MOC8111300W

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Optoisolators are specially designed optoelectronic components with high physical isolation between input and output parts used for isolation and protection of signals and signals paths. The MOC8111300W Optoisolator is a transistor photovoltaic output optoisolator that is used in many applications in various industries.

The MOC8111300W optoisolator is typically used in applications such as automotive, medical, industrial, power management or A/V systems. It has a wide input dynamic range for AC and DC inputs and is used to signal, sense, switch, or merge signals. This optoisolator can be utilized to isolate and protect sensitive audio or video equipment by preventing ground loops or noise induced interference. Additionally, the MOC8111300W optoisolator can be used to signal level translation, pulse encoding/decoding, or switching.

The MOC8111300W optoisolator functions in the following manner. Input signals are received by the device and emitted from a light source inside of an optical cavity which is activated by the current flow. The photo current produced in the photocell is its output. The signal produced by the photocell is amplified by a transistor providing a stronger output signal. The output can be increased by increasing the gain of the transistor or by setting the base current of the transistor. The optoisolator will then transmit the signal to the source without allowing line noise to interfere and corrupt the signal.

The MOC8111300W optoisolator uses an insulated structure to separate the input and output components, providing electrical isolation of up to 2kV/μs, which will protect the signal and ensure its purity. Operating voltage of +2.5V to +18V provides flexibility for many applications, and the maximum forward current is 140mA, with an output phototransistor current of 1.2mA. It is also temperature range of -25 to +85℃, allowing it to be applied in a wide variety of environments.

In summary, the MOC8111300W Optoisolator is a transistor photovoltaic output optoisolator that provides electrical isolation, and is widely utilized in many industries. Its high insulation value and wide operating voltage range make the device suitable for applications such as automotive, medical, industrial, power management, A/V systems, signal level translations, pulse encoding/decoding, and signal switching.

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