4116R-1-181LF

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Resistor networks, also known as resistor arrays, are networks of Resistors forming combinations that are used for various reasons. The 4116R-1-181LF is one type of resistor network with a few distinct features that allow it to be utilized in industrial applications. This article will discuss the application field and working principle of the 4116R-1-181LF.

Application Field

The 4116R-1-181LF is a precision resistor network that offers a very accurate and consistent resistance value as compared to individual resistors. It is primarily used for its ability to provide a predetermined voltage divider for circuit applications. The 4116R-1-181LF resistor network is best suited for industrial applications that require reliable and consistent voltage division, such as system monitoring in a number of areas including controlling voltage, medical laboratory analysis, thermocouple feedback sensing, energy metering, and telecommunications equipment.

Working Principle

The 4116R-1-181LF is a quad half-bridge resistor network that is made up of four individual resistors connected in a quad bridge configuration. The working principle of this resistance network is based on the Wheatstone bridge principle. This principle is an important concept in the field of electrical engineering and its purpose is to measure the resistance of a resistor network without disrupting the circuit. The Wheatstone bridge relies on an input voltage dividing through four known resistors, creating four branches. These branches are then connected to two separate input terminals, one of them having a known voltage. The bridge will then attempt to balance the resistances in each arm of the bridge. If not successful, the bridge will give off a small current. This small current can then be measured to calculate the unknown resistance. This principle is used in the 4116R-1-181LF to keep an accurate and reliable voltage divided circuit in industrial applications.

Conclusion

The 4116R-1-181LF is a resistor network that is used for its ability to provide precise and consistent voltage division in industrial applications. The resistor network relies on the Wheatstone bridge principle in order to keep an accurate and stable voltage division balance. This resistor network is best suited for areas such as system monitoring, medical laboratory analysis, thermocouple feedback sensing, energy metering, and telecommunications equipment.

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