And, in the event that this was what you were referring to, I haven't the slightest idea how to do that.
I suppose I'd have to come up with an expression that relates the specific heat and mass of the aluminum block, the ambient temperature, efficiency of the peltiers, etc.
It almost sounds more efficient to simply use 11-12 bits of PWM and look at results...
Right now the device is an analog power amplifier, so the resolution is *just* 11 bits in either heat/cool mode, which is why I thought I could simply sub. in PWM and call it done.
Thanks
I suppose I'd have to come up with an expression that relates the specific heat and mass of the aluminum block, the ambient temperature, efficiency of the peltiers, etc.
It almost sounds more efficient to simply use 11-12 bits of PWM and look at results...
Right now the device is an analog power amplifier, so the resolution is *just* 11 bits in either heat/cool mode, which is why I thought I could simply sub. in PWM and call it done.
Thanks