Infineon EVAL-6EDL04I06PT IGBT Gate Driver for 6EDL04I06PT for Fan, Refrigerator, Washing Machine

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N° de stock RS:
234-2085
Référence fabricant:
EVAL6EDL04I06PTTOBO1
Fabricant:
Infineon
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Marque

Infineon

Power Management Function

IGBT Gate Driver

For Use With

Fan, Refrigerator, Washing Machine

Kit Classification

Evaluation Board

Featured Device

6EDL04I06PT

Kit Name

EVAL-6EDL04I06PT

Infineon Evaluation board, IGBT Gate Driver, For Use With Fan/Refrigerator/Washing Machine - EVAL6EDL04I06PTTOBO1


This evaluation board facilitates the assessment of IGBT gate driver performance in a variety of applications, serving as a practical tool for developing power management solutions in home appliances and industrial automation. It provides a platform for advanced testing, aiding in the optimisation of control systems for devices such as fans, refrigerators, and washing machines.

Features & Benefits


• Over-current detection enhances safety
• Under-voltage lockout protects the driver from damage
• Bootstrap functionality efficiently supports high-side IGBTs
• Multiple output configurations allow flexibility in applications
• Status LEDs offer real-time feedback on operation
• Compact design enables easy integration into existing systems

Applications


• Utilised in fan control systems for improved efficiency
• Suitable for refrigerator control boards to enhance energy efficiency
• Assists in optimising washing machine motor control
• Compatible with industrial automation for dependable control
• Acts as a prototype board for testing IGBT drivers in appliances

What is the voltage supply range for the evaluation board?


The board requires a +15V voltage supply, with limits of 13.2V to 17.5V for proper functionality.

Can the board be used for multiple IGBT configurations?


Yes, the design accommodates various output configurations, making it suitable for different IGBT setups.

Is there a specific procedure for using the over-current detection feature?


Yes, over-current detection is implemented using a resistive shunt that measures current feedback, ensuring the system reacts effectively to overload conditions.

How does the under-voltage lockout feature operate?


This feature monitors the +15V supply and disables the driver output if the voltage falls below a critical threshold, thereby safeguarding the components.

Can extra components be added externally to enhance performance?


Yes, additional capacitors can be connected externally to the board for increased DC-Link capacity as necessary for specific applications.

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