4308R-104-221/271L

A resistor network, especially 4308R-104-221/271L, is an array of resistors connected together in a matrix design used to bring down the overall resistance of a circuit or perform voltage division. While the simplest form of resistor array may be just two resistors connected in series or parallel, more complex resistor networks are used for a variety of applications such as current limiting, voltage Steering, signal conditioning and even as semiconductor replacements.

The 4308R-104-221/271L resistor networks are fixed plug-in resistor networks or array packages with 8 pin mini-dual-in-line (DIP) configurations. They are designed to provide consistent signal levels and reduce noise. The flat-pack configuration is ideal for surface mounting, and these packages meet requirements for resistance tolerances from 0.5% to 5%.

4308R-104-221/271L resistor networks are passive networks consisting of multiple semiconductor devices connected in a matrix configuration. They are mainly used for applications such as voltage division, current limiting, signal conditioning, and as semiconductor replacements. These elements are typically programmed according to the requirements of a specific circuit.

In terms of operation, the 4308R-104-221/271L resistor networks use the principle of voltage division to reduce the voltage across the resistors. The resistor values are determined according to their compositional configuration, and the voltage across each resistor is given by the equation V = IxR. This equation states that the voltage across a resistor is equal to the current through it multiplied by its resistance value. Therefore, by changing the resistance value, the voltage across the resistor can be manipulated and regulated to obtain the desired working voltage.

The 4308R-104-221/271L resistor networks, being a complex array of resistors with distinct characteristics, can be used for a variety of applications. Some of the common applications include voltage and current limiting in low voltage circuits, signal conditioning for A/D or D/A conversions, buffering circuits, switching circuits, and even as transient suppressors. These networks are also used in LED displays, semiconductor gate drivers, and other signal conditioning circuits.

To conclude, the 4308R-104-221/271L resistor networks are a type of fixed plug-in resistor networks or array packages with 8 pin mini-DIP configurations. These passive networks are used for applications such as voltage division, current limiting, signal conditioning, and as semiconductor replacements. The principle of voltage division is used to reduce the voltage across the resistors by varying the resistance values, and they are used in various applications such as LED displays, semiconductor gate drivers, and signal conditioning circuits.