RECOM has added a 4A option to its RPX series of miniature buck converters. The RPX-4.0 is rated to 3.8 to 36V input and programmable 1 to 7V output at 4A. With a compact 5mm x 5.5mm footprint and low 4.1mm height in a thermally-enhanced QFN package, the buck module pushes the limit on power […]
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40 W ac-dc power supplies target medical applications
RECOM has extended its range of industrial and medically-approved AC/DC power supplies rated at 40W in a tiny 1.6” x 3” footprint for open frame versions and 1.8” x 3.2” for potted versions. The RACM40-K series typically achieves 90% efficiency across a wide line and load range and despite the ultra-compact size, operates up to […]
Low-cost power modules target motor control, ATE, medical, imaging apps
RECOM has partnered with a global OSAT company (Outsourced Semiconductor Assembly and Test) to extend its range of low-cost power modules. The RPX-1.0 and RPX-1.5 buck converters in miniature, thermally-enhanced 3mm x 5mm QFN packages with 1.6mm profile and feature innovative 3D power packaging technology. Construction is over-molded ‘Flip Chip on Leadframe’ (FCoL) with an integrated, […]
Dc-dc converter excels at ultra-low-noise applications
RECOM has set a new price-point standard for a high-isolation, high power density, 0.5W DC/DC converter in a true SMT IC package that can be handled and placed like other surface-mount devices. The R05CT05S has a nominal 5V input (4.5 – 5.5V) and provides a fully regulated, low-noise output, settable by a resistor to 3.3 […]
Free-of-charge samples speed medical equipment designs
RECOM announced that the COVID-19 crisis has resulted in an increase in the demand for their medical-grade DC/DC, and AC/DC converters. These modules range from 1 W – 550 W with 2xMOPP and have UL/IEC/EN60601 3rd Ed. Certification. In an effort to provide access to their products as quickly as possible, they are offering free […]
DC-DC converter certified for use in critical medical applications and 2MOPP standards
Recom’s board-mounted REM2 series complements the REM1 series by offering a 2W medical grade DC/DC converter in a compact SIP8 package. The REM2 features reinforced 5.2kVDC/1 minute isolation and 2MOPP/250VAC working voltage at 5000m. It offers single and dual outputs with up to 85% efficiency. The operating temperature range is -40°C up to +80°C without […]
Low power SMD converters for critical medical designs
RECOM introduces SMD versions for its recently released 3.5W, 5W, and 6W medical-grade DC/DC modules. All key features required for critical medical applications are now available. The REM3.5E, REM5E, and REM6E series of medical-grade regulated DC/DC converters now come with either pins or SMD. They feature reinforced 250VAC continuous working isolation with >8mm creepage/clearance providing […]
electronica 2018: Get smart, Get small, Get integrated
I thought I heard about 100 different languages spoken as I crisscrossed 17 halls over four days in Munich at electronica 2018 with an average of eight miles a day of walking. I was wrong. It was closer to 180 languages. Tens of thousands of attendees were laser-focused on simplifying design and integrating devices and […]
RECOM switching regulator now available at Rutronik24
Rutronik, Inc.has announced that RECOM’s latest R-78E Series switching regulator module is now available at Rutronik24. RECOM designed the R-78E Series as a pin-compatible drop-in replacement for existing LM78 linear regulators, offering design engineers all the advantages of a switching regulator, including high efficiency, wide input voltage range, and accurate output voltage regulation, with a low cost […]
Energy-efficient RECOM power supply series now at Rutronik
RECOM’s latest 15W and 20W AC/DC power supplies, the RAC15-K and RAC20-K, are designed for low power IoT and household applications. Based on the footprint of the compact RAC10-K modules, these new modules feature high-efficiency over a wide load range and minimal standby power consumption. The RAC15-K and RAC20-K Series are PCB-mount AC/DC modules with ultra-low energy losses especially in light load conditions. […]
