767141203GP

Resistor Networks, Arrays

Resistor networks, arrays, and other components are common building blocks in electronic applications. The 767141203GP is a unique component that adds several benefits to traditional resistor networks. This article explores the application field and working principles of the 767141203GP to shed light on the benefits of incorporating this component in your designs.

What is 767141203GP?

The 767141203GP is a precision resistor array that combines patented technology with standard features. The network includes five high-precision resistors whose values are determined by the positions of a variable resistor contact on a printed circuit board (PCB). Each resistor is formed by thin-film deposition on a silicon substrate. This process eliminates the need for an additional conductor and thus reduces the cost of the product. With the ideal solution for application, this component provides increase in efficiency and power savings.

Application Field

This component can be used in a variety of applications including: precision measuring instruments, medical equipment, automotive temperature sensors, and Home Automation Systems. Its combination of precision and cost efficiency make it an ideal solution for high-accuracy measurement applications. It can also be used in low-power consuming circuit designs, especially in industrial applications. Additionally, the component is suitable for use in consumer electronic products due to its small form factor and the ability to reduce board space.

Working Principle

The accuracy of the 767141203GP is based on its ability to accurately control current in the resistor array. By controlling the current, the accuracy of the network is improved since the resistances of the individual resistors are kept the same. The work of this component is based on the resistive element, an adjustable resistor contact that is used to adjust the resistance of the network. This resistor contact is placed between two of the resistors, allowing it to adjust the resistance of the network by varying the voltage applied across it.

Benefits

The 767141203GP has several advantages over traditional resistor networks, such as cost efficiency and an increased accuracy level. This component offers a cost savings due to the elimination of additional conductors in the network. The accurate control of current enabled by the adjustable resistor contact increases the accuracy of the network, thus improving the signal and power efficiency of the circuit design. Additionally, the 767141203GP provides a small form factor which enables its use in consumer electronic products.

Conclusion

The 767141203GP resistor array combines patented technology with standard features to provide a cost-effective component with increased accuracy and power efficiency. Its application field is broad, ranging from precision measuring instruments to home automation systems. By eliminating additional conductors and incorporating an adjustable resistor contact that controls the current in the resistor array, the 767141203GP significantly improves the efficiency and accuracy of the circuit design.