From instrument amplifiers to precision analog circuits to geophones, resistor networks are used in a variety of applications. Each has its own unique requirements, but none more stringent than the ...

Resistor networks are a great way to improve the gain accuracy and gain temperature drift of your system compared to designs using discrete resistors. One common motivation for improving gain accuracy ...

Resistor networks are assemblies of discrete resistive elements connected in various topologies that serve as fundamental models across physics, engineering and applied mathematics. Their analysis ...

Promising increased levels of precision and stability, the company has enhanced its nickel-chromium thin-film technology to create resistor networks with absolute tolerances of less than 0.05% and ...

Integrating voltage dividers and networks into common packages, rather than selecting discrete resistors, can ultimately produce analog circuits with better performance and reliability. As a matter of ...