Kyocera capacitors

Aluminum electrolytic capacitor

The KYOCERA AVX series aluminum chip capacitors offer high CV performance, extremely low equivalent series resistance (ESR), high durability, and compliance with lead-free and RoHS requirements in a smaller package than competing can type aluminum capacitors. Compared with standard aluminum electrolysis solutions, the special characteristics of conductive polymers and mixed electrolysis solutions include smaller shell size and higher ripple current, surge current, and high temperature tolerance.

Ceramic capacitors

Ceramic capacitors have low parasitic effects and excellent EMI filtering capabilities. In multi-layer configurations, they exhibit high capacitance values and various rated voltages over a wide temperature range. There are multiple styles to choose from, such as MLCC chips, lead capacitors, stacked capacitors, and capacitors utilizing unique geometric shapes.

RF MLO ®  capacitor

Multilayer Organic Capacitors (MLO) ®)  It is a polymer based capacitor that uses highly conductive copper interconnects in multiple layers. The ability to manufacture these components on large-area substrates and state-of-the-art laser direct imaging technology can improve cost-effectiveness and tolerance control. The final result is the most advanced low ESR and high SRF thin RF capacitor that can support frequencies much higher than 1 GHz. Provide capacitance values ranging from 0.1pF to 5.1pF at operating voltages of 50-250VDC. The tolerance can be strictly controlled within ± 0.02pF.

Niobium Oxide Capacitor 

Niobium oxide OxiCap ®  Capacitors are solid electrolytic capacitors based on niobium oxide (NbO) anode material rather than traditional tantalum, providing non tantalum material solutions. Niobium is a widely used material, second only to tantalum in the periodic table, with many similar characteristics. Compared with tantalum, several advantages of niobium oxide come from niobium oxide, which is very stable and each oxide has very specific properties. This is used to process niobium oxide powder into a unique OxiCap anode substrate ®  Manufacturing technology. Niobium oxide capacitors are highly stable capacitors with a high reliability level of 0.5%/1000 hours at temperatures of 85 ° C or higher. They feature high safety technology with non combustible high resistance fault modes and high breakdown voltage. OxiCap ®  Can be used as low ESR, high CV, thin, up to 125 ° C, and multi anode technology.

Polymer capacitors

KYOCERA AVX offers a wide range of conductive polymer solid electrolytic capacitors to meet general and specific market demands. Typical features such as small and thin high capacitance, low ESR, timely performance stability, and benign failure modes under recommended usage conditions make it a popular choice for smartphones and tablets PC、 Ideal for telecommunications, SSD, industrial, automotive, and other applications, as well as defense and aerospace. KYOCERA AVX polymer adopts various technologies such as thin, high CV, high energy, and low ESR requirements in its J-shaped lead and under tab design for commercial, industrial, aerospace, and automotive (AEC-Q200) product lines. KYOCERA AVX has an open and progressive policy in ethical supply, and is the first to comply with OECD guidelines and conflict materials legislation. Our polymer capacitors are environmentally friendly, lead-free, halogen-free, and RoHS compliant.

Power film and chip film capacitors

KYOCERA AVX produces a full range of thin-film dielectric components - from low-power SMD solutions for commercial and automotive industries, to medium to high power thin-film capacitors suitable for all power electronics applications with voltage ranges from 75V to 100 kV. Our technology includes dry and oil immersed designs based on polyester and polypropylene dielectrics. The application scope ranges from DC filtering, semiconductor protection and tuning to discharge and high-energy storage.

Supercapacitors

Supercapacitors or double-layer capacitors have quickly gained recognition, not only as an excellent compromise between "electronic" or "dielectric" capacitors (such as ceramics, tantalum, thin films, and aluminum electrolysis) and batteries, but also as valuable technical features that provide unique combinations, especially very high pulse power and capacitance density.

Tantalum capacitor

KYOCERA AVX is the top ranked supplier of tantalum capacitors, with four manufacturing plants worldwide, providing flexibility and production capacity for the demanding electronics industry. We are the global leader in MnO2 solid tantalum technology, with features such as the smallest shell size MnO2, maximum temperature capability up to 230 ° C, and lowest DCL product supply. KYOCERA AVX is at the forefront of the industry in high reliability tantalum capacitors and is the largest supplier of high reliability solid-state tantalum capacitors for medical and military/aerospace applications. It has the widest range of medical, COTS Plus, MIL specifications, and space grade products in the industry. KYOCERA AVX Conformal technology provides leading solutions for audio and infrastructure applications.

RF film capacitor

The use of very low loss dielectric materials such as silicon dioxide and silicon oxynitride, together with highly conductive electrode metals, can result in low ESR and high Q. These high-frequency characteristics change at a slower rate with increasing frequency than ceramic microwave capacitors. Due to the use of thin film technology, the above frequency characteristics can be obtained without significantly compromising the performance required for surface mounting. Features and advantages: low ESR at VHF, UHF, and microwave frequencies; Ultra strict capacitor tolerance; High stability in terms of time, temperature, and frequency; Compliant with AEC-Q200 standard. Typical applications: cellular communication; CT2/PCN (Cordless Telephone/Personal Communication Network); Satellite and cable television; GPS (Global Positioning System); Vehicle positioning and alarm system; Paging; Military communication; Radar system.