6N136-V

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

The 6N136-V optoisolator is a transistor photovoltaic output and is used in many applications, ranging from data transmission, computer communications, and general automation. It is important to understand the function of this device as well as the various applications and principles that come with it.

The 6N136-V optoisolator isolates the input signal from the load requiring the signal. It accomplishes this by using an LED and a phototransistor housed in a single package. The LED is used to transmit the input signal, and the phototransistor acts as a switch that receives the transmitted signal, and in turn, opens or closes the output. Since the LED and phototransistor are isolated by a space inside the package, the input and output are not able to be shorted, which makes it useful in applications where high voltage isolation is necessary.

The 6N136-V optoisolator is designed to operate from both +4.5V and +5.5V inputs, and it is capable of switching large loads up to 500mA. It is also current-regulated, so a constant output current is maintained, even when the input voltage varies. The package also includes a variety of protection features, such as overload, undervoltage, and short-circuit protection.

The 6N136-V optoisolator is most commonly used in vertical wrapping machines, plate transportation systems, and industrial peripherals. In wrapping machines, the optoisolator is used to detect the position of a plate, and when signaled, activate a stepping motor which controls the wrapping. In plate transportation systems, the optoisolator is used to sense the position of a plate, and signal when the plate has reached its designated position. In industrial peripherals, the optoisolator is used to interface various components, such as printers, and automating the process.

In terms of working principle, the 6N136-V optoisolator uses a light-activated transistor, which works by transmitting a control signal as light energy. LEDs inside the 6N136-V optoisolator convert the electrical signal into light energy, which is then received by a phototransistor. When the output control signal is sent, the phototransistor inside the package amplifies the signal, and this causes the output to switch. This relay of information between the LED and the phototransistor results in a safe and effective isolation of the input and output.

The 6N136-V optoisolator is an essential component in many applications, and it offers a reliable and effective way of providing high voltage protection. By understanding the many applications and how the optoisolator works, one can see why it is so important in today\'s industrial automation.

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