EXB-N8V472JX Resistors

Resistors are important components in the electronic circuitry that allow precise control of the voltage or current flowing through a circuit. The EXB-N8V472JX is one such resistor network that is used in a wide range of applications. Here, we\'ll explore its application fields and working principle.

The EXB-N8V472JX comprises two surface mount resistors. Each resistor is made by depositing a thin layer of conductive material on a glass or ceramic substrate. This is then connected to a series of pins on each side. The resistance between different pins is precisely controlled and can be adjusted according to the application\'s requirements.

The EXB-N8V472JX resistor networks are used in a wide range of applications, including motor control, amplifier circuits, and audio circuits. The structure of the resistors allows for high-precision control of current and voltage levels. This feature makes them ideal for controlling power outputs in motor control and audio circuits. They also provide noise rejection in high-precision audio applications.

In addition, the EXB-N8V472JX resistor networks can also be used in digital and radio frequency (RF) systems. They provide stability and a low insertion loss when used in high-frequency systems. The highly precise resistance makes them ideal for tuning radio frequency circuits.

The EXB-N8V472JX resistor network is also available in an array form. An array is a group of resistors connected together in a single unit. The individual resistances in an array can be selected to suit the application\'s specific requirements. This makes them ideal for use in applications where a large number of precise resistances is required. They are also used in digital to analog converters as they ensure accurate control of voltage levels.

The working principle of the EXB-N8V472JX resistor networks relies on the use of a thin layer of conductive material. This material is deposited on a glass or ceramic substrate and is of a precise thickness. The thickness determines the resistance between different pins. By varying the properties of the material, the resistance value can be adjusted accordingly.

In conclusion, the EXB-N8V472JX resistor networks are highly precise components that can be used in a wide range of applications. They are available in both single resistor and array forms and provide stability and low insertion loss in digital and RF systems. By controlling the thickness of the conductive material, the resistance between different pins can be precisely controlled.