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Use a regulated DC power supply and connect its positive terminal @ Vcc & negattive terminal @ ground. Take a look at the circuit diagram.

@@TechnoTipsE4U ok sir got it

Capacitor positive terminal to the junction where cathode of two diodes meets. And negative to junction where both anode meets.

Yellow wire is the ground of dual power supply connected at Bottom of breadboard & blue wire is the ground of DSO probe. Both are connected together.

Listen buddy can I use this same circuit in pcb means same connections it will na ??? Because in breadboard it's really working I have tried can I use this same in pcb or not ???

Breadboard is used only for experimental purposes. Once you get the right result, you can assemble it on a pcb without any worries. This circuit works correctly. Hence, you can assemble it on a pcb, but don't make any changes while assembling.

@@TechnoTipsE4U thanks bro 👍👍

RF coils are not readily available in the market.

@@TechnoTipsE4U it is necessary for the circuit ?

This is an inverting op-amp integrator circuit, so the input is applied to pin no 2. If you are designing a non-inverting integrator you can choose pin 3 instead of pin 2, but the entire circuit will change and gain equation also will change.

VCE will be 50% of VCC, VRC 40%, VRE 10%. You can choose Vcc according to your circuit. Amplifier load line and output swing, etc, will change in accordance with the applied Vcc

Sir if I used 5V VCC then R1&R2 kya hoga sir please answer me

​@@TechnoTipsE4Uthank you so much sir ❣️

@@TechnoTipsE4U for emitter follower as Rc is absent then if Vcc=12V then Vce=50%Vcc i.e, Vce=6V then applying KVL Vcc-Vce-Vre=0 -------12-6-Vre=0 i.e, Vre=6V

Basically this is a comparator with hysteresis, used to eliminate noise

It's a dual power supply +15 0 -15 Volt so total voltage is 30.

Because its an amplifier

When you observe the output, you can see a small phase shift. Here only one capacitor is used hence phase shift will be small.

Link available in the description

I will check

@@TechnoTipsE4U If possible please send it

drive.google.com/drive/folders/15FnYLlj0JZwkYSCB2mjYAPglZT5a82Um

drive.google.com/drive/folders/15FnYLlj0JZwkYSCB2mjYAPglZT5a82Um

drive.google.com/drive/folders/15FnYLlj0JZwkYSCB2mjYAPglZT5a82Um

Connect your DSO/CRO channel across 1.5 k ohm resistor.