Infineon EVAL_2KW_ZVS_FB_CFD7 DC-DC Converter for CoolMOS CFD7 for IPW60R070CFD7 [EVAL2KWZVSFBCFD7TOBO1]; 260-1137

Infineon Evaluation board, DC-DC Converter, For Use With IPW60R070CFD7 - EVAL2KWZVSFBCFD7TOBO1

This evaluation board is designed to demonstrate the capabilities of a high-efficiency DC-DC converter for telecom applications. It provides an output voltage range of 45VDC to 56VDC with a maximum output power of 2kW, and operates on input voltages from 350VDC to 420VDC. The product is an essential resource in power management solutions, enabling engineers and developers to test configurations and enhance design efficiency.

Features & Benefits

• Achieves over 96.6% peak efficiency at 50% load
• Utilises 600V CoolMOS ™ CFD7 technology for performance
• Secondary synchronous rectification enhances system efficiency
• Designed for full ZVS operation from 25% load onward
• Features Infineon's dual-channel gate driver for high-speed switching
• Optimised delay times improve overall operational reliability

Applications

• Development of DC-DC converter topology
• Ideal for telecom rectifiers with robust input handling
• Suitable for evaluation with compatible Infineon components
• Designed for integration in advanced power management systems

What input voltage range is compatible with this evaluation board?

The evaluation board operates effectively within an input voltage range of 350VDC to 420VDC.

How does the efficiency of this board compare at different loads?

The board achieves peak efficiency exceeding 96.6% specifically at a 50% load condition.

Can it be used in conjunction with other Infineon products?

Yes, it is designed for compatibility with various Infineon components, enhancing overall system performance.

What is the switching frequency on the primary side?

The switching frequency is set at 100kHz on the primary side, optimising control and performance.

Is there a specific output power rating it can handle?

It is designed to provide stable output power up to 2kW, suitable for high-demand applications.