UGE1112AY4

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

Diodes are electrical devices used in a variety of applications from power conversion to signal processing. Rectifiers, which are a type of diode, play a significant role in the powering and converting of audio systems, computing, telecommunications, and nearly every type of power equipment. Single rectifiers, in particular, are hot components that are used regularly in switching power supplies, cable and Ethernet systems, remote-control devices, and motor control, just to name a few. Keep reading to learn more about the UGE1112AY4 application field and working principle of a single rectifier.

UG1112AY4 Application Field

The UG1112AY4 single rectifier is a popular variant, with measurements of 45mm x 45mm x 13.3mm and a Maximum junction temperature that is set at 150℃. It can withstand reversed voltages of up to 100V and features a current of 0.9A PIV and a 25mA Maximum surge. It takes in an Average rectified forward current of 0.6A and a Peak repetitive reverse current rating (IRRM) of 200mA.

The UG1112AY4 is often used in many different applications, most notably in power supplies, such as for PC motherboards, AC adapters and battery chargers, and Air Conditioner Control Boards. It displays superior performance even in high or noisy environments, making it a feature in automotive, GPS, marine, and industrial-grade applications.

UG1112AY4 Working Principle

The principle behind a single rectifier involves simple and straightforward operating principles. It may be used to either allow the current to flow in one direction and not reverse, or rectify AC current and convert it to DC power. In order to achieve this, a single rectifier requires a voltage source and an anode and a cathode.

When there is an appropriate A.C. source, the current is able to flow through the diode in the anode-cathode direction. In the anode-cathode direction, the current is able to flow freely. When it is attempted to flow in the reverse direction, the resistance of the diode becomes very high, and the current can no longer flow.

The principle of single rectifiers includes lightning and surge protection. In order to reduce current surges that can occur when switching power supplies, single rectifiers are used as protection devices for electrical components. They are able to detect when a surge is about to occur, intercepting it and limiting the amount of current that passes through the electrical components. This helps to optimize the system’s performance and keep it running at its peak.

In addition to surge protection, using single rectifiers with a power supply also helps to increase the overall efficiency of the system. When converting AC to DC, single rectifiers are able to produce smooth power, reducing the amount of wasted energy and allowing more power to be used in the system.

Finally, single rectifiers are also used to regulate, regulate and regulate the current through the system. This can be beneficial in systems that require a consistent level of current to maintain the electrical and the operating temperature, preventing damage to the components. Due to this, many systems rely on the consistency and performance that single rectifiers can provide.

Conclusion

The UGE1112AY4 single rectifier is commonly used in many applications for its performance and productivity. Its working principles are quite simple and easy to understand, relying on the anode and cathode as well as surge protection and current regulation. The single rectifier is an essential component for many types of power systems, from PCs to remote-control devices, helping to make devices more efficient and reliable.

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