752201102GPTR13

Resistor Networks, Arrays

752201102GPTR13 Application Field and Working Principle

Resistor networks, or array, is composed of identical resistors in series or parallel. They can be used for several applications in different cases. 752201102GPTR13 is a resistor network, which is typically used for current measurement in industrial applications. The specific application of this resistor network is based on the number of resistors and the structure of the resistor network.

The 752201102GPTR13 resistor network consists of two resistor elements. It has a resistive element composed of two resistors in series, one acting as a measuring resistor, and the other as a bypass to eliminate high frequency interference. As a result, the total series resistance is equivalent to the total resistance of the two resistors. The two resistors act as a potentiometer which divides the voltage into two parts, one of which represents the current measurement

The working principle of the 752201102GPTR13 resistor network is grounded in the fundamentals of electrical engineering. The resistor network is set up to employ the principle of Kirchhoff\'s current and voltage laws. In essence, Kirchhoff\'s laws state that the sum of currents entering any node in the system must equal the sum of currents leaving the node. In the case of the 752201102GPTR13, the current entering the resistive element is divided into two parts, one of which is used to measure the current flowing through the resistor. Thus, the resistors act as a potentiometer, which divides the voltage into two parts, one representing the current measurement.

In industrial applications, the 752201102GPTR13 resistor network is used in a wide variety of applications where precise current measurements are necessary. For example, the network can be used in circuits for molecular beam research, in applications involving high speed anemometers, and in process automation systems. Furthermore, the network is suitable for use in measuring current levels in electric locomotives and industrial electric motors. In addition, this type of network can be used for monitoring the peak current in welding operations.

The 752201102GPTR13 is a highly efficient resistor network with high precision current measurements and stability. It is designed to withstand severe temperature variations and offers a high degree of accuracy and reliability. The resistor network is also resistant to electromagnetic interference and has a wide range of operating temperatures. The high accuracy of the network makes it suitable for use in highly demanding applications.

In conclusion, 752201102GPTR13 is a resistor network used in a variety of industrial applications including current measurement, process automation, and welding. The network is designed for high accuracy, with excellent temperature tolerance, and resistance to electromagnetic interference. It offers the flexibility to work within a wide range of operating conditions and applications.