CSC06A0147K0GPA

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Introduction
The CSC06A0147K0GPA is a resistor network that is designed to provide precision voltage divider circuits for industrial, automotive and consumer electronics applications. The CSC06A0147K0GPA is a precision resistor network that utilizes two series steel-film resistors to provide a two-terminal turn ratio with excellent temperature stability. It can also be used for other applications such as bridge and transimpedance circuits and precision current-sink circuits.

Application Field
The CSC06A0147K0GPA can be used in applications where an exact turn ratio is required. This includes precision voltage dividers, transimpedance circuits, and bridge/difference circuits. The resistance ratio accuracy of this component is excellent, and its temperature coefficient can be easily adjusted by changing the number of turns of the two series resistors. It also provides a very high common-mode rejection ratio (CMRR) when used in bridge and difference circuits.

Working Principle
The CSC06A0147K0GPA is composed of two series steel-film resistors which are connected together in a specific ratio. The resistance ratio of each resistor is determined by the number of turns in each leg, which is adjusted during manufacturing to achieve a precise turn ratio. The CSC06A0147K0GPA utilizes two series-connected resistors to provide low impedance isolation from the output to the input, which makes it suitable for use in bridge and diff-amp circuits.When two resistors with the same resistance are connected in series, their overall resistance is equal to the sum of their individual resistances. This allows for a precise turn ratio to be achieved with a single resistor network. The turn ratio of the CSC06A0147K0GPA can be adjusted by changing the number of turns in each resistor. This allows for the exact turn ratio required for a particular application to be achieved.The CSC06A0147K0GPA also provides excellent temperature stability, due to the precision manufacturing process used to create it. This ensures that the component maintains its turn ratio across a wide temperature range, which is advantageous for many pulse-mode applications. It also provides a very high common-mode rejection ratio (CMRR), which allows for precise measurements in differential-mode applications.

Conclusion
The CSC06A0147K0GPA is a precision resistor network that is designed to provide exact voltage divider circuits for industrial, automotive and consumer electronics applications. It is composed of two series-connected resistors that are adjusted to achieve a precise turn ratio, and it provides excellent temperature stability and common-mode rejection ratio (CMRR). It is suitable for many applications, including precision voltage dividers, bridge and transimpedance circuits, and current-sink circuits.

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