68004-136HLF

The 68004-136HLF is a rectangular connector type that is used in a wide range of applications including motor controls, audio/visual systems, and instrumentation equipment. This connector type is designed to allow for both power and signal transmission in a single unit. The 68004-136HLF provides a reliable and cost-effective solution for a variety of electronic applications.

The 68004-136HLF is a type of Headers, Male Pins connector that uses a single pair of contacts, each measuring 1.27mm (0.050") in diameter. This connector type utilizes an 0.50" (C), 0.41" (N), and 0.38" (P) terminal size and is suitable for through-hole machine connection. The connector type also features an M3 thread size and has a recommended panel cutout range of 2.5-14mm.

The 68004-136HLF is designed to deliver reliable performance in high-speed circuitry. It offers low-resistance electrical performance and can remain stable at various temperatures and vibrations. This connector type is also resistant to signal interference, making it an excellent choice for applications that require signal integrity. Furthermore, the 68004-136HLF is designed with a UL 94V-0 rated insulator material, making it suitable for high-power applications.

The 68004-136HLF is easy to install and requires minimal user intervention. The connector type is designed to provide superior contact force for a secure connection. In addition, the 68004-136HLF features a low connector height which allows for a compact installation size. This reduces circuit board space and improves system packaging.

The 68004-136HLF connector type is used in a wide variety of applications. It is often used in motor control, audio/visual systems, and instrumentation equipment. The connector type is also used in motion control, robotics, seismic isolation systems, and other automation applications. It is also commonly used in automotive, military, medical, and communication applications.

The 68004-136HLF is designed to ensure a reliable signal transmission. It operates on a differential line transmission principle and utilizes a shielding system to provide enhanced performance. This type of connector also reduces signal interference and static noise, as well as providing a secure connection for various power and signal transmission applications.