RHRA1560CC

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The RHRA1560CC is an integrated rectifier array device that is designed for low current and medium voltage applications. This device is a monolithic integrated circuit made up of six 1A diode gates and an internal clamp diode. The RHRA1560CC is primarily used for a variety of AC and DC switching and rectifier applications, including power supplies for microwave radio and SLA batteries, as well as professional audio equipment. The device’s low power consumption and low power dissipation makes it a suitable choice for low-current applications.

The RHRA1560CC is a robust rectifier array which offers maximum efficiency, improved reliability, and low noise. It sustains peak-inverse voltage up to 75V without any derating, and its high-frequency operation ensures fast switching and optimal device performance. The device has integrated circuitry that prevents the formation of parasitic diodes, thus ensuring maximum efficiency. The robust design of the device further reduces the parasitic capacitance of the diodes, offering improved production efficiency. This makes it compatible with most existing high-voltage rectifier designs. When compared to conventional discrete rectifier arrays, the RHRA1560CC is more reliable, as it doesn’t require any external components for operation, such as a Zener diode or a capacitor. This ensures a consistent and reliable operation. The device is also designed to be free from noise, so it can be used for applications where noise is a concern.

The RHRA1560CC is based on a standard unidirectional rectifier configuration, in which the output current flows in one direction only. It is designed to be used in series with a filter capacitor for ripple filtering. The device’s output is connected to the filter capacitor via an internal reverse-blocking diode, which also serves to discharge the capacitor. The device’s working principle is based on the fact that when an AC signal is applied to its input, the device’s internal gates will conduct current only if the voltage across them is higher than the voltage applied to its cathode. When the voltage is below the cathode voltage, the device will not conduct current. This creates a rectified output waveform, when the input waveform is applied to the device. The output waveform can then be further filtered through the filter capacitor connected to the device’s output.

To sum up, the RHRA1560CC is a robust integrated rectifier array device designed for low current and medium voltage applications. It is primarily used for a variety of AC and DC switching and rectifier applications, such as power supplies for microwave radio and SLA batteries, as well as professional audio equipment. The device features low power consumption, low power dissipation, maximum efficiency, improved reliability, and low noise. It works on a simple unidirectional rectifier principle and can be used in series with a filter capacitor for further ripple filtering. Therefore, the RHRA1560CC is a perfect choice for low-current applications.

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