4306R-104-810/131L

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Resistor networks and arrays are electronic components found in a wide array of electronic devices. Resistor networks and arrays are used to limit, bias, and balance electric current and voltage. The 4306R-104-810/131L resistor network and array is composed of 10 resistors connected in parallel. This particular network is designed to reduce the severity of false transient currents, improve the accuracy of inductor current measurements, and reduce the effects of electromagnetic interference (EMI).

The main purpose of resistor networks and arrays is to manage power distribution in an electronic circuit. The resistors in this array are specifically designed to alter the amount of current passing through the circuit. The components are typically made from carbon, ceramic, or film materials, and are rated according to their resistance, wattage, and temperature coefficients. This particular array is rated for 100 ohms resistance and a 1.5 watt maximum operating power.

In order to understand the working principle of the 4306R-104-810/131L resistor array, it is important to understand the basic principles of electrical resistance. When electricity passes through a conductor, some of the energy is lost as heat due to the friction between the electrons and the molecules of the conductor. This loss of energy is known as electrical resistance. By controlling the amount of resistance in a circuit, the amount of electricity passing through the circuit can be controlled.

The 4306R-104-810/131L resistor array takes advantage of this basic principle of electrical resistance. It uses a series of 10 resistors connected in parallel to reduce the amount of electrical current flowing through the circuit. As a result, the voltage drops across the resistor array and the current drops as well. This is useful for reducing the power consumption in a circuit or for increasing the accuracy of inductor current measurements.

The 4306R-104-810/131L array is also designed to reduce the severity of false transient currents. False transient currents are spikes of electrical current that occur in a circuit as a result of fluctuations in the power supply. These false transients can cause malfunctions in electronic circuits and can damage components. By using the resistor array, the amount of current dropped by the false transient can be reduced, thus preventing damage to components and increasing the reliability of the circuit.

Finally, the 4306R-104-810/131L resistor array is also designed to reduce the effects of EMI. Electromagnetic interference (EMI) occurs when electric fields generated by one circuit interfere with another circuit. This interference can cause malfunctions, data errors, and other unwanted results. By using the resistor array, the voltage drops and the amount of current dropped by the EMI can be reduced, thus reducing the amount of interference and increasing the reliability of the circuit.

In summary, the 4306R-104-810/131L is a specialized resistor array that is designed to reduce the amount of electrical current passing through the circuit. It is used to limit, bias, and balance electric current and voltage. It is also used to reduce false transient currents and EMI. As such, it is an essential component in many commercial and industrial electronic circuits.

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