3P4MH(5)-AZ

Scrs Overview

The 3P4MH(5)-AZ is a Silicon Controlled Rectifier (SCR) manufactured by Renesas Electronics Corporation. This component belongs to the thyristor family and is designed for power switching applications. It is available in a TO-92 package configuration, as indicated by associated part numbers like CR04AM-12A-A#B00 which share similar form factors. The device functions as a three-terminal semiconductor switch, allowing current flow in one direction when triggered by a gate signal.

Scrs Feature Summary

• Functions as a silicon controlled rectifier for unidirectional current control
• Utilizes a compact TO-92 style surface mount or through-hole compatible package
• Designed for reliable triggering in industrial and consumer power circuits

Scrs Applications

• Industrial networking power control systems
• PoE controller power delivery stages
• General purpose AC/DC switching circuits

Scrs Procurement Notes

Verify the specific suffix designation against official Renesas documentation to ensure correct voltage and current ratings. Confirm package type compatibility with PCB layout requirements. Request manufacturer datasheets for precise electrical characteristics before integration into final designs.

Scrs Selection Notes

Select this SCR based on required forward blocking voltage and on-state current capabilities. Ensure the gate trigger parameters match the driving circuit design. Consider thermal management requirements for the intended application environment and duty cycle.

Scrs Part Context

This component is part of Renesas' discrete semiconductor portfolio, specifically within the thyristor and SCR category. It serves as a fundamental building block for power electronics, offering robust switching performance in a small footprint suitable for various commercial and industrial electronic devices.

Scrs Replacement Considerations

Cross-reference with equivalent SCRs from other manufacturers ensuring matching voltage, current, and package specifications. Verify pinout compatibility and thermal characteristics before substitution.