4308R-102-560

Resistor Networks, Arrays are used to control the flow of electrical current in electrical networks. The 4308R-102-560, known as a resistor array, is a three-terminal component that contains four resistors of equal resistance. It is a non-inductive resistor array with low thermal noise, making it suitable for demanding applications such as low-noise filters, gain control circuits, and current-sensing circuits.

The 4308R-102-560 works by connecting one or more of the four resistors to an external circuit. By connecting the three terminals of the array, the amount of current that is able to flow through any of the four resistors is determined. This can be adjusted by changing the internal resistor values within the array, or by connecting different resistors to different terminals.

The 4308R-102-560 is a popular choice for applications that require low-noise and precise control over the current passing through. The 4308R-102-560 is typically used in filter circuits, gain control circuits, and signal-sensing circuits. It is also suitable for applications where power consumption needs to be minimized, such as batteries, LED lights, and energy-saving systems.

The 4308R-102-560 is a very versatile resistor array. It is composed of four individual resistors, which can be independently connected to one of three terminals. The resistance values of the four resistors can be adjusted to match the needs of the application. This flexibility allows for precise control over the current passing through the array, and makes it suitable for a wide range of applications.

In addition to its versatility, the 4308R-102-560 offers several advantages over traditional resistor arrays. One of the most important features is its low thermal noise. This is due to its construction, which uses a thick-film dielectric layer to reduce the thermal noise of the components inside the array. The 4308R-102-560 is also relatively low-cost, making it attractive for applications where cost is a factor.

In summary, the 4308R-102-560 is an ideal choice for applications requiring precise control of the current passing through a circuit. It offers excellent thermal noise performance, and can be adjusted to meet the needs of any given application. Its low-cost, low-noise characteristics make it an attractive option for a wide range of applications, including low-noise filters, gain control circuits, current-sensing circuits, and power-saving systems.