Product Details
Rigid flex circuit are a hybrid construction flex circuit consisting of rigid and flexible substrates which are laminated together into a single structure. Each layer of rigid-flex circuit are electrically interconnected by plated through holes (PTH), which is different from a flexible circuit with FR4/PI stiffener on top or bottom of flex circuit only by the means of presensive or thermal senstive adhesive only, no PTH.
Rigid-flex board enjoy the advantage of both rigid FR4 PCB and flexible circuits. In rigid area, components will be soldered on, and whole board can be bendable at the flexible circuit area, so that to save space of assembly, make whole product into a small size but with tight trace designing.
Also people don't need to solder the FPC on PCB, or connect FPC on PCB via connector, furthermore, that plated through hole interconnection is more stable, firm than soldering or connector. So more and more rigid flex board circuit has been widely used in both military and civil area.
Technical Specification |
Layers: |
1~10 (flex Pcb) and 2~8 (rigid flex) |
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Min Panel Size: |
5mm x 8mm |
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Max Panel Size: |
250 x 520mm |
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Min Finished board thickness: |
0.05mm (1 sided inclusive copper) |
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Max Finished board thickness: |
0.3mm (2 sided inclusive copper) |
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Finished board thickness tolerance: |
±0.02~0.03mm |
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Material: |
Kapton, Polyimide, PET |
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Base copper thickness (RA or ED): |
1/3 oz, 1/2 oz, 1oz, 2oz |
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Base PI thickness: |
0.5mil, 0.7mil, 0.8mil, 1mil, 2mil |
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Min width/spacing (1/3oz): |
0.05mm/0.06mm |
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Min width/spacing (1/2oz): |
0.06mm/0.07mm |
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Min width/spacing (1oz): |
Single layer: 0.07mm/0.08mm |
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Double layer: 0.08mm/0.09mm |
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Aspect Ratio |
6:01 |
8:01 |
Base Copper |
1/3Oz--2Oz |
3 Oz for Prototype |
Size Tolerance |
Conductor Width:±10% |
W ≤0.5mm |
Hole Size: ±0.05mm |
H ≤1.5mm |
Hole Registration: ±0.050mm |
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Outline Tolerance:±0.075mm |
L ≤50mm |
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