4108R-1-223LF

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Resistor networks and arrays serve a variety of functions in the circuit and can be classified into several subcategories.

One such array is the 4108R-1-223LF – an array of 5 resistor elements, designed to provide a single network with common lead anodes. This array is built from high-reliability resistors and features low TCR tracking and excellent thermal characteristics with a high surge rating (500% of rated power).

The primary application for the 4108R-1-223LF is resistive divider networks, for which it provides excellent thermal stability. Its low thermal coefficient of resistance (TCR) tracking ensures accurate voltage division anyway, and its high current rating and resistive range make it suitable for use in a wide range of circuits.

In its basic form, the 4108R-1-223LF consists of five resistors connected in parallel. This arrangement allows for a common lead anode with five independent lead cathodes for each individual resistor. This parallel resistor network is then used to create a voltage divider network, which minimizes power consumption and ensures maximum accuracy of the output voltage.

The output voltage of each resistor (V_out) is obtained by dividing the input voltage of the 4108R-1-223LF (V_in) by the ratio of the resistor\'s resistance (R) to the total resistance of the entire network (R_total):

V_out = V_in ⋅ R_total/R

The common lead anode also doubles as a grounding connection in the circuit, ensuring that the voltage divider network remains as close to ground potential as possible. In addition, the high surge rating of the resistors in the 4108R-1-223LF is capable of withstanding large voltage transients without suffering from significant damage.

The 4108R-1-223LF is a versatile resistor array for use in applications that require an accurate and stable voltage divider network. Its low thermal resistance and high reliability make it suitable for use in a broad range of environments, and its high current rating and resistive range make it suitable for a wide range of circuits. Its common lead anode also provides an additional input for further accuracy in the design of the resistive divider network.

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