| Series:Pogo Pin | |
| Work height:5.8mm | Electric current:3A |
| Needle diameter:0.9mm | Elasticity:30g |
| Needle tube diameter:1.5mm | Service life:10000 - 100000 times |
| Board height:7.0mm | Packaging method:Tape & Reel packing |
| Height of the syringe plate:5.5mm |
The plug-in type Pogo Pin, as an innovative achievement in the field of electronic connection, plays a crucial role in numerous electronic devices due to its precise structure and reliable performance. Its internal design integrates ingenious inclined surface design and built-in spring mechanism, ensuring stable connection in various complex environments. The three core components - Plunger, Spring, and Body - work together, generating lateral force through the interaction between the inclined surface and the spring, enabling the pin to form a stable contact with the inner wall of the needle tube, and guiding the current through the gold-plated layer to achieve low-resistance efficient conduction. Even under extreme conditions, such as frequent plugging and unplugging operations, it can maintain a lasting electrical connection.
In terms of installation technology, the plug-in type Pogo Pin demonstrates great flexibility and applicability. Through SMT automatic surface mount reflow soldering technology, it can be quickly and precisely positioned on the PCB circuit board, with the solder joints accurately inserted into the holes of the circuit board, and then undergo high-temperature treatment in the reflow soldering furnace where the solder melts and solidifies, forming a firm soldering point. The entire process is highly automated, significantly enhancing production efficiency and product consistency.
For those electronic components with longer solder joints that are not suitable for SMT reflow soldering fixation, the plug-in machine combined with the wave soldering technology becomes an ideal choice. This process flow is also highly efficient, allowing the Pogo Pin to be precisely inserted into the PCB board holes, and then using the wave soldering process to fix the solder joints, ensuring a stable connection between the connector and the PCB pads, suitable for large-sized or specially-shaped electronic components, demonstrating the extensive advantages of the plug-in type Pogo Pin connector in adaptability and functionality.
Whether through SMT automatic surface mount reflow soldering technology or the plug-in machine combined with wave soldering technology, the plug-in type Pogo Pin has demonstrated its significant effects in improving production efficiency, ensuring stable connection, and enhancing product quality, becoming an indispensable important component in modern electronic manufacturing.


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