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Build the following circuit https://cdn2.flux.ai/flux-comment-files/files/comm...
cartolin

cartolin

@copilot Build the following circuit
Image

Image

https://cdn2.flux.ai/flux-comment-files/files/commentFileId-676a8d549a69c550458185cb119011015577f4997b24861fc37e2ca09032a35b.png?GoogleAccessId=graviton-mvp%40appspot.gserviceaccount.com&Expires=4893573735&Signature=XM09AsyRAccOedqjx%2Bt0Z%2Fbs%2BbEQvKLtrL5o0ozZ7jcZsymBKxEzrnmPEaYOMKoZ2tK2E0zrsibZUeAiiQl41pKPBkxJ1%2FE8CjHGkH6UnZw4fzDBafcsKLwOT3t7ZicqhiQ3%2BERqckIHJgKB7cjb0%2F8vXfnCZOgs%2BMNUXlLnJo4xR6D9zxJfPIjGRwuWDDLNmC2vFibPZ4KxT%2BPxuBTNb%2F1X1DY5Hk9rxyvP0siB%2FpogkdcQ4WzXt%2BIODoXJ4z9oQFKQDXw1KNnS%2BLBzN7XRVagPX1kiysVAfDE2p%2BxCr%2BU5t7up%2BXxbqF51z%2BAsCYgDIR00m2DCOLSdjfZNitxBgQ%3D%3D
1y

copilot

To build the circuit shown in the image, we'll need to follow a few steps. Here’s a concise guide on how to set it up in Flux:
Components Required
  1. Op-Amp: LM741
  2. Resistors:
    • R1: 10kΩ
    • R2: 10kΩ
    • R3: 5.6kΩ (Need two units)
  3. Capacitors:
    • C1: 0.1µF
    • C2: 0.1µF
  4. Voltage Source: AC Voltage Source for input
  5. Power Supply:
    • Positive Voltage: +12V
    • Negative Voltage: -12V
Circuit Connections
  1. Op-Amp LM741:
    • Connect V+ (pin 7) to +12V power supply.
    • Connect V- (pin 4) to -12V power supply.
    • Connect non-inverting input (pin 3) to the junction of R1:2.
    • Connect inverting input (pin 2) to the junction of R3:1 and C2:2.
    • Connect output (pin 6) to the junction of R2:1.
  2. Resistors:
    • Connect R1 to the AC voltage source positive end.
    • Ground R1.
    • Connect R2 to the op-amp output (pin 6).
    • Ground R2.
    • Connect R3 to the junction of C2:2 and op-amp (pin 2).
    • Ground R3.
  3. Capacitors:
    • Connect C1 to the AC voltage source positive end.
    • Connect C1 to ground.
    • Connect C2 to the junction of R3:1 and op-amp (pin 2).
    • Connect C2 to ground.
Power Supply and Signal Input
  • The circuit is powered by dual power supplies: +12V and -12V.
  • The AC voltage source is connected as the input signal $V_i$.
Make sure to verify connections for correctness and simulate the circuit in Flux to check for the desired operation before physically assembling it.
Would you like any help with simulating this in Flux or have any specific questions about this setup?
1y
cartolin

cartolin

If I need you to simulate it
1y

copilot

If you need a simulation for this circuit, you can follow these steps to set it up in Flux, and I can guide you through the process:
Steps for Simulation in Flux
  1. Create a New Project:
    • Start by creating a new project in Flux.
  2. Add Components:
    • Search and add components: LM741, resistors, capacitors, and a voltage source.
    • You can find the recommended resistors and capacitors using the 'Design System' where you can select the required values.
  3. Place and Connect Components:
    • Place each component on your schematic canvas.
    • Use the guidelines I provided for connecting each component correctly. If the component pins are ambiguous, just ask, and I can help specify which pins to connect in Flux.
  4. Power Source Setup:
    • Search for and add a dual power supply to provide +12V and -12V to the op-amp.
  5. Simulation Settings:
    • Set up the simulation parameters like transient analysis if you want to observe the behavior over time.
    • You might need to configure the frequency and amplitude of the AC voltage source to match your testing conditions.
  6. Run Simulation:
    • Once everything is connected, use the simulation feature to run and observe voltage and current at different nodes, as well as the op-amp's output.
  7. Analyze Results:
    • Interpret the results to understand gain, phase shift, and general signal processing characteristics.
Feel free to ask if you need detailed guidance on any particular step, such as configuring the simulation parameters or interpreting the results!
1y
3
R2
Resistance
10KΩ
R1
Resistance
10KΩ
C3
Capacitance
Capacitance
R4
Resistance
5.6KΩ
U1
R3
Resistance
5.6KΩ
C2
Capacitance
Capacitance
V1
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[Example] LED Simulator Template c637 46be

Simulator template for an LED part. Check out the Code editor for instructions!

Properties

1.70

V

LED

CTL1206FYW1T

page.venkel.com/hubfs/Resources/Datasheets/LEDs/CTL1206FYW1T.pdf

LED

Pricing & Availability

DPN

Stock

Qty 1

1

21K

$0.03655

1

0

$0.113

Controls