752163101GPTR13

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Resistor Networks, Arrays

752163101GPTR13 is an advanced resistor network or array created by Kemet Corporation, which is optimized for use in voltage-sensitive applications across a large range of consumer electronics, automotive electronics, medical equipment, and more. Its sophisticated design makes it suitable for many demanding applications, and the components have been carefully tested for electrical and mechanical performance in high-reliability and robust industrial conditions.

The 752163101GPTR13 is a 1220-piece array made up of low-ohmic external influences, linear resistance and stability, organic passivation to ensure metallic protection, and metallization for enhanced noise immunity and frequency attenuation. Its precision-machined ceramic substrate surface and efficient circuit layout all work together to deliver reliable electrical performance in even the most extreme temperatures and pressure environments.

Application Field

752163101GPTR13 is a highly specialized resistor network design that is optimally suited for a variety of demanding applications. Its precision components and superior electrical characteristics make it ideal for use in consumer electronics, automotive electronics, medical equipment, industrial controls, and more, where reliability and robust performance are essential. Additionally, its superb ability to handle high input voltage helps to improve system safety while reducing the risk of failure.

The 752163101GPTR13 is especially suited for applications where smaller footprints are desired but tight electrical common mode and differential mode control is needed. Additionally, its low-noise design allows it to provide accurate voltage and current regulation, along with highly consistent output performance, even at very low voltage levels.

Working Principle

The 752163101GPTR13 uses linear precision resistance and organic passivation to ensure optimal performance and stability in high-reliability and tough industrial settings. To begin, the substrate is electronically bonded and machined to create the 1220 piece array. This array is composed of several layers, each containing a variety of components. Through controlled measurements, the values of these components are precisely adjusted.

The precise geometry and metallization of the substrate along with the precise component values allow the 752163101GPTR13 to deliver superior electrical performance. Additionally, it offers superior accuracy and stability in all kinds of temperatures, with excellent noise suppression and frequency attenuation. Furthermore, its robust construction offers great protection from high input voltage.

By utilizing advanced resistor networks like the 752163101GPTR13, manufacturers can save design time, reduce component count, reduce system cost and increase system performance by replacing multiple components with a single, compact component. The chip’s highly robust construction also adds valuable protection against high input voltage.

Conclusion

The 752163101GPTR13 is an advanced resistor network or array that is designed to provide reliable electrical performance in even the most challenging conditions. Its sophisticated design and precision components make it suitable for a wide range of demanding applications, including consumer electronics, automotive electronics, medical equipment and industrial controls. Additionally, its excellent noise suppression and frequency attenuation help to provide accurate voltage and current regulation, allowing for optimal performance at very low voltage levels.

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