Female Pogo Pins Connectors
(Total 1 Products)-
Brand:szxyqMin. Order:1 Piece/PiecesModel No:062007Transportation:Ocean,Land,Air,ExpressSupply Ability:1 million pieces per monthPlace of Origin:chinaThe TYPE-C 24-pin Female Upright Connector is a high-performance, vertically mounted interface component that supports full-featured USB Type-C applications, including fast charging, data communication, and video signal transmission. With a complete...
Female Pogo Pins Connectors
The concave Pogo pin connector of szxyq is designed specifically for electronic devices that require highly reliable and flexible connections. Adopting a precision concave spring pin design, it is compatible with various male connectors, achieving stable and self-adjusting connections. The spring pin is made of high elasticity beryllium copper and has undergone multiple layers of gold plating treatment, which has excellent conductivity and corrosion resistance. The shell is made of high-strength PBT engineering plastic, providing durability and insulation. The product is manufactured strictly in accordance with ISO international standards and has passed multiple certifications such as CE, FCC, and RoHS.
Hot-Sale Product
numerical controlled (CNC)
szxyq's Female Pogo Pins Connectors adhere to the concept of "Precise Connection, Empowering Innovation". We understand that in the wave of digital and intelligent development, every connection component is a key link in promoting technological progress. From product research and development to production and manufacturing, we always take innovative technology as the core driving force and strict quality control as the cornerstone, deeply understanding customer needs. We are committed to providing customers with high - performance and highly reliable connection solutions, helping all kinds of electronic devices achieve more stable and intelligent connections, and injecting continuous impetus into technological development and life innovation.
Technical Highlights
- 01Precision concave structure designThe unique concave spring pin design optimizes the contact area and improves connection stability.
- 02Multi - layer gold - plating processThe gold - plating layer thickness reaches [X]μm, effectively enhancing oxidation resistance and electrical conductivity, and extending the service life.
- 03Automated production technologyThe fully automated production line ensures production efficiency and product quality, with a defect rate of less than 0.05%.
- 04Sealed waterproof technologySome models have an IP68 waterproof rating, meeting the usage requirements in special environments such as underwater.
FAQ
What is the maximum current that Female Pogo Pins Connectors can withstand?
The current - carrying capacity varies by model. Generally, standard models can withstand 0.5 - 2A, and high - current customized models can support 5A or even higher. Please refer to the product specification for details.
What issues should I pay attention to when installing Female Pogo Pins Connectors?
Before installation, ensure that the PCB board is clean, free of dust and impurities. When using the SMT soldering process, strictly control the soldering temperature (recommended 240 - 260℃) and time (no more than 3 seconds) to avoid damaging the connector due to high temperature. When installing with the DIP method, ensure that the pins are aligned with the pads and soldered firmly.
How is the waterproof performance of the connector reflected?
Waterproof models have clear waterproof rating markings. For example, IP67 means it can be immersed in water 1 meter deep for 30 minutes without affecting performance. IP68 has a higher protection level and can adapt to deeper water immersion or longer soaking times. However, non - waterproof models should not be used in humid environments.
What are the advantages of Female Pogo Pins Connectors compared to other types of connectors?
Compared with traditional connectors, it has the characteristics of self - adaptive elastic connection, high plugging and unplugging lifespan, and high customization. It can better compensate for assembly errors, is suitable for frequent plugging and unplugging scenarios, and parameters can be flexibly customized according to different requirements.