929745-01-14-I

Application Field and Working Principle of 929745-01-14-I

The 929745-01-14-I series of connector headers is a versatile, high-performance solution for a range of applications such as high-speed signal and power transmission, with a focus on machine vision projects. This series of headers offer a robust construction, an optimal design for PCB mounting, and are nano-coated to ensure reliable and long-term operation.

These connector headers are designed to be utilized in various applications including broadcast, security, medical imaging, network computing, and consumer electronics. They can also be used in applications that require fast signal transmission, high density connections, or miniaturized components. The nano-coating technology employed by the 929745-01-14-I series enables the connector headers to endure even in dust-proof and waterproof conditions. Moreover, these headers feature a load rating of 2A and a temperature ranging from -25 to +105°C.

The common features of this family include a 14 mm pin size with a 0.5 mm pitch; a standard body style of 2.54 mm form pin; and a recessed body with a tip length of 8.0 mm. Further, the overall length of the header is 15.0 mm. The male and female terminals of the 929745-01-14-I headers are made of brass and zinc alloy respectively, and they have a gold-plated finish to ensure optimal durability and conductivity.

The 929745-01-14-I series offers a secure connection between systems thanks to their secure locking mechanism. This mechanism ensures that the mating devices are kept in place and remain secure even under high vibration. The headers are also equipped with a high-quality insulation housing to protect the electronic systems from EMI. This series also features an ergonomic design that ensures easy maintenance and installation.

The 929745-01-14-I series of connector headers feature a wide range of advantages, making them an ideal choice for both industrial and consumer applications. Their robust construction ensures reliability and longevity, while their nano-coating technology makes them suitable for even the most hostile environments. Furthermore, their secure locking mechanism ensures safety and stability, while their ergonomic design makes them easier to install and maintain. Combined with their excellent signal performance, these spacious headers offer a great solution for all communication and power transfer requirements.