Designers face significant challenges when working with industrial electronic controls and instrumentation.

Stackpole has announced its new TMJ surface mount thermal jumper chip series to meet today's demands.

Stackpole Electronics has announced the launch of its RPC-UP series of high power pulse withstanding chip resistors, designed to meet the increasing demands for high reliability applications.

As power electronics evolve, the requirements for high current, low resistance sensing resistors continues to increase.

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. 

Stackpole has announced its series of RNCP high-power anti-sulphur thin film chip resistors.

HVCB high voltage precision thick film chip resistors with high accuracy are now in stock at Stackpole.

Many types of precision electronic devices across a variety of market segments require higher reliability components. Automotive grade resistors offer increased reliability and improved performance without the high cost and limited availability of components procured to established reliability military specifications.   

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.  

Currently most general-purpose thick film chip resistors in all markets utilise exemption 7c-1 for RoHS compliance.

Stackpole has expanded its CSRF1225 foil on ceramic carrier series to include a smaller version.

RNHT automotive grade high-temperature precision thin film chip resistors are now available from Stackpole.

Designing high power products that require high efficiency performance can be challenging.

Stackpole’s RNCF offers 0.01% resistance tolerances and 2 ppm TCR for multiple application scenarios.

Stackpole have launched high power thin film anti-surge chip resistors to deliver high power and maintain accuracy.

Since the Restriction of Hazardous Substances Directive (RoHS) went into effect on July 1st, 2006, most thick film chip resistors have complied with the directive through exemption 7(c)-I, which allows for "...lead in a glass or ceramic...or in a glass or ceramic matrix compound." 

High voltage applications frequently require high resistance value resistors with the ability to handle high working and overload voltages.

Stackpole's metal alloy current sense chip resistors offer efficiency and accuracy for high-current power supplies.

Stackpole’s HCS raised element SMD high current shunts offer up to 10W power ratings.

Applications for precision resistors are becoming more common. For those applications with high power requirements, this can be challenging as many of these devices require lower power ratings for high precision.