55499-5003

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Backplane connectors are specialized connections for structuring boards, enabling modules, and motherboards to exchange data. The 55 499-5003 is an example of such a connector, and while it aims for the same purpose as other backplane connectors, it has its own unique characteristics in terms of field of use and working principle.

The 55 499-5003 backplane connector is a specialized connector designed for industrial usage, specifically environments that require products that are especially rugged against vibration and shock exposure. Its small form-factor makes it ideal for tight spaces, such as enclosure and box-level applications, while its protective shell allows the unit to withstand ambient temperature ranges of -40°C to +85°C.

One of the unique features of the 55 499-5003 is that it can be used with 14 contact rows in parallel applications, allowing for a higher number of contacts per module. This makes the connector especially powerful for portable solutions as well as when integrating multiple modules into a backplane. Additionally, it includes an integrated ledge system that provides improved strain relief and allows for significantly reduced insertion force.

The 55 499-5003 backplane connector works using a standard insulation displacement contact (IDC) and includes a locking clip for additional security in both housing and connectors. This allows it to securely engage and mount into backplanes without the need for soldering. Additionally, its durable shell is designed to provide several points of contact and allow modules to remain connected even under severe vibration or shock. These features also give the 55 499-5003 a strong protection against infiltration from outside contaminants.

The 55 499-5003 connector has a number of distinct advantages over other backplane connectors, including its suitability for industrial environments and its ability to work with 14 contact rows in parallel applications. It also provides better strain relief and requires less force for insertion, allowing for safer and simpler usage. Moreover, its protective shell ensures superior resistance against vibration, shock, and contaminants, providing an extra layer of protection in industrial applications.

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