RF Printed Circuit Board Design
Name: RF Printed Circuit Board Design
Designable layers: 1-32 layers
Minimum line width and line spacing: 3mil
Minimum laser aperture: 4mil
Minimum mechanical aperture: 8mil
Copper foil thickness: 18-175цm (standard: 18цm35цm70цm)
Peel strength: 1.25N/mm
Minimum punching hole diameter: single side: 0.9mm/35mil
Minimum hole diameter: 0.25mm/10mil
Aperture tolerance: ≤φ0.8mm±0.05mm
Hole tolerance: ±0.05mm
Hole wall copper thickness: double-sided/multi-layer: ≥2um/0.8mil
Hole resistance: double-sided/multi-layer: ≤300цΩ
Minimum line width: 0.127mm/5mil
Minimum pitch: 0.127mm/5mil
Screen printing color: black, white, red, green, etc.
Surface treatment: lead/lead-free tin spray, ENIG, silver, OSP
Service: Provide OEM service
Certificate: ISO9001.ROSH.UL
What is an RF Printed Circuit Board?
We can generally define an RF PCB as a printed circuit board designed to operate at medium to very high frequencies.
Therefore, any high frequency printed circuit board that operates above 100MHz is a radio frequency printed circuit board.
However, when it comes to RF PCBs, the actual reference frequency range is usually 300MHz and above.
RF PCBs operating above 2GHz are called microwave PCBs.
Name: RF Printed Circuit Board Design
Designable layers: 1-32 layers
Minimum line width and line spacing: 3mil
Minimum laser aperture: 4mil
Minimum mechanical aperture: 8mil
Copper foil thickness: 18-175цm (standard: 18цm35цm70цm)
Peel strength: 1.25N/mm
Minimum punching hole diameter: single side: 0.9mm/35mil
Minimum hole diameter: 0.25mm/10mil
Aperture tolerance: ≤φ0.8mm±0.05mm
Hole tolerance: ±0.05mm
Hole wall copper thickness: double-sided/multi-layer: ≥2um/0.8mil
Hole resistance: double-sided/multi-layer: ≤300цΩ
Minimum line width: 0.127mm/5mil
Minimum pitch: 0.127mm/5mil
Screen printing color: black, white, red, green, etc.
Surface treatment: lead/lead-free tin spray, ENIG, silver, OSP
Service: Provide OEM service
Certificate: ISO9001.ROSH.UL
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