Amazing, You have shared so much of (precious) wealth that some takes a few weeks to teach in schools and best of all, you put what you learnt on UA-cam that's free for everyone. Really appreciated it. Quality stuff.
very nice, one change i would make to the board is put the extra pins on the outside, not inside, so if you put a shield on, you will still have access to the pins on the outside. Gracias, muy bien.
This is an AMAZING video. It inspires us all to create our own solutions!! Pay no attention to the lazy knuckleheads who want you to do their work. You're doing great!! Muchas gracias!
@@reallifeperson6891 arduino is amazing. once you get how to program it on ur own and keep discovering new modules, you can do everything you can imagine (except you cant afford it haha)
Excuse me bro, are you and great Scott uploading videos to one another like launching missiles to one another. I mean he uploaded a video 3 hours ago and now you. Great videos bro.
Couldn’t have had better timing. I just got some dip Atmrgas, crystals and capacities in the mail a couple days ago to start working on a similar project!
You might have considered using the atmega328b chip. This adds more i/o, extra usart, extra spi, extra i2c. It's in the QFTP package, but they are not hard to solder by hand.
Am i the only one to notice that in the schematics you are using MC33269DR2-3.3G which give 3.3V supply instead of MC33269DR25 which gives 5V Nice video btw, keep going
Hey bro I am becoming a fan of tours.. Your tutorials are really informative and exciting too. .. keep this kind of videos coming.. good explanation good script... all together awesome......
Arduino never has been my passion because I always loved speed and flexibility and I was Microchip fan. Lately arduino has come in to my bench to simulate some signals to test my STM32F407 designs running FreeRTOS. They are commercial products I design for living. If you start using ARM chips you would know what you really missed while staying with arduino layer. I need few Arduino boards and its good idea to build it when I send my next order to JLCPCB. They are building the future.
If I was to do this I would use screw terminals for the first row and headers on the second row. Also a ZIF socket and maybe a resonator instead of a crystal to lower the component BOM. Call me crazy but a RS232 port would be nice so I don't have to always use USB.
Hello, great video. I’m building my own simplified arduino mega, I have a question: will the FTDI related parts and schematic you created be used on the ATmega 2560 too ? Thanks a lot for the content of your channel, it’s really useful.
i know this is a long shot, i love your channel..and i would be awesome if you would make an arduino mega..and in your schematic,the vin, where did you connect it to?????
Firstly, good job friend ;) There is big area to add extra functions at bottom layer So, I could add second atmega chip to be optionally soldered (for more computing power) , and at least one type lcd (maybe oled or tft ) micro sd card slot small nand flash chip, esp8266 module footprint, and my favorite : mpu6050 ;)
since you are using 2 Lines of pins. how do you write it in coding? Usually, for example, if we use pin 10, then we will write pin 10 in the program we write... but if there are 2 lines, how do we do that?
Hey I am very new to this, I have learned a little bit of Arduino and I want to learn how can we make customized boards but this is a little difficult for me to understand, is there any course available for this?? Or any playlist
hello my friend you are doing a great job. i have a question if i upload the nano bootloader will that work? what are the differences? does it have different pin out for example?
ha, i'm now planning to do a cut-down version of digispark on eagle. i didn't manage to get free shipping from JLC for my first and last few designed though😢😢
I'm a bit confused: your step down converter creates 3.3 volts right? But the ATMega328 needs 5V and the USB also provides 5V... why do you convert VIN to 3.3V? Greetings from Switzerland
I've used the 5V model of this regulator: www.ebay.com/itm/5PCS-X-MC33269DR2-5-SOP8-ON/332528016022?ssPageName=STRK%3AMEBIDX%3AIT&_trksid=p2057872.m2749.l2649&rmvSB=true
Awesome job! I‘ll make a custom design of a arduino nano/pro micro with more pins, than the regular one and maybe also a wifi module Greetings from Switzerland :)
Great work! I want to know how one can make the most cost effective Arduino uno possible. You've a lot of innovations but a basic project doesn't need all.
@electronoobs - you are using the ch340 for communication... Do you have an instruction for connecting this chip with windows and/or Linux? It seems not to be so easy.
