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FPC is not a simple substitute for the wire but has a wide range of functions and uses. In the year of
1992. PRINTEC begun the FPC production with the technical supports from USA and Japan. At PRINTEC we offer a full range of specialized products: single
and double sided flexible, multilayer flexible, flex/rigid, and bend-flex circuits. We also offer artwork design and component assembly services for all these products. PRINTEC Quality Philosophy dictates that we not only produce an item that meets the letter of the customers written requirements, but also satisfies all of the customers procurement needs.
Uses of FPC PRINTEC provides are listed below by function
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Wiring parts |
Cable |
| Characteristic impedance matching cable |
| Interconnection circuit |
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Flexible
wiring parts |
Printer head circuit |
| Hinge |
| Flying head |
| Date/servo cable |
| Floppy disc cable |
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For installation
of parts |
Part installation |
| Hybrid structure with the cable |
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Special FPC |
Surface heater (resistance) |
| Printer head (inductance) |
| Speaker cone (inductance) |
| Ground plate |
| Switch |
| Fuse |
| Keyboard (Memo-type calculator) |
| Tablet |
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IC chip carrier |
Direct connection between chip to circuit |
| Medium of chip to near-by circuit |
| Medium of chip to Dip lead frame |
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For consumer purposes
Camera/watch/calculator/sewing machine/audio equipment
(car radio, car stereo, tape recorder, stereo, VTR, etc.) / household equipment.
For cars
Dashboard/tail lamp
For industrial purposes
Communication office machines (Facsimile, transceiver, thermal printer,
printer etc.) Caculication office machines (Date / servo cable, floppy disc
cable, ground plate card reader, etc.)
General
(Fish detector, traffic control equipment, pole-mounting transformer, etc.)
Aeronautical and space equipment
Electronic microscope equipment
Medical equiipment |
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Technical Specifications of Printec's FPC |
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Materials |
Polyimide
(Kapton) |
Polyester
(PET) |
Remark &
Test Method |
Number of Layer |
1-6(Rigid-Flex &
Multilayers FPC) |
1-2 |
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Min.Track
Width /
Spacing |
Single Sided |
0.100mm(4 mils) |
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Double Sided |
0.125mm(5 mils) |
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Min.Hole
Diameter
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Drilling(P.T.H.) |
Ф0.30mm |
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Punching |
Ф0.50mm |
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Dimension
Tolerances |
Conductor
Width (W) |
±0.03mm |
W≦0.5mm |
Hole
Diameter(H) |
±0.05mm
(With P.T.H. ±0.10mm) |
H≦1.5mm |
Accumulated
Pitch(P) |
±0.05mm(Between Conductors)
±0.10mm(Between Holes) |
P≦25mm |
Outline
Dimension(L) |
±0.10mm |
L≦0mm |
Conductors
And Outline(C) |
±0.15mm μ |
C≦5.0mm |
Surface Treatment On
Terminals And Land Areas |
Soft or Hard Ni/Au(Au:0.10-1.25μm) Sn/Pb(2-20μm)Primary Flux
Carbon Printed(4-10μm/Less
Than 5Ω ) H.A.L.
(For Polyimide Only) |
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Insulation Resistance |
1000MΩ |
IPC-TM-650
2,6,3,2
at Ambient |
Dielectric Strength |
5KV |
IPC-TM-650
2,5,6,1 |
Surface Resistance(Ω ) |
520×10 12 |
2×10 15 |
IPC-TM-650
2,5,17 |
Volume Resistance(Ω-cm) |
1×10 15 |
1×10 15 |
IPC-TM-650
2,5,17 |
Dielectric Constant(1 MHz) |
4.0 |
3.0 |
MIL-P55617 |
Dissipation Factor(1 MHz) |
0.04 |
0.03 |
MIL-P55617 |
Peeling Strength
(180° Direction) |
1.0 kgf/cm |
1.2 kgf/cm |
IPC-TM-650
2,4,9 |
Solder Heat Resistance |
300 ℃ /10secs |
210 ℃ /10secs |
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| Flammability |
94 V-0 |
94 VTM-0 |
UL94 |
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| lnsulating film |
Polyimide
(Kapton) |
Polyester
(Mylar) |
| Base film thickness(m) |
12.5 25
50 75 125 |
25 50
75 100 125 |
| Coverlay film thickness(m) |
25 50
75 125 |
25 50
75 100 125 |
| Conductor material |
electrolyticall deposited copper(ED) rolled
annealed copper(RA) |
| conductor thickness(m) |
18 35 70 |
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