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Advantages of Micro Pogo Pins, L 1.60~2.99 mm
Ultra small design, saving space
Surface mounted flat bottomed micro pogo pins are very compact and can provide reliable electrical connections in small spaces. They fit high-density circuit boards and accommodate more functions. Compared to traditional connectors, it has a smaller volume and can reduce device overall size. The compact design of micro pogo pins also helps reduce production costs and plays a key role in improving device integration. Whether it’s smartphones or other electronic devices, their presence is for limited space.
High reliability and stable connection
Johoty micro pogo pins use brass or SUS304/316 and expert designs to ensure connection stability. Micro pogo pins provide precise electrical contact to avoid equipment failures. The design takes into account durability during use, and can maintain good working condition under pluging and unplugging. A stable electrical connection can improve qeuipment overall reliability, reduce maintenance frequency and costs. For high demand industrial and consumer electronic devices, high reliability is crucial.
Surface installation method, easy to install
The surface mounted design makes installation easier by automatic SMT machines. Micro pogo pins can be directly soldered onto circuit boards surface without complex structures. Compared to traditional socket connectors, this design saves space, optimizes flexible PCB layout, reduces assembly time. Installation process doesn’t require additional operations, reducing error rate in production process and improving production efficiency. For the demand of rapid manufacturing and mass production, this design provides significant advantages in modern and efficient electronic device production.
Endure extreme environments, strong durability
The design of these micro pogo pins can withstand extreme temperature changes, vibrations, and impacts, demonstrating excellent durability. Micro pogo pins can maintain stable working conditions in harsh and are suitable for high demand automobiles and industrial equipment. Whether it’s cold Arctic or hot desert, pogo pins can ensure sustained performance output. This durability makes clients’ product more suitable, reducing replacement and maintenance.
High density connectivity enhances performance
Flat bottomed micro pogo pins support multi-point high-density connections, enabling more efficient signal transfer and current supply. This enables clients’ device to run efficiently in a smaller space, meeting the needs of multifunctional devices for fast signal and power transfer. They fit high-frequency and speed, reduce signal loss and improve transfer efficiency. Whether in smart devices or high-performance equipment, this high-density connection can optimize overall performance and provide a better user experience.
Support automated production to improve efficiency
Due to its surface mounted nature, micro pogo pins are highly suitable for automated production lines. Their design enables installation to be completed through automated CNC machines, greatly improving production efficiency. Reduced manual welding and assembly time, while lowering production costs. This efficient production can meet the needs of large-scale production and is suitable for fast-moving consumer electronics products. The automation introduction can also improve production accuracy, reduce errors and defect rates.
Flexible application scope, adaptable to multiple devices
This type of connector is suitable for electronic consumer items, medical equipment, and robotics technology. Their small size and high performance enable various devices to efficiently connect. Whether it’s smartphones, drones, automotive electronics, or wearable devices, micro pogo pins can provide stable electrical connections for long-term reliability. Its flexibility makes them in different fields more extensive, meeting diverse market demands.
High frequency signal transfer for complex requirements
Surface mounted flat bottomed micro pogo pins can support high-speed and high-frequency signal and data transfer. These connectors are designed with highly conductive materials to reduce signal attenuation during high-speed transfer. For devices that require high-frequency, low latency connections, such as smart hardware, 5G communication, this connector provides powerful support. Micro pogo pins help improve the quality and stability of signal transfer and are important components in high-end electronic devices.
FAQ
Why choose surface mount micro pogo pins instead of pin-type connectors?
Surface-mounted micro pogo pins are more compact and space-saving. They are easy to use in small devices and can provide more stable electrical connections. Compared to traditional pin-type connectors, surface mount connectors don’t require additional slots and are easier to solder. This design reduces the risk of incorrect contact and improves overall reliability. For high-density circuit boards, surface mount type can better meet dual requirements of space and functionality.
How can micro pogo pins avoid contact issues after prolonged use?
Micro pogo pins use high-quality gold-plated brass, beryllium copper, tellurium copper, stainless steel, etc., which can effectively avoid poor contact after long-term use. Precise design ensures contact surface remains stable at all times, reducing wear and tear. The spring of micro pogo pins can adapt to multiple uses, ensuring stable connection. In addition, the surface installation reduces vibration impact on the connection. Durable materials and design enhance reliability, ensuring equipment always operates normally.
What are special requirements for installation method of micro pogo pins?
When installing this type of connector, it is necessary to ensure circuit board surface is clean and flat. Due to surface installation method, precise alignment is required during welding process to avoid deviation or damage. Micro pogo pins are compatible with automated SMT production for production efficiency. Suitable for high-density circuit boards, please think about space planning during installation. To ensure optimal performance, the welding process should follow operating procedures for secure and stable connections.
What different work environments can micro pogo pins adapt to?
The surface mount micro pogo pins design has excellent environmental adaptability. They can provide stable electrical connections in extreme temperatures, vibration, and humidity. In high vibrative car devices or drones, stable operation can still be maintained. Spring design can adapt to frequent mechanical stresses. Suitable for various industries, it can withstand long working hours and resist external environmental challenges.
How does durability of micro pogo pins compare to traditional connectors?
Compared to traditional connectors, micro pogo pins have higher durability. Due to high-quality metal materials and precise design, they can withstand up to 200,000 cycles without losing contact effect. The spring design helps reduce friction during insertion and extraction, extending service life. Compared to common pin-type connectors, micro pogo pins are more suitable for frequent connection. They are widely used in high-end devices.
Does micro pogo pins support high-speed data transfer?
Surface mounted micro pogo pins are highly suitable for high-speed data transfer. They use highly conductive gold-plated brass, which can effectively reduce signal attenuation and provide stable high-speed signal transfer. They fit smartphones, wireless devices, and devices that require fast data exchange. The connector design ensures low latency and high stability during transmission. For high-frequency signals, micro pogo pins can meet data transfer speed and quality.
How to choose specs for micro pogo pins?
When choosing appropriate specs for micro pogo pins, please consider device size, space, and electrical requirements. Firstly, the pin pitch should be determined based on circuit board sizes. Secondly, suitable materials need to be selected based on equipment operating voltage and current. Finally, it is necessary to consider equipment usage environment and choose resistant to high temperatures and vibrations. The correct specification selection can ensure long-term reliability and efficient performance of micro pogo pins.
How much current can surface mount micro pogo pins withstand?
Johoty’s micro pogo pins can withstand 50A current, depending on connector design and the used raw materials. Generally speaking, this spring loaded pin can withstand currents from a few milliamps to 50 amperes. This makes micro pogo pins widely used in electronic devices, battery packs, and industrial equipment. High conductivity materials and precise spring design ensure stable current transfer without overload damage. Choosing micro pogo pins can meet current requirements of different devices.
