Infineon EVAL-COOLSIC-2kVHCC Evaluation Board for EVAL-COOLSIC-2kVHCC for Testing Platform For 2000 CoolSiC

RS Stock No.:: 179-965
Mfr. Part No.:: EVALCOOLSIC2KVHCCTOBO1
Brand:: Infineon

Infineon EVAL-COOLSIC-2kVHCC Evaluation Board for EVAL-COOLSIC-2kVHCC for Testing Platform For 2000 CoolSiC

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$1,178.62

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$1,355.41

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RS Stock No.:: 179-965
Mfr. Part No.:: EVALCOOLSIC2KVHCCTOBO1
Brand:: Infineon

Datasheet - EVALCOOLSIC2KVHCCTOBO1

Infineon Evaluation board, Evaluation Board, For Use With Testing Platform For 2000 CoolSiC - EVALCOOLSIC2KVHCCTOBO1

This evaluation board serves as a testing platform for 2000 V CoolSiC™ MOSFETs, providing engineers in automation and electronics with essential insights into power management solutions. Its modular design allows for a range of applications, reinforcing its role in semiconductor evaluation and testing.

Features & Benefits

• Compatible with TO-247PLUS 4-pin and 2-pin packages
• Integrates EiceDRIVER™ compact gate driver integrated circuits
• Withstands bus voltages up to 1500V
• Tuning of gate voltages enables precise control
• Works with an external XMC 4400 control board for advanced functionalities
• Demonstrates high efficiency for assessing switching behaviour

Applications

• Characterising switching losses in semiconductor devices
• High voltage management in solar energy systems
• Optimising performance in energy storage systems
• Researching advanced power electronics
• Evaluating half-bridge topologies in various circuits

What type of semiconductors can be tested with the board?

The board is designed for evaluating 2000 V CoolSiC™ MOSFETs and compatible diodes in similar packages.

How can the heat sink temperature be monitored during experiments?

The heat sink temperature can be monitored accurately by connecting an ohmmeter to the NTC thermistor terminals.

What safety precautions should be taken when using the board?

Users should ensure capacitors are discharged, use appropriate high-voltage probes, and handle the board carefully to prevent injury.

Is an external power supply needed for operation?

Yes, an auxiliary supply is required to power the board, particularly for the EiceDRIVER™ integrated circuits and other functionalities.

How can the configuration for double-pulse testing be set up?

To configure for double-pulse testing, users must adjust the driving circuitry, connect the relevant devices, and set the necessary gate parameters before applying the double-pulse pattern via a signal generator.