09140006456

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Heavy Duty Connectors - Contacts are a type of connector used for a variety of industrial, aerospace, or military applications. They are typically used to join two wires or cables, to transfer energy or information from one device to another, or for electrical connections between two separate devices. The 09140006456 is a heavy duty connector commonly used in industrial and military applications due to its rugged design and reliable performance.

The 09140006456 is a high current connector that features three pins designed to accept up to 14AWG size wire. The three pins are arranged as a U shape with one pin on either side and a third at the center. This design provides a large contact area between the wire and the pins, ensuring a tight connection and energy efficient performance. The 09140006456 is also designed with extra shielding and insulation to protect it from electromagnetic interference (EMI) and radio frequency interference (RFI). This makes the 09140006456 an ideal option for aerospace, industrial, and military applications.

When it comes to working principles, the 09140006456 utilizes the principles of electrical conduction, convection, and induction. Electrical conduction occurs when electricity passes through a conductor – such as the three pins of the 09140006456 – between two points. Convection is the motion of a fluid as a result of temperature, and is an important part of the 09140006456 connector, as heat must be removed from the connection in order to prevent it from over-heating and damaging the device. Finally, induction is the effect between two electric fields, created when the electricity flowing through the 09140006456 creates an electric field around the connector itself.

The 09140006456 is a multipurpose connector that is used in a variety of applications, from aerospace to military to industrial use. Its rugged design and reliable performance makes it an ideal option for reliable connections in harsh environments. Its working principles of conduction, convection, and induction ensure that energy is efficiently transferred between devices, and that extra shielding and insulation safeguards the connection from interference.

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