GP10JHE3/73

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The GP10JHE3/73 is a single-channel rectifier diode by Toshiba. It has a high current capacity and superior surge power capability, and is ideal for a wide range of modern applications.

This diode has a maximum forward current of 10A, with a max single current pulse of 80A and surge power capacity of 350W. It is rated for continuous operation at a junction temperature of up to 125°C. The diode also has a maximum reverse voltage of 1000V, and can handle a maximum forward voltage of 1.2V. It has a low forward voltage drop and a small reverse current leakage.

This diode is well-suited for the high-current rectification of large power supplies, power tools, and automotive electronics. It is most commonly used in the high-voltage AC/DC rectification stages of power supplies of all varieties, from moderately power mobile electronics, to powerful industrial equipment. In addition to traditional AC/DC rectification, this diode also works great for freewheeling, snubbering, and freewheeling, and other transient applications.

The operating principle of this diode is the same as any other rectifier. It allows current to flow in one direction only, which is why it is used primarily in applications involving the rectification of AC current. The diode works by use of a rectifying junction; when a voltage is applied across its terminals, the junction uses its internal electric field to only allow current to flow in the forward direction. This allows the current to be converted from an AC signal to a DC one, enabling it to be used in a variety of different electrical circuits. By utilizing its fast reverse recovery time, the diode is able to limit the amount of current that is drawn through a circuit, helping to protect the various components from damage caused by excessive current flows.

Given its high current capacity and superior surge power, the GP10JHE3/73 is ideal for applications that require long life and high performance. Its robust design ensures that it can handle the stresses of tight, severe environments, and its small size makes it easy to fit into modern applications. It is an ideal choice for rectification stages in power supplies and automotive electronics, and can be placed easily in tight spaces without sacrificing performance.

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