Press Release Summary:
HC and LC Series can be used in resonant power circuitry ranging from 9 kHz to 1 MHz depending on capacitance value, which ranges from 0.05–37 ÂµF. WhileÂ LC Series features large flat copper plates, HC Series consists of compact, rectangular block types. These self-healing parts, depending on series, are designed with single or multiple element construction and feature impregnated dielectrics to reduce risk of corona within capacitor. Design is UL94V0 flame retardant.
Original Press Release:
Conduction Cooled Capacitors Offer Massive Current Handling Capabilities for Specialized Applications
Illinois Capacitor HC and LC Series Conduction Cooled Capacitors are robust solutions for resonant power circuity having very high current demands. Large flat copper plates allow the LC Series of capacitors to reliably handle the current and voltage in resonant power circuits. The HC Series are compact rectangular block types.
With ratings of up to 1,200 amps RMS and 1,100 VAC, the new capacitors are more than capable of supporting a full range of industrial and high capacity battery-charging applications. Depending on series, parts are designed with single or multiple element construction. Dielectrics are impregnated to reduce the risk of corona within the capacitor
Applications include: induction heating, resonant power supplies, RF amplifiers, welding equipment and electric vehicle charging stations.
Devices can be used in resonant circuits ranging from 9 kHz to 1 MHz depending on the capacitance value. Standard capacitance values are from 0.05 µF to 37µF. Operating temperature ranges from -40°C to +85°C
Illinois Capacitor's Conduction Cooled Capacitors are self-healing and are utilize Polypropylene dielectric material. They are Halogen free, ROHS compliant and meet UL94V0 as flame retardant.
HC and LC Series Conduction Cooled Capacitors are available for immediate delivery. For more information, contact: Illinois Capacitor, Inc., 3757 West Touhy Avenue, Lincolnwood, IL 60712. Phone 847-675-1760; email@example.com www.illinoiscapacitor.com
Landing Page Link: http://illinoiscapacitor.com/products/conduction_cooled_capacitors.aspx