OSTYF100150

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Terminal Blocks - Wire to Board are connectors that are widely used in electrical assemblies, to connect a wire to a printed circuit board. The OSTYF100150 is a terminal block from OSTY Co. Ltd. that is designed to provide reliable electrical connectivity between the board and the wire. This article will explain the OSTYF100150’s application field and working principle.

Application Field of the OSTYF100150 Terminal Block

The OSTYF100150 terminal block is designed to be used in a range of applications. It is suited for high speed connections, and is an attractive choice in environments that are exposed to high levels of shock and vibration. It has been tested to withstand a variety of extreme conditions, such as temperatures as low as −40°C and as high as +105°C. Additionally, the terminal block has a current rating of up to 15A, with a 2.5 mm2 cross-section, and is insulated with a PVC sleeve.

The OSTYF100150 terminal block features a versatile range of mounting options. There are two options available: screw-type and plug-in. Both of these mounting types are suited for printed circuit boards, and provide a secure connection. Additionally, the terminal block can be used in board-through connections, allowing boards to be stacked together. It is also compatible with a variety of board thicknesses, from 1.6mm to 3.2 mm.

Working Principle of the OSTYF100150 Terminal Block

When assembling an electrical circuit, the terminal block is used to establish a reliable connection between the board and the wire. It achieves this through two main components: an insulator and a conductor.

The insulator is made from a durable, heat-resistant material, such as PVC. This provides an electrical barrier between the board and the wire. It also serves as a physical support for the conductor.

The conductor is typically made from a metal material, such as copper. It is placed between the board and the wire, and is the component that actually carries the electrical current. The conductor is typically held in place by a screw or spring clip, depending on the style of the terminal block.

Once the terminal block has been assembled, it is ready for use. To operate, the wire is inserted into one end of the insulator and the other end is connected to the board. The conductor will then transfer the electrical current from the wire to the board. This process ensures that a reliable connection is established and the circuit can function as normal.

Conclusion

The OSTYF100150 terminal block from OSTY Co. Ltd. offers reliable electrical connectivity between the board and the wire. It is designed for high speed connections, and is suitable for a variety of applications, including those exposed to high levels of vibration and temperature extremes. It can be mounted with either a screw-type or plug-in option and is compatible with a variety of board thicknesses. Finally, the working principle of the terminal block is based on two components: an insulator and a conductor. The insulator provides an electrical barrier between the board and the wire and the conductor carries the electrical current, providing a reliable connection between the two.

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