Microwave ceramic dielectric materials
Microwave Ceramic Dielectric Materials for 1-40 GHz Applications with Dielectric Constant 20-90 and Quality Factor 2,000-50,000
Advanced microwave dielectric ceramic materials engineered for high-frequency communication systems. Features dielectric constant range of 20-90, quality factors up to 50,000, and excellent temperature stability. Ideal for resonators, filters, antennas, and substrates in mobile, satellite, and radar applications requiring precision and reliability.
RFID Ceramic Antenna JC-03-001 - Dielectric Rod Design for 5G, GPS, and IoT Applications
High-performance RFID ceramic antenna featuring low-loss dielectric construction and round rod design. Ideal for 5G communications, GPS systems, military radar, and IoT applications. Delivers superior signal transmission with coaxial or waveguide feeding for reliable connectivity in demanding environments.
Dielectric Phase Shifter 1-18 GHz with 360° Phase Range and Digital Control Interface for Microwave Systems
Advanced dielectric phase shifter featuring 1-18 GHz operational bandwidth, 360° continuous phase adjustment, and digital control interface. Manufactured using solvothermal ceramic materials with precision metallization for reliable performance in communication and radar applications. Low insertion loss under 2.5 dB and 10W power handling capability.
High Q Dielectric Diplexer with Low Insertion Loss for GSM and WCDMA Communication Systems
Advanced dielectric diplexer featuring high Q value ceramic resonator with low insertion loss characteristics. Compact surface-mount design offers excellent temperature and mechanical stability for repeater systems, microwave communication, and small base stations. Compatible with automated placement and reflow welding processes.
Dielectric Filter for 5G & RF Systems - High Q Value 1000-5000, 800MHz-6GHz Frequency Range
Advanced dielectric resonator filters featuring high Q values (1000-5000), low insertion loss (
Dielectric Resonator with 1-40 GHz Frequency Range and 2000-10000 Q-Factor for Satellite Communications
Advanced dielectric resonator featuring low-loss materials including barium titanate and titanium dioxide. Available in rectangular, cylindrical, and circular configurations with high dielectric constant (20-100 εr) and excellent temperature stability. Ideal for satellite communications, radar systems, GPS, and aerospace applications requiring precise frequency control and signal processing.