H8PPH-1636G

Application Field and Working Principle of H8PPH-1636G

H8PPH-1636G Rectangular is a type of high power industrialCable Assemblies, designed to provide power and communication between two or more electronic devices. It is widely used in communication, measurement and control applications.

H8PPH-1636G Cable Assemblies utilize a unique ribbed contact with low resistance and excellent electrical performance. It can provide up to 18 Gigabit per second transmission speeds and 16-18 Amps current capacity, and is designed for use in high temperature and vibration environments, suitable foreven the most extreme conditions.

The basic working principle of H8PPH-1636G is that it utilizes advanced Differential impedance Data Link (DIDL) technology to maximize the performance of the Cable Assemblies during data transmission and reduce distortion. The signal is sent across two conductors (shielded and unshielded twisted pair) and transmitted in two opposite directions for maximum signal integrity. The twisted pair maximizes isolation between each conductor, ensuring a clear signal transmission without interference.

Additionally, H8PPH-1636G is designed with a full strain relief mechanism which increases durability and provides an added layer of protection. This helps to increase the life expectancy of the Cable Assemblies and ensures a reliable connection over time. The strain relief mechanism also provides increased flexibility, making it suitable for use in curved or bent areas.

H8PPH-1636G is RoHS compliant and has a lifetime of up to 10 million mating cycles. This makes it ideal for applications where frequent unplugging and plugging is required, such as in production lines or testing equipment. It is also typically resistant to shock and vibration, making it suitable for installation in vehicles, tubes, or other harsh environments.

To sum up, H8PPH-1636G is a perfect choice for a wide range of industries that need reliable and efficient power and communication cables. It can be used for industrial automation, automotive, aerospace, railways, military, and more. Its advanced signal transmission technology and strain relief mechanism ensures reliability and durability.