MT7605CB Linear LED Driver - Maxic - Regency Semiconductors

MT7605CB High PF Three-Segment Linear LED Driver - Now in Stock


We are pleased to announce the availability of the MT7605CB from Maxic Technology. This high-PF, three-segment linear constant current LED driver supports 120Vac/220Vac input and is an excellent solution for a wide range of LED lighting applications.


Product Overview

The MT7605CB integrates a 700V high-voltage power MOSFET and a high-voltage power supply circuit. It eliminates the need for magnetic components such as inductors or transformers, significantly simplifying the peripheral circuit and reducing BOM cost. By optimizing the current reference as line voltage changes, it increases the LED turn-on time, improving both efficiency and power factor.


Key Features

  • High Power Factor: PF > 0.95
  • Integrated 700V MOSFET: Simplifies design and improves reliability
  • No Magnetic Components: No inductors or transformers required
  • Multi-Chip Parallel Connection: Supports parallel connection without jumper resistors
  • High Accuracy: Output current accuracy < ±5%
  • Line Voltage Compensation: Keeps input power constant
  • Over-Temperature Regulation: Protects the IC and extends LED lifespan
  • Package: ESOP8


Applications

  • LED Spotlights
  • Mining Lights
  • General LED Lighting
  • Building Lighting


Why Choose the MT7605CB?

With its high integration, simple peripheral circuit, and robust protection features, the MT7605CB is an ideal solution for compact, high-efficiency LED lighting designs. Its ability to handle higher voltages and its seamless parallel connection capability make it a reliable and versatile choice for demanding lighting applications.


Contact Us for Pricing and Availability

Regency Semiconductors Pvt Ltd

Phone: +91-8591695392

Email: sales1@regencysemiconductors.com

Website: www.regencysemiconductors.com


Note: Specifications are subject to change without prior notice. Please refer to the official datasheet for complete technical details.

Oct 16th, 2026 12:14 PM

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