GBPC15005W-G

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Diodes are an integral part of circuit design and are used in a variety of applications. A diode bridge rectifier is a specific kind of diode designed for converting an alternating current (AC) input signal into a pulsating direct current (DC) output. The GBPC15005W-G type of diode bridge rectifier is a popular choice for DC power applications in consumer, industrial and commercial equipment.

This diode bridge rectifier has a voltage rating of 1500V and a current rating of 5A (amperes). Its maximum repetitive peak reverse voltage (VRRM) is specified to be 150V, while its forwarding surge current (IFSM) is rated at 60A. It has an operating temperature range of -55 to +125 degrees Celsius, with a storage temperature range of -55 to +150 degrees Celsius. The package includes four silicon chips, making it an ideal choice for use in bridge-rectifiers.

In terms of its application field, this diode bridge rectifier is mainly used for the AC-to-DC conversion in consumer, industrial, and commercial power applications. It is typically used as a main switch for AC-to-DC rectification, for which its peak inverse voltage rating is particularly suited. This type of diode is also commonly used in DC motors, alternators, power supplies, voltage regulators, solar panel installations and other power systems.

The working principle of this diode bridge rectifier is quite straightforward. It consists of four individual diodes connected in a bridge configuration. When an AC input signal is applied to the bridge, each diode is forward biased and charges an associated capacitor, allowing the AC signal to be rectified and converted into DC. The four diodes also serve to block reverse current flow, ensuring a unidirectional output of the rectified voltage.

The GBPC15005W-G diode bridge rectifier is an ideal choice for applications that require a durable and reliable DC power supply. Its peak reverse voltage rating ensures it is suitable for AC-to-DC conversion in many power applications, while its forward surge current rating ensures a safe operation even when subjected to short-term, high-intensity surges of current. As such, it is a preferred choice in many industrial, commercial and consumer power systems.

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