Depends on which direction you are reading the code but that sounds about right.
Can you measure it with the ohmmeter?

ahahah yes of course good idea! Didn't thought about it, with 20k setting it show 0.50

 

That's reading 500 ohms, double check using the 2K scale.

 

That's reading 500 ohms, double check using the 2K scale.

Sorry with 2k scale is .505

 

Sorry with 2k scale is .505

So I don't have it..

 

The color code says 510 ohms so the meter reading is correct within the tolerance.

 

The color code says 510 ohms so the meter reading is correct within the tolerance.
I don't have it, I can't find any

 

I'm confused, didn't you just get through reading one ?
You have at least one 510 ohm resistor correct?

 

I'm confused, didn't you just get through reading one ?

Me too, yes I did and it read .505, sorry but I don't know much about capacitor value..

 

Me too, yes I did and it read .505, sorry but I don't know much about capacitor value..

is it suitable for the experiment?

 

It's not a capacitor you are measuring resistance.
Yes I believe so, are there any more in the Bose amp

 

is it suitable for the experiment?

Sorry I did miss one of your post, yes I got more than 1

 

OK then, you can connect two together in series to make a 1K resistor.

 

It's not a capacitor you are measuring resistance.
Yes I believe so, are there any more in the Bose amp

Did I said capacitor? Sorry bro

 

No problem.
Do you understand what I mean by connecting the resistors in series?

 

Did I said capacitor? Sorry bro

Ok, let me connect it, will be back soon 5-10 min

 

Ok, let me connect it, will be back soon 5-10 min

yes, one after the other

 

Correct.
Are you able to post some photos of the actual circuit board specifically where R2 is located and this resistor combo you are making?

 

 

View attachment 269048

This has been take before I did fix it, after it was working, but the click... but this is the location of R2

 

The idea here is to connect this 1K resistor and R2 together without having to remove the PC board from the chassis.