CLA40P1200FC

SCRs - Modules Overview

The CLA40P1200FC is a high-efficiency thyristor phase leg component manufactured by IXYS. Classified as an SCR within the CLA40P1200 series, it utilizes silicon technology and is housed in a tube package. The unit weighs approximately 9 grams and is identified by Mouser part number 747-CLA40P1200FC. It complies with RoHS standards and REACH SVHC regulations. The device is designed for robust power switching applications requiring reliable phase control functionality.

SCRs - Modules Feature Summary

• High-efficiency thyristor phase leg design
• Silicon-based SCR construction
• Tube packaging format

SCRs - Modules Applications

• Phase control circuits
• Industrial power regulation systems
• Thyristor-based switching applications

SCRs - Modules Procurement Notes

Verify the specific manufacturer datasheet to confirm current availability status and production lead times. Ensure that the ordering suffix matches the required configuration exactly. Confirm compliance requirements such as RoHS and REACH against project specifications before finalizing procurement orders.

SCRs - Modules Selection Notes

Select this component when a dedicated high-efficiency thyristor phase leg is required. Verify that the package type and electrical ratings align with the circuit design constraints. Compare performance characteristics against alternative SCR modules if higher current or voltage ratings are needed for the specific application environment.

SCRs - Modules Part Context

This component belongs to the CLA40P1200 series of high-efficiency thyristors produced by IXYS. The series focuses on providing reliable phase control solutions using silicon technology. The product is categorized under SCRs and thyristors, serving as a specialized component for power electronics applications requiring precise phase management.

SCRs - Modules Replacement Considerations

Consult official IXYS documentation for confirmed substitute part numbers. Do not assume cross-compatibility with other SCR models without verifying pinout and electrical parameter alignment.