Infineon EVAL-2EDL23N06PJ MOSFET for 2EDL23N06PJ for Solar Inverter, Server

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Subtotal (1 unit)*

1 009,17 kr

(exc. VAT)

1 261,46 kr

(inc. VAT)

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  • Dessutom levereras 1 enhet(er) från den 15 december 2025
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RS Stock No.:
234-2082
Mfr. Part No.:
EVAL2EDL23N06PJTOBO1
Brand:
Infineon
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Brand

Infineon

Product Type

Evaluation Board

Power Management Function

MOSFET

For Use With

Solar Inverter, Server

Kit Classification

Evaluation Board

Featured Device

2EDL23N06PJ

Kit Name

EVAL-2EDL23N06PJ

Standards/Approvals

RoHS

Infineon Evaluation board, MOSFET Gate Driver, For Use With Server/Solar Inverter - EVAL2EDL23N06PJTOBO1


This evaluation board demonstrates the capabilities of the Infineon EiceDRIVER gate driver, designed for efficient power management in applications like solar inverters and server systems. It allows users to assess the performance of the 2EDL23N06PJ MOSFET driver, providing insights into essential functionalities for optimal operation in challenging environments.

Features & Benefits


• Short circuit protection enhances safety and reliability

• Integrated undervoltage lockout prevents operational failures

• Bootstrap functionality supports high side switching capability

• Onboard voltage regulator provides stable 5V for operation

• Current measurement capabilities improve monitoring precision

• Status LEDs deliver real-time feedback on system states

Applications


• Suitable for server power management systems

• Ideal for assessing solar inverter technologies

• Applicable in experimental power electronics setups

• Supports testing and prototyping for advanced

What power supply requirements should be maintained during operation?


The evaluation board requires a +15V external supply for the driver output and generates +5V internally.

How can short circuit detection enhance system performance?


The integrated short circuit detection measures the voltage drop across a shunt, allowing timely switching off at critical current thresholds.

Is this board suitable for multi-pulse operation?


The design is not intended for multi-pulse operation and is optimised for resonant zero-voltage switching conditions.

What measures exist for ensuring stable operation during use?


The undervoltage lockout feature monitors supply voltage and disables the driver output to prevent damage under low voltage conditions.

How can the current measurement feature be calibrated?


Calibration is recommended for the operational amplifier's output to ensure accurate current readings based on component tolerances.

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