Brief: Discover the advanced 6 Layer Rogers 4835 77G Milimeter Wave Radar High Frequency PCB, designed for superior performance in high-frequency applications. This PCB features Rogers 4835 LoPro material, 6 layers, red color, and ENIG surface finish, ensuring minimal signal loss and optimal signal integrity for radar and communication systems.
Related Product Features:
Material: Rogers 4835 LoPro 4mil for low signal loss and high performance.
Layer: 6-layer design for complex high-frequency applications.
Color: Red with ENIG surface finish for durability and reliability.
Copper: 1OZ thickness for optimal conductivity.
Frequency Range: Designed for high-frequency applications up to 77G Milimeter Wave Radar.
Intégrité du signal: réduit au minimum la perte et la dispersion du signal avec un routage d'impédance contrôlé.
Conformité CEM : Conforme aux normes de compatibilité électromagnétique pour prévenir les interférences.
Specialized RF Connectors: Ensures proper signal transmission with minimal losses.
Les questions:
What is the frequency range of the Rogers 4835 6 Layer PCB?
The Rogers 4835 6 Layer PCB is designed for high-frequency applications, including 77G Milimeter Wave Radar, ensuring optimal performance in the GHz range.
What material is used in this high-frequency PCB?
This PCB uses Rogers 4835 LoPro 4mil material, known for its low dielectric constant and dissipation factor, ideal for high-frequency applications.
How does this PCB ensure signal integrity?
The PCB employs controlled impedance routing, low-loss dielectric materials, and specialized RF connectors to minimize signal loss and maintain signal integrity at high frequencies.