Recom R12P DC-DC Converter, -5V dc/ -200mA Output, 13.5 → 16.5 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

To optimise the performance of your SiC-MOSFET applications, streamline your power supply with this DC-DC converter from RECOM. It's a clever piece of kit that changes different inputs into asymmetrical +20V/-5V DC outputs to drive efficiency in your operations. Through-hole mounting capability makes installation a breeze – simply punch the pins through the designated holes on your PCB and secure them. Fitting into packed systems is no problem, thanks to the unit's slimline dimensions of 19.5 (L) x 9.8 (W) x 12.5mm (D). The automatic recovery feature of the short-circuit protection helps prevent unnecessary downtime to keep you up and running.

• Short-circuit protection safeguards against damage and injuries
• 83 to 84% efficiency to cut back waste heat and keep applications cool
• Input voltage range between 13.5 and 16.5V DC for easy compatibility
• Wide operating temperature range between -40°C and +95°C for use in harsh conditions

• Automotive industry
• Renewable energy integration
• Medical equipment

Yes, it's isolated so it can break up ground loops and separate parts of a circuit sensitive to noise sources.

Recom Isolated DC/DC Converter