Double-sided pogo pins, also known as double-ended pogo pins or double-head pogo probes, have significant differences in structure and application compared to ordinary pogo pins.
The most notable feature of the double-ended pogo pin is that it has two plungers, which means that both ends can be connected to a PCB or other electronic devices simultaneously, achieving a bidirectional conductive effect. In contrast, ordinary pogo pins usually have a connection function at only one end.
In terms of pogo force calculation, the double-ended pogo pin also exhibits uniqueness. When one end is compressed, the other end is simultaneously compressed. The pogo force of the total compression stroke is determined by the compression amounts at both ends. This design makes the double-ended pogo pin more flexible and stable when dealing with complex connection needs.
The assembly methods for double-sided pogo pins are also more complex. One plunger is fixed through a sleeve, while the other end is fixed through riveting and sealing. This design not only enhances the reliability of the connection but also makes the double-ended pogo pin perform excellently in waterproofing and dustproofing.
Double-sided pogo pins play an important role in testing and prototyping in the electronics industry. Due to their bidirectional connection characteristics, they can easily achieve rapid connections and tests between multiple electronic devices, improving testing efficiency and accuracy.
In fields such as smart wearable devices and smart home appliances, double-sided pogo pins also play key roles. They not only provide stable electrical connections but also adapt to the miniaturization and lightweight needs of devices, offering strong support for the development of smart devices.
Additionally, double-sided pogo pins are widely used in high-tech fields such as medical devices, wireless devices, data communication devices, and aerospace. In these fields, the stability and reliability of connections are of utmost importance, and double-sided pogo pins have gained market recognition due to their excellent performance.
Double-ended pogo pins also have the capability of pogo loading, which can accommodate slight misalignment, making them perform excellently in applications that require precise positioning. Furthermore, their gold-plating treatment enhances mechanical performance, corrosion resistance, and electrical performance, further boosting their market competitiveness.
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