MOC8100FVM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optoisolators are an important type of electrical isolation component that essentially creates a barrier between two electronic circuits. This increases the safety and reliability of circuit components, as the input and output cannot be affected by the conditions of each other. The MOC8100FVM optoisolator is designed for applications that require high isolation voltage, driver current, and frequency response. In this article, we will discuss the application field and working principle of MOC8100FVM.The MOC8100FVM optoisolator is a 5-pin device that is designed to provide high-isolation efficiency in electronic systems. It provides an input voltage of 3.6 - 36 V, and a maximum driver current of 100 mA. It has a high isolation voltage rating of 5 kVrms, and a fast frequency response of 70 kHz. This makes it suitable for interfacing with high-speed microcontrollers and other components with a wide range of interface voltages.The MOC8100FVM can be used in many different applications. It can be used to isolate digital signals in medical implants, industrial test and measurement systems, automotive electronics, and even control systems. Its high isolation voltage rating makes it particularly well-suited for connecting different components in sensitive environments, such as in medical implants or industrial systems. Additionally, its fast frequency response makes it an ideal choice for interfacing high-speed microcontrollers.The MOC8100FVM optoisolator uses a transistor output device to isolate the input signal from the output. To do this, it uses two optically coupled MOSFETs. The input transistor, which is driven by the input signal, transfers its current to the output transistor. The current flowing through the output transistor then produces an output voltage. The voltage produced is isolated from the input by the optical transistor, which provides the electrical isolation between the two circuits.The MOC8100FVM also uses a photovoltaic output for better performance. This type of output features low output voltage variation with changes in output current. This is beneficial for certain applications, as it allows for precise control of the output voltage. In addition, the photovoltaic output also has other benefits such as improved efficiency and better noise immunity.In summary, the MOC8100FVM optoisolator is designed for applications that require high isolation voltage, driver current, and frequency response. It features a transistor output device for isolating the input signal from the output, as well as a photovoltaic output for better performance. Its high isolation voltage and fast frequency response make it an ideal choice for connecting different components in sensitive environments, as well as for interfacing with high-speed microcontrollers.

The specific data is subject to PDF, and the above content is for reference