Elevate your automotive radar and high-frequency sensing projects with the RO4360G2 12-Layer Adaptive Cruise Control (ACC) Board. Engineered for the rigorous demands of Advanced Driver Assistance Systems (ADAS), this board utilizes Rogers’ specialized hydrocarbon ceramic-filled thermoset laminate to deliver unmatched thermal stability and signal integrity.
Advanced RF Performance for Automotive Safety
The RO4360G2 material is specifically formulated for high-frequency applications where size and performance are critical. With a Dielectric Constant ($Dk$) of 6.15, it allows for significant circuit miniaturization without sacrificing electrical performance. This makes it the ideal substrate for the compact, high-density environments of modern Adaptive Cruise Control modules.
Robust 12-Layer Stackup & 3oz Copper
This is not a standard circuit board. The 12-layer architecture provides dedicated planes for complex signal routing, power distribution, and EMI shielding—essential for preventing crosstalk in high-speed radar processing.
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3oz Copper Weight: Provides superior current-carrying capacity and enhanced thermal dissipation, ensuring the board remains stable under the continuous thermal cycling typical of automotive “under-the-hood” or exterior-mounted environments.
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1.5mm Thickness: Offers the structural rigidity required for high-vibration automotive applications.
Immersion Gold (ENIG) Surface Finish
The Immersion Gold finish ensures a flat, solderable surface perfect for fine-pitch surface-mount components (SMD). Beyond its excellent shelf life, ENIG provides superior oxidation resistance and reliable contact for high-frequency connections, ensuring your ACC system remains functional for the life of the vehicle.
Key Technical Specifications
| Feature |
Specification |
| Material |
Rogers RO4360G2 (Hydrocarbon Ceramic) |
| Layer Count |
12-Layer High-Density Interconnect (HDI) |
| Board Thickness |
1.5mm |
| Copper Weight |
3oz (Finished) |
| Surface Finish |
Immersion Gold (ENIG) |
| Dielectric Constant ($Dk$) |
$6.15 \pm 0.15$ @ 10 GHz |
| Dissipation Factor ($Df$) |
$0.0038$ @ 10 GHz |
| Glass Transition Temp ($Tg$) |
$>280^\circ C$ |
| Thermal Conductivity |
$0.75 \text{ W/m/K}$ |
Why Choose PCBSync for Your ACC Designs?
At PCBSync, we understand that in the automotive sector, failure is not an option. Our RO4360G2 boards are manufactured to IPC Class 3 standards, ensuring high reliability for mission-critical safety systems.
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Miniaturization: High $Dk$ material allows for smaller antenna and filter footprints.
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Thermal Management: The high $Tg$ and thermal conductivity ensure reliability in high-temperature environments.
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Lead-Free Process Compatible: Fully compliant with RoHS and automated assembly workflows.
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Precision Impedance Control: Essential for 24GHz and 77GHz radar applications.
Applications
While optimized for Adaptive Cruise Control (ACC), this board is also perfectly suited for:
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Automotive Blind Spot Detection (BSD)
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Collision Avoidance Systems
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Base Station Power Amplifiers
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Ground-Based Radar Systems
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igh-Density RF Filters and Couplers
Order your RO4360G2 12-Layer Board today from PCBSync—where precision engineering meets automotive-grade reliability.
