Bout the only thing you could use that for is an ersatz inverting Schmitt t rigger like device. Also, you will need more input voltagge than the supply , and therefore more than the output. If you want to do that, use a transfo rmer to get the pinchoff voltage of the FETs.
Know what ? That might just make a dandy oscillator. In fact the Wavetek, l ike 103, 111 and such, their circuit had someting looked like that. I know right away this thign has to be in onbe state or another or it will destroy itself.
The Wavetek impressed me alot with the precision of its technology, FROM TH E 1970s ! The thing runs on a triangle wave which is developed by an electr onically controlled current source into a precision capacitor. That feeds s omething that detectcts the slope and goes into one state or the other and generates a square wave. That square wave is what triggers the triangle wav e generator and that completes the positive feedback loop. Look it up, the manual is on BAMA.
Took me a little while just to understand how that Wavetek circuit works. I t does have a pretty good theory of operation text in the manual but you kn ow how it is, when you can envision it yourself is when you really know how it works.
And the sine convertor is a blast. It is the bomb. I literally variably com presses that triangle to make a sine. Down to 0.5 % distortion.
Mu buiddy has a 103 with pretty much the same circuit. His had a compressio n at the top of the sine and it was pointy at the bottom. There was a DC of fset in the oscillator. I temporarily fixed it by inserting a capacitor in there to remove the DC. There are DC adjustment pots but they didn't have e nough range. I wanted it off the bench, he wanted it off the bench so that worked for now. Later he decided to fix it right and now it is all in piece sparts. Whatever, mine still works.
Have fun with this, tha tis the best way. Keep this thread bumped up and I will come up with a few resources forya. Links etc.