1725090222

Series:	EXTreme Ten60Power™ 172509
Packaging:	Tray
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Connector Type:	Housing for Female Blade Sockets
Connector Style:	EXTreme Ten60Power™
Number of Positions:	2 (Power)
Pitch:	--
Number of Rows:	1
Mounting Type:	Free Hanging (In-Line)
Connector Usage:	Receptacle
Features:	Locking Latch, Terminal Position Assurance (TPA)
Color:	Black
Note:	Contacts Not Included

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Backplane Connectors – HousingsHousings are the foundation for any backplane connection and a critical component for a secure connection. Housings literally house other backplane components such as the pins, blades, connectors, edges and more. When constructing a backplane connector, it\'s important to understand the various types of housings that can be used.The first type of housing is the insulated blank type. These are usually plastic and are great for protecting the backplane components from shock and vibration. These housings are designed to also protect the pins and blades that make up the backplane connection. The second type of housing is the shielded type, which is commonly used in high-speed environments. These housings are also made of plastic, but they include a metal shield that helps to reduce electrical interference.The third type of housing is the unshielded type. These housings are made of either metal or plastic and offer minimal protection against shock and vibration. These housings are ideal for environments where a high-speed connection isn\'t necessary.The fourth type of housing is the connector trap type. These housings are designed to secure a backplane connection and typically feature two sides that are secured together with a pin or blade. The pin or blade is inserted and snapped into place so that the backplane connection is securely held in place.No matter which type of housing you choose, it\'s important to choose a quality connector and housing that will ensure a reliable and secure connection. Additionally, it\'s important to make sure that the connector and housing are compatible with the components that make up the backplane connection. Selecting the right housing also requires compatibility testing to make sure that it meets the necessary requirements.Once the proper backplane connection components are selected, they must be assembled to form the backplane connection. To do this, the components are first inserted into the housing and the connectors are added. The connectors are then screwed to the housing using special screws.The last step is the assembly of the edges. This is done by aligning the blade or pins of one edge with the blade or pins of the other edge. Once aligned, each edge is secured to the housing and the backplane connection is complete.The 1725090222 is one example of a backplane connector housing. This particular backplane connector housing is designed to be used in high-speed applications. It is constructed with a shielded plastic housing, as well as a connector trap design that eliminates the need for a pin or blade. It also features two insulated sides that come together for a secure connection. It is a reliable and secure option for any high-speed application and is sure to provide an optimized connection.

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