The DIP Pogo Pin is a crucial component in today’s electronics, providing reliable connections across various applications. Pomagtor, a company founded in 2007, specializes in designing quality pogo pin solutions, including the highly efficient DIP Pogo Pin. These pins are essential for devices that require steady electrical contact, such as consumer electronics and medical devices, where precision is vital.
Key Features of DIP Pogo Pins
One of the standout characteristics of the DIP Pogo Pin is its robust design, which includes a positioning pin at the bottom of the barrel. This feature ensures that the pin remains securely in place once mounted on a printed circuit board (PCB), significantly reducing the chances of misalignment. With a mechanical life rated at 10,000 mating cycles, these pins offer long-lasting performance, making them ideal for modern electronic applications.
Specifications and Customizations
Manufactured by Pomagtor, the DIP Pogo Pin has specific technical specifications that cater to various needs. Each pin operates within a temperature range of -30°C to 85°C and supports a rated voltage of 5V with a current capacity of 1A. Furthermore, Pomagtor offers customization options, allowing clients to select features like gold plating according to their requirements. This versatility makes the DIP Pogo Pin suitable for numerous applications.
Commitment to Quality and Sustainability
Pomagtor prioritizes quality and sustainable practices in their manufacturing processes. Every DIP Pogo Pin they produce reflects their commitment to constant improvement. The company adheres to strict environmental regulations, actively working to reduce energy consumption and minimize waste in their operations.
Conclusion
In conclusion, the DIP Pogo Pin plays an indispensable role in ensuring reliable electrical connections in modern electronics. With Pomagtor’s commitment to quality, customization, and sustainability, these pins exemplify the advanced technology required for today’s demanding applications. As electrical devices continue to evolve, the role of these high-performance connectors will only become more critical.
