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Smooth Engineering
United States
Registrace 17. 12. 2021
Smooth Engineering is an Electronic Channel focusing on embedded system design, PCB designs, power electronics, PLCs, AI and MUCH MORE. Here you can learn and master several real world Engineering concepts and projects, all explained in the most simple smooth manner that can easily be digested and understood.
𝗛𝗲𝗿𝗲 you can find things such as;
đź’ˇArduino Programming
đź’ˇAT80C51 Programming
đź’ˇPCB Designing
đź’ˇProteus Professional
đź’ˇAltium Designer
đź’ˇPLC
đź’ˇ Power electronics
And much more
𝗛𝗲𝗿𝗲 you can find things such as;
đź’ˇArduino Programming
đź’ˇAT80C51 Programming
đź’ˇPCB Designing
đź’ˇProteus Professional
đź’ˇAltium Designer
đź’ˇPLC
đź’ˇ Power electronics
And much more
Very Low Ripple-Noise 220VAC to 15(12) VDC 3A Flyback AC-DC Converter
This video presents the design of a low noise AC to DC, 75-230VAC to either 15 VDC or 12VDC flyback converter. You can switch between 15VDC and 12VDC by changing the upper voltage divider resistor value from 27K for 15VDC to 20K for 12VDC.
Get the Gerber file here: drive.proton.me/urls/S8E46AZN10#zQjVrGrXQQ24
Get the Schematic file here: drive.proton.me/urls/PD7GJGZW6R#OhiiKHBM3Uu2
Get the Transformer File here: drive.proton.me/urls/6DJ53CPRWG#LGyboeXPvsPX
Get the Gerber file here: drive.proton.me/urls/S8E46AZN10#zQjVrGrXQQ24
Get the Schematic file here: drive.proton.me/urls/PD7GJGZW6R#OhiiKHBM3Uu2
Get the Transformer File here: drive.proton.me/urls/6DJ53CPRWG#LGyboeXPvsPX
zhlĂ©dnutĂ: 184
Video
TRIAC AC Control Using Arduino || Phase Angle Control || Light Dimmer
zhlédnutà 3,6KPřed 2 lety
This video shows you how to control the brightness of AC light bulbs using a Triac. This is done by reducing the amount of voltage that is applied to the bulbs. A potentiometer is used to change the firing angle of the Triac. An interrupt which is generated from the zero crossing through Arduino is very important for this control. How to Interface MAX6675 thermocouple K type with Arduino Watch ...
How to Interface MAX6675 thermocouple K type with Arduino
zhlédnutà 3,6KPřed 2 lety
This video shows you how to interface MAX6675 thermocouple K type with Arduino and display the temperature reading on LCD screen Subscribe here czcams.com/channels/cPc6MOrmVkik0M47X3n4pw.html
Great Job! Well done!
Get the Gerber file here: drive.proton.me/urls/S8E46AZN10#zQjVrGrXQQ24 Get the Schematic file here: drive.proton.me/urls/PD7GJGZW6R#OhiiKHBM3Uu2 Get the Transformer File here: drive.proton.me/urls/6DJ53CPRWG#LGyboeXPvsPX
Thankyou ❤
Hi please share circuit link in comment section and transformer details
sure, the link has been added ✌
How to add solid state relay to it? thanks
Can you gift the program code pls I need
I have also need
Please provide program
surely recified ac should be 100Hz?
NO, it can't be 100Hz, both the period and frequency remains 20ms and 50Hz respectively. What only changes is the negative part of the wave gets shifted to the positive side .
Very well done... also what about the Ac diac. What diac is used.. or was that for reference?
The Ac diac used is MOC3021, sure I will link the code in the description
@@smoothengineering42 so the second piece in video is the 3021 diac and the 3rd piece is 4n25 octocoupler? Thanks for posting code.
@@jeremyboven exactly
@@smoothengineering42 I'm trying to control a small 300w 110volt heater for a small hot plate for soldering. But that takes 110v, and in your circuit your using a transformer to reduce mains volt to 18v ac. How would I go about hooking in the 110v heater...
@@jeremyboven you can use current limiting resistors at the input to the optocoupler to limit the forward current between (10 -50 )mA and forward voltage to less than 1.5v. The current limiting resistors should be on both N and L before connecting to the bridge ratifier (use resistors values between 4.7 to 10k, since you are using 110V, 1 watt resistor or higher). Between the optocoupler and bridge rectifier use resistor value of 360 ohm or less instead of 1k as in the video, to keep the forward current (10 -50 )mA . The values (10 -50 )mA and 1.5v or less is from the datasheet of 4N25
Share the code please
Sure, get it in the description
đź‘Ť
cool video!
very nice bro ,,, keep it up and very much glad to see name " smooth engineer"
thanks for the support
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