CS1D-E3/H

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The CS1D-E3/H is a single-diode rectifier used in a variety of applications. The primary feature of this device is its ability to effectively convert alternating current (AC) to direct current (DC). It is a feasible solution for power supplies, AC power filters, and battery charging systems.

The CS1D-E3/H is composed of a single rectifier diode in a TO-247 package. This package provides a robust body for the diode and helps ensure that it maintains its integrity during the conversion process. The diode is capable of withstanding peak reverse voltages of up to 200 V and maximum current ratings of 10 A. Its total height is 12.8 mm and it weighs approximately 6.68 g.

The CS1D-E3/H is typically used in power converter applications as a rectifier for converting AC voltage supplies to DC voltages. Due to its construction, it can also be used as a shunt element to protect circuits from voltage surges. Additionally, this diode can be used to enable the current through an inductive load, allowing the current flow to be controlled.

The primary function of the CS1D-E3/H is to convert AC to DC. To do this, it contains a single diode. It is connected in a forward-biased configuration, meaning that the diode is conducting current in the forward direction. When the electrical circuit is connected to AC power, the diode will only allow a single voltage polarity to pass through, which is then rectified and filtered to produce a DC output.

The CS1D-E3/H is also extremely temperature tolerant, with an operating temperature range of -55°C to 150°C. It is designed to have a low forward voltage drop to reduce power losses and ensure energy efficiency. Its low leakage current is also beneficial for controlling noise and further increases its efficiency. Its fast switching speeds further enhance its reliability.

In summary, the CS1D-E3/H is a single-diode rectifier used for converting AC voltages to DC voltages. It is built with a rugged TO-247 package to help protect it during operation and features fast switching speeds and a low forward voltage drop. Its temperature tolerance and low leakage current further increase its efficiency and reliability. It is primarily used in power converter applications but can also be used as a shunt element or as an inductive load enabling device.

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