- Видео 177
- Просмотров 73 176
BrunkyTech
Добавлен 20 мар 2024
Intro to Arduino Analog Outputs PWM
This video we go through the various different analog outputs on the Arduino microcontroller. We go through an example where we take in an Analog input and output a PWM signal
Arduino:
amzn.to/3JVpURR
Arduino Nano:
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Kits to learn:
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kit projects:
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Learning resources:
www.arduino.cc/en/Tutorial/HomePage
www.arduino.cc/education
learn.adafruit.com/series/learn-arduino
Arduino:
amzn.to/3JVpURR
Arduino Nano:
amzn.to/4am0tDH
Kits to learn:
amzn.to/4agirHG
amzn.to/3wziG2X
amzn.to/3QIvqLE
kit projects:
amzn.to/4af4g62
amzn.to/4aeU8tV
amzn.to/4agx51T
Learning resources:
www.arduino.cc/en/Tutorial/HomePage
www.arduino.cc/education
learn.adafruit.com/series/learn-arduino
Просмотров: 32
Видео
Engineer Analysis on Trump Rally Shooting
Просмотров 2914 дней назад
This video we go through the various different rolls of secret service (as observed). I identify the blind spot on the security set up. I also establish the shot sequence of events (10). I do a quick analysis and identify who was responsible for the failures. Arduino: amzn.to/3JVpURR Arduino Nano: amzn.to/4am0tDH Kits to learn: amzn.to/4agirHG amzn.to/3wziG2X amzn.to/3QIvqLE kit projects: amzn....
Intro to Arduino Digital Outputs
Просмотров 32Месяц назад
This video we go through the various different digital inputs on the Arduino microcontroller. We explain the digital threshold voltages, 10K Pull Up to 5 Volts, Internal PU and pull down configuration. We walk through both the circuit and code! Arduino: amzn.to/3JVpURR Arduino Nano: amzn.to/4am0tDH Kits to learn: amzn.to/4agirHG amzn.to/3wziG2X amzn.to/3QIvqLE kit projects: amzn.to/4af4g62 amzn...
Robots Are Taking Over PT 2 Engineer Reacts
Просмотров 29Месяц назад
This video reviews shorts related to robotics and shows the engineer reaction. Control Loop PID Infographics: www.wevolver.com/article/pid-loops-a-comprehensive-guide-to-understanding-and-implementation Credit Source Videos Here: www.youtube.com/watch/-tb5OoNu1-4 ruclips.net/user/shortsWxmSJbG134k?si=dVXWnZgSEKJ_bgZj ruclips.net/user/shortsIXFiVdQc7GM?si=Vt2VdZb_Z7fawVm_ www.youtube.com/watch/I...
Computing Simplified Logic Gates
Просмотров 30Месяц назад
This video is a brief overview of the foundation of computing. We review each and every logic gates and their functions. Follow on X for additional content: x.com/BrunkyTech Arduino: amzn.to/3JVpURR Arduino Nano: amzn.to/4am0tDH Kits to learn: amzn.to/4agirHG amzn.to/3wziG2X amzn.to/3QIvqLE kit projects: amzn.to/4af4g62 amzn.to/4aeU8tV amzn.to/4agx51T Learning resources: www.arduino.cc/en/Tutor...
What it Takes to Become an Engineer
Просмотров 347Месяц назад
This video is intended for people who want to get into the engineering field and what it takes to become one. This is a brief walkthrough on course curriculum expectations on your baseline classes. Follow on X for additional content: x.com/BrunkyTech Arduino: amzn.to/3JVpURR Arduino Nano: amzn.to/4am0tDH Kits to learn: amzn.to/4agirHG amzn.to/3wziG2X amzn.to/3QIvqLE kit projects: amzn.to/4af4g6...
Intro to Arduino Analog Inputs
Просмотров 151Месяц назад
This video we go through the various different ways you can configure the analog input into the Arduino. We talk about different ways you can configure the A to D as well as calling a different voltage reference for your ADC. Arduino: amzn.to/3JVpURR Arduino Nano: amzn.to/4am0tDH Kits to learn: amzn.to/4agirHG amzn.to/3wziG2X amzn.to/3QIvqLE kit projects: amzn.to/4af4g62 amzn.to/4aeU8tV amzn.to...
