H4243RBZA

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H4243RBZA is a type of through hole resistor which is used in circuits for various purposes. It has been used widely in various fields such as consumer electronics, automotive, industrial, medical and aerospace. It is a very reliable component with a wide operating temperature range and excellent resistance to high humidity and temperature.

The H4243RBZA is a product of the KOA Group and is a high reliable multi-layer Epoxy Cured Film resistor that offers a wide range of resistance values from 1ohm to 10 ohms. It provides excellent stability and low power dissipation. The resistor has 8 pins in a single package that make it very convenient for surface mounting and eliminates the need for a special mounting device. It is also designed to resist vibrations, shocks, and accelerations.

The working principle of H4243RBZA is based on the use of solid resistive material. This material is typically made up of a combination of metal oxides which create a resistor film. This film is coated on both sides of an insulating substrate and a metallic layer is applied on top. Electrical contact is achieved via the metallic layer, and resistor values are achieved by varying the thickness and width of the film layer. This technique allows for great precision in the resistor’s value.

The H4243RBZA series of resistors are very versatile and can be used in all types of circuit applications. They are used in industrial and consumer applications for power supply regulation, current stabilization, noise suppression, recirculation circuits and many other applications. These resistors are known for their superior reliability, robust construction and good performance in high temperatures.

The H4243RBZA is a great choice for various applications due to its high reliability and robust construction. It is relatively easy to install, and its low power dissipation and wide range of resistance values makes it suitable for many different circuit applications. Its excellent resistance to high temperature, humidity and vibrations make it a preferred choice for applications that require high performance.

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