741X1631001FP

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Resistor Networks, Arrays

Resistor networks and arrays are an important component of many electronic circuits; by using multiple resistors connected together, the total resistance can be increased, decreased, or divided to provide an appropriate level of resistance for a circuit. The 741x1631001FP is a resistor network, or array, that provides flexibility, accuracy, and makes use of its non-volatile nature to preserve circuit settings when powered down.

Application Field

The 741x1631001FP is a resistor network composed of three elements, a single resistor, dual resistor, and a trimmer resistor in a Dual In-line Package (DIP) form factor. It is designed for applications requiring accurate ratios of the component resistances. The 741x1631001FP is typically used in audio recording, switching power supplies, and low power measurement and signal conditioning systems, as well as in automotive applications.

Working Principle

The 741x1631001FP resistor network works by using a two terminal ends as input and output. The signal is then sent through the network where it is divided into two resistive pathways. The pathway of the two resistive paths is determined by the values of the resistors. The power input and output can be set by adjusting the trimmer resistor, called the variable resistor. Through this arrangement, the total resistance in each of the paths can be controlled with precision.

The 741x1631001FP also utilizes a technique of non-volatile memory, meaning that the resistance settings remain even when the power is disconnected. This gives the device a key advantage in certain applications, such as audio tuning, where the settings need to remain consistent even when the power is cut off.

Conclusion

The 741x1631001FP resistor network is designed to provide flexibility, accuracy, and make use of its non-volatile nature to preserve circuit settings when powered down. It is most often used in audio recording, switching power supplies, low power measurement and signal conditioning systems, and automotive applications.

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