Destroying Switching Regulators for 'Science'
Просмотров 201Месяц назад
This video we attempt to break switching regulators, or buck regulators.. We will look at reverse polarity, transient load dump effect, thermal response, and short circuit response of this IC. By stressing the circuit to the max, we gain a deeper understanding of its functions and limitations of this device. This helps improve our understanding of the hardware and improve implementation. Arduin...
We Are Shackled and Chained to Our Beliefs
Просмотров 19Месяц назад
This video talks about the belief systems that we hold. In order to overcome these, we must take baby steps to overcome, in order to master ourselves. Follow on X for additional content: x.com/BrunkyTech Arduino: amzn.to/3JVpURR Arduino Nano: amzn.to/4am0tDH Kits to learn: amzn.to/4agirHG amzn.to/3wziG2X amzn.to/3QIvqLE kit projects: amzn.to/4af4g62 amzn.to/4aeU8tV amzn.to/4agx51T Learning reso...
Introduction to Arduino Digital Inputs
Просмотров 134Месяц назад
This video we go through the various different digital inputs on the Arduino microcontroller. We explain the digital threshold voltages, 10K Pull Up to 5 Volts, Internal PU and pull down configuration. We walk through both the circuit and code! Arduino: amzn.to/3JVpURR Arduino Nano: amzn.to/4am0tDH Kits to learn: amzn.to/4agirHG amzn.to/3wziG2X amzn.to/3QIvqLE kit projects: amzn.to/4af4g62 amzn...
The Robots Are Taking Over PT 1 Engineer Reacts
Просмотров 404Месяц назад
This video reviews shorts related to robotics and shows the engineer reaction. Credit Source Videos Here: ruclips.net/video/F777HRKayds/видео.html ruclips.net/video/aDYjgn2LkSw/видео.html ruclips.net/video/bNbruhWoN7Q/видео.html ruclips.net/user/shorts7teW_h0KEnA?si=1rWU4j3OMcTnKWJR ruclips.net/user/shorts7teW_h0KEnA?si=1rWU4j3OMcTnKWJR ruclips.net/user/shortsSKbzSCwKNEE ruclips.net/user/shorts...
Does Your PCB Design Need a Fuse?
Просмотров 89Месяц назад
This video walks through a design example that implemented a fuse. We discuss various options for fusing your PCB, including glass fuse, PTC Resettable Fuse and an IC Chip. We later walk through an analysis that tells us how we can further protect our device. A system analysis of the board finally reveals an extra fuse designed in the circuit which is not needed. Arduino: amzn.to/3JVpURR Arduin...
What Is Systems Engineering
Просмотров 807Месяц назад
This video is intended for people who want to learn about system engineering. This video gives a brief description on what system engineering is, and goes into the requirements capturing phase. Follow on X for additional content: x.com/BrunkyTech Arduino: amzn.to/3JVpURR Arduino Nano: amzn.to/4am0tDH Kits to learn: amzn.to/4agirHG amzn.to/3wziG2X amzn.to/3QIvqLE kit projects: amzn.to/4af4g62 am...
Getting Into Microcontrollers For Beginners - Hardware
Просмотров 142Месяц назад
This video is intended for people who want to get into microcontrollers (Arduino) and don't know where to start. I go through some different type's of controllers. After I talk about breadboards, wire, power supplies, LED's and other components. Follow on X for additional content: x.com/BrunkyTech Arduino: amzn.to/3JVpURR Arduino Nano: amzn.to/4am0tDH Kits to learn: amzn.to/4agirHG amzn.to/3wzi...
My Journey From Burgers to Engineering
Просмотров 392 месяца назад
My Journey From Burgers to Engineering
Engineer Reacts #6 - USB Killer Explained
Просмотров 312 месяца назад
Engineer Reacts #6 - USB Killer Explained
Reddit Design Review Request #1 Arduino Clone
Просмотров 172 месяца назад
Reddit Design Review Request #1 Arduino Clone
Destroying Linear Voltage Regulators For 'Science'
Просмотров 432 месяца назад
Destroying Linear Voltage Regulators For 'Science'
USB Motor Circuit Analysis for Brush Motors
Просмотров 6103 месяца назад
USB Motor Circuit Analysis for Brush Motors
Engineer Reacts To Tech Shorts EP #3
Просмотров 2004 месяца назад
Engineer Reacts To Tech Shorts EP #3
I have watched a couple of your videos SIR and it is helping me to start my electronics journey and after watching your getting into microcontrollers for beginners video - i bought a pi pico w and an Arduino and currently i am learning about arduino and your videos are helping me . Your video - from selling burgers to engineering helped me to realign myself and muster courage to start electronics and pursue engineering and turn it into career . Thank You, SIR
I appreciate the feedback, and it's awesome that you are pursuing engineering!
