Search results for "stackpole"
TMJ thermal jumpers help lower temperatures for high power supplies
Power supply designers often encounter thermal management challenges as power levels increase.
RPCA automotive grade surge withstanding chip resistor
Stackpole has announced that its RPCA automotive grade surge withstanding chip resistor series is AEC-Q200 qualified.
RNCL launches anti-surge resistors for GaN power battery management
For GaN based battery management for consumer electronics and computer peripherals, the demand for high power and precision is escalating.
MLFA automotive MELF measurement and metering
Stackpole has announced its AEC-Q200 compliant MELF resistor for measurement and metering applications.
Stackpole’s chip resistors perform in key conditions
Automotive and industrial electronics require performance under harsh environmental conditions including high temperatures. Film chip resistors generally are limited to full power up to 70°Cand operating temperatures up to 155°C.
Ultra-high power thin film chip resistors for industrial applications
Designers face significant challenges when working with industrial electronic controls and instrumentation.
TMJ surface mount thermal jumper chips released
Stackpole has announced its new TMJ surface mount thermal jumper chip series to meet today's demands.
Stackpole automotive grade thin film chip precision resistors now available
In the past, limited options have existed for applications requiring automotive grade high voltage resistors.If the circuit requirements also demand high precision, finding suitable resistors may be even more difficult.
High current shunts capable of high temperature operation
As power electronics evolve, the requirements for high current, low resistance sensing resistors continues to increase.
CSFA automotive grade high current jumper now available
Zero-ohm jumpers are widely used in all types of electronic circuits for a wide range of markets and end products. Jumpers make circuitry routing easier and simplify manufacturability.