95278-101B24

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Rectangular Connectors—Headers, Male Pins, are a type ofelectrical connector used in a wide array of applications.They offer ease of installation, reliability, and are found in manydifferent shapes and sizes. One example of this type of connector isthe 95278-101B24. This article will discuss the application fieldandworking principle of the 95278-101B24.

The 95278-101B24 is a standard BICC header connector that can beused in equipment interfaces, and other applications such asautomotive, aerospace, industrial, military, and commercialelectronic devices.

Its features include:

• 96-pin configuration
• Gold-plated contact pins for improved signal integrity
• Longer pin life due to an improved locking system
• Low electrical resistance due to higher conductance
• Integral part number labels for ease of identification anddiscretely tracking product

The 95278-101B24’s working principle is rooted in its electricalconnectivity, which is derived from two elements: the outer housingandthe inner contact pins. This connectivity is then achieved by usinga spring-loaded contact pin system. The spring-loaded contact pinspush against the sides of the connector as force is applied,connecting the two elements. The 95278-101B24 is designed toperform this connection regionally, and is tested to meet theminimum requirements for each application.

The 95278-101B24 connector is also designed for use in the high-vibration environments typical of automotive,military, and aerospace applications. This is why the 95278-101B24encapsulates the contact pins in a non-metallic material to reducestress from shock and vibration. As a result, the connectoris able to provide better reliability, higherelectrical transfer efficiency, and increasedteetering life versusother competitors.

In conclusion, the 95278-101B24 is a BICC header connector that isused for equipment interfaces, and other applications such asautomotive, aerospace, industrial, military, and commercialelectronic devices. It offers a 96-pin configuration and gold platedcontact pins for improved signal integrity. In addition, it featuresthe use of integral part number labels for ease ofidentification and discretely tracking product, and encapsulation ofcontact pins in a non-metallic material to reduce stress from shockand vibration. With all these features, the 95278-101B24 is anideal choice for high-demand applications.

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