4114R-1-473LF

Resistor Networks, Arrays and 4114R-1-473LF Application Field and Working Principle

Resistor networks, as the name implies, are a collection of resistors configured to behave in a particular way. The 4114R-1-473LF is a quad-resistor network located at the component level of components for electronic circuit boards. It is typically used as a precision voltage divider and in certain applications, as an operational amplifier.

What is a 4114R-1-473LF Quad-Resistor Network?

The 4114R-1-473LF is a quad-resistor network that consists of four resistors of different values within a single package. This network is typically used for precision voltage division or in certain applications, as an operational amplifier. The resistance values of the four resistors are equal such that two resistors with a total resistance of 2x are connected in series and the remaining two resistors are connected in parallel. This configuration allows for division of the voltage across the resistors to ensure precise output voltages.

Application Field

The 4114R-1-473LF is used most commonly as a precision voltage divider, in order to provide accurate and reliable output voltages. This can be used in a wide range of applications from audio signal processing to measuring AC voltages. Additionally, this network can also be used as an operational amplifier in certain applications, where the input and output voltages must be accurately regulated.

Working Principle

The 4114R-1-473LF is typically used as a precision voltage divider, and this is achieved by connecting two resistors in series and two in parallel. The resistance values of the four resistors are equal, and the series and parallel connections ensure that the output voltage is precisely divided across the resistors. This ensures that the output voltage is regulated and that any fluctuations in the input voltage are minimized.

Conclusion

The 4114R-1-473LF is a quad-resistor network that is used most commonly as a precision voltage divider. It consists of four resistors of different resistance values that are connected in series and parallel, allowing for accurate output voltages. Additionally, this network can also be used as an operational amplifier in certain applications, where the input and output voltages must be accurately regulated.