Stackpole

Leader in Design & Manufacture of Passive Components

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Sleep Deeply
any Where, any Time

Stackpole Electronics is a privately held company, which began manufacturing resistors in 1928 as part of Stackpole Components Company in St. Mary's, Pennsylvania, USA. Now part of the Akahane Stackpole Manufacturing Group (ASMG), Stackpole is recognized as a leading supplier of resistive product solutions.

Sleep Deeply
any Where, any Time

Stackpole Electronics is a privately held company, which began manufacturing resistors in 1928 as part of Stackpole Components Company in St. Mary's, Pennsylvania, USA. Now part of the Akahane Stackpole Manufacturing Group (ASMG), Stackpole is recognized as a leading supplier of resistive product solutions.  

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Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

Progressively synergize viral sources before innovative meta-services. Continually grow maintainable vortals after distinctive supply chains.

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Featured Series


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CSS / CSSH Series

The HV MLV Series is a surface mount, multilayer varistor (MLV) design for line voltage applications. While typical MLV’s are designed for low voltage applications, these MLV’s are available with maximum continuous operating voltages (MCOV) ranging from 150VAC to 300VAC. Available in EIA chip sizes of 0806 and 1206. RoHS/REACH Compliant.

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RPC Series

The SMD Series is ideal for SMT. The SMD Series utilizes the same ceramic elements used in the leaded Standard Series. These are a direct replacement to their comparable Standard Series counterparts with all the same electrical characteristics. Available in 5mm, 7mm, 10mm, 14mm, and 20mm disc sizes. UL94-V0 rated. RoHS/REACH Compliant. 
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RNCF Series

UL1449 Type 4CA, cUL, a modular surge protective device, featuring an IP65 enclosure, utilizing thermal protection with MOV’s. Nominal Discharge Current (IN) rating of 5kA or 10kA and an IMAX of 10kA or 20kA. Used heavily in the lighting industry for LED street lighting, roadway lighting, parking/garage lighting, and digital signs.
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HVCB Series

UL1449 Type 4CA, cUL, a modular surge protective device, featuring an IP65 enclosure, utilizing thermal protection with MOV’s. Nominal Discharge Current (IN) rating of 5kA or 10kA and an IMAX of 10kA or 20kA. Used heavily in the lighting industry for LED street lighting, roadway lighting, parking/garage lighting, and digital signs.

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4640 Ash Dr undefined Oakland, Massachusetts 92683 United States

Resistive Product Solutions

Thick Film, Current Sense Resistors, Automotive Grade & More    

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Resistive Product Solutions

Thick Film, Current Sense Resistors, Automotive Grade & More

Shop Now

Resistive Product Solutions

Thick Film, Current Sense Resistors, Automotive Grade & More

Shop Now