FFC/FPC 12P 0.5Pitch 10CM A-B Cable

Product Description

FFC/FPC 12P 0.5Pitch 10CM A-B Cable

• FEATURES:
• 1. Rated temperature: 80 ° C
• 2. Withstanding Voltage: 60V
• 3. The maximum conductor resistance at 20 ?: 25? / km
• 4. The product has a soft, acid resistance, oil resistance, moisture, mold and other features.
• 5. sizing: PET material 6. Tinned Copper

• Product Name	Model	Type	Spacing	Number of cores	Overall width	Overall Length
  FFC flexible flat cable	4P ~ 80P	A / B type	0.5 / 1.0mm	4P ~ 80P	(N + 1) * distance = Wmm	Lmm

• FFC cable (Flexible Flat Cable) can choose the number and spacing of wire to make the connection easier and greatly reduce the volume of electronic products, reduce production costs, improve production efficiency, the most suitable for the motherboard between the moving parts, PCB board between the PCB, miniaturized electrical equipment for data transmission cables purposes.
• Common specifications are 0.5mm, 0.8mm, 1.0mm, 1.25mm, 1.5mm, 2.0mm, 2.54mm spacing and other flexible cable. Now widely used in a variety of printers and printer head connection between the motherboard, plotters, scanners, copiers, speakers, LCD appliances, fax machines, DVD players and other products, a variety of signal transmission and board to board. In modern electrical equipment, almost everywhere.
• FFC cable technical parameters
• Conductors N: the number of copper cable conductors;
• Pitch P: distance between the center lines of two adjacent conductors;
• Margins M: the outermost edge of a cable distance between the centerline of the conductor;
• Full pitch TP: the outermost distance between the center lines of the two conductors, TP = P * (N-1);
• Total width W: the two edges from the middle of the cable, W = P * (N + 1);
• The total length TL: distance cable ends;
• Insert thickness TT: cable connecting two ends of thickness;
• Common models:
• A: both ends of the connection and reinforcement plates affixed to the insulation tape;
  Type
• B: reinforcing plates intersect directly attached to the insulation tape;
• C: both ends of the reinforcing plate directly attached to the conductor;
• D: both ends of the reinforcing plate cross directly attached to the conductor;
• E: end reinforcement plate attached to the insulating tape, and the other end directly solder;
• F: both ends of the reinforcing plate is directly attached to the insulating tape, half stripped interior;
• G: the ends welded directly.