Professor Michael Pecht to Deliver Keynote Address on Counterfeiting at Capacitor & Resistor Technology Symposium

On March 27, 2012, Prof. Michael Pecht will deliver the keynote presentation at the CARTS International 2012 conference at Bally’s Resort in Las Vegas, NV. Prof. Pecht’s presentation will shed new light on electronics product counterfeiting and explore solutions to reduce the amount of counterfeit electronics entering U.S. markets and critical products and systems. CARTS International 2012 will run from March 26 to March 29 and is the most comprehensive passive electronic components technology conference. It is sponsored by the Electronics Components Industry Association (ECIA). Conference topics include harsh environments, reliability, alternative energy, nano-materials, polymers, and embedded and integrated processes. The conference will be of particular interest to technical personnel that interact with these technologies and applications on a daily basis. More information is available at the ECIA website.

 


 

Ceramic Capacitors: World Markets, Technologies & Opportunities: 2012-2017 ISBN # 1-893211-25-8

This is a market research analysis that covers the $10 billion global market for ceramic capacitors by type and configuration. The market research analysis analyzes historical trends in terms of global consumption value, volume and pricing for ceramic capacitors and forecasts their global consumption to 2017. Market segmentation is broken down into demand by configuration- MLCC, SLC, MLC axial, MLC radial and chip array; demand by performance (X7R, X5R, Y5V, NPO, X8R Other,); demand by MLCC case size (01005, 0201, 0402, 0603, 0805, 1206, 1210 and above); demand by world region and key consuming country (China, Japan, Germany, USA, Korea, Singapore, Mexico, Philippines, Malaysia, Brazil). Market shares are given on a year-over-year basis for the top 23 manufacturers from 2008-2012; and quarterly market shares are also given  for the top tier manufacturers. Market shares are also assessed by world region. Ceramic capacitor  consumption volume in key end products is also addressed, including handsets, notebooks, desktop computers, tablets and ultrabooks, TV sets, automobiles, other consumer AV equipment and industrial and specialty electronics is also addressed; as is consumption by end-use market segment, including wireless telecommunications, computing, consumer AV, automobiles, power supplies, telecom infrastructure, defense electronics, medical electronics, lighting ballasts, instrumentation and oil and gas electronics. Additional market breakdowns are given for high capacitance MLCC versus picofarad capacitors. A technology overview and technology trend assessment, as well as a segment on costs to produce ceramic capacitors is also covered. Forecasts based upon type, configuration, capacitance, performance, end-use market segment and key consuming country to 2017. ISBN # 1-893211-25-8 (Published February 2012, 177 pages, 99 Figures). For more information

 

Polymer PTC Resettable Fuses: World Markets, Technologies & Opportunities: 2012-2016 (ISBN # 1-893211-22-3 PPTC2012)

This market research report covers the global market for polymer PTC (Positive Temperature Coefficient) Resettable Fuses.   Global market demand is shown in terms of value and volume based upon type (SMD Flat Chip, Round Radial, Square Radial, Axial Strap, Molded Chip, Flat Disc and PPTC Assembly); demand by end-se use market segment, including telecom and networking, computers and business machines, industrial electronics, automotive electronics, home appliances and specialty markets. Demand is also given in terms of value and volume of consumption by circuit application, including port protection, battery protection, motor protection, SLIC protection, PCB protection and power supply protection    Demand by world region is also addressed, including consumption in Asia-Pacific, Europe and The Americas with key emphasis upon emerging economies in those regions.  Distribution channels are also addressed as is the correlation of vendors by key global distributors.  A Complete analysis of the top 19 vendors by world region is given; and their competition based upon component configuration; SMD Chip Case Size, as well as the complete analysis of market for for 2011.  Forecasts to 2106 in terms of both value and volume are given for expected consumption by case size; expected consumption by configuration, expected consumption by circuit application and expected consumption by world region: Forecasts to 2016.  Published January 2012. 104 Pages. $1500.00 USD.  See Table of Contents for More Information.

