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Just a FYI, some op amps have lower distortion in inverting mode than as
a follower. This is not intuitively obvious since a follow has maximum
feedback, which would imply the best linearity. However the distortion
as a follower is due to the common mode rejection of the op amp. That is
the inverter has the front end differential pair at a virtual ground
while the follower moves the differential pair with the signal.
- [time-nuts] OP-Amps for 10MHz distribution...? Michael Baker
- Re: [time-nuts] OP-Amps for 10MHz distribution..... paul swed
- Re: [time-nuts] OP-Amps for 10MHz distribution..... Attila Kinali
- Re: [time-nuts] OP-Amps for 10MHz distribution..... Bill Riches
- Re: [time-nuts] OP-Amps for 10MHz distribution..... Chris Albertson
- Re: [time-nuts] OP-Amps for 10MHz distributi... Steve
- Re: [time-nuts] OP-Amps for 10MHz distri... Chris Albertson
- Re: [time-nuts] OP-Amps for 10MHz distribution..... Ulrich Bangert
- Re: [time-nuts] OP-Amps for 10MHz distributi... Bob Camp
- Re: [time-nuts] OP-Amps for 10MHz distri... Bruce Griffiths
- Re: [time-nuts] OP-Amps for 10MHz di... gary
- Re: [time-nuts] OP-Amps for 10M... Bruce Griffiths
- Re: [time-nuts] OP-Amps for 10MHz di... Bob Camp
- Re: [time-nuts] OP-Amps for 10MHz distribution..... Bill Fuqua
- Re: [time-nuts] OP-Amps for 10MHz distributi... Charles P. Steinmetz
- Re: [time-nuts] OP-Amps for 10MHz distributi... lists
- Re: [time-nuts] OP-Amps for 10MHz distributi... Bob Camp
- Re: [time-nuts] OP-Amps for 10MHz distri... Hal Murray