C1EXS-1036G

Rectangular Cable Assemblies continue to be a popular but complex component in many engineering and electronic applications. Among their many types, the C1EXS-1036G is an important rectangular cable assembly used in many fields. It is characterized by its thin, flat profile and multiple contact points. It offers increased signal density and flexibility in comparison to other rectangular cable assemblies.

The C1EXS-1036G is intended for use in various types of specialized applications. It works by providing increased signal density, which enables signal transmission at faster speeds. It also offers enhanced flexibility, making it well-suited for a variety of different applications. Additionally, this type of connector utilizes a secure and easy-to-install clamp system to keep the connector securely in place.

In terms of its applications, the C1EXS-1036G is often used in a variety of electronic industries including military, medical, telecommunications, and avionics. It is popularly used in devices such as sensors, marine navigation instruments, medical equipment, robots, and broadcasting equipment. The C1EXS-1036G is also ideal for high-temperature electronics due to its high heat tolerance.

The C1EXS-1036G is also known for its robust and reliable performance. This type of connector is designed to meet higher levels of performance and is certified by the National Electric Code and the Industrial Technology Institute. As such, it offers reliable performance in even the harshest of environments.

The C1EXS-1036G also has a unique working principle. This type of connector uses an array of contact points arranged in a linear array. These contact points are typically arranged in three separated rows. As the connector is plugged in, the contact points come together, which creates an electrical connection. As a result, data is transferred between the two components.

The C1EXS-1036G is a reliable and versatile component for a variety of applications. Its thin profile and multiple contact points offer increased signal density and flexibility. Additionally, it utilizes a secure clamp system for installation and is designed to achieve high temperatures tolerance. Finally, its linear array of contact points makes it an ideal choice for many electronic and engineering applications.