whiz115 said:
lol....

i hope i didn't burned anything!
pin #2: ~3.08V
R2: ~2.88V
R3:
R4: ~2.88V
R5: ~2.88V
R6: ~2.88V
R7:
R8:
transistor collector: ~2.15V
P.S note that my power supply is not stabillized and as you understand values aren't exact...
have a good dinner!
There is one other thing that might cause error in your measurement. That is that since the analog multimeter is probably a very high resistance, the time required for voltage to bleed off of C6 may be too large. You can check this by making a measurement (any measurement), for example, probing Pin #2 and noting how long it takes for the voltage reading to die back to zero after you stop touching pin 2 with your probe. If the reading goes down to zero very quickly (like in a couple of seconds or less), then we don't have a problem, but if the reading takes a long time to go back down to zero (like greater than 10 seconds), then we should add a parallel resistor across C6, with value 470K ohms to 2 Mohms. This is simply to ensure that a reading that you make is not affected by residual voltage on C6 left over from your previous reading.
If this isn't a problem, then lets look at your measurements. 3.08 Volts at pin 2 is very good, and indicates that the oscillator is working. 2.88 volts at pins 4, 6, 8, 10, and 12 are also very good and indicate that the buffer amps are working. If you have no voltage at pin 6, you can choose to remove R3 and forget about it (this one buffer isn't critical and you can leave it disconnected) or we can find out why there is no AC voltage there by examining and possibly repairing the solder connection at pin 5 or at pin 6.
The value of 2.15 V at the transistor collector also seems to be good. However, this assumes that you have a capacitor across the test terminals TP1 and TP2. If you don't then this voltage is not correct. I will assume that you have a good capacitor there.
So, if all these voltages are correct, then your circuit is working. When you probed the collector of Q1, you essentially reconnected the original circuit back together, and now you are getting a reading on your meter. So does this not mean the circuit is working? Perhaps the problem was simply your use of mA scale instead of voltage scale while not having anything at R17?