1N4942GPHE3/54

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The 1N4942GPHE3/54 is a single diode that belongs to the rectifier family used in a broad range of applications. These diodes offer low reverse leakage properties, high surge ratings, and fast recovery times. This makes them ideal for use in applications such as power supplies and converting alternating current (AC) to direct current (DC), switching circuits, and other rectifier applications.

The 1N4942GPHE3/54 rectifier diode is made with a glass passivated junction and an epoxy package. This provides these diodes with stability and reliability. They have a low junction-to-ambient thermal resistance and can handle a maximum repetitive peak reverse voltage of 600V and a maximum repetitive peak reverse current of 250mA. This means they can be used in high-current and high-voltage applications.

When reverse-biased, the 1N4942GPHE3/54 works by only allowing flow of current in one direction. This single-direction current flow is used to convert AC current to DC current or to form a rectified wave while switching circuits. In order to do this, the rectifier diode needs to be designed in such a way that it can withstand the heat generated during current flow. The 1N4942GPHE3/54 has a low forward-voltage drop, which helps dissipate any heat generated.

The 1N4942GPHE3/54 rectifier diode also has an optimized for low-current leakage. Its fast recovery time of 15ns allows it to quickly switch from its on-state to its off-state. This makes it ideal for use in applications that require high-frequency switching. The 1N4942GPHE3/54 also has low forward voltage and low capacitance levels, making it an ideal choice for use in high-frequency applications.

The 1N4942GPHE3/54 rectifier diode is typically used in power supplies and switching circuits. This diode is able to rectify AC current by only allowing current to flow in one direction. Additionally, its fast recovery time and low forward-voltage drop help dissipate any heat generated during current flow. This makes it ideal for a wide range of applications and allows it to be used in high-frequency and high-voltage applications.

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