1.MATERIAL SPECIFICATION:
1-1.HOUSING:
HIGH TEMPERATURE RESISTANT PLASTIC,UL94 V-0.
1-2.CONTACTS:COPPER ALLOY
1-3.MID PLATE: STAINLESS STEEL
1-4.FRONT SHELL: STAINLESS STEEL
2.PLATING SPECIFICATION:
2-1.CONTACTS:Ni 5OU” MIN. UNDER PLATED OVER ALL.AU PLATED ON THE FUNCTIONAL AREA OF CONTACT.(GOLD PLATING THICKNESS FOLLOW THE P/N)PLATING SPECIFICATIONS OF THE SOLDER AREA FOLLOW THE P/N
2-2.FRONT SHELL:
SEE TABLE1.
2-3.SHIELD PLATE&EMI PLATE:
CLEAR ONLY
3.MECHANICAL PERFORMANCE
3-1.INSERTION FORCE:0.5~2.0kgf.
3-2.REMOVAL FORCE:0.8kgf~2.0kgf.
3-3.DURABILITY: 10000 CYCLES.
4.ELECTRICAL PERFORMANCE
4-1.CURRENT RATING:3.0A
LTAGE RATING:5.0V
4-2. LLCR:VBUS & GND PINS AND OTHER PINS: 4OmΩ/PIN MAX.SHIELD:50mΩ/MAXLLCR MAX. CHANGE OF ALL PINS:10mΩ.
4-3.INSULATION RESISTANCE:100MΩ MIN
4-4.DIELECTRIC WITHSTAND VOLTAGE,AC 10OV FOR 1 MINUTE.
5. ENVIRONMENTAL PERFORMANCE:OPERATING TEMPERATURE:-25’C~+85’C
6.IR REFLOW:
THE PEAK TEMPERATURE ON THE BOARD SHALLBE MAINTAINED FOR 10 SECONDS AT 260’C.
5.Application
USB Type-C interfaces are widely adopted across various application scenarios due to their versatility, high compatibility, and convenience. Here are some of the main application scenarios and reasons for using Type-C interfaces:
- Smartphones: Many new models of smartphones use USB Type-C ports for fast charging and data transfer. The Type-C interface supports the USB PD (Power Delivery) protocol, which allows for higher voltage and current transmission, with a maximum power of up to 100 watts, thus accelerating charging speeds.
- Laptops and Tablets: Type-C ports are used in laptops and tablets for data transfer, video output, and fast charging. Some devices can even draw power through the Type-C port, allowing for thinner and lighter designs.
- Wearable Devices: Smartwatches and other wearable devices use Type-C ports for charging and data synchronization.
- Automotive: In-vehicle systems are beginning to adopt Type-C ports for connecting smartphones or other devices for charging or data transfer.
- Televisions and Monitors: Some new models of TVs and monitors offer Type-C ports that support video signal transmission and device charging.
- Data Storage and Portable Storage Devices: External hard drives and other storage devices are starting to adopt Type-C ports to provide faster transfer speeds and better compatibility.
- Fast Charging: The high current and voltage capacity of USB Type-C ports make them an ideal choice for fast charging.
- Video Transmission: Through the Alternate Modes of the Type-C port, it is possible to transmit video signals such as DisplayPort and HDMI, enabling high-definition video output.
- VR/AR Devices: Due to their high bandwidth and low latency characteristics, Type-C ports are an ideal choice for connecting VR/AR devices.
- IoT Devices: In smart home and IoT devices, the Type-C port provides a unified connection solution.
Reasons for using USB Type-C ports include:
- Slim Design: The compact size of the Type-C port makes it easy to integrate into portable devices.
- Reversible Plug: The interface design supports insertion from either side, improving user experience.
- High-Speed Data Transfer: Type-C ports support data transfer rates up to 10Gbps.
- Bidirectional Transmission: Data and power can be transmitted bidirectionally, increasing flexibility.
- Backward Compatibility: With adapters, Type-C ports can be compatible with older USB interfaces.
- Scalability: Type-C ports support a variety of protocols and modes, offering great scalability.
