EL815(M)-V

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Utilizing semiconductor technology and fiber optics, Optoisolators – Transistor, Photovoltaic Output can easily provide electrical isolation, allowing for improved safety, reliability and EMI protection in industrial settings. The EL815(M)-V is among the most popular types of photovoltaic isolators on the market, providing superior results in a range of applications.

Applications

The EL815(M)-V is used in a variety of industrial control applications, including process variable monitoring, digital communication interface, distributed I/O, distributed sensor monitoring and AC motor control, among many others. It is capable of robust, durable data transmission over long distances, making it an excellent choice for rugged environment communications.

These devices can be used for even the most demanding lighting controls. The EL815(M)-V is a compact, high-powered solution for lighting applications in large areas such as hospitals, universities, malls and airports. It is also an ideal solution for more complex indoor lighting scenarios, such as conference rooms, auditoriums and workplaces. The EL815(M)-V features adjustable lighting levels, allowing users to adjust brightness levels for greater energy savings and improved visibility.

The EL815(M)-V is also used in remote monitoring applications, ranging from industrial plant operators to environmental monitoring systems. This device offers reliable status monitoring and control of assets from an even greater distance, allowing for real-time updates of system parameters and performance.

Working Principle

The EL815(M)-V utilizes a proprietary optically coupled circuit, which allows it to safely and securely transfer signals between two physically separated circuits. The optically coupled circuit consists of a light-emitting diode (LED) and a photovoltaic diode (PV). When the LED is activated by a current, it emits light, which then activates the photovoltaic diode. The activated photovoltaic diode then produces an output current proportional to the light intensity.

The optically coupled circuit is further enhanced by the EL815(M)-V’s unique lens design and plastic housing. This eliminates the risk of electromagnetic interference (EMI) by physically separating the two circuits. This further eliminates the risk of ground loops, power surges and other forms of interference.

The EL815(M)-V can be used in a variety of applications due to its flexibility and ability to operate in AC or DC power systems. It is also designed to work with a wide range of output loads, from small loads of a few milliamps up to several amps. This makes it a versatile solution for a wide range of industrial and residential applications.

Conclusion

Optoisolators – Transistor, Photovoltaic Output provide a safe and secure solution for data transmission in harsh, demanding industrial environments. The EL815(M)-V is one of the most popular types of photovoltaic isolators on the market, providing reliable results and excellent protection from electromagnetic interference. Its flexibility, ability to operate in AC and DC power, and wide range of outputs make it an ideal solution for many challenging applications.

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