Thanks 😊
No problem. I appreciate you watching!
If you're buying them from Amazon you are overpaying. 😅
These things are junk!!!
👍👍👍
200 A DAY, not 200 to buy.
you forgot to mention the source wich is a eula and copyright infrignment :s
Shoot. I forgot to add. I'll drop em in the video description soon.
Thanks for talking about standards on YT. someone's gotta fill that gap
I think they are interesting but can be quite dry sometimes.
IT,Georgeee....🤡🤡 ,welcome to react vide ,Put up gen millinium , Z lingo words together #hawk tuah
So systems engineer is like a highly technical project manager?
I work as a project manager for a mil aviation company and we deal with alot of what you are explaining here
Yes. There are similarities and a lot of crossover between the two. The system engineer captures the requirements or design instructions to the design engineer and how to validate.
@@BrunkyTech Awesome. I only went to project management after an opportunity came up. I spent several years as a project developer/engineer. Basically reviewing engineering and creating hourly bids on how things will actually be accomplished. Systems engineering seems like real mix of both. You may have helped me realize a new role I could eventually branch out into. Thank you
Sweet! Keep me up to date if it's you'll chase! I'd sign up for a consultation with a university today!
Show the Juju, instant view count, trust.
She loves to get in the shot!
As a person who’s in the same situation right now , about to enlist , this gave me hope and inspiration
Get some! You'll have fun in the military. Which branch?
@@BrunkyTech army sir
Hooah! USMC goes hoorah!
First coment
Number one by brother!
cool video, keep it up!
Thanks, will do! I appreciate the support.
Awesome video - good job
Glad you enjoyed it
Waiting for your 100th sub milestone, i appriciate your contents
Im one more away! The legendary 100th sub! I appreciate your support.
For kicad user explore : netclasses, colouring, width change, and under pcb , check pcb constraints plus , subscribe here for genuine reviews
Hey Brunky, I just want you to know that I think you're really charismatic and I love the stuff you do. Do you have a twitter or something I could follow? Keep up the good work
I appreciate the feedback Miquel and the support. I just setup a twitter account so its fresh and raw. x.com/BrunkyTech
nothiing quite like finding out B5 is set to analog by default and the only place this is mentioned is page 132 of the datasheet
Can I get 'What is this white wire attached to my microcontroller for $500 Phil?'
Put more capacitor in 'regulator centipede' watch it on knee 😂
Mo capacitor, less problems!
@@BrunkyTech keep it up sir #honest audience will follow , congo for your progress
Would making the devices more efficient reduce the efficacy of the devices?
It would. I'd switch to a buck regulator if inefficiency was an issue but you've got to apply additional filtering to your circuit.
@@BrunkyTech Wow!
Yea i got the Gigabyte x670e aorus pro x motherboard and it has both xmp and expo so check your motherboard and if your like me you dont even need to worry lol
Gigabyte be hooking it up!
So so stupid....teaches you zero....
Cool!
Thanks for your video. I have one like and one comment for you from the center of Ukraine🖐️
Take care of yourself and those around out there!
LTT getting technical details wrong is so classic LTT 😅
It happens! Lol I know.
Heehee these are called " dc brushless motors" in first sentence.
Yeah I definitely misspoke on that one. Then I described the brush block contact with the commutator.
@@BrunkyTech Yes, brushed motors put horrible stuff back in their lines, not to mention RFI. Back in the real audio days, an add showed one of their power amplifiers, Phase Linear, Marantz, forgot who, running a corded hand drill running off the speaker terminals. Audio used to be hard, lol. The real Acoustic Research of the time had problems with a new speaker line, had a lot of inductance feedback, could trip protections on some amps.
