The charging data of TYPE-C16P vertical mount on the new structural board is a USB Type-C 16 pin vertical double row mount installed on the circuit board, which is used for charging and data transmission. The board end height H=9.3-10.0-10.5-13.0-13.7-15.0mm provides multiple height options ranging from 9.3mm to 15.0mm to meet different design requirements, and the four legs of the shell are 2.0mm plug-in board with welding protection.

The material description is as follows:

NOTES: 

1.MECHANICAL:   

MATING FORCE: 5-20N .    

UNMATING FORCE: 8-20N .   

DURABILITY: 10000 CYCLES MIN. 2.ELECTRICAL:   

CURRENT: 3-5A MAX.      

VOLTAGE:  20V MAX.   

WITHSTANDING VOLTAGE: 100V AC.

CONTACT RESISTANCE: 

40 mΩ MAX INITIAL; 

50 mΩ MAX AFTER.  10000 CYCLES.  3.ENVIRONMENTAL: 

OPERATING TEMPERATURE RANGE 

-30°C ~ +80°C. 

4. Salt Spray: 24H.

Here is a detailed explanation of this description: Type-C is a modern USB interface standard that supports reversible plugging, meaning that devices can be plugged in regardless of which side is facing upwards. In addition, the Type-C interface supports high-speed data transmission (up to 10Gbps) and fast charging (up to 100W of power transmission).

This connector has 16 pins. The USB 3.1 Type-C standard actually defines a 24PIN

Several pins, but some connectors may omit some uncommon pins to meet specific application requirements.

This type of connector is designed for vertical installation and is typically soldered directly onto the circuit board using surface mount technology (SMT). Standing mother seat can save space and is suitable for compact equipment design.

Charging data means that the connector not only supports data transmission, but also power transmission, which can be used for device charging.

This type of connector is very common in modern electronic devices, especially in devices that require high-speed data transmission and fast charging, such as smartphones, tablets, laptops, etc. When selecting and using this connector, it is necessary to ensure that it complies with the specifications of USB Type-C and can meet the electrical and mechanical requirements of the device. When selecting, it is necessary to consider its electrical and mechanical characteristics, as well as compatibility with the circuit board.