PLAN B analog blog

barry said:

 looks like that voltage mirror thingy does time reversal, too! (according to
the graph) ;-)

http://www.ear-group.net/model_26.html

- Barry

Looks as if it does, doesn't it?  If it did however, I'd be making a lot more $$ for the 
Military!

The resting state of the Voltage Mirror (no input) is 8 volts positive.  It sits up there with 
no input is applied to it's output.  So inserting the waveshape shown in the diagram, that's 
exactly what you'll get out.  It may appear to be time reserved, but it's just phase refersed.

A true mirror.

I guess I could have called it the 'Positively Biased Voltage Inverter, but what's the fun in 
that?

- P

Thanks, Peter - I think I understand the function now, but I also still think your graph is 
wrong. I believe it should be a verically flipped version of the first graph, rather than 
horizontally flipped as you have it. 0v in = 8v out, right? Check it out.

- Barry 

http://ancientsun.blogspot.com

Cosmic Debris "On the Shores of a Different Time" CD with Richard Bugg coming soon!

--- In PLAN_B_analog_blog@yahoogroups.com, "(i think you can figure that out)" 
<peter@...> wrote:
>
> barry said:
> 
>  looks like that voltage mirror thingy does time reversal, too! (according to
> the graph) ;-)
> 
> http://www.ear-group.net/model_26.html
> 
> - Barry
> 
> Looks as if it does, doesn't it?  If it did however, I'd be making a lot more $$ for the 
> Military!
> 
> The resting state of the Voltage Mirror (no input) is 8 volts positive.  It sits up there with 
> no input is applied to it's output.  So inserting the waveshape shown in the diagram, 
that's 
> exactly what you'll get out.  It may appear to be time reserved, but it's just phase 
refersed.

> 
> A true mirror.
> 
> I guess I could have called it the 'Positively Biased Voltage Inverter, but what's the fun in 
> that?
> 
> - P
>