Everything went digital these days. I used to work on RF stuff designed back in the 70's.. Any new component has the potential to break things downstream and attenuation adjustments are always required to be made. Now with everything digital, you can get an IC that handles everything. Match your antenna and impedance, your good. They practically give you the layout.
Skip over the first two minutes, if you so much as passed the fourth grade, or at least a general understanding of how an electric motor works. Wtf. No shit.
Maybe I'll release my 4th grade transcripts if they exist.
I worked in computers, and power supply noise and EMC (Electro magnetic compatibility) were always a big concern. USB power is designed to handle noise introduced by the loads. Computer systems have a lot of inductive loads. In fact, the power regulators are an inductive load. Now, data integrity is different (and potentially related) concern. Anyway, this guy really doesn't know what he's talking about. He reminds me of the audio nuts who believe that electrons have to flow in a specific direction in copper cables: like directional speaker wires. FUD
Lets strawman and then iron man your arguments: Strawman: Youve already conceded to my concerns about data integrity. Ironman: The most effective way to suppress noise generated by these motors is right at its source. It is always recommended to provide decoupling at the source of the noise (motor), which these USB devices do not provide. A noisy motor has the potential to disrupt even the most well design circuits. If you watch the entire video (which you obviously didn't) i conceded that a well design USB circuit probably wouldn't have an issues. I still didn't recommend using them because of the following: The USB spec max voltage drop called out for a device is 350mV, the fan showed demonstrated a voltage drop of 15 V. Because of the MAX V drop requirement, FLYBACK diodes are not required for a USB circuit. Apple got caught with their pants down a few years ago when people were damaging their devices when they plugged in a fan to their port. USB also require devices to start up and power too 100 mA when requested. These fans do not meet those requirements, and they exceed the 500 mA threshold. As far as those audio nuts, did you even look at my thumbnail?
Of course, if you have multiple devices connected to USB hub, USB motor circuits (that includes even plugging a lot of USB HDD drives with USB power) will likely lead to data corruption.
This guy doesn't really understand what he's talking about.
Number 1 comment. I heart for the world to see!
Gotta love how a BRUSHless motor functions by using brushes
It's a key component, lol. Danget. Yeah brushless motors don't have brush blocks!
They may be inductive
You have shown us nothing. This video is completely pointless. Please show more respect for your audience.
Watch full video
no it’s infrared
Ur right
And that's better, because UV would wreck your eyesight in no time
Make your brand
Put a hat and a goggle people will listen more (marketing taktics) my point :no one wanna learn linear track in social media
I support your creativity and topics, already #subscribed , you, keep it up let me know to contribute
You want to contribute? What's your skillset?
@@BrunkyTech kicad 8 , backend , flutter , solution architect, plus i have ubuntu 24 😇
@@BrunkyTech kicad 8 user, risc v enthusiast, AI user, flutter, inkscape,Gimp user, freecad 3d modeler ..... let know what you looking for + audacity learning
Thermal and EMI analysis for pwb's?
@@BrunkyTech thanks for reply, i at stage to do fem in freecad (learning phase) , i may be talking off topic , but i appriciate u replied , #love from india
Thats insane bro
It's a lot of speed! But can you utilize it?
Interrupt gang
Interrupt gang is second best!
Your first NVME adapter card can be bought in two varieties: The cheaper one needs a mainboard which supports 4x4x4x4 bifurcation, but can work at PCI-E Gen4 speeds. The one at double the price has a built in AsMedia PCI-E switch chip, which splits the supplied PCI-E Gen4x4 into four Gen3x4 M.2 ports. That thing works on mainboards that don't support bifurcation and due to the AsMedia chip the driver support is not an issue. At least that's how its supposed to be.
Oh cool. It provides good flexibility for the needs of the user. Good information!
