ILLINOIS CAPACITOR – PASSIVE COMPONENTS
Illinois Capacitor is a leading manufacturer of miniature and subminiature capacitors for electronic circuitry applications. Dedicated to meeting the industry’s highest quality standards, IC manufactures leading-edge capacitors, including: electrolytic, organic semiconductor solid aluminum electrolytic, polymer, film and power film capacitors, in a variety of package designs.
Illinois Capacitor manufactures aluminum electrolytic capacitors, aluminum polymer capacitors, metalized film capacitors and power film capacitors for electronics, along with super capacitors (EDLC or ultra capacitors) for an even wider range of applications.
Illinois Capacitor IC is a leading provider of high-quality aluminum and film capacitors since 1934. Illinois Capacitor has been providing reliable and durable solutions to professionals in the wireless communications, electronic power technology, energy management, IGBT, solar and wind power sectors. By focusing on capacitor technology, Illinois Capacitor ensures that their products are built to handle the toughest challenges.
Illinois Capacitor offers a very broad range of capacitors and coin cell batteries for the electronic OEM world. Illinois Capacitor is a leading manufacturer of aluminum electrolytic, aluminum polymer, metalized film and power film capacitors for electronics, along with super capacitors (EDLC or ultra capacitors) for an even wider range of applications. Also, Illinois Capacitor has recently introduced a line of rechargeable coin cell batteries with performance superior to market leaders.
FEATURED PRODUCTS
Illinois Capacitors LC Series Conduction Cooled Resonant Capacitors
High voltage, high current capable resonant capacitors designed for induction heating applications. Conduction-cooled resonant capacitors are specialized capacitors designed for use in high-power, high-frequency resonant circuits. They are typically used in applications such as induction heating, resonant inverters, and high-frequency power electronics. These capacitors are engineered to withstand the demanding conditions of high-power, high-frequency operation.
Illinois Capacitors HC Series Conduction Cooled Capacitors
High AC voltage and high current capabilities for induction heating applications.
Illinois Capacitors' HC Series Conduction-Cooled Capacitors are specifically designed for applications where high-current, high-power density, and high-ripple current handling capabilities are essential. These capacitors are engineered with innovative thermal management features, ensuring efficient heat dissipation for reliable operation in demanding environments.
Aluminum Polymer Capacitors
Illinois Capacitor Low ESR, rated up to 125°C, 160 WVDC, high CV, radial lead and SMD styles available. Aluminum polymer capacitors, also known as organic aluminum electrolytic capacitors or polymer aluminum electrolytic capacitors, are a type of electrolytic capacitor commonly used in electronic circuits. They are a variation of traditional aluminum electrolytic capacitors, but they incorporate a solid polymer electrolyte in place of the traditional liquid electrolyte.
Super Capacitors
Illinois Capacitors Large storage capacity, network-able for higher voltage modules, can extend the life of a battery . Supercapacitors, also known as ultracapacitors or electric double-layer capacitors (EDLCs), are energy storage devices that store and release energy in a manner distinct from traditional capacitors or batteries. Supercapacitors bridge the gap between conventional capacitors, which store and release energy quickly, and batteries, which store energy for longer periods but discharge it more slowly.
Illinois Capacitors Aluminum Electrolytic Capacitors
Illinois Capacitors axial / radial / SMT with multiple termination styles, low ESR, high frequency and high temp. types
Film Capacitors
Illinois Capacitors use polymer films that have a thin, aluminium metalization layer for durability and stability. Film capacitors are a type of passive electronic component used in a wide range of electrical and electronic circuits. They are known for their durability, reliability, and stable electrical characteristics. Film capacitors derive their name from the dielectric material, which is typically a thin film of insulating material.