Im sure the most common use is rc vehicle for individual wheel control.

Hey, I am new in electronics now I want to buy oscilloscope for my work should I buy this scope or should I increase my budget to buy dho804

awesome video. i love the test jig.

Great vid, thanks Dan! 👍😀

maybe im just too picky but imo the breadboard is awful, ive had to chuck mine and get some name brand ones

Can i copy the existing program already in it i have bought something like this that already have a program but i want to copy what's in it

i tried this kept having problems with library, spent a good hour trying to troubleshoot code to look for any mistakes, searched it turns out arduino uno does support this library, sadly it doesn't have that chip, welp that was sadly painful guess ill need to buy an arduino with that chip, lmao i thought all arduino was the same just different sizes. guess its back to aliexpress for that chip arduino hahahaha.

What happens if you disconnect one of the output wires while the motor is running? If the chip burns, you would need external schottky diodes to VCC and GND on every output pin. Synchronous rectification won't be good enough in that scenario.

Definitely intriguing.

Really really helpful!! Thanks for your hard work . I’m just learning to use arduinos and this is so useful

What happens if input 1 and input 2 is high at the same time?

Nice one. Looks, (and sounds), great.

When I started using these, nobody else was or at least posting about it. There were more expensive then but still less than the internet's fave. I have been using them in repurposed RC and toys. The current project is using the 16 channel LED/servo chip to handle multi-motor construction toys. Working to expand some code to use with two wheel or track steering/drive incorporating the servo chip. "RC Tractor Guy" wrote the base code that is being hacked on. Fun fact: most of the cheap Chinese RC toys have H-bridge chips that match the pinouts of the TI chip. Some match the specs exactly. There is a strange two H-bridge chip that the pinout make it feel like there are two chips in one package. Separate Vcc, gnd, and unspecified outputs that wasn't connected.

Great way of teaching well done

grats on the 101st episode

Your boat motor project sounds interesting. It's been a while, but I remember there was a name brand manufacturer that was suppose to be working on electric replacement motors for things like lawn tractors. I don't know if it was ever released or not. Might make an interesting boat motor.

On the watermark, I think you should use it. As you said it helps to point people to your content. The reason you want to have it isn't for copyright anyway.

I personally wouldn't buy the screwdriver because it wouldn't be an every day tool for me. I have several sets of precision screwdrivers powered & manual that serve my uses. I'm not a fanboy of any tool brand. I have tools that are cheap Chinese off brands to even a couple tool truck tools. My motto is "the best tool is the one that works for you that you can afford"

Why don't you people show us how to use transistor has a tooth pick because you sure don't no how to use it in electronic circuit this video is showing us how to use a transistor as a conductor not a switch

hi, thank you for this great video. want to ask, how many watt is the output for this module?

You should watermark them and not feel one ounce bad about it.

You should'nt have to justify yourself on a review video. It's your honest opinion that counts.

I think your statements on the screwdriver are probably the best example I've seen of intellectual honesty when it comes to product "reviews" on your channel. If someone casually asked me if you were an LTT fanboy, I'd respectfully say yes :) That, combined with the fact that you spent your own money on it, gives you every reason to want to justify your purchase.

I'm not a hater or a fan of LTT, but as a tool enthusiast / collector, I bought one of the LTT ratcheting screwdrivers. I have to say the rstchet components are really great and work very smooth with little back drag. I still prefer the Wera ratcheting screwdriver, but this one really holds up.

I just remember the P (p)oints to N, and then fill in the missing value.

better than a 2 chan keysight for more complex testing. i love uni-t gear. i have at least 8 devices. nice score man. they dont hook up just anyone.

to build that would cost more if you went dimensionally accurate. amazon charges like 40 beans for a decent sized aluminium plate but the rest would be cheap only it would add up. i bet it could be modded to remove screens from devices as well. i laughed when i seen the transformer haha.

It's obviously a well-designed and machined bit of kit. I just can't do the ratcheting screwdriver. I feel that so many times I'm in an awkward position and I go to use the tool.... and it's geared for the other direction. That alone outweighs the benefits for me. Super cool that they exist and that people love them. Thanks for the video. This is the first review of it that I've watched.

لأنك قمت بإعادة الابره الى الصفر في البدايه يعطي قرائه اقل من الحقيقي

people nitpick anything ☢☢💀💀

When unscrewing things, I usually hold the screwdriver closer to the shaft, use the handle and ratchet to loosen the screw, and then use the knurling to take it the rest of the way out, much faster and the screw comes fully out that way, and still one-handed.

Sounds good. Not really something for me though

I got the Noctua version, and was given the choice which to get, beige with brown accents or brown with beige accents. I chose beige cause I like it more, and was thinking it's a tool. It will get dirty. Stop obsessing... The friction may get a bit easier with a bit of time.

I agree, my expectations were very high for the backforce. It's great, just not the miracle they made it sound like it should be.

I choke up on the shaft every time 😭😭

I've never really liked the diameter of that type of screwdriver. Love a decent ratched mechanism though.

You spend a lot of time complaining about the back drag. Project farm did a direct comparison with 13 other competing ratcheting drivers and the LTT driver was by far the lowest of all tested. It didn't win every category, but it handily won that one. I agree with the drag on the bit storage feeling gritty - mine is the same way... but it is not a magnetic closure. I guess, I never opened it slow enough to notice before you mentioned it.

Hello This module send 3.7 volt out automatically every 3 second s. Without any detection

Would a PZ1 bit have fitted those screws better? I often find the difference between PZ and PH is miniscule, and sometimes it's just a case of trial and error to find the bit that fits the screw the best. No idea why there are 2 standards that are almost precisely the same, but not quite same enough! Must say that my go-to screwdriver is the sort you get from Poundland in the UK, the type that Big Clive uses. The bits are made of cheese, but you can just buy a replacement every couple of months 😀

Can you recommend a boost converter with low RF noise, birdies, etc.? Preferably a module from Aliexpress, but there are so many. The converter should deliver a maximum of 19.5V and 10A at 13.8V input. It's intended for a mini-ITX motherboard used in an all-in-one SDR. Do you have any suggestions?

This thing was Bangedgood. They did quite the impression from the get go.

Does this also have torque control? If not, I've been using a comparable Kobalt ratcheting screwdriver (~$45) for the past like 10 years, and it works like the day I bought it. The Kobalt screwdriver is quite heavy (unsure of exact weight), so it may give you hand fatigue if you are doing lots of smaller work. I enjoy the weight for my projects personally.

Fantastic Video! So helpful and clear

How can I test a computer PSU and motherboard safely as a beginner?

Nearly fell asleep looking at this video

Thank you it's so much helpful to me I also find it really difficult to understand them because I'm still learning 🙏🙏☺️

lovely

I'm impressed with the video quality. The audio could do with a bit more bass though. (Feel free to delete this comment)