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Stackpole TNC series thermistors have a small footprint and fast thermal response, making them ideal for accurate temperature sensing, monitoring, and control.
RMAN Thick-Film High-Power Aluminum Nitride Substrate Chip Resistors
Publish Date: 2026-01-28
The Stackpole RMAN series utilizes aluminum nitride substrates, which offer significantly higher thermal conductivity than other alumina substrates.
HMC Chip Resistors
Publish Date: 2012-08-27
Stackpole's HMC series are cost-effective chip resistors that provide high levels of resistance, low TCRs, and low tolerances.
Stackpole MCJ series high-current jumpers utilize all-metal construction and feature extremely low resistance, making them ideal for handling high currents.
Stackpole RMCA series thick-film chip resistors are AEC-Q200 qualified and engineered for exceptional long-term reliability and high power handling capability.
Stackpole RNAN thin-film chip resistors use an aluminum nitride substrate with significantly higher thermal conductivity for greater power handling.
Stackpole HCSK series surface mount shunts with kelvin terminations offer excellent stability in testing.
Designers Need to Understand the Cause and Impact of VCR and How to Mitigate It
Publish Date: 2025-10-29
Why high-voltage and resistance circuits need low-VCR (voltage coefficient of resistance) resistors.
Flameproof high-voltage anti-surge through-hole resistors from Stackpole.
This video discusses the RPCQ Series Automotive Grade Chip Resistors from Stackpole, highlighting its high power ratings and superior pulse handling.
Stackpole CSSU2512 chip resistors are ideal for power management and control applications requiring higher power densities.
RNCE High-Temperature High Stability Thin Film Chip Resistors
Publish Date: 2025-06-18
Stackpole RNCE series thin film chip resistors utilize significant material and design improvements to maximize performance, stability, and reliability.
CSSU2512 chip resistor is designed to handle 5 W in a compact 2512 chip size. This resistor features a low TCR of ±5 ppm.
The RPCQ has a unique design and structure, enabling higher pulse handling than comparable pulse-withstanding resistors currently available.
Stackpole’s RNCE series thin film chip resistors utilize significant material and design improvements to maximize the performance, stability, and reliability of the RNCE under a wide range of electrical and environmental conditions.
RVCU chip resistors are designed to offer exceptional stability at different voltages, known as voltage coefficient of resistance (VCR), making them ideal for applications that require stable VCR.
RVCU High Voltage Low VCR Chip Resistors
Publish Date: 2025-05-21
Stackpole RVCU chip resistors offer exceptional stability at different voltages, making them ideal for applications requiring stable VCR.
RPCQ Series Automotive Grade Chip Resistor
Publish Date: 2025-05-08
Stackpole RPCQ series automotive-grade chip resistors offer high power and high-pulse handling with outstanding stability and long-term reliability.
HVCR Series Resistors
Publish Date: 2025-03-19
Stackpole Electronics, Inc. HVCR series resistors feature fine-film technology and high-voltage pulse handling.
CSRF Series Foil On Ceramic Carrier Current Sensing Chip Resistors
Publish Date: 2025-03-18
Stackpole CSRF series cost-effective foil on ceramic carrier chip resistors provide low resistance values with good tolerance and TCR.
Germany