symmetrical clipping but only on the feedback loop?
The other circuit symmetrically clipped the output of the op amp
What is the difference between symmetrically clipping the feedback loop compared to symmetrically clipping the output?
I'm not sure what makes the difference of having these FETS on the output pins
If I remove the FETS on the output pins, what would make the difference?
It seems like the FETS don't do much. Besides turning on and off
PICTURE#1
U5 has Q6 FET on the output, if i remove the FET what would be...
Here is series pass transistors that are back to back for the Positive supply and Negative supply
Take a look please
This circuit has a name, it's in my Floyd electronic book i will look it up
Here the schematic clip of the Relay RC network with the Series Diode we are talking about
The Capacitor stores the relays voltage and the 100 resistor drains off the coils slowly sinking it back to the power supply
The Series Diode blocks the capacitor from draining the voltage and current...
Steve here is some schematic clips with relays RC networks and an relay driver
Relay Driver has a FET Q2 , a transistor driver Q3
Most driver circuits don't have the FET, they just go direct to the transistor driver
The transistor is to output more current to the relay coil to energize it...
Harald kapp
here is the pictures of the patch bays on the test fixture
Also I don't know the names of the size of the red and yellow patch bay cables and plugs are called, do you guys know?
But each jack on the patch bay has a series diode soldered to the jack to a wire that does to the...
So they can have the same RC values? so how can you tell which is which? if you don't know what the input waveform is either AC or DC
How would a tech know by looking at a schematic
How can a 741 op amp source current?
The diodes are in series , so how can a diode in series sink current?
I can understand if the diode was in parallel with the output, it would sink the output
I'm confused about how it's sources or sinks current
Since op amps aren't open collector...
How can you tell from a Low Pass filter to an Intergator? they both look the same to me
Is it the Capacitor and Resistor values that make the difference?
I can't tell on schematics if it's a low pass filter or an intergator circuit
Any hints to know without knowing the input waveform is AC...
What does this diode do on pin#1 and Pin#8 on this Op-amp?
Mostly I see a capacitor on Pin#1 and Pin#8 for frequency compensation
Are they using the capacitance of the diode?
Take a look please