KYOCERA AVX, a South Carolina-based leading global manufacturer of advanced electronic components engineered to accelerate technological innovation and build a better future, is officially set to showcase its extensive range of e-mobility solutions at Electronica 2024, scheduled to take place on November 12–15 in Munich.

To give you some context, Electronica is a biennial international event which happens to be widely regarded as the electronics industry’s foremost trade fair. This trade fair presents the latest research, market and application trends, product innovations, and solutions pertaining to each of the expansive industry’s many segments, extending from passive components and semiconductors to assemblies and systems. Marking its 60th anniversary this year, Electronica’s 2024 edition is expecting more than 3,600 exhibitors, and around 70,000 visitors.

Coming back to KYOCERA AVX’s showcase, it will feature a variety of innovative components engineered to enable e-mobility applications. Furthermore, the exhibit will include product solutions ideal for use in high-reliability automotive, transportation, and communications applications. The said solutions translate to specific KYOCERA AVX products, such as electric drive trains, wireless battery management systems (BMS), automated driver assistance systems (ADAS), tire pressure monitoring systems (TPMS), telematic control units (TCU), and in-vehicle communications, radar, LiDAR, fleet tracking, and smart entry systems.

Talk about these products on a slightly deeper level, we begin from Multilayer ceramic capacitors that include parasitics, excellent EMI filtering capabilities, high capacitance values, and various voltage ratings over a wide temperature range. They are also available in chip, leaded, and stacked configurations, alongside unique geometries.

Next up, there would be industry’s widest range of high-reliability tantalum capacitors, made up of smallest case size, highest temperature, and lowest DCL MnO2 solid tantalum technologies available on the market. Visitors will also get to see an award-winning portfolio of conductive, low-profile, lead- and halogen-free solid electrolytic polymer capacitors that are understood to be capable of delivering stable, high capacitance, low-ESR performance as well as a benign failure mode under recommended use conditions. Beyond this, the capacitors in question will pack together the smallest, highest-voltage, and highest reliability polymer capacitors that are currently accessible.

Moving on to a portfolio of high-quality sensing and control products, they are designed to make engines more efficient, emissions cleaner, and cars safer. Markedly enough, these products are also produced according to the stringent requirements of the global automotive industry. Another detail worth a mention in the context of KYOCERA’s exhibit is concerned with its unique connectors that draw their basis from industry-proven contact technology. As a result, they are able to provide robust, performance-driven solutions in a wide range of harsh-environment applications.

Joining the mix up next would be the assortment of company’s crystal devices, including crystal units and crystal oscillators that are well-equipped to utilize the full capability of quartz crystals. The stated devices are also optimized to support the continued evolution of IoT applications, including low-ESR and temperature-stable CT2016RS Series in-vehicle crystal units with thermistors for smart entry systems, and compact, high-frequency, and noise-resistant differential output oscillators for ADAS.

Then, we have various types of surface-mount surface acoustic wave (SAW) devices that are based on unique simulation and fine processing technologies, including SAW filters. In essence, these SAW devices can allow or prevent specific frequencies from passing through an electrical circuit.

Hold on, we are not yet, as we still haven’t touched on KYOCERA’s RF and microwave components that offer antennas, thin-film capacitors, single-layer capacitors, ultra-broadband capacitors, crossovers, diplexers, high-directivity directional couplers, fuses, as well as inductors, low-pass and band-pass filters, and RF/microwave ceramic capacitors.

We also haven’t yet mentioned about KYOCERA’s low, medium, and high high-power dry and oil-impregnated film capacitors that are inspired by polyester and polypropylene dielectrics, and therefore, exhibit controlled self-healing capabilities. In case this wasn’t enough, they are even made to seamlessly facilitate electronics applications rated for 75V to 100kV, and are ideal for applications ranging from DC filtering, semiconductor protection, tuning to discharge, and high energy storage.