4114R-2-124

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Resistor Networks, Arrays: 4114R-2-124 Application Field and Working Principle

Mounted resistor networks, also known as resistor arrays, are composed of multiple resistors connected in a certain order. The 4114R-2-124 resistor network, in particular, is one of the most common types used in a variety of applications. This article will discuss the application field of the 4114R-2-124 resistor network, as well as the fundamental operating principles of mounted resistor networks.

Application Field of 4114R-2-124 Resistor Network

The 4114R-2-124 resistor network is mainly used for precision charge-sharing applications in mixed-signal and analog circuits. This type of resistor is usually used in a cross-cusp filter to provide a low-frequency response with a maximum of two frequency changes per step. It is also used in the design of high-resolution analog-to-digital converters and mixed-signal systems. The 4114R-2-124 resistor network is also commonly used in the design of discrete components in power supplies.

In addition to the above applications, the 4114R-2-124 resistor network is also widely used in automatic test systems, arm-mounted systems, communication equipments, fieldbus systems, medical imaging systems, and sensors. This type of resistor is highly reliable and can also be used in the design of high-temperature actuators, thermal sensors, and pressure sensors.

Working Principle of Mounted Resistor Networks

Mounted resistor networks are typically composed of series and parallel resistors. The fundamental principle of a resistor network is that the total resistance of the network is dependent on the number of resistors, their individual resistances, and the series and parallel resistances that form the network. For example, if two resistors of the same resistance are connected in series, their total resistance is twice that of the individual resistor.

The resistance of a mounted resistor network is also affected by the temperature coefficient of the resistors, as well as the current that passes through the network. This means that in applications such as current mirrors or amplifiers, where the current is variable or varies with a changing temperature, the resistance of the network will also change accordingly.

The resistance of distributed resistor networks also depends on their lead layout. For instance, if the same resistors are connected in a different lead arrangement, the total resistance of the network will change. The 4114R-2-124 resistor network is designed with a specific lead layout to enable it to provide a constant resistance over a wide temperature range.

Conclusion

In conclusion, the 4114R-2-124 resistor network is a versatile component used in a variety of analog and mixed-signal applications. This type of resistor is highly reliable and is designed to provide a constant resistance over a wide temperature range. The fundamental principle of a resistor network is that the total resistance of the network is affected by the number of resistors, their individual resistances, and the series and parallel resistances that form the network.

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