Advantages of 6 Pin Pogo Connector, Pitch 1.80~2.54
Low contact resistance, stable and lossless signal transfer
In high-precision electronic devices, signal integrity is crucial. 6 pin pogo connector uses gold-plated contacts with a contact resistance as low as 50mΩ, ensuring efficient transfer of data and power. Low contact resistance will result in less energy loss, and in high-speed data transfer, it can maintain signal integrity without interference. Compared to traditional connectors, it significantly reduces signal latency. This pogo pin connector is used for high-speed communication equipment, precision measuring instruments, and high-end audio and video transfer equipment, making it smoother and more stable.
Spring loaded design, long life without decay
Traditional connectors are prone to contact point wear, which affects signal quality. 6 pin pogo connector adopts a spring-loaded structure to ensure stable contact pressure. It has undergone 200,000 contacts, maintaining low impedance and high stability. Spring’s precise rebound force can also adapt to different equipment tolerances, ensuring perfect contact points and reducing mechanical fatigue. This structure significantly enhances durability, especially suitable for high-frequency plugging and unplugging electronic devices. Such as medical instruments, industrial robots, and military communication equipment.
Ultra-thin low profile design, suitable for precision micro devices
In smart wearables, wireless headphones, and ultra-thin tablets, 6 pin pogo connector often contribute a minimum low profile design of 1mm. It can easily blend into extreme spaces while keeping power and signal transfer high effective. Compared to traditional connectors, it excels in size optimization. This pogo pin connector can free up internal space, allowing the product to integrate more functions. Its low profile design makes the appearance more compact and enhances the overall structural strength of the equipment. Ensure that miniaturized devices maintain high reliability and are suitable for various lightweight and modular electronic products.
Magnetic blind insertion docking, precise and efficient without calibration
Traditional connectors require manual alignment for insertion and removal, while 6 pin pogo connector uses a magnetic docking solution. Users can achieve stable connections without precise alignment, greatly improving the user experience. The magnetic structure can also automatically correct equipment misalignment and reduce physical damage. This pogo pin connector is suitable for in-car devices and smart office terminals. This intelligent blind insertion design can optimize assembly accuracy and make equipment assembly more efficient. It can avoid manual alignment errors, improve the overall system’s connection stability and user convenience.
High rated current support, multifunctional integrated transfer
The integration design of power and data transfer has become an industry trend, and many customers of Johoty consult about this compatibility. Our 6 pin pogo connector supports rated currents of 1A~20A, ensuring high-power charging needs. Compatible with USB UART, I²C, SPI. Reduce the number of device interfaces and improve overall integration. This pogo pin connector can accomplish more tasks in a smaller space. It is suitable for smart homes, car charging systems, and high-end industrial automation equipment. The equipment will be more concise and efficient, maintaining excellent power and signal transfer performance.
High shock and impact resistance for stable connection in extreme environments
In automotive electronics, drones, and military equipment, connectors must be able to withstand strong vibrations and impacts. 6 pin pogo connector features high-strength stainless steel springs and gold-plated contacts. Under extreme working conditions, it can still maintain a stable connection and will not disconnect due to vibration. Its springs provide more stable mechanical support, suitable for high-speed motion scenarios. The equipment can maintain reliable connections in harsh environments, enhancing the overall safety and reliability of industrial and military applications.
Compatible with automated production, optimizing assembly efficiency and reducing costs
Traditional connectors require precise manual alignment during production and assembly processes. 6 pin pogo connector is compatible with SMT surface mount and through-hole soldering installation. It can fully adapt to the high-speed operation of automated production lines. It can improve welding accuracy and reduce manual intervention. This optimized manufacturing process can significantly reduce production costs, improve consistency, and is suitable for large-scale production needs. In consumer electronics manufacturing, industrial automation & innovation, and automotive electronics manufacturing, it can help improve production efficiency. And, it can also reduce defect rates, and accelerate product launch.
Customizable design, flexible to adapt to different application needs
Different devices have different requirements for the size, current, stroke, magnetic attraction, etc. of connectors. 6 pin pogo connector can be deeply customized, including poto pin pitch, plating material, spring pressure, housing material, etc. In this way, your terminal product can be perfectly adapted. Compared to traditional connectors, it has stronger customization capabilities. This pogo pin connector can meet different needs from consumer electronics to high-end industrial control systems. It enables the product to achieve optimal compatibility in terms of structure, performance, and appearance. Furthermore, it can enhance the overall design flexibility and market competitiveness of engineers.
