TCJD226M035R0070

Automotive Solid Electrolytic Capacitors

KYOCERA AVX Automotive Solid Electrolytic Capacitors feature a range of tantalum, polymer, and niobium oxide capacitors that bring specific and unique features to suit specific application requirements. TKYOCERA AVX conventional tantalum / MnO₂ capacitors offer a long lifetime and no wear-out mechanism. Niobium Oxide (OxiCap®) offers extreme stability for low voltage automotive applications, while conductive polymer offers low ESR, benign failure mode, and high voltage ratings.

Capacitor Solutions

KYOCERA AVX provides a large portfolio of capacitor solutions designed around density, size, and reliability requirements. Common capacitor types include aluminum electrolytic, tantalum electrolytic, ceramic, and film. KYOCERA AVX ceramic capacitors are commonly used in DC-DC converters, which can be found in nearly every subsystem of electric vehicles (EVs). 

AVX TCJ Series Capacitors with Conductive Polymer Electrodes - EXPANSION

AVX has expanded its line of TCJ Series Capacitors to include CV ranges of 0.47-470µF / 2.5-125V. The AVX TCJ Series Capacitors with Conductive Polymer Electrodes are tantalum solid electrolytic chip capacitors with a conductive polymer electrode to reduce ignition failure mode, with low ESR and 3x reflow at 260ºC compatability. The AVX TCJ Series Capacitors with Conductive Polymer Electrode are RoHS compliant and are available in 16 case sizes.
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New! Expanded capacitance and voltage values with lower ESR ratings have been added.

Solutions for Automotive Safety Electronics

KYOCERA AVX Solutions for Automotive Safety Electronics feature robust products that fit strict design constraints. These products help solve common issues with communication, Electromagnetic Interference (EMI), and power quality. KYOCERA AVX Solutions for Automotive Safety Electronics cover 10 categories: Battery and System Power Supply, Battery Input Protection, Clock, Diagnostics and Monitoring, Digital Processing, Memory, Processor Power Supply, Radar Transceiver, RF Power Supply, and Vehicle Interface. These products balance high performance and reliability while being able to withstand harsh environments.

TCJ Capacitors with Conductive Polymer Electrode

KYOCERA AVX TCJ Capacitors are tantalum solid electrolytic chip capacitors with a conductive polymer electrode to reduce ignition failure mode. KYOCERA AVX has expanded the TCJ series to include additional capacitance and voltage values and lower ESR ratings. With low ESR and 3x reflow at +260°C compatibility, the KYOCERA AVX TCJ series provides CV ranges of 0.47µF to 680µF / 2.5V to 125V. The TCJ series is RoHS compliant and available in a wide range of case sizes.

Tantalum Polymer Capacitors

KYOCERA AVX Tantalum Polymer Capacitors provide high voltages and some of the smallest case sizes on the market. These devices offer the ability to operate at high line voltages and withstand high ripple currents. KYOCERA AVX Tantalum Polymer Capacitors provide greater stability over ambient temperature and applied voltage ranges when compared to MLCC devices. The polymer capacitors are available in a wide variety of technologies, including low profile, high CV, J-lead, and facedown (undertab) styles. These halogen-free capacitors are RoHS, REACH, and WEEE compliant.

High CV SMD Capacitor Solutions

KYOCERA AVX High Capacitance / Voltage (CV) SMD Capacitors are designed to enable optimum performance across all power applications. This ceramic capacitor solution for SMD applications includes extremely high CV (X5R) MLCCs with low ESR for general-purpose decoupling and filtering and high CV (X7R, X7S, and X8R) MLCCs with FlexiTerm for industrial, automotive (AEC-Q200), and commercial applications. KYOCERA AVX Electrolytic Capacitor solutions include small case size tantalum chip, conductive polymer, and fail-safe niobium oxide (Oxicap™) that overlap with commercial, industrial, and AEC-Q200 ceramic ratings, in many cases providing interchangeable solutions. In contrast, the larger case sizes provide even higher CV options.