Amplifying signals

This type of oscillator again? But dont you see this oscillator itself is not needed. What you need is an AC generator with DC offset, and connected to this you can test your transistor circuits to "amplify" the signal, what you have now is similar to an voltage follower, one in bipolar and one as mosfet. Its also called impedance converter. So no need for an oscillator, which is BTW again obfuscated, just a single transistor. And whats also missing is a specification from you. What is the amplifier specification, input and output impedance, voltage gain and current gain. supply voltage bandwidth and so on. What is you know so far about transistor amplifier any references of designs you have made before? "Amplifying signals" and description "So this is not a mosfet. I tried many configurations" is not much enough to explain your problem you are going to solve!

doesn't look like you actively working at this project, why? Just put something to public and what now? I have beautified a little as first step to get rid of your oscillator, cuz the amplifier is your target as i get you right. Check this, do you like it, or do you see what it is? http://everycircuit.com/circuit/6291084920750080

You seemse to be irritated and somehow blocked in collaborative working together. So we continue without your feedback and we remove the useless oscillator, cuz this is not what you requesting. You are looking for amplifier behind the oscillator so check this, from here we can go on and you can start learn how transistors as amplifier work http://everycircuit.com/circuit/4792111169011712

almost one week ago, you still think about my first comment? Am I to fast for you, just ask if you dont understand or need more detailed explanation. Next circuit we will go into a current ampilier follow by maybe a voltage amplifier stage, but only in case you need voltage gain. So far you presented this circuit the third time on everycircuit in 3 little different form, but whats missing is a nice specification about your requirements in amplification you need. So we need your input what you are looking for or we just take an approximation what you might want to have which is like mindreading and is mistlikely not what you want! Would be nice if you could open your mouth and tell a little before it get tooooo boring for the audience!

so looks like you gave up to understand this circuit in the moment you posted it. What was the reason for you to publish it?