considerations

Consult official cross-reference guides from BeStar Technologies for verified equivalent part numbers. Ensure any substitute matches the original package type, pin configuration, and electrical ratings precisely to avoid redesigning the PCB or thermal management system.