SQS24B5101GSLF

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Resistor Networks, Arrays contain many components that allow for configuration and customization to fit a customer’s needs depending on the application. One such component is the SQS24B5101GSLF which is a quad style resistor network.

Application Field

The SQS24B5101GSLF resistor network is typically used in audio frequency-response filtering, such as in audio amplifiers or in musical instruments. This type of resistor network can also be used in voltage division as well.

Additionally, this component is used in many other applications such as automotive control systems, communications systems, automotive radios, computer disk drive motor control, power circuits in AC and DC circuits, switch and relay drivers, voltage-controlled oscillators, audio subsystems, as well as in other noise/EMI filtering circuits.

Working Principle

The SQS24B5101GSLF uses quad style resistor networks made from a combination of three different resistor elements. These elements are a common mode resistance network, a series common mode sense resistance network, and a differential mode sense resistance network. The combination of these three elements make up the resistance network.

The common mode resistance network is responsible for providing a common resistance across the two data lines. This allows for the common mode current (which flows in both directions across the line) to pass through the network split between the two lines. The series common mode sense resistance network provides another layer of resistance which is used to reduce the voltage swing of the output.

The differential mode sense resistance network is used to sense the difference in current that could occur when the input signal is applied across the two data lines. The differential mode network consists of two resistors connected in series with each other. As the input current flows through each of the two resistors, the difference between the two current values is sensed and the output voltage can be adjusted accordingly.

These three components are combined together to form the SQS24B5101GSLF resistor network. This network is then connected to the circuit in order to control the output signal and voltage levels in the circuit in order to achieve the desired performance.

Conclusion

The SQS24B5101GSLF resistor network is an important and versatile component in many types of circuits and applications. Its combination of common mode resistance network, series common mode sense resistance network, and differential mode sense resistance network makes it an ideal solution for noise/EMI filtering, audio subsystems, automotive control systems, communications systems, and many other applications.

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