 

Polymer PTC Resettable Fuses: World Markets, Technologies & Opportunities: 2012-2016 (ISBN # 1-893211-22-3 PPTC2011)

Metal Oxide Varistors: World Markets, Technologies & Opportunities: 2012-2016 ISBN # 1-893211-34-7 (2012)

This market research report covers the global market for metal oxide varistors including zinc oxide disc varistors, multilayered chip varistors (MLV) and chip varistor arrays. Global market demand is shown in terms of value and volume based upon type (surface mount versus disc); demand by application- ESD versus overvoltage protection; demand by end-use market segment in wireless handsets, automotive electronic subassemblies, industrial power electronics, line voltage equipment and lighting ballasts, and other consumer electronics markets.   A technology overview of varistors is included in the study with construction methods, raw materials and processing; as well as the relationship of varistors to other circuit protection and passive components.  A look at key standards and recommendations that drive the regional markets for varistors is also included, as are key market trends that are impacting the varistor market inlcuding component usage, integration, mergers & acquisitions; as well as emerging market opportunities and opportunities in emerging economies.  The global market overview includes a historical look at the global value and unit volume of consumption on a worldwide basis as well as pricing trends over time.  The study breaks out the technical configurations of chip varistors based upon case size, and clamping voltage.  An analysis of the high voltage disc varistor business is also addressed.  Sales and market shares are given for major vendors.  Market growth is shown by year in value and volume and by component configuration. As well as forecasted demand by end-use market segment and the final forecast analysis includes an assessment of growth in emerging versus established economies   151 pages. Published January 2012. ISBN # 1-893211-34-7 (2012).  Learn More…

ELECTRICAL & ELECTRONIC FUSES: World Markets, Technologies & Opportunities: 2011-2016 ISBN # 1-893211-22-3 (FUSES2011)

 

ELECTRICAL & ELECTRONIC FUSES: World Markets, Technologies & Opportunities: 2011-2016 ISBN # 1-893211-22-3 (FUSES2011)

Electrical & Electronic Fuses: World Markets, Technologies & Opportunities: 2011-2016

This global market research analysis covers electrical & electronic fuse markets, including solid chip fuses, miniature glass cartridge fuses, automotive blade fuses, radial leaded micro fuses, industrial grade power fuses and polymer PTC resettable fuses.  The study addresses global value, volume and pricing for electrical and electronic fuses, including historical data and forecasts to 2016; demand by end-use market segment; demand by type; demand by world region; and market shares for the leading vendors.  Competition is also given based upon end-markets in digital electronics, line voltage/power and automotive segments. The study makes forecasts to 2016 based upon type of fuse, end market consumption and world region with a special look at demand for fuses in emerging versus established economies.  Profiles of 32 known electrical and electronic fuse vendors from around the world.  176 Pages, Published January 2011. See Table of Contents for complete details (View Contents).

 

TVS Diodes: World Markets, Technologies & Opportunities: 2011-2016 ISBN # 1-893211-22-3 (TVS2011)

This study covers the global markets for TVS diodes, or “Transient Voltage Surge Protection Components” and includes zener diodes, silicon avalanche diodes and thyristor component technology.  The study includes a technology overview that describes each component type; a section on international standards and regulations that govern TVS diodes and a detailed analysis of global markets for TVS diodes by t

ype, including value, volume and average pricing; historical rates of demand; pricing comparison, consumption by end-use market segment in digital electronics, power and automotive segments, including sub-categories in handsets, computers, home theatre, telecom infrastructure, power and industrial markets, specialty segments and automotive electronic subassemblies.  An analysis of consumption for TVS diodes by type and world region is included, as well and vendor market shares and competitive analysis for each component type.  Forecasts are given to 2016 by component type, world region and end-use market segment.  An analysis of 42 vendors selling zener, SAD and thyristor circuit protection component technologies.  Published December 2011. 171 Pages. For More Information…

 

Motor Run Capacitors: World Markets, Technologies & Opportunities: 2011-2016 ISBN # 0-929717-87-2 (MRCAP2011).

