4310M-104-181/391L

Resistor Networks, Arrays

Resistor networks and arrays are commonly used in electrical engineering applications. Commonly used networks and arrays are the 4310M-104-181/391L (4310M for short) array. This array consists of a base resistor network and two series resistor arrays.

The 4310M base resistor network is formed in a two-layer stack on top of a single layer core substrate. The base network consists of a series resistor required to provide the desired resistance to ground and two peripheral resistor networks to provide noise attenuation.

Application Field

The 4310M is typically used as resistor arrays in applications such as motor drives, power amplifiers, and HVAC systems to reduce output noise. It can also be used in industrial process control, telecommunications, automotive and medical systems to achieve a more precise control over the current and voltage levels of the system.

Working Principle

The 4310M works by connecting the two series resistor arrays. This is done by connecting the base resistor network to the power lines of the system, and then connecting the two series resistor arrays. The series resistor arrays provide the necessary resistance in order to reduce the output noise caused by the power lines.

The two series resistor arrays consist of individual resistors connected in either a parallel or series configuration. In this configuration, the current through each resistor is determined by the total resistance of the array. This is then further reduced by the base resistor network, which acts as a filter.

Using this configuration, the individual series resistors work together to reduce the total internal resistance of the system. This reduces the output noise produced by the system, and increases the accuracy and reliability of the system.

Conclusion

The 4310M-104-181/391L array is a common resistor network used in various applications such as motor drives, power amplifiers, and HVAC systems. It works by connecting the two series resistors which then reduce the output noise produced by the system. This array is commonly used for its accuracy and reliability for various control applications.