4114R-2-222

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Resistor Networks, Arrays are a type of electronic component typically used as a component in signal or power conditioning applications. A 4114R-2-222 is an example of this class of components.

Application Field of 4114R-2-222
4114R-2-222 is an array of resistors integrated into a single package, and is especially designed for applications requiring large real-estate savings. This type of array is especially suitable for precision analog and digital power conversion systems, such as in voltage-reference and current-limiting circuits, or distributed or concentric resistor networks. They are also used as precision voltage test and calibration networks.

Working Principle of 4114R-2-222
4114R-2-222 is a series-parallel combination network of twelve resistors which provides a resistance-divider network. The twelve resistors are arranged in two groups of six resistors each and are connected in series with each group being connected in parallel. This arrangement provides a closely matched resistor array with two isolated sections. When the outer ends of the array are connected together, the resistance of each section is equal, and when a voltage is applied between the outer ends of the array, the voltage between each of the inner ends of the array will be equal but one-half the voltage of the outer ends. This type of arrangement has long been used in precision voltage regulators to maintain precise voltage levels.

The 4114R-2-222 also features a unique zig-zag connection between each resistor element. This configuration increases the thermal resistance of the array allowing it to dissipate heat more efficiently, thus reducing thermal stress on the components. The array also features a low stray capacitance which eliminates the need for a band-stop filter.

In conclusion, the 4114R-2-222 is a highly useful and efficient component for providing resistor networks in applications such as precision analog and digital power conversion systems, and for use in voltage-reference and current-limiting circuits. Its combination of thermal resistance, low stray capacitance, and zig-zag connection make it an ideal choice for these types of applications.

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