VS-VSKT41/10

SCRs - Modules Overview

The VS-VSKT41/10 is a silicon SCR-Diode module manufactured by Vishay Semiconductors. It features a TO-240AA-3 package with screw mount installation. The device supports a minimum operating temperature of -40 C and a maximum of +125 C. Key electrical parameters include a gate trigger current (Igt) of 150 mA and a maximum holding current (Ih) of 200 mA. The unit weighs 110 g and is classified under discrete semiconductor modules.

SCRs - Modules Feature Summary

• Integrated SCR-Diode configuration within a single discrete semiconductor module
• Robust screw mount construction for secure mechanical attachment
• Silicon-based technology designed for high reliability applications

SCRs - Modules Applications

• Industrial power control systems
• High voltage rectification circuits
• Motor drive inverters

SCRs - Modules Procurement Notes

Verify the specific manufacturer part number against official Vishay documentation to ensure authenticity. Confirm that the TO-240AA-3 package dimensions match your thermal management design requirements. Check for any specific environmental compliance certifications required for your target market before finalizing procurement orders.

SCRs - Modules Selection Notes

Select this component when a combined SCR and diode function is required in a single package. Ensure the system operates within the specified -40 C to +125 C temperature range. Verify that the 150 mA gate trigger current aligns with your driver circuit capabilities and that the screw mount style fits your assembly constraints.

SCRs - Modules Part Context

This module belongs to the Vishay VSKH/VSKT series of high-power silicon controlled rectifiers. These components are engineered for demanding industrial environments requiring robust power switching. The TO-240AA-3 form factor provides a standardized mounting solution for high-current applications across various power electronics platforms.

SCRs - Modules Replacement Considerations

Consult official Vishay substitution guides for verified equivalents. Generic cross-references may not match the specific Igt or Ih characteristics. Always validate pinout compatibility and thermal resistance values before implementing any substitute part numbers in existing designs.