I’m thinking to build a totally custom mini konduino using atmega328p but my ftdi will not program my atmega on a breadboard so I’m also thinking about an attiny85 based one
are all the "VCC" endings connected? Im new to schematics and i find it difficult to understand all the wires ending in vcc. same with the earth ground. please explain it to me
Sorry I am new to electronics, thank you for making this video that very easy to understand how is arduino board is built. I have a question, there is a component you did not mention is the one with green colour on top written 2x2? I think, what is that?
Is your version of Arduino more useful than the Real Arduino ??? Can I use it for projects in which the real Arduino Uno's Capabilities are not sufficient ??? (For which we have to buy other Arduinos maybe the Arduino Mega, Leonardo,Due,etc) Please tell me because I'm a beginner and I'm confused that should I buy Arduino Uno or make a one customised version for myself.
i not understand you use double rows of female pins so u have now 2x io pins compare to uno or they cant be used because the controller not support that much pins in reality so am not sure why you use double row of pins ?? any benefit
building an arduino for prototyping is not really worth it, but you can create highly specialized boards using microcontrollers. i plan on building some sort of outdoor weather/irrigation computer with dedicated boards to save space and be as energy efficient as possible (using an arduino chip to power on an raspberry pi every 2 hours or something) there are endless possibilities
Well, the price per board: 20cnts the board + 2€ the ATmega328 and socket + 1€ female pins + 10cnts voltage regulator + 1.5€ the FTDI chip + 1€ extra small components(resistors, cap, buttons, fuse, swithc, usb connector) = 6--7€ in total
Hi everyone, I have an AMS1117 voltage regulator, and there's an MC33269DR2-5 on my PCB board. Can I use the AMS1117 regulator in place of the MC33269DR2-5 without any issues?
Amazing, You have shared so much of (precious) wealth that some takes a few weeks to teach in schools and best of all, you put what you learnt on UA-cam that's free for everyone. Really appreciated it. Quality stuff.
Want to help my workshop: www.patreon.com/ELECTRONOOBS
Thank you so much!
very nice, one change i would make to the board is put the extra pins on the outside, not inside, so if you put a shield on, you will still have access to the pins on the outside. Gracias, muy bien.
Thank you so much for showing how to 'burn the boot loader'. Only thing I missed in this video, and... you didn't miss it!! :)
Man, I want to salute you. Your entire projects, work is soooo amazing. How are you soooo amazing. I am a high school student. So inspiring.
This is an AMAZING video. It inspires us all to create our own solutions!! Pay no attention to the lazy knuckleheads who want you to do their work. You're doing great!! Muchas gracias!
Way to go!! You have levelled up! :)
Next level is teensy 3.2 with usbc and micro sd.
Wow! So amazing! I'm now starting my adventure with Arduino
adventure :) yeah very exciting
@@reallifeperson6891 arduino is amazing. once you get how to program it on ur own and keep discovering new modules, you can do everything you can imagine (except you cant afford it haha)
Excuse me bro, are you and great Scott uploading videos to one another like launching missiles to one another. I mean he uploaded a video 3 hours ago and now you.
Great videos bro.
Perfect video! Just what I was looking for
Your explanation is awesome... love your videos keep going on
Amazing thanks a lot. After watching the video I was able to make my own arduino. And I did it😉
Couldn’t have had better timing. I just got some dip Atmrgas, crystals and capacities in the mail a couple days ago to start working on a similar project!
Can we read sensors in the serial monitor of the computer, having the power source connected to the external power supply.
You might have considered using the atmega328b chip. This adds more i/o, extra usart, extra spi, extra i2c. It's in the QFTP package, but they are not hard to solder by hand.
Nice job! Very cool project and example of how easy it is to use JLCPCB.
Am i the only one to notice that in the schematics you are using MC33269DR2-3.3G which give 3.3V supply instead of MC33269DR25 which gives 5V
Nice video btw, keep going
Hey bro I am becoming a fan of tours.. Your tutorials are really informative and exciting too. .. keep this kind of videos coming.. good explanation good script... all together awesome......
That’s awesome. Well done!
Your videos are awesome and professionally made you deserve more subs ! Keep them videos coming !
Just seen it! Really you have done a very good job. Regards, Engineer from India.
This is really osm, I really like your own design by adding MICRO USB port and dual female connectors
thank you so mouch. I searched for something exactly like this video.
Thats a nice project. You made an arduino pcb that has your own style and signature.Also its a good practice on soldering smd components.
