FAKRA 2nd Gen Connector for PCB- A Code

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Product Description

PCB second-generation connectors are mainly designed to meet the needs of electronic equipment with higher transmission speeds and greater power handling capabilities. Its basic performance includes mechanical performance, electrical performance and environmental performance. Mechanical properties include insertion and extraction force and mechanical life; electrical properties include contact resistance, insulation resistance and electrical strength; environmental performance including characteristic impedance, insertion loss, reflection coefficient, voltage VSWR and so on.

PCB second-generation connectors are mainly characterised by higher transmission speeds and greater power handling capabilities. It can transmit higher frequency signals and can handle greater power.

Another feature of PCB second generation connectors is higher reliability and stability. It uses more advanced materials and manufacturing processes to better resist the effects of environmental factors such as temperature, humidity and vibration. This allows it to be used in a wider range of application scenarios, such as telecoms, computers and power.

In addition, PCB second generation connectors offer better scalability and maintainability. It can expand the size of the system by increasing the number of connectors, and it can be maintained and repaired by replacing the connectors. This makes it better adaptable to different application requirements and can improve the reliability and stability of the system.

Characteristics And Advantages

1.Meet the automotive industry's USCAR high performance and safe RF signalling requirements;

2.Color coding,efficiently preventing misplugging;

3.Primary and secondary locking structure,safe and convenient housing assembly;

4.Fast connection due to elastic latch interlocking structure.

5.The full mould version of the connector GGHZfrequency range full coverage applications;

6.Reliable and durable due to scientific structural design and materialselection

7.Dual-port and four-port shell designs result in space-saving and efficiency-improving.

Applications

1.GPS navigation;broadcast antenna/V2X antenna/RF Bluetooth/wireless communication

2.In-vehicle infotainment systems /telematics systems;

3.in-vehicle automated driving systems/advanced driver assistance systems (ADAS)