It's the smallest I've seen, but the cheapest is an 8 pin that uses PROM for program storage and comes in at $0.03USD for single units. You're right about it being a pain though.
@3:40 I wouldn't recommend that you solder pins or boards while plugged into the experimental plastic sockets, this is because those plastic sockets are susceptible to heat and may melt or bend causing electrical disconnect, or intermittent disconnect. This will cause circuit operation problem. Instead use stand alone IC chip sockets or aluminum tweezers to hold those SMD pads and parts while soldering them.
Or you may dedicate one experimental plastic socket for those kinds of soldering operations but never use it for circuit testing. Then mark it as not for circuit testing.
You all probably dont give a damn but does anyone know a tool to log back into an Instagram account..? I was dumb forgot my account password. I love any tips you can give me.
@Albert Randall thanks for your reply. I found the site thru google and Im waiting for the hacking stuff now. I see it takes quite some time so I will reply here later with my results.
now this would be fun to try efi with. done it on a 12f683. AD may be a problem. maybe a comparator and CR time constants... only need map and crank signal, easy!
I'm trying to fix a simple coffee filter machine . It's crazy . It has an 8 bit microcontroller inside. It's buzzer goes off and both lights come on display. Not sure if mc has failed or just one of the input pi s is getting an error.
Roll on a couple of years and there is the improved PIC10F32x. But STILL no serial peripheral! This really frustrates me about the 6 and 8 pin PICs and AVRs! Surely the obvious use case is intelligent peripherals: putting a single sensor or actuator onto a serial bus? Yes I know you can bit-bang a serial peripheral, but that is hard work, consumes a lot of the already limited resources and will not be as power-efficient. This use case is so obvious it really baffles me that Microchip keeps missing it!
How about a video on making up programs for this chip? I think it's a bit trickier than Arduino? I have still to be brave enough to try the pic! There are probably already programs on the internet to try I suppose?
you can reprogram this chip as any other PIV or AVR microcontroler. But i know that there are some chines 0.08 dollars microcontrolers that can be programed only once
I don't get it. If one has to use an adapter board because the controller is too tiny, why not just use a bigger controller? The price difference should be negligible for an individual who uses only one or two of them.
I think there are several reasons, especially size. I think there is another microcontroller in a transistor package, even less expensive, but it is not really smaller and has fewer io. The last reason to use this processor is bragging rights, lol.
There might be Soldering Tips smaller and better suited for jobs like this, and a Lighted Magnifying Glass on an arm, to make it appear big enough to manage.
I have an HT48R32-B-0 microcontroller in my hi fi audio amp and need a programmer to copy it to blank one so I can fix my other amplifier. i have the original chip so i just need to copy the info from one to the other . What exactly do i need?
Ah, tiny is attractive (and cheap)..... This is only of interest when you need this device for mass production, for prototyping or hobby it is pain. You need an adapter, a programmer (and a breadboard), special software and must know assembler very well because it is tiny maximum. How tiny, you didn't notice in the video anyway. What can be made with it except blinking LEDS, can it do something useful? Is it worth the hassle anyway?
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It's the smallest I've seen, but the cheapest is an 8 pin that uses PROM for program storage and comes in at $0.03USD for single units. You're right about it being a pain though.
Another pain with this $0.03USD chip is that you need a programmer for $100+USD. And maybe as well an in-circuit emulator as you can program it once.
i hope soon someone could build a cheap programmer for it, it will be very great to play with those cheap uC
watch this:
th-cam.com/play/PLvOlSehNtuHsiF93KOLoF1KAHArmIW9lC.html
@@masaratech just use arduino
@@ryanchowdhary965 Arduino is the size of a Buick.
Thanks for mention PIC Microcontrollers since very few people talk about it .
I love PIC microcontrollers since 16F84 and 16F877. Which are your favorites?
amazing soldering skills. I couldnt have soldered that without a hot air station
@3:40 I wouldn't recommend that you solder pins or boards while plugged into the experimental plastic sockets, this is because those plastic sockets are susceptible to heat and may melt or bend causing electrical disconnect, or intermittent disconnect. This will cause circuit operation problem. Instead use stand alone IC chip sockets or aluminum tweezers to hold those SMD pads and parts while soldering them.
Or you may dedicate one experimental plastic socket for those kinds of soldering operations but never use it for circuit testing. Then mark it as not for circuit testing.
Always love your simple no fuss videos - THANKS
You always show cool stuff i never heard about! This channel is awesome 😃
You all probably dont give a damn but does anyone know a tool to log back into an Instagram account..?
I was dumb forgot my account password. I love any tips you can give me.
@Crew Axl instablaster =)
@Albert Randall thanks for your reply. I found the site thru google and Im waiting for the hacking stuff now.
I see it takes quite some time so I will reply here later with my results.
@Albert Randall it did the trick and I finally got access to my account again. Im so happy!
Thank you so much you really help me out !
@Crew Axl Glad I could help =)
now this would be fun to try efi with. done it on a 12f683.
AD may be a problem. maybe a comparator and CR time constants...
only need map and crank signal, easy!
It still amazes me how that power setting is so vital, yet so difficult to find. Terrible UI design from Microchip!
I'm trying to fix a simple coffee filter machine . It's crazy . It has an 8 bit microcontroller inside. It's buzzer goes off and both lights come on display. Not sure if mc has failed or just one of the input pi s is getting an error.
