Y1747V0261QT0W

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Resistors are an important component in most electrical circuits. In many applications, several resistors are used in series or parallel to create complex voltage and current divisions and/or interconnections. To deal with such problems, resistor networks and arrays have been developed. The Y1747V0261QT0W is one such resistor network. This article will provide an overview of its application field and working principle.

Application Field

The Y1747V0261QT0W is a 4-by-4 full bridge resistor network, which can be used in many electronic applications including digital to analog converters, analog and digital filters, and many instrumentation applications such as signal conditioning. The Y1747V0261QT0W can also be used as a voltage-controlled attenuator, allowing it to be used in a wide range of applications.

Working Principle

The Y1747V0261QT0W is based on a full-bridge concept, and comprises sixteen resistors arranged in four series/parallel rows and four columns. In operation, the resistor values in series cause the resistance between the input and output to vary as the input voltage is changed. This allows for resistance variation in voltage-controlled attenuator applications. Furthermore, depending on the inputs and resistors, a variety of configurations can be achieved, thus enabling the user to adapt the device for specific requirements.

In addition, each resistor in the Y1747V0261QT0W has low temperature coefficient, low achievable resistance deviation, and low achievable initial resistance tolerance. This allows the Y1747V0261QT0W to deliver accurate, repeatable results, both in the application and in test and measurement applications.

Conclusion

The Y1747V0261QT0W is a 4-by-4 full bridge resistor network that can be used for a variety of applications such as digital to analog converters, analog and digital filters, and voltage-controlled attenuator applications. Its low temperature coefficient, low achievable resistance deviation, and low achievable initial resistance tolerance also make it ideal for test and measurement applications.

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