At a power-on cycle, inrush current, if not limited, can peak to tens of even hundreds of amps when capacitive load is present, thereby increasing the probability of failure and decreasing usable ...

The LTC4234 provides separate inrush-current control and current limiting, accurate to 11% at 22.5 A, with output-dependent foldback. The current limit can be reduced from its 22.5-A default with a ...

In today’s automotive and industrial electronics, low-voltage MOSFETs (<100 V) have seen an increased demand for high power. Applications such as motor drives now require power output in the kilowatts ...

Power monitoring systems require current sensing and are typically adjacent to, associated with, or integrated with hot swap controllers in server systems. Many designers have expressed a desire to ...

The T-type circuit structure consists of three MOS FET relays that help reduce the leakage current to a minimal level without affecting the test equipment's inspection accuracy, allowing ...