4310M-102-222LF

Resistor Networks, Arrays are passive components widely used in a various of applications. As a traditional electronic component, the resistor networks, arrays play important roles in the fields of military, medical, communications, and consumer electronics, etc. 4310M-102-222LF is one of the popular resistor networks, arrays, which has several applications and a certain working principle.

Typical Applications

The 4310M-102-222LF electronic component is specially designed for high frequency application, due to its minimal parasitic capacitance and inductance. This type of resistor networks, arrays with 4 resistors in series, 2 resistors in parallel, and traces run from each end of the resistor network, is widely used in the system of signal line termination, since it can offer very stable characteristics at higher frequency. In addition to chip system connection, it can be used in the extremely noise environment, such as factory control, medical systems, or motor control.

Working Principle

The four resistors of the 4310M-102-222LF resistor network, array are in series with each other and the main purpose is to divide voltage, and the two resistors are connected by parallel. The equivalent resistance value is calculated by: (R1 × R2) / (R1 + R2). The two traces of 4310M-102-222LF are connected to between any two of the four resistors, tracing signal directions and functions. It’s mainly used for connecting two power supply circuits, voltage division, or as frequency dependent impedance matching.

The system of series-parallel connection can reduce DC line loss but may increase the inductance and capacitance. The resistor network, array has some features: low distortion, superior hot and cold performance, high electrical stability, interface common-mode noise suppression, and RF signal isolation. 4310M-102-222LF plays an important role in improving signal center while reducing noise level.

Conclusion

The 4310M-102-222LF is a popular resistor networks, arrays among electronic engineers due to its low parasitic capacitance and inductance and good performance in high frequency applications. Its four series resistors can divide the voltage into 4 parts and the two parallel resistors can offer a very stable characteristics, thus it is widely used in the system of signal line termination, chip system connection, factory control, medical systems, and motor control. Furthermore, it plays an important role in improving signal center while reducing noise level.