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Advantages of Surface Mount Pogo Pins, L 4.00~4.99 mm
High density connection
Surface mount pogo pins can provide multiple contacts within a limited space, support more electrical connections. Its design enables high-quality signal transfer in a small area. Ensure the stability of high-frequency signals through precise material selection. Each pogo pin passes rigorous performance optimization. Suitable for high-end devices, ensuring precise and stable connection.
Automated assembly support
The design of surface mount pogo pins is suitable for automated assembly and can improve production efficiency. SMT technology simplifies assembly process and reduces manual intervention. You don’t need complex steps or additional tools during assembly. This advantage can greatly shorten production cycle. Automated support means that products can meet market demand in short time.
high reliability
The surface mount pogo pins are made of the best brass to ensure stability during use. It has strong durability and isn’t easily affected by external environments. Each connection point can withstand frequent operations. High reliability makes it very popular in both industrial and consumer electronics. Under extreme conditions, surface mount pogo pins can also maintain excellent performance.
Miniaturization design
Surface mount pogo pins have an extremely compact size, making them suitable for devices with limited space. The miniaturization design reduces the occupied space, making the entire product design more compact. Despite its small size, surface mount pogo pins offer no compromise on functionality and performance. Provide support for high-precision equipment to ensure that compact devices still have efficient electrical connections. Miniaturization saves space and reduces overall production costs.
Accurate positioning
Surface mount pogo pins provide extremely precise positioning, ensuring the fit between the connection points and the circuit board. Accurate spring force design ensures stable contact during insertion and removal. Each pogo pin undergoes strict precision testing. Ensuring consistency throughout frequent connection. Accurate positioning is crucial for equipment that requires high-precision electrical connections.
High anti-interference ability
Special metal materials and precision craftsmanship used in pogo pins help improve their anti-interference. Even in high frequency, high temperature, or EMI, it can maintain stable operation. The enhanced electrical contact reduces signal attenuation. The anti-interference makes pogo pins suitable for communication devices and high-end electronic products. Surface mount pogo pins can effectively avoid impact of external EMI on device performance.
Simple maintenance
The design of surface mount pogo pins focuses on simplifying maintenance. They have long lifes cycles with minimum maintenance. Even under high-frequency use, the loss is minimal. The replaceability makes repair and replacement more convenient and efficient. This saves customers maintenance costs and time, and improves overall production efficiency.
Strong adaptability
Surface mount pogo pins have strong adaptability for various types of devices. Whether it’s consumer electronics, smart SOS, automotive electronics, robots, or medical devices, they can all provide ideal electrical connections. They support different temperatures and environments. Adapt to special needs of different devices through flexible design. The strong adaptability makes surface mount pogo pins a universal solution across multiple industries.
FAQ:
What is spring force of surface mount pogo pins?
The spring force of surface mount pogo pins is very precise and will be adjusted according to design requirements. The spring force is from 15gf to 10,000gf, It can provide sufficient pressure to ensure connection stability. Pogo pin spring force of different models may vary, ensuring good contact during each insertion and removal. Excessive spring force can cause difficulty in insertion and removal, while insufficient force may not guarantee a stable connection. Johoty’s R&D engineers will optimize according to actual needs to balance stability and ease of operation.
How to choose appropriate surface mount pogo pins size?
When choosing appropriate size, you need to consider space and connection requirements of youe circuit board. Excessive size may take up too much space, leading to unreasonable circuit design. If the size is too small, electrical contact will be insufficient. Usually, designers choose pogo pin size based on product’s functionality, expected use frequency, and electrical connection requirements. It is also necessary to consider overall equipment structure and special requirements on usage environment.
What is lifespan of surface mount pogo pins?
The working life of surface mount pogo pins is usually closely related to usage frequency and conditions. Generally speaking, high-quality pogo pins can achieve ≥10,000 cycles. High quality metal materials and precise spring design can effectively meet this target, and, with Johoty’s special designs, it can achieve up to 200,000 cycles or more. The temperature, humidity, and frequent uses can all affect their lifespan. Usually, Johoty’s R&D engineers always estimate life cycles based on actual applications to ensure their long-term reliability.
What is temperature of surface mount pogo pins?
The temperature of surface mount pogo pins ranges from -40℃ to+125℃, depending on material selection and design requirements. Excessive or insufficient temperature can affect spring force and contact effect, and may even lead to connection failure. In order to cope with different environments, pogo pins uses high-temperature resistant materials to ensure stable operation under extreme temperatures. During design, selecting appropriate temperature resistance level based on actual applications.
How to ensure contact performance of surface mount pogo pins?
Contact performance of pogo pins is determined by precise materials and structural design. The springs and contact points inside each pogo pin are rigorously optimized to ensure stable contact. High quality metal materials and coatings can reduce contact resistance and ensure good conductivity. The design of contact points also takes into account frequent docking to maintain reliable electrical connections during long-tie use. The overall design precision makes pogo pins run well in high-precision equipment.
Can surface mount pogo pins be used for high-frequency signal transfer?
Yes, pogo pins can transfer high-frequency signals. Johoty R&D always think about their stability of signal transfer and low resistance for high-speed data transfer. In high-frequency devices, precise contact force and low contact resistance of pogo pins ensure signal integrity. The high-quality metals and coatings can effectively reduce signal loss. When designing, clients will give special consideration to high-frequency applications to ensure producta work well.
What are applicable of surface mount pogo pins?
Surface mount pogo pins are suitable for various electronic devices, including consumer electronics, smart SOS devices, automotive electronics, medical healthcare devices, and industrial equipment. They are used in places that require precise electrical connections, in miniaturized designs and high-frequency transfer equipment. Pogo pin flexible design can provide reliable connection solutions in different fields. In addition to conventional communication equipment, high-end devices in the medical, aviation, and automotive industries often use surface mount pogo pins. The connectivity requirements in different fields determine diverse applications of surface mount pogo pins.
How to ensure connection between surface mount pogo pins and circuit board?
To establish a good connection between surface mount pogo pins and circuit board, the first step is to select appropriate pogo pin specns and position. When designing, know insertion and removal direction and spring force of surface mount pogo pins to avoid poor contact. Secondly, circuit board surface needs to be smooth and flat to avoid dirt or oxides affecting the connection quality. The welding position and method of surface mount pogo pins are also crucial to ensure good welding processes and material selection. Finally, regularly checking connection points and promptly replacing worn surface mount pogo pins to extend their lifespan and maintain stable connections.
