Yes, but you will need to change the capacitor to a.001uf or 1nf.
Steve G

Thanks so so much for your help.

 

Could you post your .asc file?
Thanks.

Of course, At the attachment...

 

Revised schematic using the TL082. Should get similar performance with the LM358
Steve G

 

I need to generate frequency 1KHz-5KHz, can i with this circuit?

Here's a revised schematic using LM358's with a single 12V supply.
The output frequency goes from below 1kHz to above 5KHz for a 1V to 10V control input (V1).

 

What is wrong with my circuit

 

Post another pic or two, sharply focussed and taken from different angles and distances, so that we can see all the wiring to the breadboard and all the component markings. The problem may be just a bad connection in the breadboard, or a mis-wire.

 

Revised schematic using the TL082. Should get similar performance with the LM358]

Nope. Note the relationship between the LM358 pin 4 and the transistor emitter.

ak

 

Nope. Note the relationship between the LM358 pin 4 and the transistor emitter.

ak

What about it? That schematic is using a TL082 that was breadboarded and confirmed with the components listed.

 

What is wrong with my circuit

Looks like the transistor is in backwards from the photo. Check the connections on pin5. The two 100K voltage divider resistors do not look connected correctly and a resistor is missing from pin5 to the divider
Steve G

 

What about it? That schematic is using a TL082 that was breadboarded and confirmed with the components listed.

The LM358 input common mode range includes and exceeds the negative rail (ground in the original schematic) and the transistor switches inverting input to ground. So while the input is grounded, the input stage still is in its linear active region. The TL082 input common mode range extends only down to Vee+3V. More importantly, when the transistor switches on it is not pulling the inverting input down to the negative rail. I think that 12 (or 9) V difference is important to the circuit's operation.

When the output is at its most negative value (approx. -10.5 V), that exceeds the reverse voltage rating of the 3904 transistor base-emitter junction.

ak

Edit: fixed - sign.

 

When the output is at its most negative value (approx. +10.5 V), that exceeds the reverse voltage rating of the 3904 transistor base-emitter junction.

ak[/QUOTE]
The actual negative voltage at the base of the 2N3904 during the negative swing is less then -3 volts using the 10K base resistor. Using a 47K will reduce the voltage to just under -1volt. Either way the transistor is operating well within specs.
Steve G

 

What is wrong with my circuit

As noted, it's likely an error in wiring the circuit. It's very easy to make mistake when doing a solderless breadboard circuit.

Do a careful check of the circuit versus the schematic (I use a highlighter to mark each component and wire of the schematic as it's checked).

 

Thanks you all. I will do it again by caring your contribution and declare the result again. Thanks a lot.

 

Interesting results actually using a LM358. Wired as in the original schematic from post #1 using a .001uf cap,2N3904 transistor and single ended 12 volt power source. Max output frequency with 12vdc input is 4.4KHz. Square wave output is not symmetrical, slow rise times on the slopes. Triangular wave OK. Recommend a rail to rail op amp. Much better results using a MCP602 at 5 volts. Output frequency 6.7KHz at 5 volt Vin, frequency stable and much less dependent on supply voltage when Vin is sourced through V+.
Steve G