4310R-102-183

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

Resistor networks, arrays, and higher precision networks are used in various electronic systems to regulate, limit, or filter electronic signals. The 4310R-102-183 Resistor Network, also known as the SMD Resistor Network, is one such device.

The 4310R-102-183 is designed to be a miniature, compact, and low-profile device for reliable and precise low-voltage measuring applications. The resistor network consists of 4 resistors of 10 Ohms, a total of 2 integrated terminal resistors of 20 Ohms, and a metal-oxide-resistant (MOR), and 4 series ceramic capacitors.

The combination of resistors and capacitors form a low-impedance electrical circuit with low signal distortion, and a resistance value which is more precise than total network resistance value, thereby providing linearity and accuracy of output voltage in commercial as well as industrial applications. It is also designed to be capable of operating up to a 15 Volt DC supply voltage rating.

The 4310R-102-183 Resistor Network has a range of applications in commercial and industrial settings. They are used as interface circuits to help protect against overload conditions of low-voltage systems, as well as in data signal filters to reduce system noise. They can also be used as low-level signal, power line, and current sensors. Additionally, they can be used in security systems, where they help dampen spurious signals and minimize false alarms.

The working principle of the 4310R102-183 is fairly simple. It is basically a combination of connecting resistors to form a loop that will be used to filter out spurious signals and unwanted signals. The resistor component parts of the network form the loop, the ceramic capacitors form a low-pass filter which is used to prevent higher frequency signals from passing through. The combination of resistors and ceramic capacitors together then create the low-impedance electrical circuit which is needed to filter out low-frequency spurious signals.

The configuration of the 4310R102-183 Resistor Network can be seen as below. The 4 series resistors of 10 Ohms each are connected together in a loop. The series ceramic capacitors form the low-pass filter and the two integrated terminal resistors of 20 Ohms provide feedback which allows for resistance value stability. The metal-oxide-resistant MOR is used to limit electrical noise, and the resistors and capacitors together form the low-impedance electrical circuit which is needed to provide linearity and accuracy of output voltage.

In conclusion, the 4310R102-183 Resistor Network is a useful device in many applications where precise voltage values are desired. It is especially useful for providing over-voltage protection, filtering out unwanted high-frequency and low-frequency signals, and ensuring a stable output voltage. Understanding the assembly and working principles of the 4310R102-183 Resistor Network will enable engineers to design efficient and reliable systems that meet their specific application needs.

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