Search results for "stackpole"
Stackpole releases RPCA automotive grade pulse withstanding chip resistor
High reliability chip resistors can be more difficult to find and even more so when there are pulse handling requirements.
Stackpole expands CSRF2817 resistance range up to 0.1 ohm
Current sensing for a wide range of products and applications requires both low and high resistance values with high stability, reliability, and low TCR.
Stackpole improves RMCS0603 working voltage to 75V
Sulphur contamination for thick film resistors is becoming a more prominent issue for a wide range of end products.
Stackpole’s MLFM15 offers 0.3W power rating
MELF resistors are known for their thermal characteristics and their environmental and electrical stability.
Stackpole kelvin current sense shunt offers resistance values down to 0.5 milliohm
High efficiency current sensing requires low resistance values. However, lead resistance may cause inaccuracies in sensing measurement for ultra-low resistance values.
Stackpole's automotive grade thick film chip resistors
Automotive grade resistors offer increased reliability and improved performance without the high cost and limited availability of components procured to established reliability military specifications.
Stackpole launches 7W current sensing resistor
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.
Stackpole improves TCR on RMCW wide terminal thick film resistors
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.
HCS high current metal shunt for hybrid power sources
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.
CSSK3637 four terminal shunt resistors for accurate current sensing requirements
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.