CSC08A014K70GEK

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Resistor Networks, Arrays

CSC08A014K70GEK is a precision resistor network designed for demanding RF applications that require high accuracy with minimal noise, temperature drift, and voltage coefficients. It is a dual attenuator that functions as a voltage divider. Its two Kelvin contacts make it ideal for monitoring, balancing, and calibrating circuits, as well as providing signal routing solutions.

Application Field

The CSC08A014K70GEK resistor network has proven to be very advantageous in radio-frequency applications, primarily due to its low temperature drift. The redundancy of the two Kelvin contacts also make it useful for applications which require precision, such as industrial, medical, and aerospace. It has been used in automotive and communication systems, and in electronic equipment such as cell phones, radios, and TVs.

The CSC08A014K70GEK has also been used to create precision, low temperature drift AC or DC voltage dividers, resistive sensors, custom potentiometers, and current sense networks. It has a high rating of 1W to 5W, depending on the operating conditions, making it suitable for either surface mount or reflow soldering assemblies.

Working Principle

The CSC08A014K70GEK resistor network consists of sixteen resistors in a ladder configuration, with two Kelvin contacts at each end. The resistor values are carefully selected to provide the required accuracy for the application. The two Kelvin contacts allow for precise dynamic balancing of the resistors within the array while also enabling serial or parallel connections of the resistor network.

The resistors in the CSC08A014K70GEK are connected in a ladder configuration which provides a path for current to flow between two end points. The resistors within the network divide the voltage across each individual resistor, depending on the resistor value. The resistance value between each of the two Kelvin contacts of the CSC08A014K70GEK resistor network can be adjusted either by adding or removing resistors or by changing the value of individual resistors. The two Kelvin contacts can be used to create a voltage divider network with very high accuracy and low temperature drift, as required in some precise industrial or scientific applications.

Conclusion

The CSC08A014K70GEK precision resistor network is designed to be a cost-effective solution for demanding RF and other applications that require high accuracy and minimal noise, temperature drift, and voltage coefficients. Its dual attenuator design achieved through its two Kelvin contacts makes it ideal for precise monitoring, balancing, and calibrating circuits, as well as providing signal routing solutions.

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