Stackpole is addressing the need for resistors that meet electrical performance requirements while remaining cost-effective and available with the MLFA series, an AEC-Q200 compliant MELF resistor.

Stackpole has recently released their RNCE series of thin film resistors with the capability to withstand higher temperatures, high-moisture, and high-sulfur environments, with low charges in resistance over their functional life time.

Stackpole Electronics has expanded its RNCV series of automotive-grade high voltage thin film chip resistors to include 10ppm and 15ppm TCR (Temperature Coefficient of Resistance) options. This enhancement meets growing industry demand for high-precision resistors in applications where voltage stability and accuracy are critical, such as voltage division, monitoring, and control circuits.

Stackpole has announced its HCSK series of high current four terminal shunts for high-efficiency applications.

Stackpole has expanded the power rating of its CSNL2512 series to 3 Watts, in response to the challenge some engineers face in finding sense resistors that deliver both a high power-to-size ratio and affordable pricing.

Stackpole is addressing challenges associated with designing electronics that require high-voltage axial leaded resistors through its HVA series axial leaded high voltage resistors.

Stackpole has announced a new high current metal shunt for e-bike power systems and similar applications.

Stackpole’s RNCU ultra-high power thin film chip resistors offer 1206 size rated at 1W.

EV powertrain designers face challenges when designing power system controls. General purpose chip resistors typically are rated up to only 200V or 300V where EV powertrains are typically 400V to 800V and beyond.

Designers of power supplies for AI servers face considerable thermal challenges. Due to space limitations in AI server rooms, many methods for reducing heat are either impractical, complicated to implement, or costly. 

Applications such as testing equipment, instrumentation, medical devices, power inverters, and battery management systems demand high levels of precision and stability.

For precision applications requiring surface mount chip resistors with high power demands, self-heating often leads to elevated circuit temperatures.

High voltage applications often demand resistors with high resistance values that can withstand significant working and overload voltages.

Many types of electronic devices now benefit from the higher reliability of automotive grade resistors.

As electronics continue to advance, the demand for highly reliable components is on the rise. Many modern applications also require components that offer greater power dissipation and superior pulse withstanding capabilities, all within increasingly compact case sizes.

Applications for surface mount chip resistors with high power requirements typically result in increased circuit temperatures due to thermal resistance limitations. 

High voltage applications such as EV power frequently require high voltage resistors with high accuracy for voltage division, monitoring, and control.

Stackpole has announced its CSFA automotive grade high current jumper for high-reliability applications.

High voltage applications frequently require high voltage resistors with high accuracy for voltage division, monitoring and control.

Applications for surface mount chip resistors with high power requirements typically mean higher circuit temperatures due to thermal resistance limitations.