NIC Components Corporation in association with Nippon Industries Co. Ltd is a designer, manufacturer and worldwide supplier of passive components. SMD Inc. is a provider of electronics and electrical components, services, and logistic solutions for industrial manufacturing companies in North America.

Technical Link:
http://www.niccomp.com/news/productpress/pressreleases/NPIM-ProductProfile-0509A.pdf

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NIC Components Advanced Aluminum Electrolytic Component Technology.

NSPE series Aluminum Electrolytic Hybrid technology.

Hybrid Technology construction capacitors feature a higher VDC , higher operating temperatures, ideal to replace solid polymer capacitors. NIC Components has expanded its NSPE product series family of high performance HYBRID CONSTRUCTION aluminum electrolytic capacitors to include extended temperature +135degree C and 80VDC and 100VDC ratings. The NSPE products feature ultra-low ESR, stability at low temperature and the high current rating performance of SOLID POLYMER electrolyte version aluminum electrolytic capacitors, and the advantage of liquid electrolyte construction (higher voltage ratings, higher temperature rating and improved tolerance to abnormal transient conditions). Ideal for use as highe voltage replacements or alternates to solid polymer (organic semiconductor type OS-CON) aluminum capacitors.

Five NSPE series are now available covering voltage ratings up to 100VDC, operating temperatures to +135degree C, and load life rating to 10,000 hours @ 105degree C. Compatible with Pb-Free (SAC Alloy) reflow soldering process; +260degree C & _250degree C soldering heat rated. View the power point presentation showing absolute benefits of designing with NIC Components Hybrid Aluminum Electrolytic Capacitors.

NPSE SERIES PRESENTATION: CLICK HERE

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LED Lighting / Aluminum Electrolytic Capacitor Selection for Powering LED Lighting ... Aluminum electrolytic capacitors are commonly called out (as lowest cost solution) for use in fixed location LED lighting applications. Selection of the correct component to meet lifetime requirement of the end-use application, requires understand of the wear-out behavior of the capacitor and review of the thermal environment. LED circuit designers should be aware of the capacitor performance characteristics changes over time at elevated temperatures, wear-out accelerators and failure cause - modes of different capacitor choices.
 
 
2.)  Renewable Energy & Energy Harvesting / Passive Components in Green Power

Applications ... Solar, wind, wave and geothermal power conversion have a common goal - to be efficient as possible. Circuit designers should be aware of low loss passive components (reduced energy loss due to component self heating) to achieve the highest energy conversion efficiency possible.

• Low ESR capacitors in power conversion  
• Low loss power inductors in power conversion
• Extended lifetime capacitors for extended operation requirements
• Double layer capacitor use in smart metering applications
  

3.) Industrial, Communications & Computing / Passive components for use in Powering Computer & Data Communications

Applications:

Selecting low ESR capacitors and power inductors for use in Power over Ethernet (PoE), Load stepping (u-processor), point of load and server cooling (fan driver) circuits applications.

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