172890-7

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172890-7 Connectors (also known as terminal housings) are a type of connector that is used to connect wires or circuits with one another. They are available in several styles and sizes and can be used with a variety of cable types. The 172890-7 Connectors are typically used in applications where space is a premium or where the connector needs to be able to withstand high temperatures or moisture exposure.

A 172890-7 Connector is a three-piece, self-positioning design. It consists of a base and two covers (or ‘boots’), which slip into each other and are secured by two tabs. The base can be either a circular or rectangular shape and is typically constructed of metal or plastic. This is the piece that the wires or circuits are connected to. The two covers (or boots) are spring-loaded and are designed to hold the wires securely in place.

172890-7 Connectors are most commonly used in industrial automation and process control applications as well as in telecommunications, electrical, data communications, aerospace, medical and automotive industries. They are often used to make connections in tight spaces or in situations where a more robust solution is required. They have excellent signal integrity and are capable of providing high frequency performance when compared to other types of connectors. The connectors are also typically designed to resist corrosion and withstand temperatures up to 150 degrees Celsius.

When using a 172890-7 Connector, one first must attach the base to the device that is being connected. Then the wires or circuits are connected to the base using the appropriate hardware. Once the hardware is in place, one must then slide the covers onto the base and secure them with the two tabs. If the tabs are not properly secured, then the connection may not hold. Finally, the connector is ready to be used.

172890-7 Connectors provide a secure and reliable connection and are a great option for applications where space is a premium or where the connector needs to be able to withstand high temperatures or moisture exposure. They are designed to resist corrosion and withstand temperatures up to 150 degrees Celsius, and are capable of providing high frequency performance when compared to other types of connectors. They are ideal for use in industrial automation and process control applications, telecommunications, electrical, data communications, aerospace, medical and automotive industries.

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