MOC212R1M

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Optoisolators - Transistor, Photovoltaic Output, are electrical components used for isolating signals and power within electronic systems. The MOC212R1M is an optoisolator component manufactured by Avago Technologies. This transistor-type photovoltaic output optoisolator features a low saturation voltage, wide operating voltage, fast switching time, and low power dissipation. It is widely used in data and signal transmission for mechanical and electrical ignition systems, ADSL and other digital equipments.

The MOC212R1M optoisolator employs an LED and phototransistor in an epoxy housing to isolate input signals from output loads. The LED light source transmits an optical signal, while the phototransistor receives and amplifies the signal. Each component is isolated from each other, thus protecting against shock, vibration, electrical noise, and overvoltage.

The photovoltaic output optoisolator component is designed to withstand a maximum voltage of 80 volts and a maximum current of 100 milliamps. It is available in a wide range of configurations, including dual-in-line package (DIP), chip form, and surface mount technology (SMT). The MOC212R1M also features an open-circuit voltage of 1.0V and a minimum input current of 2mA. It has a maximum collector to emitter saturation voltage of 0.5V, and a switching time of 1μsec (rise) / 1μsec (fall). Additionally, it consumes low power with an operating temperature range of -40°C to +85°C.

The MOC212R1M can be used for various applications which require electrical isolation. Common applications for this optoisolator include motor speed, direction control, synchronous motors, and image scanners. This device can also be used in non-industrial applications, such as automotive devices, home appliances, video equipment, set-top boxes, and electronic security or alarm systems. In addition to electronic isolation, the device can be used to protect circuits against reverse polarity and overvoltage.

The MOC212R1M optoisolator is a versatile component with a wide range of applications. It provides fast switching time and low power dissipation, while offering low saturation voltage and wide operating voltage. Its high resistance to electrical noise and overvoltage makes it an ideal choice for various electrical isolation applications.

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