Infineon EVAL-2EDL23I06PJ IGBT Gate Driver for 2EDL23I06PJ for Air Conditioners, Drives, Fans, Pumps

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RS Stock No.:
234-2080
Mfr. Part No.:
EVAL2EDL23I06PJTOBO1
Brand:
Infineon
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Brand

Infineon

Power Management Function

IGBT Gate Driver

For Use With

Air Conditioners, Drives, Fans, Pumps

Kit Classification

Evaluation Board

Featured Device

2EDL23I06PJ

Kit Name

EVAL-2EDL23I06PJ

Infineon Evaluation board, IGBT Gate Driver, For Use With Air Conditioners/Drives/Fans/Pumps - EVAL2EDL23I06PJTOBO1


This evaluation board is a vital tool for testing and demonstrating the capabilities of the IGBT gate driver, primarily aimed at power management applications such as air conditioning systems, drives, fans, and pumps. It provides an effective platform for development and evaluation, improving design efficiency while ensuring solid performance in various industrial applications.

Features & Benefits


• Integrated short circuit detection enhances safety
• Current measurement with an operational amplifier allows for precise monitoring
• Bootstrap functionality optimises high-side IGBT performance
• Undervoltage lockout ensures operational reliability
• Internal voltage regulation delivers a stable 5V supply
• Status LEDs facilitate straightforward fault diagnosis

Applications


• Driving and controlling air conditioning systems
• Evaluation of drive control systems
• Fan control in industrial settings
• Designed for rigorous use in industrial environments

What power supply voltages does it require for operation?


It requires a +15V supply for the driver output and can manage a high voltage supply of 320V to 450V.

How can fault states be identified during operation?


The board is equipped with status LEDs that indicate operational states and any fault conditions recognised by the IGBT driver.

Can this board accommodate different IGBT types?


Yes, it can adapt switching characteristics by modifying resistor values to suit various IGBT specifications.

Is external calibration necessary for current measurement?


While the board has built-in current amplification, calibration is advisable for critical applications due to component tolerances.

What safety mechanisms are integrated into the design?


It features short circuit protection, undervoltage lockout, and clear LED indicators to improve user safety and product reliability.

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