* PCBs are custom-made, picture & parameters for reference
(PCB's are custom-made products, the picture and parameters shown are just for reference)
Brief Introduction
This PCB features a size of 110 mm x 76 mm and is designed as a double-sided layout with two layers. It accommodates surface mount components while excluding through-hole components. The layer stackup includes a top layer of 70 µm (2 oz) copper with starting 1 oz plating, supported by a robust F4BTM320 core material with a thickness of 1.27 mm. The bottom layer has the same copper specifications to ensure consistent performance.
The PCB allows for a minimum trace width of 5 mil and a minimum spacing of 9 mil, facilitating precise circuit design. The surface finish is immersion gold, which ensures excellent solderability and durability. Both the top and bottom sides are coated with a black solder mask, providing protection and aesthetic appeal, while white silkscreen is applied to the top side for clear labeling and identification.
PCB Specifications
| F4BTM320 High Frequency PCB 2oz Copper 1.27mm Substrates With Immersion Gold | |
|---|---|
| PCB SIZE | 110mm x 76mm = 1up |
| BOARD TYPE | Double sided PCB |
| Number of Layers | 2 layers |
| Surface Mount Components | YES |
| Through Hole Components | NO |
| LAYER STACKUP | copper - 70um(1 oz+plate) TOP layer |
| F4BTM320 - 1.27mm | |
| copper - 70um(1 oz+plate) BOT Layer | |
| Minimum Trace and Space: | 5 mil / 9 mil |
| Minimum / Maximum Holes: | 0.35 mm / 1.0 mm |
| Number of Drill Holes: | 61 |
| Surface Finish | Immersion Gold |
| Solder Mask Color: | Black (Top & Bottom) |
| Final foil external: | 2 oz |
| Final height of PCB: | 1.4 mm |
| TEST | 100% Electrical Test prior shipment |
| SERVICE AREA | Worldwide, Globally |
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F4BTM High-Frequency Laminates
The F4BTM series laminates are made by scientifically formulating fiberglass cloth, nano-ceramic filling, and polytetrafluoroethylene resin, followed by strict pressing processes. This series is based on the F4BM dielectric layer, enhanced with high-dielectric and low-loss nano-level ceramics. These enhancements result in:
Higher dielectric constant, Improved heat resistance, Lower thermal expansion coefficient, Higher insulation resistance, Better thermal conductivity, Maintained low loss characteristics
Features & Benefits
Dielectric constant (DK) range: 2.98 - 3.5 (optional)
Addition of ceramics improves performance
Excellent PIM indicators
Thickness options ranging from 0.254 mm to 12 mm
Cost-saving properties
Suitable for commercialization and mass production
Radiation resistance
Low outgassing
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