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Automotive grade resistors offer increased reliability and improved performance without the high cost and limited availability of components procured to established reliability military specifications.

Power electronic engineers continue to push for higher power, lower values, and better precision. Most common resistor technologies cannot adequately meet all three requirements, but Stackpole’s CSS/CSSH Series is able meet these demands in a variety of sizes, power ratings and values.

Commercial and industrial power electronics increasingly demand robust power supplies with high stability and low thermal resistance. For these requirements, standard chip resistors may not be the best solution.

As power electronics evolve, the requirements for high current, low resistance sensing resistors continues to increase. Emerging applications, such as hybrid power systems, may require high power, high accuracy, and low thermal resistance. These are a difficult combination for many traditional sense resistor technologies.

Current sensing for high efficiency typically requires very low resistance values. However, sensing accuracy is more challenging for lower resistance values due to lead resistance effects. Four terminal shunt resistors eliminate errors due to lead resistance.

Modern electronics utilise current sense resistors for portable power management. As larger and more powerful devices become portable, higher currents and higher power ratings become critical, however, space for any portable electrical device must always be conserved.

RNCF Ultra-Precision thin film resistors offer Tolerances As Low As 0.01% and TCR Down To 2 ppm

Surface mount resistors have complied with the EU’s ROHS standards through exemption 7c-I.

Electronic Specifier takes a look at the top sensor products to have been released in May 2022.

Stackpole’s AEC qualified RTAN series utilises tantalum nitride technology to provide moisture proof precision chip resistor performance.