SUCW1R51212C-C

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DC-DC converters are used to control and regulate the amount of electrical power provided to computers, mobile devices and other electronic equipment. The SUCW1R51212C-C is a particular type of DC-DC converter protected from short circuit hazards and designed to minimise the potential of damaging other electrical components. It has an annular groove ground pad type connection, making it simple to install in any tight space and is constructed to withstand a large temperature range.

The SUCW1R51212C-C is a DC-DC converter that works on the principle of switching the voltage to a different level. It uses two high efficiency synchronous rectifiers (FETs) to convert direct current (DC) into alternating current (AC) and can provide up to 12 volts of output power with either inrush current or extended holdup time. Additionally, it features a high switching frequency of up to 250 kHz to reduce conduction loss and its step-down regulation allows for a high degree of efficiency. It also has built-in output voltage and current limits, providing greater control over the current being delivered.

The SUCW1R51212C-C is often used in power systems for computers, mobile phones and mobile communications systems. It is perfect for applications that require low noise margins and stringent thermal control, such as in server racks and telecom equipment. Additionally, it is suitable for applications that cannot afford space, as it employs a surface mount design that can fit virtually any space. The SUCW1R51212C-C is also capable of providing up to 12 A of current, allowing it to power several devices at once or drive high power loads. As such, it is an ideal choice for powering a variety of devices and equipment in tight spaces.

Given its small size, high efficiency, and wide operating temperature range, the SUCW1R51212C-C is a great choice for powering medical equipment, industrial machines, LED lighting, and more. The ability to provide up to 12 volts of output power and protect itself from short circuit hazards makes it an ideal choice for any application where safety is a priority. Additionally, its low noise emission makes sure its operation won’t disrupt other components or equipment.

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