Chicago-based Charlie Corry has designed the iExpander - a device to boost the specification of Apple's iPhone 5, 4S and 4 - and is looking for backers to make it a reality.
The new TPLE series of PowerBurst ultracapacitors is 100% RoHS compliant, and offers extended operating temperature up to 85C. Capacitance values range from 5 F to 100 F. Rapidly becoming designers’ preferred choice to supplement, and in some cases replace batteries, these electrochemical double-layer capacitors (EDLCs) offer extremely low ESR (Equivalent Series Resistance) for high power and low loss during operation.
- RAID controller back-up power
- Smart grid
- Portable data terminals
- Remote monitoring equipment
- Small size and low-resistance
- Quick charge & discharge
- Wide capacitance range
- RoHS compliant
- Extended temperature to 85C
Purchase Tecate PowerBurst® TPLE in our online store!
Custom and Off-the-Shelf Devices Provide Maximum Design Flexibility
in Space-Constrained Systems
San Diego, CA, June 9, 2011...Announced today by Tecate Group, A leading global supplier of capacitors and ultracapacitors, is the availability of custom and standard ultracapacitor cells and modules specifically engineered for today's Automatic Meter Reading (AMR) and smart grid applications. Parts are members of Tecate's UL 810 Recognized PowerBurst® family, which is comprised of the general purpose TPL and TPLS Series of 2.7V cells, as well as the TPLE Series of 2.3V cells featuring a -40 to +85 degrees C temperature range. The flat prismatic PC5 and PC10 Series of 2.5V cells are provided for applications where height is limited. For applications requiring modules, the low- and ultra-low profile PB/PBF/PBL/PBLL Series of 5.0V and 5.4V devices are offered. Parts notably offer OEMs/ODMs the competitive advantage of ensuring product and system safety while minimizing the time and expense associated with additional component-level testing. To further speed time-to-market, Tecate's customization capabilities include the use of SolidWorks® 3D CAD (MCAD) software to facilitate superior design flexibility, responsiveness, and application engineering support. The high power density cells feature capacitance values ranging from 0.5F to 400F and low Equivalent Series Resistance (ESR). Modules withstand over 500,000 cycles.
Ideally suited for use in low profile/small footprint systems and products, Tecate's RoHS-compliant ultracapacitor cells and modules target today's AMR and smart grid applications in which consumption, diagnostic, and status data is collected from water or energy metering devices (gas and electric), and then transferred to a central database for billing, troubleshooting, and analysis. The parts provide battery-free "last gasp" power, and satisfy the high current pulse requirements of AMS technology. They also provide critical backup power during power outages to ensure uninterrupted communication to/from the grid. Capable of operating at low temperatures (-40 degrees C), parts supplement batteries for low temperature boost, and relieve batteries of peak power functions to extend batteries' life.
Tecate's PB/PBF/PBL/PBLL/ Series of modules are available with active or passive cell balancing, and with radial leads or flexible wire and connectors to eliminate the need for soldering. They are provided in an array of standard and custom high voltage, advanced circuitry and packaging options to meet application- specific requirements. For additional information, and to view Tecate's online Ultracapacitor Design Tool, visit, http://www.tecategroup.com/ultracapacitors-supercapacitors/designtool.php. To learn more about Tecate's custom modules, visit, http://www.tecategroup.com/ultracapacitors-supercapacitors/custom-modules.php.
While firm pricing is determined according to customers' specifications, average prices for PowerBurst ultracapacitor modules range from $12.00 to $92.00 in quantities of 50+. In quantities of 1K, average pricing for 2.3V PowerBurst ultracapacitor cells ranges from $1.25 to $7.75, $7.00 to $17.00 for 2.5V cells, and $1.00 to $19.00 for 2.7V cells. ARO delivery on standard cells and modules is 8 to 10 weeks.