ELM241100

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Wire-to-board connector products are designed to connect a wire to a printed circuit board. The biggest benefit of using wire-to-board connectors is that they enable companies to connect wires to a printed board quickly and easily. The ELM241100 is a terminal block used in wire-to-board applications. This article will discuss the different applications that the ELM241100 is suitable for, as well as an overview of its working principle.

Applications of ELM241100

The ELM241100 is a general-purpose terminal block, suitable for a range of wire-to-board applications such as power supply, control, measurement, instrumentation, and communication. It is especially suitable for product design, where power lines and signal lines must be connected to the printed circuit board. It is also suitable for a variety of industries such as industrial automation, smart home, automotive electronics, and medical equipment.

The ELM241100 has several features that make it suitable for these various applications. It is a low-profile design, which means it can easily fit in confined spaces, such as televisions and other electronic equipment. Its mating feature also ensures a reliable connection between the terminal block and printed board. It also has a high current handling capability, along with a high voltage and temperature rating, which makes it suitable for a wide variety of industrial and commercial applications.

Working Principle of ELM241100

The working principle of the ELM241100 is quite simple. It is designed with a contact element attached to the terminal block that is inserted into a hole in the printed board. This contact element makes a connection with a conductor on the other side of the printed board. As a result, current is able to flow through the contact element and to the printed board. As the current flows through the contact element, there is a potential difference created between the two sides of the contact, which causes a force to be exerted on the contact, keeping it securely fastened to the printed board.

In addition, the ELM241100 also has an insulating body and a spring clip that ensures a secure connection between the two sides of the contact. This ensures that there is no possibility of electrical interference or shorts that could occur due to loose connections. Furthermore, the ELM241100 is designed to meet IEC and UL standards, ensuring that it is suitable for use in a variety of industrial applications.

Conclusion

The ELM241100 is a terminal block suitable for wire-to-board applications. It is a low-profile design that fits easily in tight spaces, has a high current handling capability, and is designed to meet IEC and UL standards. Its working principle is based on a contact element that makes a connection with a conductor on the other side of the printed board, and an insulating body and spring clip that ensures a secure connection. These features make the ELM241100 suitable for use in a wide range of industrial and commercial applications.

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