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Advantages of Pogo-Pin, L: 5.00~6.99 mm
High-precision design ensures stable connection:
Surface mounted pogo-pin has extremely high precision and can provide stable electrical contact. The fine pin structure ensures no looseness during insertion and removal, thereby ensuring stable signal transfer. The pogo-pin shape is precision machined to ensure firmness and reliability. This design can effectively reduce poor contact caused by vibration or collision. It can be used in precision instruments and high-demand equipment to meet long-term stable operation requirements.
High durability, trouble-free long-term use:
Johoty’s pogo-pin uses high-strength materials and has excellent durability. Whether it is long-term plugging or high-frequency use, pogo pins can always maintain good performance. Due to its wear-resistant design, it can withstand repeated wear and tear, significantly extend its lifespan. Even in extreme environments, pogo pins can work very stably. Long service life, reduced maintenance frequency, and improved overall reliability.
Excellent electrical performance enhances equipment efficiency:
Pogo-pin has perfect electrical conductivity, it can fastly transfer electrical signals and reduce signal attenuation. Its low resistance can effectively reduce power loss and improve equipment efficiency. Excellent electrical contact ensures efficient and stable operation. Selection of conductive materials in the design is extremely meticulous, ensuring lower voltage fluctuations and faster response times. This performance is crucial for high-precision electronic products.
Compact design, saving space:
Surface mounted pogo-pin has a compact structure and is designed with space saving. Its flat bottom length is only 5-7 mm, so it can be installed on very small circuit boards, suitable for electronic products with limited space. Even in highly integrated devices, limited space can still be effectively utilized without affecting the layout of other components. The space saving design enhances equipment compactness, provides more flexibility for overall product design.
Automated production enhances manufacturing efficiency:
Due to its highly standardized design, pogo-pin is suitable for use in automated production lines. Automated production improves production efficiency and consistency, reducing human errors. During mass production, each pogo-pin can achieve the same precision and product consistency. As a result, production costs have been effectively controlled. Through automated manufacturing, product delivery cycle can be shortened, and customers can obtain required pogo pin more quickly.
Quick insertion and strong adaptability:
Pogo-pin is designed with high plug and unplug adaptability, supports quick connection. Its structure ensures each connection can be completed quickly and reliably without any poor contact. Strong adaptability enables it to be compatible with various devices and circuit board designs. Whether in production assembly or practical use, electrical connections can be quickly and accurately completed. It is suitable for high frequencies and efficiency.
High anti-interference, stable signal transfer:
This pogo-pin has strong anti-interference, which can effectively isolate external EMI and ensure signal transfer is not affected. The special contact design enhances electrical signal stability and prevents signal distortion caused by external electromagnetic waves. Its contact surface is made of high-quality materials, reducing electrical noise and signal interference. In complex electronic environments, signals can still remain clear and stable. Suitable for various precision equipment with high signal requirements.
High temperature tolerance for harsh environments
Pogo-pin is made of high-temp resistant materials and can work stably for a long time in high temperatures. Even when working temperature reaches its limit, it can ensure electrical connections aren’t affected. High temperature tolerance makes it perform well in high temperatures, suitable for automotive, aerospace, and industry. It can maintain good contact performance within a large temperature fluctuation and adapt to harsh environments. This feature makes pogo-pin an indispensable precision part in high-end applications.
FAQ
What is the surface installation method for pogo-pin?
Surface mount pogo-pin is connected by soldering to circuit board surface, rather than inserting it into circuit board like traditional through-hole designs. In this way, pogo pins can save space and be more compact for limited space. Compared with other different connection methods, it is simpler for installation process of surface mounted pogo pins. Due to its short welding flat buttom, it doesn’t require much welding technical support. It is used in small devices requiring high-density connections.
What applications is pogo-pin suitable for?
Johoty’s pogo-pin is used in small electronic devices or compact design. It is suitable for electrical connections in small spaces, portable devices, and consumer electronics. It can effectively adapt to device interfaces of various sizes. It is popular in various industrial applications, provides reliable connectivity. It is used in devices that require frequent connection to ensure contact stability.
Why is compression range of pogo-pin springs important?
Spring compression range directly affects pogo-pin contact stability and durability. If compression is large, it may lead to poor contact. The compression is mall and may not fully contact. Appropriate compression ensures electrical contact and reliability during each connection. By adjusting spring compression, pogo pins can adapt to different environments. Appropriate compression range can also improve its lifespan and reduce frequent maintenance.
How durable is pogo-pin?
Pogo-pin durability depends on its internal spring quality and contact parts materials. Generally speaking, high-quality pogo pins can withstand >10,000 cycles of insertions and removals. The spring design allows it to maintain good elasticity after repeated use. It is always made of wear-resistant metal materials minimizing various wear and tear effectively. By selecting appropriate materials and designs, the pogo-pin lifespan can be extended.
What is pogo-pin working principle?
pogo-pin has a spring design inside that can automatically adjust its length according to pressure changes. When it comes into contact with another surface, the spring will be compressed and maintain contact, ensures a stable electrical connection. Through this method, pogo pins can maintain good contact after insertions and removals. It can fit different environments and maintain stable current. Commonly used in mobile phones, computers as a battery charging interface or signal connection.
Is installation process of pogo-pin complicated?
The installation of surface mount pogo-pin is relatively simple, just solder it to designated position on circuit board. This installation method doesn’t require complex equipment or technology. Compared with traditional pin-type connectors, surface mount pogo pins save more space and reduce space occupation. The installation process is more convenient and efficient than traditional welding techniques. Through standard surface mount technology, pogo pins can be quickly installed.
What is pogo-pin electrical performance?
The electrical performance of pogo-pin is very stable, ensuring good current conduction. The internal metal spring provides good contact force, prevents current interruption or poor contact. Through good contact between metal contact surface and the spring, electrical connection is more reliable. The electrical performance is also affected by pogo-pin material, and high-quality metal materials can provide lower resistance. Compared with other types of connectors, pogo-pin has higher electrical transfer efficiency.
How to choose suitable pogo-pin?
When choosing pogo-pin, please consider its length, contact force, stroke, resistance, and operating voltage. Firstly, determine equipment required space and installation method, and then choose appropriate model based on equipment power requirements. Also consider frequent usage and choose durable models. Different pogo pins have different compression ranges and contact materials in the spring, which can affect connection quality. Finally, choose a suitable pogo-pin based on device’s usage to ensure its high stability during long-term use.
