165X10149XE

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The 165×10149×E backshells, hoods, and connectors are a type of D-Shaped Connectors. This type of a connector is widely used around the world when it comes to making secure electrical connections.

A typical example of a 165×10149×E D-Shaped Connector consists of two parts, namely the backshell and the hood. The backshell is the component that fits around the electrical connector, usually providing a contact surface with the wire that runs through the shell. The hood is the component that attaches to the backshell, allowing for access to the electrical contacts within the connector.

The main purpose of these D-Shaped Connectors is to provide a secure, reliable connection between electrical components and the wiring that passes through them. In most cases, the backshells and hoods are constructed from metal, although there may be some plastic components used. This construction type makes it extremely durable and resistant to temperature changes, water, vibration, and other environmental factors.

When it comes to the working principle of the 165×10149×E D-Shaped Connectors, it is based on the use of grooves or channels which provide a safe path for the electrical connection. The grooves are typically machined into the backshell and hoods, which allow the use of specialized pins to be inserted into the grooves. As the pins are inserted, they make electrical contact with the corresponding pins in the electrical component.

The main application fields of these D-Shaped Connectors are in industries such as computers, telecommunication, automotive, and home electronics. These connectors are used in a variety of applications to make reliable electrical connections in a wide range of devices, including computers, telephones, modems, and other electrical devices.

On the whole, the 165×10149×E D-Shaped Connectors are highly versatile electrical connectors that are used in numerous applications. They provide a secure and reliable connection between the electrical components and the wiring that passes through them. Moreover, they are extremely durable and resistant to temperature changes, water, vibration, and other environmental factors. In this way, they make electrical connections more accurate and reliable.

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