1N1188

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1N1188 is a type of fast recovery rectifier Diode. Its major application field is the rectification of alternating current for the supply of DC load. This diode series has excellent performance when compared to its equivalents in the same category. It is normally used for applications requiring high current rectification capability.

The 1N1188 is a fast recovery rectifier diode with a reverse peak recovering time of just 300 ns. This is far above the standard of counterparts in the industry like 1N118. The low reverse recovery time of this type of diode enables it to be used in applications requiring fast switching.

This type of diode is normally used when a standard diode cannot withstand high current levels. The 1N1188 can handle up to 1A at a maximum peak current of 5A. This makes it more suitable for applications such as bridge rectification, overvoltage protection and freewheeling rectifiers. It is also great for switching circuits where high currents are required in quick succession.

The 1N1188 works on the principle of rectification. Rectification is the conversion of alternating current (AC) into direct current (DC). This conversion is done by allowing only one polarity of the AC input to pass through the diode and blocking the other. When AC current is applied to the diode, only half of the waveform is allowed to pass through the diode, and this is converted to DC in the process.

This diode also comes with a wide variety of features such as low forward and reverse leakage currents, fast switching capability and low reverse recovery times. All these features make the 1N1188 extremely reliable and well-suited for a range of applications.

In conclusion, the 1N1188 is a fast recovery rectifier diode that is ideal for applications such as bridge rectification, overvoltage protection and freewheeling rectifiers. It is also great for switching circuits where high currents are required in quick succession. Its low forward and reverse leakage currents as well as its low reverse recovery time make it an excellent choice for many applications.

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