SFA1002GHC0G

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The SFA1002GHC0G is a single rectifier diode designed for use in a wide range of applications. It is a general-purpose diode, which makes it ideal for controlling current flow in AC or DC circuits. This diode can be used in applications such as switching, protection and rectification. It features low forward voltage drop, high power dissipation, and low reverse leakage.

The SFA1002GHC0G has a single-piece construction with two p-type and one n-type layers. The two p-type layers are coated with an insulating layer. This creates an electric field between the two layers and allows current to pass only in one direction, preventing current from flowing in the reverse direction. This way, the diode can act as a rectifier, converting AC to DC.

The SFA1002GHC0G has a breakdown voltage of 400 V and a maximum forward current rating of 2 A. It is designed to operate in temperatures up to 175°C. The device is constructed using planar, silicon-controlled rectifier (SCR) technology, which has a low forward voltage drop and high power dissipation. This makes it suitable for use in a wide variety of applications, such as motor control, automotive, instrumentation and lighting.

When the SFA1002GHC0G is connected to a DC voltage source, the diode will allow current to flow in only one direction, while blocking current in the opposite direction. This prevents current from flowing in the reverse direction, and prevents damage to the device. When the connection is made to an AC voltage source, the diode will block current flow in both directions, and only allow current to flow in one direction. This makes it possible for the diode to convert AC to DC and prevent current from flowing in the opposite direction.

The SFA1002GHC0G is a general-purpose device and is suitable for a range of applications. It can be used in switching, protection and rectification applications, as well as in motor control, automotive, instrumentation and lighting applications. It is built to operate in temperatures up to 175°C and features low forward voltage drop and high power dissipation.

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