Satellite navigation is the technology that utilizes navigation satellites to provide positioning for users on land, at sea, in the air, and in space. Common examples include GPS and Beidou navigation.
The accuracy of satellite navigation systems relies on high-performance PCBs. The materials of PTFE ceramic-filled,organic polymer ceramic fiberglass etc, significantly enhancing the speed and precision of signal transmission. These materials not only reduce signal delay but also improve data transmission stability, ensuring the reliability of navigation systems under various conditions.
Since satellite navigation devices often operate in extreme climates, our PCBs also exhibit excellent moisture resistance and corrosion resistance, ensuring long-term stability. These features allow our PCBs to maintain outstanding performance in high temperatures, low temperatures, and humid environments, adapting to various external challenges.
Rogers TMM13i PCB, High DK 12.85 PCB, RF PCB, Microwave Circuitry, High-Frequency PCB, Satellite Communication PCB, 5G Antennas, Immersion Gold PCB, Thermal Stability PCB
Tags:Rogers TMM13i PCB, High DK 12.85 PCB, RF PCB, Microwave Circuitry, High-Frequency PCB, Satellite Communication PCB, 5G Antennas, Immersion Gold PCB, Thermal Stability PCB
Explore the Rogers TMM13i High-Frequency PCB, featuring a high DK of 12.85 and low dissipation factor for advanced RF and microwave applications. Ideal for satellite communication, 5G, and high-power systems.
Tags: Rogers TMM13i PCB, High DK 12.85 PCB, RF PCB, Microwave Circuitry, High-Frequency PCB, Satellite Communication PCB, 5G Antennas, Immersion Gold PCB, Thermal Stability PCB
The TP1020 High Frequency PCB is a 5.0mm high DK RF PCB designed for high-performance applications such as aircraft collision avoidance systems, GPS antennas, and satellite components.
Tags: TP1020 High Frequency PCB,High DK RF PCB,5.0mm PCB,Aircraft Collision Avoidance PCB,GPS Antenna PCB,Satellite Components PCB,TP-1/2 Laminate.
The WL-CT series high-frequency PCBs offer exceptional performance, low loss, and high-temperature resistance, making them ideal for a wide range of advanced applications.
Tags: WL-CT series, high-frequency PCB, low loss, thermosetting resin, dielectric constant, copper foil, aluminum-based substrate, RF devices, PIM performance, aerospace applications, thermal stability
The F4BTM High Frequency PCB series features advanced laminates made from fiberglass cloth, nano-ceramic fillers, and PTFE resin. Engineered for high dielectric performance and low loss, these laminates are ideal for various applications in telecommunications and aerospace.
Tags:High Frequency PCB, F4BTM PCB, dielectric constant, nano-ceramic PCB, fiberglass PCB, PTFE PCB, thermal conductivity PCB, radiation-resistant PCB, low outgassing PCB, telecommunications PCB applications.
The F4BTME High Frequency PCB series offers advanced laminates designed for optimal performance in high-frequency applications. Featuring a unique blend of materials, these PCBs are ideal for telecommunications, aerospace, and other critical applications.
Tags:F4BTME High Frequency PCB, high-performance PCB, dielectric constant, nano-ceramic PCB, fiberglass PCB, PTFE resin, PIM performance, thermal conductivity PCB,