D3501N36TXPSA1

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The D3501N36TXPSA1 is an important component of the semiconductor rectifier family. It is a surface mount rectifier diode with an optimised construction of two series connected Schottky diodes connected in anti-parallel. This component is designed for use in high-speed rectification applications in the 200volts voltage range. This device offers a low forward voltage drop across the diodes which in turn allows for higher current densities due to their smaller size. The reverse blocking voltage of the diode is up to 200 volts. It also features low leakage current and low thermal resistance, further improving the performance of the component.

When these components are used in rectification systems, their use is to convert alternating current (AC) to direct current (DC) by converting the power from an AC source such as a wall outlet or battery-powered device. This process involves performing a full-wave rectification, wherein the AC current is processed through the component, and the DC current is then outputted. Generally, the component includes two diodes connected in series, and when the two diodes are connected in anti-parallel, this creates the full-wave rectification process.

The D3501N36TXPSA1 component also offers some additional features, such as a high power dissipation rating and fast switching speeds, while still providing excellent thermal stability. The component has reliable electrical characteristics, excellent dynamic characteristics and industry standard packaging, making it suitable for a wide range of uses. It also features low junction capacitance, high transcendence and low ESR values, allowing for a high degree of performance in different rectification applications.

Overall, the D3501N36TXPSA1 component is well suited to meet the requirements of a wide range of rectification applications, including contemporary DC-DC, AC-DC and all-in-one converter applications. With its low reverse leakage current, low switching speeds and low thermal resistance, it is a viable option for many applications. It is available in various size packages, and its robust functionality allows it to be used in even the most demanding installations.

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