HTZ180D26K

Rectifiers have been a staple of electronics for many years and are used in a wide variety of applications, from televisions and radio receivers to power supplies and voltage converters. In recent years, sophisticated rectifier assemblies, known as rectifier arrays, have become available in order to provide increased efficiency and ease of integration into electronic circuit designs. One such array, the HTZ180D26K, is a high-efficiency rectifier assembly which makes use of the latest power semiconductor technology.

General Description of HTZ180D26K

The HTZ180D26K is an integrated array of rectifier diodes, configured as two 6-pin bridges connected in series. The array contains sixteen individual diodes, connected in such a way that current can only flow in one direction, making it essentially two full-wave rectifier bridges in one package. The diodes used in the array are individually customizable, allowing users to choose from a range of breakdown voltages, reverse leakage current ratings, and forward voltage drops to suit their specific application.

The array is designed to be integrated into DC-DC converters or voltage step-down circuits, and is identified by the industry-standard Y suffix. This indicates that it is designed for use in components such as computer power supplies and direct current motors, given its ability to handle up to 1.8A of forward current and up to 180V of reverse voltage. It also has low forward voltage drop characteristics, with a typical value of 0.0836V.

Working Principle

The HTZ180D26K is composed of two rectifier bridges connected in series, each of which contains eight separate diodes. Each of these diodes is designed to block reverse current flow while allowing conduction in one direction, thus creating a full-wave rectifier. This is achieved by the structure of the diode, which consists of a p-n junction with two contacts, the anode and the cathode, that can be compared to a conventional diode. When the anode is connected to a higher potential than the cathode, electric current flows through the diode, while when the reverse happens, the diode blocks the electric current.

In the HTZ180D26K, the anode of each diode is connected to the cathode of the next, forming a complete loop. This way, when an alternating current is applied, the current will flow in one direction through half of the rectifier bridge and then in the reverse direction through the other half, creating a full wave. The voltage across each bridge will be the sum of the individual diode voltages, resulting in a maximum overall output voltage of up to 180V.

Application Field

The HTZ180D26K is designed to be used in applications where efficiency, cost and space are of the utmost importance. Given its ability to generate a peak voltage of up to 180V, it is ideal for use in power supplies or voltage step-down circuits, such as those found in computers, DC motors and consumer electronics. Additionally, its small size and low energy consumption make it an attractive option for use in modern, energy-efficient designs.

Furthermore, the HTZ180D26K is designed to be highly reliable and able to handle high surge currents. This makes it suitable for applications where uninterrupted power is a necessity, such as telecommunications equipment, medical devices and other mission-critical applications. Finally, its customizable design means it can be tailored to suit a variety of different applications, allowing engineers to select the best combination of reverse leakage current, breakdown voltage and forward voltage characteristics for their particular design.

Conclusion

As a modern rectifier array, the HTZ180D26K offers a range of features which make it ideal for use in a variety of applications. Its high efficiency, low energy consumption, customizable design, and ability to handle high surge currents mean it is well suited for applications such as DC-DC converters, voltage step-down circuits and mission-critical equipment. For these reasons, the HTZ180D26K is an attractive solution for engineers looking to add rectification capabilities to their designs.