New RECOM pulse converters with increased output current. Free Technical Library News

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New RECOM pulse converters with increased output current

09.04.2021

RECOM has increased the rated output current range of RPMH non-isolated switching products from 0,5A to 1,5A while maintaining their dimensions thanks to 3D Power Packaging technology. The new high efficiency converters are available in miniature packages measuring 12,19 x 12,19 x 3,75 mm and have output voltages of 3,3; 5; 12; 15 and 24 V adjustable. The input voltage is up to 60V and the operating temperature can reach 100°C or even higher at reduced power.

The converters have the functions of remote control of turning on and off, regulation of the output voltage and monitoring its level, as well as protection against short circuit at the output, overcurrent and overvoltage. The series complies with EN55032 class B EMC requirements when using an external filter.

RECOM's 3D Power Packaging technology has placed the RPMH-1.5 in a 25-pin LGA package with hex shielding to optimize EMC and thermal performance. The RPMH-1.5-EVM-1 development board is available to test the performance and all functions of the converters.

A threefold increase in the output current of the converters greatly expands the range of their use, in addition, a wide input voltage range up to 60 V is especially valuable in systems with a power supply of 48 V and in on-board automotive equipment, where power surges can occur.

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Scientists from Switzerland, Pakistan and the US have "calculated" the gene responsible for childhood blindness. All the fault - pathogenic mutations in the MARK3 gene. The scientists reported the discovery in an article published in the journal Human Molecular Genetics.

Our genome consists of 20000-25000 active genes, each of which has the potential to cause some kind of disease. To date, 4 genes have been identified that are responsible for genetic abnormalities. What to expect from the remaining 141 genes is not yet known to science. And yet, one secret has recently become less. Scientists from the University of Geneva (Switzerland), in collaboration with scientists from Pakistan and the United States, have investigated a recessive genetic "disorder" that disrupts the normal development of the eye and leads to childhood blindness.

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In addition to MARK3, scientists have identified 30 more genes that could potentially be responsible for blindness. The discovery helps to better understand the mechanism of the disease and may provide new opportunities for personalized treatment of eye pathologies.

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