4116R-1-821

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Resistor networks and arrays are used in a variety of applications because of their ability to precisely control electrical signals. The 4116R-1-821 resistive network is one such device, designed to offer particularly accurate electrical signal control. This article explores the 4116R-1-821\'s application field and working principle.

Application Field

The 4116R-1-821 is an 8-terminal resistor network designed for any application requiring precise resistance control over wide ranges, from 0.005 ohms to 100 kilo-ohms. This makes it suitable for use in computers, automatic machine control systems, and other electronics. It is ideal for applications such as voltage division, precise current-sensing in feedback loops, temperature compensation, and a variety of signal-processing applications. Its 1% tolerance ensures maximum accuracy.

Because of its unique construction, the 4116R-1-821 is often chosen over other resistive networks. This is due to its high temperature stability, low noise level, high accuracy, and dynamic range. All these features make the 4116R-1-821 perfectly suited for a broad range of applications.

Working Principle

The 4116R-1-821 is constructed from two integrated resistor arrays. Each array contains four independent resistors connected in a Wheatstone bridge circuit. These arrays are then connected together in a series, creating a total of 8 terminals. The two sets of array resistors ensure accurate signal control over a wide range of resistance values.

The 4116R-1-821 works by splitting the incoming voltage into two signals. Each voltage signal then goes through one of the resistor arrays. The two signals then merge, and the overall resistance is determined by the resistance of the arrays. As the resistance of the arrays changes, so does the total resistance of the 4116R-1-821.

Because the 4116R-1-821 consists of four independent resistors, it is highly reliable. This is because each resistor contributes to the total resistance, and so any failure of one resistor does not affect the output. This makes the 4116R-1-821 very reliable, even under harsh environmental conditions.

Conclusion

The 4116R-1-821 resistive network is a reliable and accurate device suitable for a wide range of applications. Its 8-terminal construction and Wheatstone bridge design allow for precise resistance control over a wide range of values. Its high temperature stability, low noise level, high accuracy, and dynamic range make it perfect for computer, automatic machine control system, and signal-processing applications. With its impressive performance, the 4116R-1-821 is capable of tackling complex tasks with ease.

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