UH4PDC-M3/86A Discrete Semiconductor Products

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The UH4PDC-M3/86A diode array is a four phase diode rectifier array with a peak reverse voltage of 86V. The device is designed for use in low power applications, such as DC to DC conversions, input rectification, and charging circuits.

In operation, the UH4PDC-M3/86A enables an AC input signal to be converted into DC. The device consists of four diodes arranged in a phased array. The purpose of the array is to ensure that the output is always a positive voltage by using each of the phase diodes to "boost" the peak amplitude of the output signal. The phase diodes also act as a voltage regulator, ensuring that the DC output voltage is always within a predictable range. The device offers a low power loss and low thermal resistance, allowing it to operate efficiently even under heavy load conditions.

As with all diodes, the UH4PDC-M3/86A will conduct electricity in one direction only. It will provide a "rectifying" effect, allowing only positive voltage to pass. This means the device is ideal for applications such as DC-DC converters, input rectification, and charging circuits, where it will only allow positive voltage to pass.

The UH4PDC-M3/86A is also suitable for use in power distribution circuits where it can be used to provide protection against over-voltage. The device can be connected to a series of power distribution points, with each point acting as a rectifier. The device will block any voltage that is outside the required range, thus preventing spikes and surges.

Additionally, the device is also suitable for use in automotive applications, where it can be used to control the current flow from a battery to an electric motor. By regulating the current, it allows the electric motor to be driven at a constant speed and provides an easy way to control the speed of the vehicle.

The UH4PDC-M3/86A is suitable for a wide range of applications and is a reliable and efficient choice for controlling or rectifying the input signal for many different types of power or electronics projects.

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