Paumanok Publications, Inc. has published a new study entitled “Motor Run Capacitors: World Markets, Technologies & Opportunities: 2011-2016 ISBN # 0-929717-87-2 (MRCAP2011).” This study forecasts the market value, volume and pricing for motor run capacitors between 2011 and 2016 amidst new government legislation impacting motor efficiency.  The study breaks out the value and volume of motor run capacitors by type, including round metal case, overall metal case, round plastic case, square plastic box, and radial leaded ultra-small motor run capacitors., and the technology and certifications and approvals governing motor run capacitors in various regions and countries around the world.  The study breaks down competition in motor run capacitors based upon capacitance value, voltage rating, capacitor construction and configuration; type of dielectric, type of dielectric fluid, single verses dual construction, and by AC voltage rating.  The study also looks at the customer base in permanent split capacitor and other single phase motors on a global basis and addresses the turbulent changes in the motor markets now underway.   The study looks at the market drivers behind changes in the market driven by the need for greater efficiency in HVAC, refrigeration, ceiling fan, pumps and other specialty motor markets that drive demand for motor run capacitors.  The study also addresses the costs to produce for motor run capacitors, including variable and fixed costs, and breaks out raw material costs based upon dielectric, can, fluid, tabs, lugs and leads and end seals.  The study also addresses the supply chain for metallized polypropylene, the primary dielectric consumed in motor run capacitors. Market shares for the top producers of motor run capacitors are estimated, and 49 individual manufacturers of motor run capacitors are identified around the globe.  Forecasts to 2016 are given based upon capacitor type and configuration.  A Paumanok Group special report published December 2011- 81 Pages.  Please review the table of contents and sample pages to get a complete view of this new and important market study. For More Information Go Here.

Argonne Wins R&D Award for Advanced PLZT/Cu Capacitor

R&D Magazine annually awards the 100 top technologies the prestigious R&D 100 award.  Amongst the winners this year was a technology from Argonne National Labs entitled, “Advanced Ceramic Film Capacitors for Power Electronics in Electric Drive Vehicles”.  Energy Secretary Steven Chu praised the awardees on their cutting edge research.  Thirty-six (36) of the awardees were DOE sponsored research.

The capacitor technology is described as applying a sol-gel (precursor of a ceramic material suspended in 2-methoxyethanol) to a copper foil (0.1-1mm) and then processing through drying (250C), pyrolizing (300-450C), and crystallizing (600-750C) as many times as needed to get the desired thickness.  The ceramic film is comprised of lead-lanthanum-zirconium-titanium (PLZT) oxide.  The foil can be integrated into/on printed circuit boards.  The benefits include reduced weight, reduced space, and increased reliability.  These features are expected to provide significant benefits in the design and utilization of inverters in future electric vehicles.

The lead inventor on the project was Balu Balachandran (who has won four R&D awards) and his co-inventors Beihaj Ma, Stephen Dorris, and Manoj Narayann.

For additional information please see:
http://www.anl.gov/Media_Center/News/2011/news110622.html

http://www.energy.gov/news/10392.htm

USPTO Patent Application

By Brent Ward

East Penn Mfg. Receives $32.5 MM To Commercialize Capacitor + Battery Technology

East Penn Mfg. Co. of Pennsylvania USA was awarded $32.5 million in federal grants to increase product development and commercialization of CSIRO (Commonwealth Scientific and Industrial Research Organization of Australia) combination ultra-capacitor and lead acid battery technology for hybrid electric vehicles.

The technology utilizes a electric double layer carbon capacitor combined with a lead acid battery in a single unit. Although the theory of combining lead-acid batteries with carbon ultracapacitors has been around for many years; the combination of the two in a single unit has increased reliability and performance, while limiting overall complexity.

The technology was originally licensed by CSIRO to Furakawa Electric of Japan, who in turn licensed it to East Penn Manufacturing for commercialization in the United States.

The $32.5 million came from the U.S. American Reinvestment and Recovery Act of 2009.

Additional Resources: (1) EDLC Supercapacitors: World Markets: 2006-2010 ISBN # 1-893211-89-4 (2006). (2) Paper & Plastic FILM Capacitors: World Markets, Technologies & Opportunities: 2008-2013 ISBN # 0-929717-87-2 (2008).

Oak Ridge National Labs To Partner With Capacitor Company

Oak Ridge National Laboratory is partnering with SBE Inc., a Barre, Vt., power and electronics firm, to help test and improve electric vehicle capacitors. The Power Electronics and Electric Machinery Research Center, part of ORNL’s Energy and Transportation Science Division, will assess and evaluate SBE’s capacitor technologies and their applicability for use as direct current buss capacitors for electric drives in hybrid, plug-in hybrid, electric, and fuel cell vehicles. ORNL also will develop a test procedure that will exercise the capacitors and determine their reliability and safe operation limits. The collaborative work is funded by $550,000 granted under the “Electric Drive Vehicle Battery and Component Manufacturing Initiative” of the American Recovery and Reinvestment Act.

Additional Resources: (1) Paper & Plastic FILM Capacitors: World Markets, Technologies & Opportunities: 2008-2013 ISBN # 0-929717-87-2 (2008).