SQW-111-01-LM-D-VS-A-K

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Rectangular Connectors - Headers, Receptacles, Female Sockets are widely used in a wide range of electronics. In this article we look in detail at the popular SQW-111-01-LM-D-VS-A-K rectangular connector and its uses and working principle. §§p>

The SQW-111-01-LM-D-VS-A-K rectangular connector is manufactured according to DIN EN 13600. It is a female connector with vertical orientation. Its metal shell is made of zinc alloy with nickel plating and measures 11.00 mm wide, 37.90 mm long, with a height of 8.90 mm. It has 2 poles, and accepts cavities in the sizes 2.00 mm to 3.00 mm, while the contact is made of a copper alloy.

The purpose of this rectangular connector is to bridge electrical circuits between two or more electronic devices, with electrical signals passing through the connector\'s contact in the form of current or voltage. As such, SQW-111-01-LM-D-VS-A-K are mainly found in communication, computer, industrial, automotive, instrumentation, medical, audio/video, military, and aerospace applications.

The working principle of the SQW-111-01-LM-D-VS-A-K connector relies on the transmission of an electrical current between two or more electrical components. The connector has two metal contacts which form an electrical bridge, with one contact being connected to the power source or circuit while the other is connected to the electrical component. The electrical signals traveling across this contact can be either DC (direct current) or AC (alternating current) electricity.

In operation, the SQW-111-01-LM-D-VS-A-K connector allows for the transfer of electrical energy from one component to another. By providing a low resistance path for electricity, the connector can augment the efficiency of the energy transfer. This feature can be critical for certain applications, as AC electricity is more volatile and power spikes can cause permanent damage to components if not addressed quickly.

Depending on the application, the SQW-111-01-LM-D-VS-A-K can also be used to transmit sensor data in lieu of electrical current. This is achieved by using an inductor, which can be fitted onto the connector tail. The inductor measures the resistance across the electrical bridge and converts it into a measurable current. This makes it possible to transmit sensor information without a direct connection to the component.

The SQW-111-01-LM-D-VS-A-K connector is well-suited for high-density applications due to its compact size. They are reliable and durable, capable of withstanding temperatures up to 125°C for extended periods of time. Moreover, they have a secure locking mechanism, which ensures a tight connection between components.

In conclusion, the SQW-111-01-LM-D-VS-A-K rectangular connector is an important part of a wide range of electronic applications. It is reliable and durable, and is capable of transferring both electrical energy and sensor data with excellent efficiency. Moreover, its size and secure locking mechanism make it fully suited for high-density applications.

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