8L RO4835 Hybrid High Frequency PCB

The advantages of RO4835+FR4 hybrid high-frequency board mainly include the following aspects:
Excellent high-frequency performance: RO4835 material has extremely low dielectric constant and loss factor, which enables the hybrid high-frequency board to maintain excellent electrical performance at high frequencies, making it suitable for high-frequency communication, microwave circuits and other fields.
High mechanical strength: FR4 material has high mechanical strength, which makes the mixed pressure high-frequency plate have good mechanical stress resistance and suitable for applications that require withstanding large mechanical stresses.
Good processing performance: FR4 material has good processing performance, making it easy to process and manufacture mixed pressure high-frequency plates, and improving production efficiency.
Strong antioxidant performance: RO4835 material has excellent antioxidant performance, which enables the mixed pressure high-frequency board to maintain stable electrical performance and extend its service life during long-term use.
The RO4835+FR4 hybrid high-frequency board has excellent high-frequency performance, high mechanical strength, good processing performance, and strong oxidation resistance, making it suitable for various application fields that require high-frequency circuit boards.
The application areas of RO4835+FR4 hybrid high-frequency board mainly include the following aspects:
In the field of communication, the RO4835+FR4 hybrid high-frequency board has excellent high-frequency performance and is suitable for high-frequency circuit design in various communication devices, such as mobile phones, base stations, routers, etc.
Radar system: The radar system needs to process a large number of high-frequency signals, and the high-frequency performance and stability of the RO4835+FR4 hybrid high-frequency board can meet the requirements of the radar system.
Electronic devices: The design of high-frequency circuits in electronic devices requires the use of high-frequency circuit boards, and the RO4835+FR4 hybrid high-frequency board can meet the requirements of these devices.