STPS61H100CW

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The STPS61H100CW diode is a two-terminal semiconductor device used to carry a current of one direction and block the current in the opposite direction. It belongs to the category of rectifiers – a specific type of diode arrays. The device is made from silicon and integrated into a standard SOT-223 package. It is specifically designed for high voltage power line rectification, inverter applications, flyback or forward converters, power conditioning and LED lighting applications.

The STPS61H100CW rectifier array features a compact SOT-223 package, a high power rating of 100A at a maximum repetitive peak reverse voltage of 600V, a surge overload rating of 600A at 8.3ms, a wide operating temperature range from -55 to +125°C, a zero reverse recovery of current (IR) loss and a forward voltage drop of <0.8V at 10A. It has a low leakage current and it is RoHS compliant.

The STPS61H100CW rectifier array works as a switch. When the anode is positive relative to the cathode, the diode allows the current to flow freely in one direction. However, it prevents the current from flowing back to the other direction. This reverse blocking prevents any damages to the components that might happen due to the voltage surges or spikes created from power line switching. The diode also helps to reduce the system noise, eliminate ground loops, provide surge protection and reduce the power consumption.

The STPS61H100CW rectifier array has a wide variety of applications in consumer electronics, LED lighting, power supplies, motor drives, electric vehicles and solar inverters. It can be used to boost the rated current of power lines, transformers and batteries, interconnecting power lines and to improve the efficiency and durability of systems.

In conclusion, the STPS61H100CW rectifier array is a reliable and versatile semiconductor device which finds its applications in various consumer electronics, automotive and energy applications. It is an ideal choice for high voltage applications as it offers a very high power rating, fast switching times and a wide operating temperature range.

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