EXB-A10P103J Resistors

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Resistor Networks, Arrays, and the EXB-A10P103J

Elec-Tech International’s EXB-A10P103J resistor network, or array, functions as a variable resistor on a piece of printed circuit board, providing a connection between many electrical points. It is known as a “varistor” because it varies resistance according to the voltage applied. The device is composed of a number of resistors of varying sizes and values designed to transfer energy from one point to another.

Resistor networks and arrays have diverse application fields. Firstly, they are widely used in the automotive industry, where they are applied to increase current flow in circuits within vehicles. They are also used in home appliances, such as stoves and ovens, to decrease heat transfer and to increase the device’s efficiency. In addition, resistor networks are used in audio systems, providing impedance control between different components.

The EXB-A10P103J is especially suitable for high-end audio applications. It is made up of a series of parallel circuits, ensuring that the same current passes through each node. This results in a smooth and uniform variation of resistivity. It is also able to handle large currents – up to five amps – while providing ever increasing precision as the resistance varies.

In addition to its application fields, it is important to understand how the EXB-A10P103J works. All arrays are based on the same principle. Each component of the array is a resistor whose resistance varies according to the applied voltage. Due to this, the total resistance of the array will depend on the voltage applied. When the voltage is high, more resistors will be subject to higher voltage and therefore will have higher resistance value. Conversely, when the voltage is low, more resistors will be subjected to lower voltage and will have lower resistance.

An array such as the EXB-A10P103J works by creating a cascade of resistors, each with different resistive values. The resistive value of each resistor is determined by the voltage applied to the array. In this way, the resistance of the overall array can be controlled, allowing current to be directed to the desired components.

The EXB-A10P103J is a versatile device which is employed in many applications. Its diversity of uses and efficient design make it a popular choice among manufacturers of automotive, home appliance, and audio systems. By understanding how the device works and its wide range of applications, one can easily see why the EXB-A10P103J is a trusted choice for many industries.

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