The NVMe hotswap bay looks like it has a board to install your NVMe on, which then connects with a proprietary connection rather than directly using the NVMe's pins. The NVMe needs something to hold it and this provides a more physically robust design. A lot of this stuff makes a lot more sense for workstations and servers that have the need and PCIe lanes available. I've got a Threadripper for my home office and am running a 4x4 bifurcated NVMe expansion card on the 4th slot and 100GbE to my NAS (overkill, but you can find good deals on used enterprise stuff) all while my GPU still runs at 16x. I've also got an IPMI PCIe card on its way. So yeah, pretty much all this stuff is geared at least a step above the consumer/gamer market. The parallel port and RS232 adapter is particularly obvious, as the whole purpose of cards like that is for industrial control where you need a computer to interface with very expensive industrial hardware that ages a lot slower than computers. You can even still get ISA card adapters for those applications. So yeah, most of these are silly for the average consumer or gamer, but that's just because those aren't the target audience.
Oh, most definitely.. The average pc enthusiasts don't need these devices. I remember when the pci slot was actually used quite a bit for upgrades but USB and Motherboard Manufacturers have done a good job of closing that gap.
8:09 connector is EDSFF E1.S enterprise form factor of the NVME drive.
Sweet.. I think someone in marketing put the wrong drive in.
@@BrunkyTech there is no wrong as you can put m.2 in adapter to e1.s or use e.1s without adapter in slot provided in this PCI card
Bifurcation can come in really handy, turning a 16x into a 4x4x4x4 or a 8x to a 4x4. Excellent for extra NVME's used it to rip through 50tb+ of mkv's. Problem is of course that the graphic card usually get sidelined and has to be placed in a 8x or even 4x slot.
Graphics card is the most important part lol... You can't be taking away that premium socket.
I partly Disagree, for my understanding it sounds like "AMD Doesn't work with XMP and Intel Doesn't work with Expo" at least with AMD and XMP that's not always the case, but I can't say the same for Intel with Expo, I never tested that, but I know from a friend he uses an XMP kit with an AM5 Plattform and it works without any problem, or maybe I just got it wrong, if that's the case then just scrap that.
You are correct. Some motherboards can perform both overclocking procedures, while some may be limitedto one or the other. It also comes down to each manufacturer (AMD and INTEL), claiming their process works best with their CPU.
@@BrunkyTech partly, I would say it depens on the Speed, of course Intel doesn‘t say their CPU‘s works with EXPO, why would they? It‘s the same the other way around, but if you try to run 7200MT/s with AMD then it probably won‘t run no matter if it‘s intel XMP or AMD‘s EXPO
I have an MSI MoBo that is AMD AM4 and it only shows XMP profiles.
It is a mix. I know some MoBo actually provides the ability for both. Intel and AMD claim there is an improvement when matching, but that needs further analysis.
your videos are terrible man. Say DIM slots. Your mobo have many different slots. Each mobo is different for duel channel. Some Are A1&B1 others are A2&B2. Always check your mobo manual. Also you should never mix match ram even if it's the same ram. Only use the ones from the same package. Don't buy 2 packages of 2 dims. Buy a package of 4 dims for example.
Tomato tomahto. The full correct terminology would be DDR#_DIMM. Everyone knows what your talking about when you say RAM slot. Your motherboard manual is key references, and I agree, it should be referenced.
Like previous generations? You can get XMP for DDR3 and DDR4. EXPO been around since DDR4. But you could even manually overclock DDR2 ram. You can use each of them on whatever platform. You just have to manually overclock the speeds and timings. Depending on the mobo your using. It will still automatically set the correct speeds and timings.
EXPO and XMP are tested setting the RAM manufacturer performs to ensure stability throughout operation. Manual overclocked settings do not ensure stability throughout operation and can run the risk of damaging hardware.. Remember, there are slight variances during the manufacturing process that dictate the performance of each chip. These variances are then subdivided to different performance levels.
Its not that big a deal, with a little bit of research and effort you can set the clocks yourself
You are right. Though factory tested setting per IC ensures stability throughout operation.
The whole concept is stupid because hard drives are incredibly easy to break with just a little bit of inertia while they're running. Heck if you bump a laptop with your knee and it's got a hard drive in it it could just one tap it.
I ran XMP on AMD and EXPO on INTEL, not sure what you're talking about. Can you explain it further?
XMP and EXPO allow for overclocking of RAM at very stable frequencies through the BIOS of your motherboard. Performance of these are optimized when paired correctly.
@@BrunkyTechbut an overclock is an overclock and my RAM can max out at whatever frequency it says on the box. It's just a difference in whether you're able to automatically set it in the BIOS or whether you have to do some research to find the right settings.