Pretty slick! I'm in awe.
this was an awesome video thank you! i've allways wondered what a barebones arduino would look like :) o/
So Awesome! Great video 👍
Can you please make a tutorial for the traces and the easyeda or any other program to make pcb
Arduino never has been my passion because I always loved speed and flexibility and I was Microchip fan. Lately arduino has come in to my bench to simulate some signals to test my STM32F407 designs running FreeRTOS. They are commercial products I design for living. If you start using ARM chips you would know what you really missed while staying with arduino layer. I need few Arduino boards and its good idea to build it when I send my next order to JLCPCB. They are building the future.
If I was to do this I would use screw terminals for the first row and headers on the second row. Also a ZIF socket and maybe a resonator instead of a crystal to lower the component BOM. Call me crazy but a RS232 port would be nice so I don't have to always use USB.
Nice project and I love your channel
Thank you
Welcome sir
I am an electronic student and I am also making project and i am highly inspired from your channel. Because your explaination is assume.
I like that everything has your face on it, VERY COOL.
Amazing love you brother ❤️
Awesome, dude! Really nice! 😊
MC's Creations thanks
Your explanation is very clear thankyou so much
Hello, great video. I’m building my own simplified arduino mega, I have a question: will the FTDI related parts and schematic you created be used on the ATmega 2560 too ? Thanks a lot for the content of your channel, it’s really useful.
Excelente, mis respetos mi amigo ,saludos desde Costa Rica.
I have a suggestion that add LED's to every Digital pin so that it will be help full for understanding if there is any troubleshooting or not........
you can use the internal 8mhz oscillator that can be turned on with burning the right bootloader
i know this is a long shot, i love your channel..and i would be awesome if you would make an arduino mega..and in your schematic,the vin, where did you connect it to?????
Your face there make it better! ahah Saludos!
Muy buen diseño. Tu das tutoria?
If you use the NRF24 module a lot, why not combine it on the board? Just curious.
Excellent video! Gives me many ideas. Thank you.
Do you have any suggestions on where you would put a bluetooth module if you wanted it integrated?
Your arduino is great I love it
I will build one my self
Excellent ! very easy to follow the instruction. thanks !
3:11 Doesn't Reset (pin 1) has its own internal pull-up resistor? Because I know simpler microcontrollers (e.g. ATtiny2313) having one...
Excellent as Always Bro, Thank You for Share skills. Pretty Simple and Useful...
@Electronoobs, Thanks for all the knowledge you are sharing. could you please create a video or provide some resources to understand data sheets ?
I like it very much. Great job! You have a new subscriber.
Awesome work 👍👍👍
Firstly, good job friend ;)
There is big area to add extra functions at bottom layer
So, I could add second atmega chip to be optionally soldered (for more computing power) ,
and at least one type lcd (maybe oled or tft )
micro sd card slot
small nand flash chip,
esp8266 module footprint,
and my favorite : mpu6050 ;)
Nice *video* !!
GOOD job , is it possible to use it for trigger switches igbt to greate PWM ?
since you are using 2 Lines of pins. how do you write it in coding? Usually, for example, if we use pin 10, then we will write pin 10 in the program we write... but if there are 2 lines, how do we do that?
Thank you so much! I've just learnt how to use my arduino as ISP to program another Atmega368P that I had here...
This is awesome, I've used this tutorial to make my own pcbs, but one question, why do we need to add a copper area?
Bro please explain arduino with fingerprint device
Hey I am very new to this, I have learned a little bit of Arduino and I want to learn how can we make customized boards but this is a little difficult for me to understand, is there any course available for this?? Or any playlist
hello my friend you are doing a great job. i have a question if i upload the nano bootloader will that work? what are the differences? does it have different pin out for example?
Excellent project
4:50 can ftdi be used for serial communication in arduino IDE?and also your board name is electronoobino on serial port name?
Beautiful Board
Greeeeeeeeeeeat, amazing project. good job
obaida bohsas thanks
...can you embedded a piezo & hc-12 for simple communication...the power is integrated while pins are connected via typical Dupont cable..
ha, i'm now planning to do a cut-down version of digispark on eagle.
i didn't manage to get free shipping from JLC for my first and last few designed though😢😢
I'm a bit confused: your step down converter creates 3.3 volts right? But the ATMega328 needs 5V and the USB also provides 5V... why do you convert VIN to 3.3V? Greetings from Switzerland
I've used the 5V model of this regulator: www.ebay.com/itm/5PCS-X-MC33269DR2-5-SOP8-ON/332528016022?ssPageName=STRK%3AMEBIDX%3AIT&_trksid=p2057872.m2749.l2649&rmvSB=true
Electronoobs thank you very much! Now it makes way more sense :)
Thnks for sharing. But how can you put an image of you on the line trace? What layer did you choose? How can I add text on board?
