• Saving Space. Flex PCBs can be bent and concave and are thin, so they are often used for connections where there is less space and the components are more. Its’ design requires only about 10 percent of the space and weight of an ordinary circuit board assembly, offering greater installation and packaging freedom.
• Maximum Reliability & Durability. FPCB requires fewer interconnects, which in turn requires fewer contact crimps, connectors, and solder joints. It can move and flex up to 500 million times without failure. It does not contain as many potential sources of failure, which enhances its reliability, and durability
• Enhanced Capabilities. They are compatible with virtually any type of connector or component and work well with options such as a ZIP connector. The thermal stability of Polyimide flex materials is performing extremely well in very high temperatures. They also offer superior resistance to oils, radiation, and chemicals.
• Cost Savings. Flexible PCBs reduced material and packaging demands, lower parts replacement costs, and assembly errors that could result in the need for repairs.
電話: 02-22679000 #610
零件焊接(SMD) / 匹配阻抗:Impedance control / EMI shield
ISO 9001 / IATF16949 / ISO14001 / UL 94V-0
APPLICATION OF Flexible PCB
FPC has a wide range of applications, technology products are used wherever they are found with downstream end-products including smartphones, tablets, computers, medical, wearable devices, other consumer electronics, automotive electronics, and the military industries. FPC is becoming more important as modern products become thinner and shorter.
TYPE OF Flexible PCB
Single-sided FPC: basic types of flexible boards, consisting of a conductor layer coated with a bonding layer, followed by a dielectric layer. Advantages include an easy manufacturing process and lower prices.
Double-sided FPC: A double-sided substrate is used to form the circuit, and after the circuit is formed on both sides, a covering film is added to each side. the Main Benefits of double Flex PCBs is more flexibility in design, space-saving and double-sided soldering
Multilayer FPC: Mainly made up of single or double panels, and drilled to allow the conductive layers to pass through, increasing the density of the circuit and improving reliability. Enables more compact package More flexible in 3D designs with PTH, blind, and buried vias.
軟硬複合板: FLEX PCB is pressed together in series between two rigid PCBs to form one printed circuit board, which is called a Rigid-flex PCB. Because of the combination of HDI technology and the trend of high-frequency signal development, the use of rigid-flex PCBs has become more widespread. Traditionally, flex PCBs are combined with rigid PCBs by using a connector or a hot bar process to connect two rigid PCBs with one flexible PCB. The combination of rigid PCB and flex PCB board is a combination of rigid PCB → FlexPCB → rigid PCB to transmit the signal, the transmission distance is shortened and the speed is increased, which can effectively improve the reliability.
|♦||S.M.D. Components on PCB|
|UL E 200944|
|Trace Width 1.5MIL, Space 1.5MIL|
|Tin – Lead, Nickel, Gold, EN IG|
|S.M.T for all kind of active and passive components including LED, Resistor, Diode, etc..|