JAN1N6622

JAN1N6622 is a rectifier diode specially designed by engineers of Motorola, Inc. It is a high current, highly efficient, and high frequency rectifier diode. It can handle peak inverse voltage of up to 400 volts and maximum sustained forward current of up to 1.5 amperes. Comparatively, it can handle peak values of up to 2.4 times the forward current and 2.4 times the voltage. This diode is packaged with a DO-35 package and is suitable for applications requiring high current and high voltage.

JAN1N6622 is a common choice for applications requiring high reliability. It is commonly used in AC-DC rectification with high voltage and current ratings. It is suitable for use in power distribution and control, such as in the power supply units of DC-DC switching power supplies and AC-DC regulation. Additionally, it can be used in AC motors, lighting systems, motion control and machine control applications. The rectifier diodes can also be used in automotive, aerospace and even medical applications. The wide range of applications due to its high current and high voltage rating, coupled with its high reliability make it a suitable choice for a range of applications.

The JAN1N6622 is a sufficiency voltage rectifier diode. It has a high forward current, peak inverse voltage (PIV) of 400 volts, and a reverse specific on delta of 38v/A. It has a longer recovering time than an ordinary rectifier diode due to its higher PIV. The primary operation of this diode is to convert AC voltage into DC voltage with the help of rectification. The AC voltage is first rectified by the diode and then passes through the low pass filter which gives the desired DC output. The JAN1N6622 diode is also protects from transients due to its higher PIV while producing a continuous and consistent output current.

Overall, the JAN1N6622 is an excellent choice for applications requiring high current and high voltage rectification. It is suitable for use in applications such as AC-DC rectification, AC motors, lighting systems and more. Its higher PIV and its longer recovering time make it an ideal choice for applications requiring high reliability. Its special design by Motorola, Inc. makes it a great investment for any user.