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Millimeter wave radar PCB circuit board
Millimeter wave radar PCB circuit board

Millimeter wave radar PCB circuit board

Name: Millimeter wave radar PCB circuit board

Plate: Rogers RO3003+370HR

DielectrIC constant: high frequency material dielectric constant 3.0

Medium thickness: 5mil (0.127mm)

Number of layers: 6 L

Plate thickness: 1.2mm

Copper Thickness: 1oz for inner and outer layers

Via: Resin plug hole

Surface technology: chEMIcal immersion silver

Thermal conductivity: 0.69w/m.k

Loss: 0.001

Line width: 0.1mm

Line distance: 0.1mm

Blind hole structure: L1-L2, L3-L6

Uses: automotive radar, automotive sensor module

Product Details Data Sheet

Millimeter-wave radar mainly uses 24G radar PCB and 77G radar PCB, and millimeter-wave radar PCB is mainly used for automotive AI intelligent unmanned driving.


Millimeter wave radar PCB has broad applICation prOSPects. At present, IPCB adopts Rogers RO3003G2+ITEQ IT180 to mass-produce 77GHz millimeter-wave radar PCB.


A common feature for different radar PCB designs for mmWave radar sensors is the need for ultra-low loss radar PCB materials to reduce circuit losses and increase antenna radiation. Radar PCB material is a critical component in radar sensor design. Choosing the right radar PCB material can ensure the stability and consistency of the millimeter-wave radar sensor.

Millimeter-wave radar is the core technology for ADAS to improve safety and convenience. Target applications of millimeter wave radar:

Reverse Automatic Emergency Braking (R-AEB)

Front/Rear Cross Traffic Assist (FCTA/RCTA)

Parking Assist (PA)

Blind Spot Detection (BSD)

CasCADe Imaging Radar (IMR)

Automatic Emergency Braking (AEB)

Adaptive Cruise Control (ACC)

Lane Change Assist (LCA)

Radar 360° perception

Name: Millimeter wave radar PCB circuit board

Plate: Rogers RO3003+370HR

DielectrIC constant: high frequency material dielectric constant 3.0

Medium thickness: 5mil (0.127mm)

Number of layers: 6 L

Plate thickness: 1.2mm

Copper Thickness: 1oz for inner and outer layers

Via: Resin plug hole

Surface technology: chEMIcal immersion silver

Thermal conductivity: 0.69w/m.k

Loss: 0.001

Line width: 0.1mm

Line distance: 0.1mm

Blind hole structure: L1-L2, L3-L6

Uses: automotive radar, automotive sensor module

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