DB4J310K0R Discrete Semiconductor Products

Diodes - Rectifiers - Arrays contain a wide range of components that are used to construct a variety of electrical circuits. The DB4J310K0R device belongs to this category and is a specific type of LED rectifier array. In this article, we will discuss the application field and working principle of the DB4J310K0R.

The DB4J310K0R is a multi-channel PIN diode that is designed to be used in both single phase and three phase applications. This device can also be used in rectifier applications, where it is used to provide rectified voltage outputs. Additionally, the DB4J310K0R is used in applications where relatively low forward voltage is required, such as high frequency circuits. This device features a non-destructive over-voltage protection, and is suitable for currents up to 1A.

The DB4J310K0R device is a four-channel PIN diode rectifier array. This device is constructed with four channels that are based on PIN diodes. The channels contain a forward voltage drop of about 0.65V, thus allowing for a low voltage output. In order to operate, the device requires a single supply voltage from 8 to 12V. The device is capable of supplying up to 1A of output current, depending on the applied voltage. Additionally, the device has a low reverse voltage of 0.1 V, which helps to protect it from over-voltage.

When the DB4J310K0R is used in rectifier applications, the device can provide a fully rectified voltage waveform, which can then be used to provide a constant DC voltage. This efficiency is due to the presence of two PIN diodes, one of which is in the forward direction and the other in the reverse direction. As a result, both positive and negative voltages are created, and these can be combined to produce a rectified output voltage.

The DB4J310K0R device is a four-channel PIN diode rectifier array that can be used in a variety of electrical circuit applications. In particular, this device is suitable for supplying extremely low forward voltage and providing a rectified voltage output. This device is also characterized by a non-destructive over-voltage protection, making it a reliable and durable component.