Product Name: Radar PCB
Material: Teflon/ Ceramic PCB
Quality standard: IPC-6012
Dielectric constant: 2.0-16
Layers: 1 Layer - 70 layer
Thickness: 0.254mm - 6.0mm
Copper thickness: H/H-1OZ
Surface technology: Silver(Can choose Gold or OSP)
Application: Communication radar PCB, detection radar PCB

Radar PCB is a PCB substrate used in radar, commonly used in communication radar PCB, detection radar PCB, millimeter-wave radar, etc. At present, the millimeter-wave radar used in ADAS isdeveloping very rapidly. For the millimeter-wave radar of ADAS, please click Millimeter-wave radar.

Radar PCB requires high-frequency PCB materials. DK and DF of this kind of high-frequency PCB materials need special manufacturing control, IPCB company uses DK 2-16 high-frequency PCBmaterials to manufacture radar PCB, such as Teflon PCB materials, ceramic PCB materials, and hydrocarbon PCB materials.

Radar radiates electromagnetic waves. Radio waves are emitted through the radar's antenna and are reflected by obstacles in front. Radar is a magical electrical device that measures the distancebetween objects blocked by electromagnetic wave travel time.

A primary radar system consists of a transmitter that generates electromagnetic waves, an antenna that directs electromagnetic waves to radiate and receive return energy, a receiver that amplifiesthe return signal, and a display that expresses the target's location. The radar emits a tiny part of the electromagnetic wave iradiated on the target, scattering in all directions.

The radar receives the backscattered signal through the antenna. Then the radar transmits this part of the energy to the receiver, identifies the existence of the target according to the symbols in thereceiver, and measures its position and velocity. The radar estimates the target's distance according to the time required for the transmitted electromagnetic wave to reach the reflector and return tothe receiving antenna. The direction of the antenna determines the angular position of the target object. Radar has been widely used in military, aviation, navigation, meteorology, and otherdepartments because it can quickly and accurately determine the target's spatial position.