1752269

Mounting Type:	Through Hole
Screw Thread:	--
Torque - Screw:	--
Screw Material - Plating:	--
Clamp Material - Plating:	--
Contact Material - Plating:	--
Housing Material:	Polyamide (PA), Nylon
Operating Temperature:	--
Color:	Green
Features:	--
Wire Termination:	Screwless - Spring Cage, Tension Clamp
Series:	COMBICON SPTA
Wire Gauge:	16-26 AWG
Voltage:	300V
Current:	10A
Mating Orientation:	25° (155°) Angle with Board
Pitch:	0.197" (5.00mm)
Positions Per Level:	7
Number of Levels:	1
Part Status:	Active
Packaging:	Bulk

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Terminal blocks – wire to board is a major application field whereby the mentioned component is used. Involved in powering and connecting circuits, it serves as both an electrical connection and a circuit management system. Thus, this article will look into the details of the application field and the working principle of terminal blocks – wire to board.Terminal blocks are an integral part of nearly every type of electrical system, and have been used for decades to both power and connect circuits. Operating on a simple, yet effective principle, terminal blocks are the foundation of the electrical systems used in industrial, commercial, and medical applications.In simple terms, terminal blocks are electrical connections that divide a circuit into separate segments or “blocks.” These blocks are usually made of a hard plastic or metal material which houses two or more connecting points. At each of these connecting points, a wire can be inserted. The point at which the wires meet is then electrically insulated by a connector, such as zip ties or silicone. The insulation prevents the electricity from flowing directly through the block, allowing the device to control the flow of energy.In most cases, the terminal blocks used today are suited for a particular application. For example, a terminal block may be designed for use in a low-voltage environment, and thus would only require small-gauge wiring. On the other hand, a high-voltage system might require a different type of terminal block, which could handle the greater current involved in this environment.Terminal blocks – wire to board is an application field whereby these replaceable and customizable terminals provide an efficient form of wiring and current management. This type of terminal block is designed specifically to manage high current wiring applications, by linking a source of power and the terminal block to one or multiple devices. In this way, the terminal block has a power system that is both protected and controlled, allowing the connection of multiple devices to one power source.The working principle of terminal blocks – wire to board is based on the functionality of a conventional terminal block, with the exception that instead of wires being inserted into the connecting points of the terminal, a printed circuit board is placed in the connecting points so that wire-to-board connections can be made.The main function of these types of terminal blocks is to provide a secure connection between the power input and the circuit output, creating a stable connection between the power source and the load. If the power source is disrupted or a fault occurs in the printed circuit board, the terminal block is capable of disconnecting the power source from the load.Furthermore, the use of terminal blocks – wire to board simplifies the structure, improving the quality, robustness and safety of the circuits by providing an organized solution. As a result, the design of a printed circuit board and the related components can be simplified, while the reliability of the system is enhanced.In conclusion, terminal blocks – wire to board are an application field which provides users with secure and reliable connections for high voltage wiring systems. It works on the principle of providing a safe and reliable connection between the power input and the output circuit, enabling the use of multiple devices from one power source. With the use of these types of terminal blocks, users can now easily build a reliable and efficient circuit system with enhanced safety and robustness.

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