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2EDF7175F
  • 2EDF7175F

2EDF7175F

The EiceDRIVER™ 2EDF7275F is the perfect fit for robust and stable operation for primary side control of high- and low-side MOSFETs in noisy high-power switching environments. The strong 4A/8A source/sink dual-channel gate drivers provide a fast turn on/off when driving high- and medium-voltage MOSFETs such as CoolMOS™ or OptiMOS™. Both output channels are individually isolated and can be used as floating gate drivers with high 150V/ns CMTI.

Infineon Technologies 2EDF7175F Product Info

16 April 2026 1

Parameters

Channels

2

Configuration

High-side and low-side, High-side, Half-Bridge

Input Vcc range

3 V to 3.3 V

Input-side supply

20 V

Isolation Type

Galvanic isolation - Functional

Output Current (Sink)

2 A

Output Current (Source)

1 A

Package

NB-DSO-16

Qualification

Industrial

Turn Off Propagation Delay

35 ns

Turn On Propagation Delay

37 ns

VBS UVLO (On)

4.2 V

VBS UVLO (Off)

3.9 V

VCC UVLO (On)

2.85 V

Voltage Class

650 V

Apps

Medium voltage IBC (48 V), Light electric vehicle solutions, Home appliances, Power optimizer solutions for scalable PV systems, Connected and smart LED lighting for IoT

Features

  • Fast power switching with accurate timing
  • Optimized for area and low cost system BOM
  • Robust design against switching noise
  • Output-to-output channel isolation
  • Input-to-output channel isolation

Description

  • Power efficiency and high resolution PWM control
  • Cooler package at smaller form factor
  • Protection and safe operation
  • Flexible assignment of any driver channel
  • Floating gate drive & regulatory safety

System values

  • Enabling higher power stage efficiency and higher power density designs
  • Improving long term competitive cost position, integration and mass manufacturability
  • Improved end-product lifetime by improved safe operation of power switches
  • Lower EMI by ground isolation, driver proximity to MOSFETs or use of Kelvin source MOSFETs
  • Meeting requirements to build isolated AC-DC, DC-DC half bridges topologies

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