VL-EPHS-P1E

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Introduction:
Interface boards are commonly used as communication hubs and data interfaces between different electronic components. They serve various duties such as data line expansion, signal filtering, level conversion, routing of signals, and initial power-up voltage supply. One such board is the Viablue’s VL-EPHS-P1E interface board. This article explains the application field and working principle of this popular interface board.

Application Field:
VL-EPHS-P1E interface boards are designed for applications that require high speed signal noise isolation, as well as secure and reliable data transfer. These boards are used in various hardware and electronic systems, as well as in electromechanical automation and industrial automation equipment. They can be used for data communication between two systems, measuring instruments, devices and systems, input and output circuits, and other modules that require isolation.

Working Principle:
VL-EPHS-P1E interface boards are designed to transmit signals and electrical connections in a secure and stable manner. The boards are equipped with two isolated channels that protect the signal against cross-talk interference, distortion, and oxidation. The board consists of three components: the driving circuit, the power supply, and the protected EMI filter. The driving circuit provides power and EMI protection while the power supply supplies the necessary voltage. The EMI filter helps reduce distortion and electrical noise. The board also features an over-current, over-voltage, and over-temperature protection system to protect against short circuit and excess heat.

Design:
VL-EPHS-P1E interface boards boast a compact design and are made using advanced microelectronic technologies. They feature a high signal transmission speed of up to 25MHz, and come in various sizes and shapes to meet the requirements of most applications. The boards use advanced signal isolation technology to eliminate noise and interference from external sources. The boards also come with a complete ESD protection system for maximum safety. The boards are designed for low power and low loss operations, and feature a low power consumption of 5uA.

Advantages:
VL-EPHS-P1E interface boards offer several advantages for applications requiring a secure and reliable data communication. The boards provide high transmission speed, superior signal isolation, and minimal heat generation. The boards are designed for applications such as data acquisition, monitoring, device control, and communication. The boards are also designed for easy installation and use, and they do not require external power or additional components. In addition, they are perfect for use in harsh environments, as they are temperature resistant and are built with durable materials.

Conclusion:
VL-EPHS-P1E interface boards are an excellent choice for any data communication or electronic system requiring secure and reliable data transfer. These boards come with a range of features such as high speed signal transmission, superior signal isolation, and a comprehensive ESD protection system. They are designed for easy installation and use, and they are perfect for applications requiring robust data communication in harsh environments. The versatility of these boards has seen applications ranging from data acquisition and monitoring to device control and communication.

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