The MOCXM and MOCXM devices consist of a AlGaAs infrared emitting diode optically coupled to a monolithic silicon detector performing the function of . The MOC device consists of gallium arsenide infrared emitting diodes optically coupled to a monolithic silicon detector performing the function of a Zero . PCN Design/Specification, Logo 17/Aug/ PCN Packaging, Mult Devices 24/ Oct/ HTML Datasheet, MOCM, M.
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MOC3031 Optoisolator 6 Pin Dip
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They don’t offer advantages for switching reactive loads.
In Europe this should be 6 mm. The NVZ version may offer moc3031 solution.
However, this moc3031 does not appear to offer any way for the microcontroller to detect moc3031 crossing, which leaves me wondering what moc3301 purpose is in moc3031 first place.
How to use moc3031 phototriac coupler to trigger the main triac? Is it offering any advantage over a phototransistor-based isolator here? The circuit doesn’t need to tell te microcontroller; it takes care of it all by itself. Questions Tags Users Badges Unanswered.
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Sign up using Email and Password. Roman Starkov 1, 2 16 When triggering the main triac moc3031, one would typically have a zero-cross detection circuit which a microcontroller moc3031 use as an input to decide when to trigger the triac.
Note that with typical PCB pads there may be not sufficient creepage distance between the pins on moc3031 control side 1, 2 and the load side 4, 5, moc3031. Opto-couplers with zero-crossing switch are useful for switching moc3031 loads, like incandescent bulbs.
MOCM Libraries – EasyEDA
What kind of input would one typically moc3031 onto the diode side when using this part? Moc3031 as a guest Name.
I don’t know how moc3031 use it, but I’ve been meaning to learn for a while.