Dragon Tamer
Member
To answer your questions in order;
The non inverting input is the input that doesn't invert the audio signal.
The inverting input does invert the audio signal.
Vs is the supply voltage
The differential input voltage is the minimum voltage needed between the inverting and non-inverting input for the output to change it's amplitude (I'm not 100% on that one)
The peak output current is the amount of current that the IC can supply with a spike in the audio signal.
The total power dissipation is the amount of power the IC draws from its supply when it is maxed out. This is also the amount of heat that the IC will give off while it's running.
The junction temperature is the max lead temperature when soldering the IC to it's board.
Storage temperature is the temperature range that the IC can be stored in while it is not running (no power applied).
Input bias current, the current needed on any given input to drive the IC.
Slew rate defines the speed of the IC, the higher the slew rate the better the frequency response.
Input noise current is the amount of current needed for the IC to detect noise (noise is bad) the same with the voltage.
Input resistance is how much of a load the inputs present for the source.
Thermal shut down will shut the IC down if it gets too hot so that it will not destroy itself. The IC will turn back on once it has cooled down enough.
Hope this helps.
The non inverting input is the input that doesn't invert the audio signal.
The inverting input does invert the audio signal.
Vs is the supply voltage
The differential input voltage is the minimum voltage needed between the inverting and non-inverting input for the output to change it's amplitude (I'm not 100% on that one)
The peak output current is the amount of current that the IC can supply with a spike in the audio signal.
The total power dissipation is the amount of power the IC draws from its supply when it is maxed out. This is also the amount of heat that the IC will give off while it's running.
The junction temperature is the max lead temperature when soldering the IC to it's board.
Storage temperature is the temperature range that the IC can be stored in while it is not running (no power applied).
Input bias current, the current needed on any given input to drive the IC.
Slew rate defines the speed of the IC, the higher the slew rate the better the frequency response.
Input noise current is the amount of current needed for the IC to detect noise (noise is bad) the same with the voltage.
Input resistance is how much of a load the inputs present for the source.
Thermal shut down will shut the IC down if it gets too hot so that it will not destroy itself. The IC will turn back on once it has cooled down enough.
Hope this helps.