FFC FPC Wafer Connector - FBelec Component Solutions
FBelec Electronics offers wafer connector, Wafer connectors have a wide range of applications
Ranging from Bluetooth headsets to airplanes. Of course, the performance requirement for wafer connectors is stability. The industry has always said that "the technical difficulty is not high, and stability is king". If you need a stable wafer connector, please choose FBelec, China famous Wafer connectors manufacturer, which has been trouble free for 100000 hours, and it is worth knowing about it.
Sample: Free of charge
Serives: ODM / OEM/ FBelec
Market: Asia, Brazil, Europe, Japan,Africa,Russia
Main Products: FFC Connector,FPC Connector, pin wafer connector, PCB Connector,ffc wafer
Delivery Time: Stock goods within 1 day, customized 3days,sample delivery 1 day
Terms of Trade: EXW, FOB, CIF, CPT,C & F
MOQ: 1 pcs is ok
Keywords: wafer connector
Payment method: Bank,WU,Alipay, Wechat,Paypal
What is a wafer Connector ?
Wafer connector usually refers to the connector base (chip base) connector, which is generally assembled by metal parts and plastic parts, and is often used on PCB boards. Unlike hosing, which generally has only plastic parts (some with iron shell), it is assembled with wire and terminals.
Why use a wafer connector ?
1. Improve the production process: simplify the assembly process of electronic products. It also simplifies the batch production process;
2. Easy maintenance: if an electronic component fails, it can be quickly replaced when the connector is installed;
3. Easy to upgrade: with the progress of technology, the components can be updated when the connector is installed, and the new and more perfect components can replace the old ones;
4. Improve the flexibility of design: there is greater flexibility in the process of use.-
0.3mm pitch FPC connector
FBUSD-001
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Advantages of wafer connector
It can be assumed that if there is no wafer connector , what problems will occur? The circuit must be permanently connected to continuous conductors. For example, to connect the electronic equipment to the power supply, both ends of the cable must be firmly connected to the electronic equipment and the power supply by welding, etc.
Therefore, both production and use have brought a lot of inconvenience. Replace the car battery, assuming that the battery cable is fixed and welded to the battery, the car manufacturer has increased the workload, production time and battery installation cost. When the battery is damaged and needs to be replaced, the vehicle should be sent to the maintenance station. The old one should be removed and welded to the new one. Therefore, more labor costs should be paid. Using connectors, you can save a lot of trouble. Buy a new battery from the store. Disconnect the connector. This simple example illustrates the benefits of connectors. It makes the design and production process more convenient and flexible, and reduces the production and maintenance costs.Development Direction of Wafer Connector
The development of connectors should be towards miniaturization (because many products have to face the development of smaller and lightweight, there are certain requirements for spacing and appearance size and height, which will make the requirements for products more precise, such as the best choice of wire to plate, small spacing of 0.6mm and 0.8mm), high density, high-speed transmission and high frequency. Miniaturization means that the center spacing of connectors is smaller, and high density means that the number of cores is larger. The total number of effective contacts of high-density PCB (printed circuit board) connectors reaches 600 cores, and the maximum number of special devices can reach 5000 cores. High speed transmission means that modern computer, information technology and networking technology require the time scale rate of signal transmission to reach the MHz frequency band, and the pulse time to reach sub milliseconds, so high-speed transmission connectors are required. In order to adapt to the development of millimeter wave technology, RF coaxial connectors have entered the millimeter wave working frequency band.
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