H4PXH-2006M

Rectangular cables have been used in many different areas due to their incredible durability and strength. H4PXH-2006M is one such rectangular cable and it is designed to deliver high-speed, high-performance data transmission performance with low power consumption. Its versatile design makes it suitable for use in many different areas such as medical equipment, industrial controls, servers, and routers.

The H4PXH-2006M is a rectangular cable boasting 30 pin positions with 8 utilized pins and a pitch of 0.56mm. It is composed of a highly conductive copper alloy, and is insulated in polypropylene to maintain its sturdy construction and prevent power leakage. The maximum operating temperature for this cable is -25°C to +105°C and its rated for a maximum voltage of 300V.

As far as applications, the H4PXH-2006M fits perfectly in any modems, digital cameras, audio/video (A/V) systems, remote control systems, surveillance systems, and data processing systems. Aside from these applications, it is also suitable for environments with high vibration or shock loads due to its sturdy construction and its resistance to static electricity and dust.

In terms of its working principle, the rectangular cable allows electrical current to flow between pins connected to one another. It works by having the contacts contained within the cable and the copper alloy enclosed in the insulation. The insulation is placed between two conductors to keep current away from the second one. Unlike other cables, the insulation on the H4PXH-2006M allows for a wider range of operation, making it ideal for applications in areas with high speed or high performance data transfer.

Overall, the H4PXH-2006M is a rectangular cable designed for exceptional performance in areas such as medical equipment, industrial controls, servers, and routers. It provides superior performance in regard to speed, power consumption, strength, and resistance to dust, vibration, and static electricity. Its versatile design makes it the ideal choice for many different applications from audio/video systems to data processing systems.