KYOCERA-AVX
Capacitors and specialist passive components
About the manufacturer
KYOCERA AVX Components Corporation is a global manufacturer of advanced passive, electronic and interconnect components within the Kyocera group. Its portfolio serves both high-volume products and demanding industrial and automotive designs. The practical value of this offering lies in matching capacitors and filters to application-specific requirements, so device selection should reflect the end product and its operating conditions.
MLCC, tantalum and polymer capacitors, filters, protection components and selected RF devices support filtering, energy storage and signal integrity. Materials and packaging choices cover a broad range of voltages, frequencies and operating environments. In practice, the greatest benefit comes from matching the chosen variant to its mounting, operating conditions and adjoining system parts.
Compare capacitance, dielectric, ESR/ESL, ripple current, temperature performance and qualification status. RF components additionally require frequency-domain parameters and PCB layout assessment. Documentation for the exact version helps avoid selecting a device solely from broad product-family characteristics.
Applications
Examples of practical uses for KYOCERA-AVX products include:
- automotive electronics
- telecommunications and RF
- power supplies
- industrial equipment
- medical devices
- instrumentation
KYOCERA-AVX products available from Maritex
Maritex presents the KYOCERA-AVX portfolio in categories including MLCC capacitors, tantalum and polymer capacitors and filters and protection devices. When comparing variants, it is useful to focus on their function, integration method and operating requirements.
Available product groups include:
- MLCC capacitors
- tantalum and polymer capacitors
- filters and protection devices
- RF and interconnect components
Compare capacitance, dielectric, ESR/ESL, ripple current, temperature performance and qualification status. RF components additionally require frequency-domain parameters and PCB layout assessment. This approach supports a considered comparison of options and reduces the risk of unsuitable substitutions.