In most cases, you should make shields instead of making extended UNO-like boards.
Awesome job! I‘ll make a custom design of a arduino nano/pro micro with more pins, than the regular one and maybe also a wifi module
Greetings from Switzerland :)
And i would also like to make a version with built in relays for easy home automation :)
Did you made nano
Please share schematic
Is 232 needed
Great work! I want to know how one can make the most cost effective Arduino uno possible. You've a lot of innovations but a basic project doesn't need all.
@electronoobs - you are using the ch340 for communication... Do you have an instruction for connecting this chip with windows and/or Linux? It seems not to be so easy.
I’m thinking to build a totally custom mini konduino using atmega328p but my ftdi will not program my atmega on a breadboard so I’m also thinking about an attiny85 based one
Nice video well done :) . only one question on your systematics it says X1 can you please tell me what that is. Thanks
Crystal oscilator of 16MHz
Thanks man
Love you LOVE YOU THANKS FOR THIS VALUABLE CONTENT AND INFORMATION
are all the "VCC" endings connected? Im new to schematics and i find it difficult to understand all the wires ending in vcc. same with the earth ground. please explain it to me
wow this is beautiful and awesome
why they charge more for red color?? by the way great work
12:27 What do you mean by "change back to programmer mode" ?
Sorry I am new to electronics, thank you for making this video that very easy to understand how is arduino board is built. I have a question, there is a component you did not mention is the one with green colour on top written 2x2? I think, what is that?
That is a fuse!
@@ELECTRONOOBS I see! Thank you for your reply!
Sir, I want to buy the Electronoobinu V2, but the site is not English friendly. Kindly do something. Thanks for your good work.
Haha GreatScott spanish version !
Love this project, thanks !
make video on building own raspberry pi
This is great! Thank you!
This is your version 1 but in your site it's version 2.1. What changes are there in the new version?
when you plug it to pc does that usb description change from arduino uno to electronoobs ino?
Is your version of Arduino more useful than the Real Arduino ??? Can I use it for projects in which the real Arduino Uno's Capabilities are not sufficient ??? (For which we have to buy other Arduinos maybe the Arduino Mega, Leonardo,Due,etc) Please tell me because I'm a beginner and I'm confused that should I buy Arduino Uno or make a one customised version for myself.
How do we say in spanish? "génial tio! esto mola una montanada!"
Wooow.......its awesome noobs!!!!!!😱😱😊😊
great project.. please make diy GSM using SIMCOM chip + atmega328 in one pcb so that is form the basic cell phone
Great job 👌👍
i not understand you use double rows of female pins so u have now 2x io pins compare to uno or they cant be used because the controller not support that much pins in reality so am not sure why you use double row of pins ?? any benefit
Nice video 👌.But i have a question , that it will work Like the Aurdino Uno? And what is the cost of making it......
Yes and cost is around 7$ per board!
building an arduino for prototyping is not really worth it, but you can create highly specialized boards using microcontrollers. i plan on building some sort of outdoor weather/irrigation computer with dedicated boards to save space and be as energy efficient as possible (using an arduino chip to power on an raspberry pi every 2 hours or something) there are endless possibilities
Very cool !
Subscription added !
What would be the total prize per Elektronoobino if you had ordered the green PCB's?
Well, the price per board: 20cnts the board + 2€ the ATmega328 and socket + 1€ female pins + 10cnts voltage regulator + 1.5€ the FTDI chip + 1€ extra small components(resistors, cap, buttons, fuse, swithc, usb connector) = 6--7€ in total
Wow, that's cheap. Thank you very much!
Great job!!
Can I know how to burn bootloader on to a SMD microcontroller like atmel32u4 or 328P-AU...??
1-What is that switch at the end of schematic ?
2- why are we using NRF24
Hi everyone, I have an AMS1117 voltage regulator, and there's an MC33269DR2-5 on my PCB board. Can I use the AMS1117 regulator in place of the MC33269DR2-5 without any issues?