DD98N25KHPSA1

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The DD98N25KHPSA1 is an array designed for circuit protection, and is classified as a diode, rectifier, and array. It is an array diode in the 8-pin DIL package and current rating of 25 A. It can be used in a variety of applications, such as DC-DC converters, EMI filters, and overvoltage protection.

It can be used to protect sensitive electronics, as well as to provide overvoltage protection. In DC-DC converters, the array can be used to provide protection against overvoltage caused by the load current or by external sources. In EMI filters, it can help reduce interference from radar, radio transmitters, and other high frequency sources.

The working principle of the DD98N25KHPSA1 is to conduct current in one direction, while blocking current in the reverse direction. The diode has a forward voltage drop which ensures that the array does not become overcharged. The reverse voltage of the diode is four times the rated current, which means that if the reverse voltage is higher than the rated current, the diode will not conduct.

The diode also has a surge current rating that can provide additional protection against surges. The array has a reverse voltage breakdown of up to 500 volts, which helps to protect against voltage transients. A temperature range of -55C to 150C ensures that the array can withstand harsh environments.

The array also features a low forward voltage drop, allowing it to be used in low-voltage circuits. The reverse recovery time of the DD98N25KHPSA1 is also fast, meaning it can respond quickly to changes in voltage. The diode can handle currents up to 25 amps, making it suitable for high-current applications.

In summary, the DD98N25KHPSA1 is a versatile array diode that can be used in a variety of applications, including DC-DC converters, EMI filters, and overvoltage protection. It features a forward voltage drop and surge current rating, as well as a low forward voltage drop and reverse recovery time. It can handle currents up to 25 amps and is suitable for both low-voltage and high current applications.

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