KYOCERA AVX RF Impedance Matching & Tuning Caps & Inductors
KYOCERA AVX RF Impedance Matching and Tuning Capacitors and Inductors offer low loss, tight tolerance, and are ideal for impedance matching and antenna tuning. The portfolio includes the RF capacitor series and the high-Q inductor series. KYOCERA AVX uses ceramic, multilayer organic (MLO), and thin film technologies to build RF/microwave capacitors and inductors that exhibit high Q, tight tolerance, high self-resonant frequencies, and varying voltage ratings from 10VDC up to 7200VDC.
Applications
- 5G communications
- LTE
- Internet of Things (IoT)
- Instrumentation
- Automotive V2X and ADAS (Advanced Driver Assist Systems)
- Software-defined radio
- Tracking and GPS
- High reliability
Featured Products
KYOCERA AVX LCCI Multi-Layer Ceramic Chip Inductors
Offers up to 470nH maximum inductance and standard EIA sizes of 0201, 0402, and 0603.
KYOCERA AVX Accu-P® Thin Film Capacitors
Family of automotive-grade, medical-grade, ultra-miniature, and standard thin film capacitors.
KYOCERA AVX Inductores de película delgada RF ACCU-L
Proporciona una pieza miniatura con un excelente rendimiento de alta frecuencia y construcción resistente.
KYOCERA AVX HLC Multilayer Organic High Current Inductors
Allows for much higher current handling over similar multilayer ceramic chip inductors.
KYOCERA AVX U Series RF Multilayer Ceramic Capacitors
RF ceramic capacitors providing ultra-low ESR at VHF, UHF, and microwave frequencies.
KYOCERA AVX RF Products
Includes antennas, DC blocking, filtering, resistors, power splitters, and more.
KYOCERA AVX HQCC Hi-Q® High RF Power Capacitors
Offers ultra-low ESR for high power, high voltage applications.
KYOCERA AVX UQ Multilayer Ceramic Capacitors (MLCCs)
Features high self-resonance and capacitance value range of 0.1pF to 1000pF and ultra-low ESR.
Additional Resources
- Use of High-Q Tight Tolerance Capacitors White Paper
- Benefits of Thin-Film Dielectric Chip Capacitors
- Accu-P Thin-Film Capacitors
- Accu-L Multi-Layer Inductor Tech Paper
- Thin-Film Passives in RF/Microwave Circuits
- Performance Comparison of Thin-Film and Wirewound Inductors
- Wireless Charging White Paper
- RF Passive Components Made Using Multi-Layer Organic Technology