742C163392JP

Resistor Networks, Arrays

The 742C163392JP resistor network is a high precision, 4-pin, surface-mount resistor array component. It is often employed in audio and power circuit design, as it is able to provide a more efficient output, as well as a tighter tolerance. It is suitable for use in a variety of circuit board designs, and is a cost-effective solution for signal conditioning and linear output.

Application Field

The 742C163392JP resistor network is primarily used for audio, power and transimpedance applications, especially in high-end audio and lighting systems. It is also designed for use in many digital and analog circuit designs. It is suitable for applications where high precision and low noise is required, such as power supplies, audio preamplifiers, audio signal processing systems, digital signal processing systems, optical sensors and optical receivers.

Working Principle

The 742C163392JP resistor network consists of four independent surface-mount resistors, which are arranged in an array. Each resistor is connected in a series, so that the impedance of each is equal to the sum of all of the other resistors. This creates a “virtual ground” at the center of the series, which provides a tightly regulated voltage output even when a current is supplied to the network. The tight tolerance of the resistor network means that the voltage output will remain stable, even when the load and frequency of the audio or power signal being amplified changes.

The resistor network also provides a high degree of accuracy with its tolerance, with negligible error from temperature drift and low distortion. The wide tolerance range provides more flexibility with the output, making it suitable for many applications, including those where accuracy and precision are required.

Conclusion

The 742C163392JP resistor network is a high precision, 4-pin, surface-mount resistor array component, designed for use in audio, power, optical, and transimpedance applications. It is designed for use in a variety of electronic designs, and its tight tolerance and low distortion make it suitable for applications where accuracy and precision are required. Its unique design is able to provide a more efficient output and tighter voltage output under changing frequencies and loads.