Have you seen there are open source tools to program the chinese $ 0.03 MCUs now?
you should look into CH551 chips so cheap like $0.06/each and so much more power than the pic10f200
where?
edit: CH551 chips are more like 20cents, not 6cents.
Roll on a couple of years and there is the improved PIC10F32x. But STILL no serial peripheral! This really frustrates me about the 6 and 8 pin PICs and AVRs! Surely the obvious use case is intelligent peripherals: putting a single sensor or actuator onto a serial bus? Yes I know you can bit-bang a serial peripheral, but that is hard work, consumes a lot of the already limited resources and will not be as power-efficient. This use case is so obvious it really baffles me that Microchip keeps missing it!
Really nice video! Very clear and well done. Thanks!
How about a video on making up programs for this chip? I think it's a bit trickier than Arduino? I have still to be brave enough to try the pic! There are probably already programs on the internet to try I suppose?
Good idea, i will explore some beginers PIC chips and some examples. Tnx for sugestion.
@@VolosProjects Is this a one shot program send or can you reprogram the same chip multiple times?
you can reprogram this chip as any other PIV or AVR microcontroler. But i know that there are some chines 0.08 dollars microcontrolers that can be programed only once
Perfect, I'm looking at the same pic for a very similar use on a motorcycle.
On a bike? I wonder what for? Do share!
@@microdesigns2000 I'll let you know when I've built and tested the prototype.
Useful video
I don't get it. If one has to use an adapter board because the controller is too tiny, why not just use a bigger controller? The price difference should be negligible for an individual who uses only one or two of them.
That's just it - this is really meant for industrial integration in custom boards, not hobby projects. But it's a cool novelty to play with.
Because the world doesn't run on Arduino , aka baby's first MCU.
@@josephdailey2610ummm have you ever heard of PCBway?
I think there are several reasons, especially size. I think there is another microcontroller in a transistor package, even less expensive, but it is not really smaller and has fewer io.
The last reason to use this processor is bragging rights, lol.
Thank you for this tutorial very good explanation.
I'm the only one who have noticed that PIC10F200 doesn't have an INTCON register to control interrupts from Timer0 ???!!!
Like, holy FUCKING shit. That spec of DUST is a computer!
Job well done, keep doing more great projects.
Can you get them mounted on the adapter board? I don't know if I could solder anything that tiny.
There might be Soldering Tips smaller and better suited for jobs like this, and a Lighted Magnifying Glass on an arm, to make it appear big enough to manage.
I have an HT48R32-B-0 microcontroller in my hi fi audio amp and need a programmer to copy it to blank one so I can fix my other amplifier. i have the original chip so i just need to copy the info from one to the other . What exactly do i need?
Your first goal should be to read the device. This will tell you if the code is data protected.
Whats the music in the background?
It's looks like attiny10 but I don't know what could it be used for.
Ah, tiny is attractive (and cheap)..... This is only of interest when you need this device for mass production, for prototyping or hobby it is pain. You need an adapter, a programmer (and a breadboard), special software and must know assembler very well because it is tiny maximum. How tiny, you didn't notice in the video anyway. What can be made with it except blinking LEDS, can it do something useful? Is it worth the hassle anyway?
It can be good for projects that have to be made small.
Thanks, but link to the code is broken.
would it be possible to create a bitcoin hardware wallet with nfc and a micro sd using pic10f200?
i dont know that, i am not crypto user and i dont have expirienc with PIC
@@VolosProjects got it. but thanks I'll try to mount it with atmega.
Great way to teach and explain thanks
sir when i program attiny85 with Arduino and Arduino ide and it is showing error yenkie invalid device check your connection double
Is that possible, to program in c or c++
Can i program without pic kit?
May I ask, is pic kit 3 able to program Atmega328p?
how do u program it?
You pointed to pins 4,5 & 6 in the wrong order.
@ 3:59 wire going to pin6 was called pin4. Kind of confusing, but I'm learning. Great video.
Cool video, thanks :)
hi the link for code to download not working.
Very helpful thank u
very good
exelent video, only the code link not works ;)
would also love to see a renewed link :-D
that's not small this is small
Kinetis KL02 MCU (1.9 x 2.0 millimeters)
ATTİNY10-MAHR is also 2mm*2mm in size. I wonder if there are mcu smaller than those.
Also you can find a thin WLCSP20 package of KL02 sized 2mm*1.61mm
can it run crysis?
Can it do i2c or SPI?
You can definitely bit bang it atleast :-)
What program lenguaje Is he using?
Assembly
Awesome video...
Using Assembly language to blink an LED? Good grief! Why not use dip switches to set the program code.
nothing wrong with assembly.
Use Python to blink an LED? Good grief! Why not use a sledgehammer to swat a fly?
Obviously it’s just an example. You can do neat things with these. I love how tiny they are.
10 puntos muy bueno
Link to code is broke.
attiny 10??????
PMS150C only 0.03$ :')
The programmer is hard to get outside of China.
@@UReasonIt watch this:
th-cam.com/play/PLvOlSehNtuHsiF93KOLoF1KAHArmIW9lC.html
👍
ATTINY10
Bhi no boo
Microchip is No way cheap
Veo que hablas español. Podrías dar los vídeos también en ese idioma por favor.
Cekaj bre, odakle si ti? Pise pretrazite google
Bok susjed, iz Hrvatske.
OMG ..