FAQ
Can 6 pin pogo connector use in zero gravity environments?
In space environment, ordinary connectors may experience poor contact due to vibration or interference from small particles. 6 pin pogo connector relies on a spring-loaded design to maintain a stable connection. Gold plated contacts reduce oxidation and ensure long-term reliability. Compared to traditional connectors, its floating contact can automatically adapt to small positional changes. Low contact resistance ensures stable power and signal transfer. Magnetic docking enables devices to quickly connect in weightless state, improving stability of aerospace applications.
Will 6 pin pogo connector wear out during high-frequency mechanical motion?
Mechanical arms and automation equipment require high durability connections. 6 pin pogo connector uses wear-resistant spring loaded pin and supports 100,000 insertions, far exceeding traditional physical plug-in interfaces. The gold plating layer reduces friction loss and ensures low contact resistance during long-term use. This pogo pin connector has an independent spring structure that reduces physical impact forces. The spring force can be adjusted to meet different pressure requirements. Self lubricating materials further reduce the risk of wear during long-term exercise.
Can 6 pin pogo connector use for high-voltage connections?
6 pin pogo connector is often used for low-voltage signal and power transfer, but customized connector can support high-voltage. PBT or LCP can significantly improve voltage resistance. Pogo pin connector features gold-plated contacts and special spring, this can reduce arc effects for high voltage pulse. The pitch for pogo pin can reduce the risk of breakdown. For specific applications, it can add additional shielding to enhance devices’ security and stability.
How to prevent 6 pin pogo connector from loosening in high vibration?
High vibratio cars and drones always require exceptional stability. 6 pin pogo connector can provide stable contact pressure through spring preloading. The gold-plated plunger tip can reduce oxidation and improve long-term reliability. Compared to other connectors, this pogo pin connector can enhance its impact resistance with magnetic assisted docking. Customized spring stroke can optimize connection strength. Its housing can enhance alignment accuracy and remain stable in continuous vibrations.
Can 6 pin pogo connector work stably underwater?
6 pin pogo connector has IP67/IP68 protection for humid or underwater. Gold plated pins reduce moisture erosion and ensure signal stability. Compared to ordinary connectors, internal sealing structure of pogo pin connector can prevent short circuits. The spring structure ensures reliable connection in water flow. Insulating LCP provide additional resistance to chemical corrosion and can still operate reliably after long-term immersion.
Can 6 pin pogo connector function properly in extreme low temperature?
In polar devices or high-altitude detection at sub zero temperatures, 6 pin pogo connector uses cold resistant springs and gold-plated contact points. This can prevent metal embrittlement or failure caused by low temperatures. Compared to regular connectors, this pogo pin connector using special alloy enhances its low-temperature adaptability. Optimizing spring force can reduce the impact of thermal expansion and contraction. Johoty’s low contact resistance design can prevent signal loss caused by temperature changes. Specialized insulation materials can prevent condensation water from affecting its connection performance.
Will magnetic docking affect the stability of signal transfer?
Magnetic field interference is a concern for engineers. 6 pin pogo connector adopts a magnetic field shielding design, which does not affect signal transfer. Compared to connectors without EMI protection, its magnetic field strength has been optimized through calculation and doesn’t affect data transfer. Low contact resistance of this pogo pin connector reduces signal loss and improves anti-interference. The spring-loaded structure ensures a stable connection under slight vibrations. The shielding layer can effectively enhance the ability to resist EMI interference.
Can 6 pin pogo connector withstand transient lightning currents?
In outdoor base stations or areas prone to lightning, equipment must have the ability to withstand transient currents. 6 pin pogo connector improves transient current tolerance by optimizing contact material and spring structure. Its plunger tip can reduce high-voltage impact damage, making it more suitable for lightning protection applications. The transient response of pogo pins can reduce arc effects. Special shielding layer can guide high currents to ground, preventing damage to internal circuits. The structure of 6 pin pogo pin connector can be customized to enhance its resistance to transient impacts.