Smart Wearable Magnetic Pogo Pin Solutions
In the context of smart wearables, “smart wearables” refers to wearable products with built-in smart features, such as smart watches, smart bracelets, smart glasses, etc. These devices are typically able to connect to other devices or the Internet and provide various useful functions and services, such as health monitoring, notification reminders, and exercise tracking. These devices are usually able to connect to other devices or the Internet and provide a variety of useful functions and services, such as health monitoring, notification reminders, and exercise tracking.
“Pogo Pin” is a connector technology commonly used in wearables and other electronic devices.A pogo pin is a small spring-loaded connector, usually consisting of multiple metal pins, used to make a temporary electrical connection. These metal pins create a solid electrical connection when inserted and can be easily pulled out when needed.
SUNMON Pogo Pin has a variety of uses in wearable devices, the most common of which are:
- Charging: The Pogo Pin can be used as a charging port, allowing the user to charge the wearable device by plugging it into a charging cradle or charging cable.
- Data Transfer: The Pogo Pin can be used as a data transfer port, allowing the wearable device to exchange data with other devices (e.g. computers, smartphones, etc.).
- Modular Design: The Pogo Pin also allows for a modular design of the wearable device, allowing the user to enhance or expand the functionality of the device by attaching or detaching different modules.
Testing the Application Scenarios
Electrolysis Test Report
1. Test the environment temperature of 25±3 degrees.
2. The charging pin contact area is immersed in a ball of cotton wool wet with artificial sweat, continuously pass DC 5V/100mA electricity for 60 minutes, the product positive and negative PIN distance 4.0mm (ISO standard IS 3160-2).
3.Artificial sweat PH value: 4.7
4. 60mins after the product is taken out of the X10 times microscope to observe the surface of the product.
Conclusion: No oxidation, peeling, corrosion and other defects of DAP2 plating layer after 60mins of energization.
