1-536507-1

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Backplane connectors are user-friendly solutions for connecting and attaching a wide range of components or devices. They are typically chosen for their versatility in mixed-slot configurations and the ease with which connections and disconnections can be made. The 1-536507-1 backplane connector is a specialized connector that is commonly used in fields where accuracy and precision are critical. It has a small form factor and a high degree of reliability.

The 1-536507-1 connector is designed with two in-line contacts that are secure and firmly snap-fitted to the backplane board. The advantage of having two sequential contact points rather than a single point of contact makes it suitable for attaching high precision components, such as sensors, in a quick and secure way. The robust design and secure connectors also provide reliable connections for a variety of backplane designs and makes it an excellent choice for applications where space is limited.

The 1-536507-1 backplane connector is designed to offer a superior degree of vibration resistance in harsh and exposed environments. Since the contacts are closed within a single insulating shell, they are protected from the elements and are able to maintain their contact integrity, even when subjected to extreme vibration or environmental stress. Additionally, the integrated ground contact provides a secure ground connection for added durability.

The precise alignment of the two contact points is made possible by the use of precision-machined pins which guarantee consistent connection density. The molded plastic housing withstands high temperatures and ensures tight contact force, resulting in reliable and consistent data transmission. Furthermore, the connector is designed to catch any mechanical misalignment, which prevents the signal from being twisted or compromised.

The 1-536507-1 backplane connector provides reliable and secure connections for a variety of applications, such as embedded systems, communications, industrial control, and military applications. Its advanced design, secure connections, and robust construction make it a suitable choice for applications where high accuracy and reliability are required. Additionally, its compact form factor allows it to be used in applications where space is limited.

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