4108R-1-202LF Resistors

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor networks and arrays have a wide variety of applications from high-frequency filter networks, precision matching networks, motor control circuits to high-current power supplies. 4108R-1-202LF is a widely used member of this family and is ideal for use in numerous applications thanks to its attractive list of features.

Overview of 4108R-1-202LF

The 4108R-1-202LF is a 4-terminal, 10-pin, horizontal array with two resistors per network. The two resistors are optimized for use with low voltage and low current circuits. It features a low profile design of 18-pin DIP with 0.125-inch lead spacing, making it an attractive alternative to larger, more expensive components for applications where board space is limited.

The 4108R-1-202LF has excellent temperature stability, low temperature coefficients, and excellent long-term stability. It features a maximum operating voltage of up to 48V for a single pair of resistors with 500mW resistance and a total power rating of 1.5Watts. The 4108R-1-202LF also features a termination style of duplex tin-plating.

Applications and Working Principle of 4108R-1-202LF

The 4108R-1-202LF has a wide range of applications and is used in various areas including motor control circuits, precision timing and level circuits, precision voltage dividers, and industrial test and control circuitry. The 4108R-1-202LF is relatively inexpensive and is ideal for use in circuits where board space is limited.

The 4108R-1-202LF is also used in audio frequency filter applications. It acts as an efficient high-order filter, providing excellent filtering and frequency response with a wide variety of signals. The 4108R-1-202LF is also used in low-frequency oscillator circuits, providing superior stability and drift resistance.

The working principle of the 4108R-1-202LF is based on resistors connected in an array configuration. This combination of resistors, arranged in exactly the same way as it appears on the printed circuit board, is used to accurately form a specific impedance. The resistors themselves can be of either fixed or precision-variable types, or even a combination of both.

When multiple resistors are connected to form a resistance network, the impedance of the entire network is equal to the product of the individual resistances multiplied by the ratio of the voltage applied. This ratio is determined by the combination of the resistors used in the circuit. In a 4108R-1-202LF, the two resistors are connected in a parallel configuration and the total impedance of the network is equal to the combination of the two individual resistances.

Conclusion

The 4108R-1-202LF has a wide range of applications from motor control circuits, precision timing and level circuits, precision voltage dividers, and industrial test and control circuitry. The 4108R-1-202LF is ideal for use in circuits where board space is limited. It is also used in audio frequency filters and oscillator circuits, providing superior stability and drift resistance. The working principle of the 4108R-1-202LF is based on resistors connected in an array configuration.

The specific data is subject to PDF, and the above content is for reference