4614X-102-222LF

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The 4614X-102-222LF is a resistor network and array that falls into the family of surface-mount networks and arrays. It is manufactured by Stackpole Electronics and is an industrial-grade part. The 4614X-102-222LF consists of 14 resistors and a single/dual in-line package configuration. The resistance-values of each resistor is 10, 22, 33 and 47 ohms. In addition, the component has a termination finish of tin-lead over nickel-aller, requires a minimum temperature of -55 Celsius, operates with a maximum voltage rating of 100V, and can be used in a variety of applications.

The 4614X-102-222LF is used in various application areas because of its versatile design. In general, the component can be used in automotive, consumer electronics, industrial lighting, small appliances, and other industries. The component also excels in being used in audio applications, display applications, power supply circuitry, and communication circuits. As well, these resistor arrays are very useful in inverters, current sources, voltage regulators, control circuits, and drive circuits.

The working principle of the 4614X-102-222LF is quite simple. It functions by providing a desired resistance between two or more points which depend on the application. The resistor array then divides the total resistance between the two end points. The values are then divided proportionately between the individual resistors. Thus, the component acts as a simple electrical passive device which is used in electrical circuits to provide a precise resistance value between two nodes.

In conclusion, the 4614X-102-222LF is a surface mount network and array that is used in many different industry applications. The component is versatile and can be used in a variety of applications ranging from automotive to audio applications. Its working principle is also quite simple. The resistor array provides a resistance between two points which is then divided proportionally between the individual resistors. This component provides a great solution to many applications which require precise resistor networks.

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