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Type-c 16PIN side plug female socket

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TYPE C female seat 16PIN side sticker CH=7.2 three module non elastic 304 high conductivity copper LCP

The TYPE C female 16PIN side stick CH=7.2 the third mock examination springless 304 high conductivity copper LCP is a compact high-speed connector. The 16PIN layout supports USB3.1 GEN2 (10Gbps) data transmission and PD 3.0 (100W) fast charging. The side stick installation height is only 7.2mm, which adapts to the ultra-thin device edge layout. The the third mock examination molding process (stamping+injection molding+assembly) ensures the pin accuracy (tolerance ± 0.015mm), the 304 stainless steel shell is corrosion resistant (salt spray test for 72 hours), the conductivity of the high conductivity copper terminal (gold-plated 3 μ m) is 20MS/m, and the LCP insulator is resistant to 260 ℃ high temperature, which is suitable for high-frequency use scenarios such as notebook computers, expansion docks, industrial controls, etc.

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    Industry certification

    USB-IF certification: Passed USB3.1 GEN2 and USB PD 3.0 certification (TID No.XXXX), supports eMarker cable recognition and dynamic power allocation.

    Environmental standards: RoHS 2.0/REACH SVHC compliance, 304 stainless steel, beryllium copper, LCP are all recyclable materials, and the production process is certified by ISO 14001.

    Safety certification: UL 498 certification (file number EXXXXXX), terminal tension ≥ 8N, withstand voltage test 1500V AC without breakdown, in compliance with IEC 62368-1 safety standard.

    Reliability testing

    Environmental testing:

    Salt spray test: 5% concentration salt spray for 72 hours, with no corrosion on the shell and terminals.

    Temperature cycle: -40 ℃ to 85 ℃, contact resistance change ≤ 5% after 1000 cycles.

    Mechanical testing:

    Vibration test: 10-2000Hz, acceleration 20g, continuous for 2 hours without looseness.

    Insertion and unplugging lifespan: Contact resistance ≤ 35m Ω after 5000 cycles, with no deformation of the casing.




    For more information, please contact us:


    - Hotline: +86 13310802726


    - Email: mc13310802726@163.com


    Installation specifications

    Welding parameters: Reflow soldering temperature of 250 ± 5 ℃, preheating at 150-200 ℃ for 90-120 seconds to avoid local overheating and carbonization of LCP insulation.

    PCB design:

    Pad width ≥ 0.5mm, spacing tolerance ± 0.03mm, it is recommended to use ENIG surface treatment (nickel gold thickness ≥ 3 μ m).

    The grounding pin needs to be connected to ≥ 20mm ² copper cladding to improve EMI shielding and heat dissipation efficiency.

    Positioning requirements: Use fixtures to ensure that the mother base is perpendicular to the PCB, with a tilt angle of ≤ 0.8 °, to avoid uneven force on the pins during side mounting.

    Usage environment

    Current limit: VBUS pin continuous current ≤ 4.5A, instantaneous peak value ≤ 6A, requires eMarker cable to achieve 100W fast charging.

    Taboo scenario: Do not use in environments with humidity>90% RH, dust concentration>200mg/m ³, or strong acidity or alkalinity.

    Maintenance suggestions

    Regular cleaning: Use a cotton swab with anhydrous alcohol to wipe the surface of the terminal every quarter to remove oxides and dust. It is forbidden to use metal tools to scrape the gold plating layer.

    Long term storage: Sealed and stored in anti-static bags (humidity ≤ 50%), with a storage period of ≤ 2 years, to avoid terminal oxidation and LCP moisture absorption.

    Compatibility Tips

    Protocol matching: It needs to be paired with a main control chip that supports USB 3.1 GEN2. Non standard protocols may result in degraded transmission rates.

    Male head selection: Priority should be given to using TYPE C male heads with metal shells to ensure effective connection of the shielding layer and improve EMC performance.




    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.