4114R-2-623LF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A resistor network is an interconnected group of identical resistors. In most applications, a resistor network\'s primary purpose is to divide a voltage into distinct parts such that each division is in proportion to the particular resistor\'s size. A basic circuit, such as that of a resistor network, consists of resistors, capacitors, and inductors connected in a variety of ways.

The 4114R-2-623LF is a series of resistor networks, specifically bridges, designed for specific purposes, some of which are: precision voltage dividers, current shunts, and ohmic resistors. The resistor networks can be powered by both AC and DC power sources. In addition, the 4114R-2-623LF resistor networks are designed to provide minimal thermal and static-sensitive output drift, in order to improve system stability. The 4114R-2-623LF resistor networks also feature a low operating temperature, as well as superior capacitance and voltage isolation.

The basic working principle of the 4114R-2-623LF resistor networks is to divide the voltage and current in the input voltage source into a number of, usually three, distinct voltage and current components. The resistor networks can be wired either as a single resistor, two resistors in series, or three resistors in series. The network creates a voltage dividers which divides the input voltage into three distinct voltages, which are then outputted at different points in the circuit. The current in the resistance network is also divided into multiple components, depending on the number of resistors and the arrangement of the resistors.

The 4114R-2-623LF resistor networks are primarily used in applications such as industrial, communication, automotive, and medical. In communication applications, the resistor network is typically used in power supplies and signal conditioning circuits, to provide both accurate voltage division and current division. In automotive applications, the 4114R-2-623LF resistor networks are used in fuel injectors, ignition systems and other electronic control systems, where their resistance and current division capabilities are used to optimize the performance of the system. In medical applications, the 4114R-2-623LF resistor networks are used in biomedical equipment, to accurately measure parameters such as blood pressure and body temperature. The 4114R-2-623LF networks are also used in industrial applications, such as in the control of motors and electric actuators.

The 4114R-2-623LF networks are offered in a range of sizes and configurations, ranging from three resistors in series, to as many as six resistors in series. The resistor networks offer a wide range of resistances, from very low to very high resistance levels. The resistor networks are also customizable to meet specific customer requirements, such as the size of the component, the voltage and current ratings, and the cut out options.

Overall, the 4114R-2-623LF resistor networks are used in a wide range of applications, from industrial and communication applications, to medical and automotive applications. Their primary purpose is to divide a voltage into different components, that are in proportion to specific resistors, while at the same time providing relatively low thermal and static-sensitive output drift. They offer a variety of configurations, and are customizable to meet customer requirements, such as size, voltage ratings, and cut out options.

The specific data is subject to PDF, and the above content is for reference