Resistor Networks, Arrays

Resistors are a type of component used in electronic circuit design. Network resistors are resistor networks or arrays that use several resistors connected in series or parallel to provide electrical isolation or control of the overall resistance in a circuit. The 4114R-2-474 is one such network, and it offers numerous benefits over other network resistor types. To understand the application field and working principle of the 4114R-2-474, it is important to first understand resistor networks.

Resistor Network Basics

When many resistors are connected together, they form a resistor network. The simplest network consists of two resistors connected in series, often referred to as a voltage divider. In this circuit, the total resistance is the sum of the two resistors, and the voltage across each resistor is proportionate to its contribution to the total resistance. By adding multiple resistors of different values, the overall resistance can be controlled.

Resistor networks are used to perform a variety of functions, such as providing a precise voltage reference, dealing with large power and temperature changes, and isolating sensitive parts of a circuit from each other. In addition, networks can be used to limit power dissipation or limit the maximum voltage in a system.

4114R-2-474 Application Field and Working Principle

The 4114R-2-474 is a four-resistor network, which consists of two 5 ohm resistors connected in series and two 1 ohm resistors connected in parallel. This network is designed to provide a resistance of 474 ohms, and it is particularly well-suited for applications requiring a precise voltage reference or a temperature-stable resistance.

The 4114R-2-474 is designed such that the two 5 ohm resistors operate in series, which means that the total resistance is the sum of the two resistors. This increases the overall resistance of the network and provides a more precise voltage reference. The two 1 ohm resistors are connected in parallel, which further increases the overall resistance of the network.

In addition, the 4114R-2-474 is designed with very tight tolerances, meaning that the resistance stays within a certain range even under varying temperature and power conditions. This makes it ideal for applications that require tight tolerances, such as in precision measurement and testing systems.

Conclusion

The 4114R-2-474 is a four-resistor network designed to provide a precise voltage reference or temperature-stable resistance. The network consists of two 5 ohm resistors connected in series and two 1 ohm resistors connected in parallel, which results in an overall resistance of 474 ohms. The 4114R-2-474 is designed with tight tolerances, which make it well-suited for precision measurement and testing systems.

If you need a resistor network that will provide a reliable and precise voltage reference, the 4114R-2-474 may be an ideal choice. It offers numerous advantages over other resistor network types and can provide the exact resistance required for your circuit design.