FFC FPC Wafer Connector
FFC/FPC connectors are used to connect ribbon flat flexible cables (FFC) or flexible printed cables (FPC) to circuit boards in online board applications. They also provide cable to cable configurations.
The production process of FFC/FPC is complex, starting from the rolling mill to make conductors (tin plated copper wire). The width, width, and thickness of the conductors vary according to the requirements of the order. After the conductors are made, they are placed on the pay off rack of the FFC/FPC equipment and placed in the FFC/FPC main equipment to drive the semi-finished products for vision testing (to check the quality of the conductors). After a series of complex procedures, FFC/FPC is finally produced.
FFC Connectors Types
A bullet type FPC connector is a connector that connects to an FPC circuit board through contact between the bullet and the FPC circuit board. It has the advantages of simple structure, convenient use, and stable connection, and is widely used in various consumer electronics products, such as mobile phones, tablets, etc.
Pin type FPC connectors are connected to conductive holes on the FPC circuit board through pins. This type of connector has the characteristics of reliable connection and stable signal transmission. It is commonly used in situations where high transmission speed and stability are required, such as for data transmission equipment, communication equipment, etc.
Plug in FPC connector is a type of connector that can be repeatedly plugged in and out, with the advantages of convenient connection and easy maintenance. It is suitable for occasions that require frequent replacement or maintenance of FPC circuit boards, such as testing equipment, maintenance tools, etc.
Main features of wafer connector
Main features
1. High density and narrow size: These connectors have high-density and very narrow external dimensions, making them particularly suitable for use in confined spaces
2. Flexibility and reliability: Compared to traditional rigid circuit boards, they have higher flexibility when used with flexible cables. At the same time, they provide multiple locking styles and fixing mechanisms to ensure the reliability of the connection.
3. Widely applicable: Usually used for consumer applications such as laptops, cameras, computer peripherals, appliances, and telephones.
Fbelec, China wafer connector
In China, there are several leading chip connector suppliers that focus on the research and development, production, and sales of connectors, as well as the development of high-frequency products. Different suppliers may focus on different types of connectors and technology fields.
As one of best wafer connector factories, Fbelec focuses on the development of power wafer connectors, with a wide range of product applications including computers, peripheral devices, telecommunications, communication equipment, instruments, video recorders, televisions, game consoles, speakers, telephones, calculators, vehicles, space, and military industrial products.
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How to select connector wafer?
When selecting FFC/FPC connectors, you can consider the key factors to ensure that you choose the product that suits your needs.
1. Voltage and current requirements
Clearly define the voltage and current that the connector needs to withstand on the electronic product PCB board. This is related to the safe operation and service life of the connector.
For low current and low voltage applications, FFC/FPC connectors with contact plating that is not easily oxidized should be selected to ensure stable current flow during operation.
2. High temperature resistance performance
Consider the operating temperature that electronic products may generate during operation and use. Choose high temperature resistant FFC/FPC connectors to reduce adverse effects under high temperatures and ensure the stability and reliability of the connectors.
3. Mechanical and electrical performance
Contact force, insertion and extraction force, and durability are all important factors in selection. Low resistance connectors can reduce signal loss and improve signal quality.
4. High insulation resistance can ensure the transmission quality of signals and reduce electromagnetic interference
Appropriate rated current and voltage are required to ensure that the connector does not experience overheating or electrical breakdown during operation.
5. In addition to the above, environmental factors, size and shape, cost, brand, and quality can all have an impact on the actual finished product.
Through comprehensive consideration from multiple aspects, Fbelec will help customers seek the most suitable products from a professional perspective.
FPC connector types (FPC connector type)
FPC connector with 0.25mm spacing
Center line 0.25 mm. Strong actuator, rear inverted lock, bottom contact, inclined insert.
FPC connector with 0.3mm spacing
Center line 0.3 mm. Various types of inverted locks, contacts and actuators.
FPC connector with 0.5mm spacing
0.5mm centre line. Various types of inverted locks, contacts and actuators. Straight and vertical styles. Top, bottom or two-pin version.
FPC connector with 1.0mm spacing
Center line 1.0mm. ZIF and non-ZIF versions. Hole and surface mounting version. Straight and vertical styles.
FPC connector with 1.25mm spacing
Center line 1.25mm. Non ZIF. Straight and vertical.
Features of FPC connector
> Possibility of placing FPC/FFC cables
> There are ZIF and non-ZIF options
> Different options for distance between center lines
> Supply of SMT and T/H PCB terminals
> No tools needed
> Ensure straight and vertical installation direction
> Right angle allows top, bottom or double contact
> Welding discs and twisting feet for PCB fixation
> The lock provides high stability
FFC: connection between the print head of various printers and the motherboard, signal transmission and connection to panels for plotters, scanners, copy machines, stereo phones, LCD, fax machines, various DVD players and other products.
FFC connector types (FFC connector type)
FFC Contacts
All FFC contacts on 0.50 [1.27] and .100 [2.54] centers are designed using multiple load connection. Four push-on forks are used to isolate cables and conductors to achieve optimum electrical and mechanical reliability. Available as a tape volume for serial end connection.
Housing FFC
The prepared FFC cable assembly is loaded into the FFC housing before the component is operated with a side plate connection (Line-to-Panel solution) or another FFC cable component (Line-to-Line solution). The housing is standard or thin, single or dual row, with or without a latch and with or without an installed ear.
FFC FLEXPAC connector
Multifunctional interconnects for high-performance applications. Flat wire cable technology is combined with various contact and connection methods. In combination with polarized locking heads, they can realize individual component specifications to adapt to specific panel applications.
ZIF connector
The zero insertion fob (ZIF) connector easily attaches to the cable and provides a secure connection.
Trio - Mate Connector
Accept FFC cables, flexible etching circuits or thin film switches. Contact area 0005 - 015 [0.13 - 0.38] thickness. High draw.
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