Venkel

Leader in Design & Manufacture of Passive Components

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any Where, any Time

Venkel Ltd. is a supplier of printed circuit board components, specializing in Surface Mount Components. Their products include Ceramic Capacitors, Tantalum Capacitors, Choke Coils, Ferrite Beads, Inductors, LEDs, Resistors, Thermistors, Resistor Arrays, and Engineering Kits. Venkel components are used for a wide range of applications in industrial and consumer electronics, computers, telecommunication, aerospace, and automotive industries.  

Sleep Deeply
any Where, any Time

Venkel Ltd. is a supplier of printed circuit board components, specializing in Surface Mount Components. Their products include Ceramic Capacitors, Tantalum Capacitors, Choke Coils, Ferrite Beads, Inductors, LEDs, Resistors, Thermistors, Resistor Arrays, and Engineering Kits. Venkel components are used for a wide range of applications in industrial and consumer electronics, computers, telecommunication, aerospace, and automotive industries.  

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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.

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Featured Series


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Safety Rated Ceramic Capacitors

Multi-layer Ceramic Capacitors are safety standard approved by IEC60384-14 and UL 60950-1 and UL60384-14. UL Certified: E511154 & E511217. TUV Certified: R50450826. 2pF to 56nF 250VAC 1808 to 2220 Sizes.  

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Ultra Precision Thin Film Resistors

TCR as low as ±2ppm. Excellent characteristics at higher frequencies. Tolerance as low as ±0.01%. Tolerance down to ±0.01% 4.7Ω to 1MΩ 0402 to 2512 Sizes  

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High Voltage Ceramic Capacitors

Capacitance range: 0.5pF to 2.2uF. Voltage range: 200V to 5000V. Ceramic monolithic structure provides excellent reliability. High-speed automated placement capabilities. 0.5pF to 2.2uF 200V to 5000V 0603 to 2225 Sizes  

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4640 Ash Dr undefined Oakland, Massachusetts 92683 United States

Don't see what you're looking for? Browse our catalog.

4640 Ash Dr undefined Oakland, Massachusetts 92683 United States

Reliable Components

Venkel possesses over 30 years of experience providing reliable components from prototype to production.

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Reliable Components

Venkel possesses over 30 years of experience providing reliable components from prototype to production.

Shop Now

Reliable Components

Venkel possesses over 30 years of experience providing reliable components from prototype to production.

Shop Now