I decided to do this audio project as it is interesting by means of learning something new, expanding my knowledge and of course I wanted to control the music between its source and the speakers.

The circuit is based on LM1036N which is a DC controlled tone (bass/treble), volume and balance circuit for stereo applications in car radio, TV and audio systems. An additional control input allows loudness compensation to be simply effected.

All you need for this project is the LM1036N, 15 capacitors, some fixed resistors and some potentiometers. The result is a high quality control circuit that is small, energy efficient, easy to make and enhances your audio listening experience.

Step 1: Step 1: Research

The circuit I used is from the manufactirer's data sheet.

Take a look at page 6.

Without making any changes, the circuit performs just great, so if this is your first circuit - do not hesitate to build it - it will work if you don't mess the components!

The components that you will need are as follows:
  • LM1036N
  • 47uF x 1
  • 0.47 uF x 2
  • 0.01 uF x 2
  • 0.22 uF x 4
  • 0.39 uF x 2
  • 10uF x 2
  • 10nF x 1
  • 47k resistors x 4
  • 47k potentiometers x 4
  • switch x 1
  • a 3.5 mm audio female and male jacks (could be any size jacks)
  • some cables (use shielded for the input and output signals)
  • an empty board that you will solder on
  • soldering and wire cutting tools
  • plastic enclosure
  • knobs for the potentiometers
Summing the money spent, the circuit costs around 15 EUR.
<p>What can be the value of the output's capacitor?</p>
<p>Depends on the load impedance, I'd go for a 220uf, should be plenty if you're using it before an amplifier. </p>
<p>What can be the value of the output's capacitor?</p>
<p>What can be the value of the output's capacitor?</p>
<p>What can be the value of the output's capacitor?</p>
<p>What can be the value of the output's capacitor?</p>
Have u simulated this circuit or got this from its datasheet ?? if simulated then what is the name of theat simulation software ?. because i m using proteus for simulation and proteus doesn't have a library file for Lm1036 IC so can u help me ? <br>
This circuit is from the LM's datasheet and I assembled it without simulation.
Do u know any simulation software that can simulate LM ic's?<br>
You can try with Target v14. It's a good one but takes some effort.
It is stereo. You can see how the components on the left and right side of the chip are the same.
I see, thanks, I might have to give it a try.
Does this tone control unit operate in stereo or mono?
great job! I have been looking for the proper IC to use for a mixer project. 1036N here we come! <br><br>you should submit it in the audio contest, I would vote for this.<br>
Thank you! I actually won the second place in the contest.
is the difference between this extra gadget and the original stereo audio system as big as noticeable?sorry for asking this way,u should convince people to believe its rightful existence by showing sth audible.
Well, there is a big difference in playing music through this device.<br><br>It is best seen on a good audio system. My car for example has a set of six speakers that cover the whole range of frequency: two speakers low in the front doors that are just for low frequencies; 2 tweeters up on the dashboard just below the windscreen that play the high frequency and two mid-tone speakers on the trunk door. <br><br>Having a home-made amplifier means that I have to tune the audio signal between the phone and the amp, or I have to rely on the phone equalizer. I have to say that this is possible, but you can't make corrections on the go all the time you decide and playing every song might cause you to change the bass for example.<br><br>It is very comfortable to have these controls just under your fingers while driving and you can get the best out of the whole system.<br><br>Hope this explains what your question was.
In all honestly, This is quite possibly the most fantastic thing i've seen all month.
looks interesting : )

About This Instructable




Bio: I am a University of Edinburgh electronics engineering student.
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