Hello there! It’s been a while that I don’t post any electronic HowTo. Since I started electric engineering my life have been quite busy, studying a lot, but some days ago I have made a simple project in which I created a metronome using some simple parts you can find in any electronic shop. And I decided to share with everyone this blog. So if you are interested, so let’s start!
Hmm, what is a Metronome?
“A metronome is any device that produces a regulated audible and/or visual pulse, usually used to establish a steady beat, or tempo, measured in beats-per-minute (BPM) for the performance of musical compositions. It is an invaluable practice tool for musicians that goes back hundreds of years.” (text from wikipedia, click here to read more about metronome)
Material Needed: (I’m linking components to wikipedia, if you want to know more about them)
The tools depend in what way you want to assemble the parts. Right now my project is assembled in a BreadBoard. In some days I’ll but my metronome in a small board, and then it will be soldered using some TIN and a Soldering Iron. (If you want to know more about soldering, you can look HERE and HERE).
Now the scheme:
To build your metronome, you have to follow this scheme:
Pictures and Videos:
The circuit I made isn’t so beautiful right now, but it will be cute as soon as I assemble it in a read boar, then I will update this HowTo.
After you have all assembled, just turn on your circuit and you will see and hear the beats, where you can set different speeds by chancing the resistance from the 250K potentiometer. Now grab your guitar, or whatever you play and go practice with your new metronome.
I hope you could understand my HowTo, if you have any question, just post a comment with the form below.
Thanks for readying!
Although 642-901 is not a difficult course, people still delay it until after 70-431 as well as 70-620. Only after SY0-101 is their concept disabused.
[…] Hmm, what is a Metronome? ÔÇťA metronome is any device that produces a regulated audible and/or visual pulse, usually used to establish a steady beat, or tempo, measured in beats-per-minute (BPM) for the performance of musical compositions. It is an invaluable practice tool for musicians that goes back hundreds of years.HOW TO – Make your own metronome – Link. […]
thank dude,i made my frist metronome with no skill in this feild at all and with about 40$( that inculeding the wire kit and bread board) plus abut 5 hours looking at your fuzz and one sized pic.
I me a noob, so the diagram was basicy unless.
i toke some CLEARer pic hehe; i hope to sent them in.(flicker i think)
I think i used less wires then u, now i need to learn how to sodera little board.
I have an electronic drum machine (Boss DR-220A) and am interested in this project to use as a foot operated ‘trigger’. (it is hard to turn the drum machine on and then start playing my guitar) The drum machine accepts a 5v signal (beat) that triggers the rhythm pattern to play.
I think I could use your circuit with no speaker – just run that output into the drum machine with a footswitch to start/stop. I wonder what voltage is coming out of this circuit (to the speaker) or if I should use 4.5 volts (two 1.5v batteries) to power this to get closer to 5v out at the speaker. Or perhaps it does not matter…
If any of you have advise/suggestions, I appreciate hearing them!
Hi, im a AP Physics student in my high school and we have to build something for a end of the year project. I decided to build a metronome and found this page during my research. It is the best how to by far i found but i cant find anywhere that explains exactly what the different parts do (i know that the resistors make resistence and V=IR and that stuff) but like how they function together to make the variable speed metronome would be a great help to me. So what im asking is maybe if you had some extra time could send me and e-mail or post a thread or something going into more depth than just the circut setup i would be very very very grateful. You can put in as much depth as you want or as time allows, anything will help. But dont forget i am still a high school student. Much thanks.
The schematic as shown doesn’t oscillate with a 50% duty cycle, meaning that one LED is on for slightly longer than the other. Of course, this is only noticeable at very high tempos. For example, when the 250K pot is down to 1K, one LED will be on for twice as long as the other. There’s a circuit in the 555 datasheet that shows how to make it oscillate with exactly 50% duty cycle regardless of the frequency.
[…] Ohm Resistor 3. 2x 22uF 16V Capacitor 4. 9V Battery 5. 8 Ohms Speaker 6. 250K Ohms Potentiometer [link] This entry was written by admin, posted on December 1, 2008 at 10:43 am, filed under OTHER […]
Hi! I’ve just built this scheme and it worked, but I got a little problem. I’ve got one led lit all the time. I mean, there would be only one led lighted on each beat of the speaker, but there is one always on (the onde between 9V and the 3 pin node) and the other goes on and off at each beat. Would you give me some help?
Can i use another pot value? I couldn’t find the 250k ohms around here, only the 330k ohms. Cant I use a lower value, like 150k or some comercial value around this point and associate with a static value resistor? Or just use a lower value pot without association?
By the way, thanks for the project! It’s going to be very helpful for me.
Hey i’m currently building this but the potentiometer when i change the setting up or down causes my 555 chip to blow is there anything i can do to adjust this i.e. an extra capacitor or resistors… thank you
Hi Great project. THX. I’m working an a simple design interaction project and I was wondering if someone can help modifying the circuit for my needs. (This circuit is as close as it gets to what I need) I need the metronome to work as a audible clock making the “TIC TOK” sound in a one sec. intervals. and every one hour (3600 sec. or 3600 TIC and TOKs) a LED should work for one min. (60 TICTOKs) and be turned off. The 2 LEDs in this projects are not needed. Can it be done with this circuit? Thanks all, ET
Being a musician it is obvious that you are aware of the importance of proper timing. I am a steel guitarist and I play in a classic country band. What I want to build is a SILENT metronome (LEDs only), but a little different than any I’ve seen. My idea is to build it basically as you have diagramed, but without the speaker (or put a potentiometer in line with the speaker so as to be able to silence it when performing for an audience) and incorporate 3 or 4 output jacks on the unit. These output jacks would be standard 1/4 inch phone jacks so standard guitar cables of different lengths could be used to connect the remote units to the controller. The idea is to be able to make separate enclosures which would be located primarily at the drummer’s location and the bass guitar since these are the instruments responsible for maintaining a steady beat. These LED units should flash simultaneously so as to provide a timing mark for each musician’s location and I would prefer to use 10MM LEDs to make them more visible. Also, these could be ‘daisy chained’ as long as there is no difference in the times at which the LEDs flash.
I have a block diagram to illustrate what I’m trying to describe but unable to post it here.
So, what I’m curious about is whether your current schematic would be adaptable to such a project, or would it take something different.
Looking forward to hearing from you and keep up the good work! You’ve provided a lot of fun and useful projects on your web pages.
Hi Daniel, thanks a ton for the circuit, very helpful. Could you please tell me that how did you select the value of the resistor/capacitor/potentiometer/speaker etc. What I am trying to ask is that how did you know that 1kohm resistor or 22uF resistor has to be used. Are the values decided by trial and error or is there some other mechanism based on calculations? Please help, thanks again.
Hey Gamini, what you can do is take a look on how the 555 IC works. It’s configured as a astable circuit, that will oscillate with the frequency of the RC constant. You can get more info on how to calculate all the parameters here: http://en.wikipedia.org/wiki/555_timer_IC