Recom R24P DC-DC Converter, -5V dc/ -200mA Output, 21.6 → 26.4 V dc Input, 2W, Through Hole, +95°C Max Temp

The RxxP22005D Series are designed especially for SiC-MOSFET drivers in efficiency focused applications such as electrical vehicles, renewable-energy conversion and high powered industrial drives. These converters enable the gate driver to apply optimal turn-on and turn-off voltages (VGS) by providing asymmetrical +20V/-5V outputs. As unregulated 2 W converters, the devices feature power-sharing outputs that can be used with equal-power (asymmetrical current) or equal-current (asymmetrical power) loads. The RxxP22005D series operates at up to 85% efficiency and are available with 5 V dc, 12 V dc, 15 V dc or 24 V dc input voltages. These converters meet harsh environmental requirements with their operating temperature range of -40°C to +95 °C (with derating).

Features and Benefits

High 5.2kVDC/1 minute Isolation
Power Sharing
Efficiency up to 85%
Wide Operating Temperature Range

UL60950 and IEC/EN60950

This DC-DC converter from RECOM is a type of unregulated converter designed for use with silicon carbide MOSFET drivers. These are digital drivers that allow greater density in power amplification systems while helping to reduce switching losses. The versatile unit's dual outputs support automatic power sharing, so you can use it with equal power (asymmetrical current) or equal current (asymmetrical power) loads. A very high isolation rating of 6.4kV DC means you can trust this unit will keep you and your equipment safe in case of an extreme surge.

• Operating temperature range of -40C to +95°C, with derating, so suitable for use in harsh environments
• Compact industry standard SIP7 package makes it easy to install on your PCB
• Internal pot-core transformer physically separates input and output windings to reduce interference caused by EMI

• Power sharing equipment
• Medical devices
• Electric vehicles
• Laboratories

This component has an efficiency rating of up to 85%. This means it generates only small amounts of waste energy as heat, so you can rely on free-air convection to cool it without the need for a heatsink.

Recom Isolated DC/DC Converter