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Type-c 6PIN horizontal female socket

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TYPE C female base 6PIN plate upper and rear two foot paster SMT L=6.5 the third mock examination stainless steel brass LCP

The rear two pin SMT L=6.5 three mold stainless steel brass LCP on the TYPE C female seat 6PIN board adopts a mixed installation process (front 4-pin SMT+rear 2-pin SMT), with an overall length of 6.5mm, suitable for ultra-thin PCB layout. The three mold forming process (stamping+injection molding+assembly) ensures structural accuracy. The stainless steel shell (SUS304) has a corrosion resistance of 72 hours after salt spray testing. The brass terminal (C2680) is gold-plated with 3 μ m on the surface and supports 5V/3A fast charging and USB2.0 data transmission (480Mbps). LCP insulation has a temperature resistance of 260 ℃ and is suitable for scenarios such as smart wearables and medical devices that require high reliability.

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    Industry certification

    USB-IF pre certification: Compliant with USB 2.0 and USB PD 3.0 standards, supports eMarker cable identification, and has passed electrical performance tests (contact resistance, insulation withstand voltage).


    Environmental certification: RoHS 2.0/REACH SVHC compliance, LCP material recyclable, production process certified by ISO 14001, lead-free production.


    Safety certification: Passed UL 498 certification (file number EXXXXXX), withstand voltage test 1500V AC without breakdown, terminal tension ≥ 5N, in compliance with IEC 60950-1 safety specifications.


    Reliability testing

    Insertion and unplugging lifespan: Contact resistance ≤ 40m Ω after 10000 cycles, with no deformation of the casing.


    Vibration test: 10-500Hz, amplitude 0.35mm, continuous for 2 hours without looseness.


    Salt spray test: In a 5% concentration salt spray environment for 72 hours, there is no corrosion on the shell and terminals.


    Temperature cycling: -40 ℃ to 85 ℃, with a contact resistance change of ≤ 8% after 500 cycles.




    For more information, please contact us:


    - Hotline: +86 13310802726


    - Email: mc13310802726@163.com


    Installation specifications

    Welding parameters:

    SMT part: Reflow soldering temperature of 250 ± 5 ℃, preheating at 150-200 ℃ for 90-120 seconds.

    Pin mounting: Wave soldering temperature 260 ± 5 ℃, soldering time 3-5 seconds, to avoid high temperature damage to LCP insulation.

    PCB design:

    SMT pad width ≥ 0.6mm, board pin hole diameter 0.8 ± 0.05mm.

    It is recommended to connect the grounding pin with ≥ 15mm ² copper cladding to enhance EMI shielding and heat dissipation.

    Positioning requirements: Use fixtures to ensure that the female base is installed vertically, with a deviation angle of ≤ 1 °, to avoid pin stress concentration.

    Usage environment

    Temperature and humidity range: working temperature -40 ℃ to 85 ℃, storage temperature -50 ℃ to 90 ℃, humidity ≤ 85% RH (no condensation).

    Taboo scenario: Avoid contact with highly corrosive liquids such as alcohol and solvents, and stay away from areas with strong magnetic fields (>100mT).

    Maintenance suggestions

    Regular cleaning: wipe the surface of the terminal with anhydrous alcohol every quarter to remove dust and oxides, and prohibit the use of metal tools to scrape the gold plating layer.

    Long term storage: Sealed and stored in a dry environment (humidity ≤ 60%), it is recommended to use anti-static bags for packaging, with a storage period of ≤ 2 years.

    Compatibility notes 

    Device matching: It needs to be matched with TYPE C male connectors that comply with the USB-IF standard. Non standard interfaces may cause protocol handshake failure.

    Cable selection: It is recommended to use AWG28 cable for data transmission. In fast charging scenarios, it is necessary to pair it with a cable with a carrying capacity of 3A or above to avoid overload.




    For more information, please contact us:


    - Hotline: +86 13310802726


    - Email: mc13310802726@163.com


    If you have any special requirements or questions that require prior consultation. Please fill out the following form and we will have the specialist contact you as soon as possible.