4306M-101-203

Resistor Networks, Arrays

The 4306M-101-203 resistor network is a precision thin film resistor array composed of three resistors in series. It is used in high frequency applications and is ideally suited for RF signal conditioning, impedance matching, and shipboard antenna tuning. It offers excellent stability and good matching between parts for improved performance.

Applications

The 4306M-101-203 is designed for use in many radio frequency (RF) applications where multiple resistances need to be combined. It is suitable for use in high current or high power systems such as RF amplifiers and RF communications systems. It can be used for impedance matching, signal conditioning, transformer balancing, and antenna tuning. It is also suitable for high frequency switching applications. The resistance values in this network offer a wide range of flexibility and can be adjusted to meet specific requirements. The network can be used in combination with other components to create a wide variety of circuit applications.

Working Principle

The 4306M-101-203 is composed of three resistors, each with a different resistance value. The resistors are arranged in series, with the first two resistors having the same resistance value and the third having a higher resistance value. The resistance values can be adjusted by adjusting the resistance values of the individual resistors. Resistor networks are designed to be used in circuits where the combined resistance of the network is needed to achieve the desired operation. The 4306M-101-203 can be used to create an adjustable impedance matching circuit, for example, by varying the resistance values of the individual resistors.

The 4306M-101-203 has excellent performance characteristics, with a low temperature coefficient and a good output stability over time. The low temperature coefficient prevents changes in performance caused by the temperature of the environment in which the network operates. The network is also designed to minimize capacitive reactance, which can affect the accuracy and response time of circuits.

Conclusion

The 4306M-101-203 resistor network is an ideal solution for applications where multiple variable resistances need to be combined. It is suitable for use in many RF applications, such as impedance matching, signal conditioning, transformer balancing, and antenna tuning. The resistance values of the individual resistors can be adjusted, allowing for a wide range of flexibility in designing circuits. It also has excellent performance characteristics, with low temperature coefficient and good output stability.