SP4023-01FTG-C

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TVS - Diodes are an important component in the field of semiconductor technologies. One specific example is the SP4023-01FTG-C diode. This diode is the most commonly used type of transient voltage suppression (TVS) diode, specifically designed for protecting medium-voltage electronic systems from voltage transients caused by lightning and inadvertent operation. It is widely used in many electronic products, including battery chargers, power supplies, LED lighting, etc.

The SP4023-01FTG-C diode is designed to provide superior performance and reliability in all critical applications, from AC power line transient protection to telecommunication equipment. It has a low-stored charge, with a maximum reverse breakdown voltage of 600V, and an ultra low-capacitance of 0.4 pF. It also has an extremely fast response time, helping to protect sensitive circuits from transients with ease. The diode is rated to withstand voltage transients up to 8.3 kV (8/20us). In addition, it has an extremely low leakage current of 0.1uA at 5V.

The working principle of the SP4023-01FTG-C diode is relatively simple. When a voltage potential is placed across the diode, a current will flow in order to reach an equilibrium. Since the diode has a reverse breakdown voltage, it will start to conduct when the voltage becomes greater than this value. This will cause an increase in the current, but the diode will still be able to handle the voltage without significant damage. The stored energy in the diode can then be dissipated by a transient protection circuit, such as an avalanche diode, lightning arrester, or even a fuse.

In summary, the SP4023-01FTG-C diode is an excellent choice for a wide range of protection applications, due to its low-stored charge, ultra low capacitance, and fast response time. It is perfect for protecting medium-voltage electronic systems from voltage transients caused by lightning or inadvertent operation. It has a reverse breakdown voltage of 600V and can withstand voltage transients up to 8.3 kV (8/20us). Finally, it has an ultra low-leakage current of 0.1uA at 5V.

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