Gate Driver ICs for MOSFETs

Overview

Best-in-class gate driver ICs for high voltage and low voltage MOSFET

Our EiceDRIVER™ gate driver family includes isolated gate driver ICs, level shift gate driver ICs and non isolated gate driver ICs optimized for high voltage and low voltage MOSFETs in all application. Gate Driver ICs are availabel in different configurations and offer features like low undervoltage lockout (UVLO) option for MOSFETs (5 V), fast propagation delay, integrated bootstrap diode with SOI technology, high driving current, and over current protection. These features are very important when driving MOSFETs, especially for applications like PFC, switch mode power supplies (SMPS), battery powered application, computing, motor control and drives, lighting, and solar micro inverter.

We also offer automotive qualified gate driver ICs. The trend towards greater efficiency in automotive applications also concerns electric motors. Applications such as power steering, HVAC compressors and engine cooling fans will be controlled by electronic motors in the future. The configurable, H-bridge and three-phase automotive gate driver IC's can be combined with automotive MOSFETs to provide the power and efficiency these systems demand.

Every switch needs a driver, the right driver makes a difference. Download our newest Gate Driver Selection Guide 2019 now.

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Tools & Software
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xEV automotive power module innovation with new HybridPACK™ product portfolio for main inverters

This video showcasts Infineon´s new HybridPACK™, a scalable family of automotive power modules products with different cooling options suitable for main inverters up to 200 kW

Videos

Gate Driver Solutions - Why Infineon is the best Partner

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Tailored Gate Driver Solutions by Infineon, This video explains why gate driver ICs are well suited for many applications such as Automotive, Major Home Appliances, Industrial Motor Drives, Solar Inverters, UPS, Switched-Mode Power Supplies, and High-Voltage Lighting.

An Introduction to Infineon Gate Drivers

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Do you want to know more about Infineon´s gate drivers? Watch our introduction video and become familiar with our product portfolio.

Advantages of Infineon SOI Gate Driver Technology

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1200 V Silicon-On-Insulators level-shift gate drivers from the market leader. This video demonstrates the advantages of products with Infineon SOI. E.g. Integrated bootstrap diode, Low level-shift losses - saving space and cost.

Galvanic isolated Gate Drivers with Protection Features

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EiceDRIVER™ galvanically isolated gate drivers use the unique coreless transformer (CT) technology to provide signal transfer across the galvanic isolation. We offer short circuit protection, 100 kV/μs CMTI, active Miller clamp, soft turn off and other features, especially for driving SiC MOSFETs and GaN HEMTs.

On-Demand Webinar: Low Voltage Solution DC & BLDC Motors

Learn about the main differences and challenges between DC & BLDC motors and our solutions for DC & BLDC Motors applications.

Training

SOI level-shift gate driver IC in LLC half-bridge topologies

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This training features how the level-shift gate drivers work, what are negative voltage transient and how they affect level-shift gate drivers. In addition you will learn about the technology difference between Junction isolation and Infineon’s Silicon-On-Insulator technology.

Webinar: Every Switch needs a Driver - The right Driver makes a Difference

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We offer a large portfolio of level shift high voltage gate drivers – silicon-on-insulator (SOI) and junction isolated (JI) technologies. Learn about the advantages of Infineon SOI gate driver: integrated bootstrap diode, Low level-shift losses, saving space and cost, and negative VS robustness.

How to choose gate driver for IGBT discretes and modules

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With this training, you will learn how to calculate a gate resistance value for an IGBT application, how to identify suitable gate driver ICs based on peak current and power dissipation requirements, and how to fine-tune the gate resistance value in laboratory environment based on worst case conditions.

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