MP6X3TR

Overview

The MP6X3TR is a dual NPN bipolar junction transistor manufactured by ROHM Semiconductor. It utilizes silicon technology and is housed in the MPT6 package, which contains six terminals. The device supports surface mount installation and operates with a collector-emitter maximum voltage (VCEO) of 60 V. It provides a continuous collector current rating of 3 A. This component is classified as a discrete semiconductor transistor within the BJT product category.

Feature Summary

• Dual NPN configuration integrating two transistors within a single package
• Silicon-based construction for standard switching and amplification applications
• MPT6 surface-mount packaging design

Applications

• General-purpose switching circuits
• Low-frequency amplifier stages
• Driver circuits requiring dual NPN topology

Procurement Notes

Verify end-of-life status before procurement planning. The MP6X3TR is listed as an obsolete or discontinued part. Confirm availability through secondary market channels or authorized distributors handling surplus stock. Ensure compatibility with existing designs due to potential supply chain limitations for new production runs.

Selection Notes

Select this component only if the specific MPT6 package footprint and dual NPN topology are required. Verify that the 60 V VCEO and 3 A Ic ratings meet circuit demands. Consider alternative active parts if long-term supply stability is critical for the project lifecycle.

Part Context

This part belongs to ROHM's discrete bipolar transistor lineup. The MPT6 package is a specialized multi-transistor housing. The suffix TR indicates reel packaging for automated assembly processes. It serves as a compact solution for applications needing multiple NPN elements in a small form factor.

Replacement Considerations

As the MP6X3TR is marked as obsolete, direct substitutes may be limited. Check for pin-compatible alternatives from ROHM or other manufacturers offering similar dual NPN specifications in comparable packages. Validate electrical parameters against original requirements.