NOMCA14031002AT5 Resistors

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Resistor Networks and Arrays are collections of resistors packaged together to provide a single, physical solution to electrical and electronic engineering requirements. They can be configured in a variety of topologies to fit different applications. The NOMCA14031002AT5 is a network of resistors which combines two precision precision resistors, a zero-impedance resistors (ZIR), and a voltage divider network.

The NOMCA14031002AT5 is typically used in situations where space and reliability are a concern. It used in various applications such as voltage reference and reference bias in precision instrumentation, precision current sensing, precision voltage attenuation, and temperature compensation. It is also used as a precision voltage reference in precision power supplies, automotive, and Industrial.

The NOMCA14031002AT5 provides a precision resistance gain of 0.5% accuracy and a input voltage of 10V ± 0.5 V. It has an output of 0 V to 5 V, making it ideal for applications such as current sensing and variometer configurations. It is an integrated package, providing a "one-stop-shop" solution for engineers looking for consistent performance and reliable results.

The NOMCA14031002AT5 network includes two resistors and one ZIR resistor. The two resistors are connected in series. The resistors have a value of 100Ω and 1000Ω, and the ZIR is a 100Ω resistor which gives a similar behavior to an open circuit. It forms the Voltage Divider network through which the applied input and reference signals pass through.

The ZIR is the main component of the network. It provides the entire range of input and reference signal and finds itself in the center of the Voltage Divider configuration. This provides a high impedance from the voltage divider nodes to the end nodes, ensuring accurate signal transmission through the network.

The NOMCA14031002AT5 can be used to provide a transfer function with just one network, making them easy to use and reliable when compared to other networks. The network provides an output voltage of 0 V to 5 V, which is determined by the ratio of resistors in the voltage divider, with the ratio being determined by the input and reference signals.

The NOMCA14031002AT5 is designed to perform in noisy environments with varying temperatures and high immunity to electrical noise. It provides good linearity and accuracy over a wide range of input/output levels. It is designed to provide maximum accuracy for a wide range of applications.

The NOMCA14031002AT5 can be used in a variety of applications such as signal conditioning, current sensing, temperature compensation, voltage reference, and precision attenuation. It is a reliable and cost-effective resistor network that can provide reliable and accurate results in a variety of different applications.

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