4308R-101-564LF

Resistor Networks, Arrays

Resistor networks and arrays are small circuits built of individual resistors within a single package with a common feed-through terminal. They are used to divide power, energy, gain, or another electrical value and are often found in the military, aerospace, and sensor applications. 4308R-101-564LF is a typical example of such resistor network.

The 4308R-101-564LF is an eight-resistor network assembled in a board-mount package with a package size of 0.346”L X 0.255”W X 0.100”H. The 4308R-101-564LF has a resistance range from 100Ω to 5.6MΩ, tolerance of 0.5%, initial tolerance of 0.1%, and temperature coefficient of ±100ppm/°C. The max. voltage is rated at 5.8V and the max. power dissipation is 35mW per element.

Application Field

The 4308R-101-564LF resistor network is versatile and can be used in many applications. It can be used as a voltage divider in a voltage-controlled signal, or as a resistance layer in an electrical circuit. It is also suitable for use in power distribution and conversion, temperature control, motor speed control, and signal mixing. The resistor can also be used as part of an active feedback control loop, where it can provide a signal proportional to the measured signal. Furthermore, this type of resistor can be used in circuits such as operational amplifiers, providing a reference voltage for a wide range of input signals.

Working Principle

The 4308R-101-564LF resistor network works by combining a number of resistors in a single package. Each resistor in the resistor network has its own value, allowing the network to operate within a range of different conditions. When voltage is applied, the resistors will divide the voltage across the network, thus creating a voltage-division effect. Depending on the configuration of the network, the resistors will also divide power among the individual resistors.

The 4308R-101-564LF resistor network also has temperature and tolerance advantages. The resistors in the network are manufactured to have a consistent accuracy across temperature ranges, allowing the accuracy of the resistors to remain the same, even with temperature variations. The network also possesses a tolerance of 0.5% to ensure accuracy in the electrical values.

In conclusion, the 4308R-101-564LF resistor network is a reliable and accurate solution for many electrical applications. It is versatile and can be used in a wide range of applications, from precision control to power distribution. The resistors can also withstand temperature and tolerance fluctuations, making it a suitable option for temperature and power sensitive applications.