APD160VD-E1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

APD160VD-E1 diode is as an example of a general single rectifier diode. Single rectifier diodes are widely used in different applications due to their low cost, small size and low dissipation. This consists of both rectifier and the reverse biased diode, each specifically designed to provide specific characteristics to the diode. The rectifier diode can conduct current in one forward bias direction, and the reverse biased diode usually has junction capacitance and can function as a varistor to protect the other extreme from high voltage damages.

The APD160VD-E1 rectifier diode is a good example of a single rectifier diode. Its primary application field is in battery chargers and automotive applications. It is capable of operating at a very low voltage and current, which means it is suitable for areas where low voltage and current are required to perform the task. In battery chargers, the APD160VD-E1 diode can provide a very stable current to charge the battery without the need for a very high current or power. It can also be used in automotive applications to protect sensitive electrical components, such as sensors, switches, and so on. The reverse-biased diode has a high breakdown voltage and junction capacitance, which can be used to protect the device from high voltage damages.

The working principle of APD160VD-E1 rectifier diode is quite simple. It consists of an anode and a cathode, with the anode being positive and the cathode being negative. When the positive voltage (Voltage A) is applied, the anode and cathode connect by a depletion layer, allowing current to flow in the forward bias direction. This forms the rectifier part of the diode, allowing current to only flow in the forward direction while blocking current flow in the reverse direction. The second part of the rectifier diode consists of the reverse biased diode, which has high breakdown voltage and junction capacitance. When a high voltage (Voltage B) is applied, the reverse biased diode conducts, allowing current to flow to protect the other extreme from high voltage damages.

In summary, APD160VD-E1 is a single rectifier diode, suited for applications requiring low voltage and current, such as battery chargers and automotive applications. Its working principle is simple and the two parts consist of a rectifier and a reverse biased diode. The anode and cathode connect and form the rectifier, while the reverse biased diode has high breakdown voltage and junction capacitance. This diode is able to provide a stable current for charging and also protects other electrical components from high voltage damages.

The specific data is subject to PDF, and the above content is for reference