8028300000

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 electronic devices that use a photovoltaic optical input to provide a level of electrical isolation between the input and the output. They can be used to protect sensitive electronics from potentially damaging or destructive voltage spikes or short circuits. Optoisolators come in a variety of types, including Transistor, Photovoltaic Output (T,POV) types. The 8028300000 is a T,POV type optoisolator.

Overview of Optoisolators - Transistor, Photovoltaic Output

Optoisolators are electrical isolation components that are used to separate an electrical system into two or more electrically insulated parts. They use a photovoltaic bridge between the input and output components to provide a physical separation between them. T,POV type optoisolators use a photodiode and a transistor as the bridge components. The photodiode, when illuminated by a light source, generates an electrical current which is passed to the transistor. The transistor then controls the output voltage that is passed to the output circuits. The photodiode and transistor are typically packaged as a single device.

Features of the 8028300000

The 8028300000 is a high-speed, low-sensitivity optoisolator with a minimum power dissipation of 500 mW. It provides an electrical isolation of up to 1000V, and a high Common Mode Rejection ratio of 50dB. It has a maximum current transfer ratio of 1mA, and a minimum rise/fall time of 25ns/25ns respectively. The operating temperature range of the device is -40°C to +85°C. The optoisolator also features a wide range of input voltage options from 4.5V to 32V.

Application fields and working principle of the 8028300000

The 8028300000 optoisolator is used in many different applications, ranging from industrial to automotive. In industry, it is commonly used as a signal isolator, providing electrical isolation between the input and output components in order to reduce the risk of damaging voltage spikes or short circuits. It is also commonly used in automotive applications to help protect critical components from electrical interference. The optoisolator works by using a photodiode and a transistor as the bridge components. When illuminated by a light source, the photodiode generates an electrical current which is passed to the transistor, resulting in an output voltage that passes to the output circuit.

The optoisolator offers excellent electrical isolation and is a cost-effective way to protect sensitive electronic components. Its wide range of input voltage options and high Common Mode Rejection ratio makes it suitable for many different applications. Its high speed and low sensitivity makes it an ideal choice for high-speed, low-noise signal transfers.

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