Product News: Electronic Components & Devices
Aluminum Polymer Capacitors operate up to 125°C.
Press Release Summary:
March 17, 2014 - Featuring solid polymer dielectric, AVG Series offers very low ESR and high ripple current capability, enabling one capacitor to replace several conventional aluminum electrolytic capacitors. Units are rated up to 160 W Vdc with capacitance values from 4.7–1,500 ÂµF. Offering load life up to 2,000 hr, capacitors are suited for high-frequency switching power circuitry, commercial-grade LED lighting, telecommunications, graphics cards, and automation.
Original Press Release
Low ESR Aluminum Polymer Capacitors Set a New Standard With up to 125°C, 160 WVDC
Press release date: March 5, 2014
The new capacitors deliver a number of significant advantages over conventional electrolytic capacitors. Because of their solid polymer dielectric and specialized design, these capacitors offer very low ESR and high ripple current capability. As a result, one AVG capacitor can take the place of several conventional aluminum electrolytic capacitors. The reduction in component count and small device size is an effective way for designers to reduce PCB space.
AVG Series Polymer Capacitors can be used in place of conventional radial lead aluminum electrolytic capacitors and are especially well suited for the most demanding applications. These include: high-frequency switching power circuitry, commercial-grade LED lighting, telecommunications, high-performance graphics cards and automation.
Available capacitance values range from 4.7 µF to 1,500 µF, at up to 160 WVDC. Operating temperature range is an exceptionally wide -55°C to +125°C. Load life is up to 2,000 hours.
AVG Series Polymer Capacitors are available for sampling at illinoiscapacitor.com. Prices start as low as $.23 per piece in production volumes. For more information, contact: Illinois Capacitor, Inc., 3757 West Touhy Avenue, Lincolnwood, IL 60712.
Direct link to landing page: http://www.illinoiscapacitor.com/products/polymer.aspx
Direct link to data sheet: http://illinoiscapacitor.com/pdf/seriesDocuments/AVG%20series.pdf