Mct2E Optocoupler Working at Janelle Mayo blog

Mct2E Optocoupler Working. Mct2e is 6 pin optocoupler but here we are using only 4 pins as shown in the figure. The general purpose optocouplers consist of a gallium arsenide infrared emitting diode driving a silicon photo−transistor in a standard plastic. In the following post i have explained how to drive a relay by using an isolated method, or through an optocoupler device. It is built around arduino nano, mct2e optocoupler, mosfet, resistor, and other few components. Any optocoupler with similar specs should work fine. The circuit of arduino and optocoupler interfacing is shown in figure 2. The mct2e is a standard optocoupler (similar to 4n25 etc.) with a minimum current transfer ratio (ctr) of 20%.

MCT2E Optocoupler Phototransistor IC
from ecomponentz.com

Mct2e is 6 pin optocoupler but here we are using only 4 pins as shown in the figure. Any optocoupler with similar specs should work fine. In the following post i have explained how to drive a relay by using an isolated method, or through an optocoupler device. The general purpose optocouplers consist of a gallium arsenide infrared emitting diode driving a silicon photo−transistor in a standard plastic. The circuit of arduino and optocoupler interfacing is shown in figure 2. The mct2e is a standard optocoupler (similar to 4n25 etc.) with a minimum current transfer ratio (ctr) of 20%. It is built around arduino nano, mct2e optocoupler, mosfet, resistor, and other few components.

MCT2E Optocoupler Phototransistor IC

Mct2E Optocoupler Working The mct2e is a standard optocoupler (similar to 4n25 etc.) with a minimum current transfer ratio (ctr) of 20%. Mct2e is 6 pin optocoupler but here we are using only 4 pins as shown in the figure. The mct2e is a standard optocoupler (similar to 4n25 etc.) with a minimum current transfer ratio (ctr) of 20%. It is built around arduino nano, mct2e optocoupler, mosfet, resistor, and other few components. Any optocoupler with similar specs should work fine. The circuit of arduino and optocoupler interfacing is shown in figure 2. The general purpose optocouplers consist of a gallium arsenide infrared emitting diode driving a silicon photo−transistor in a standard plastic. In the following post i have explained how to drive a relay by using an isolated method, or through an optocoupler device.

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