To measure the radio frequency (RF) wave produced by a mobile phone jammer circuit in Proteus, you can follow these general steps:
Set up the circuit: Design and assemble your mobile phone jammer circuit in Proteus. Ensure that you have included the necessary components, such as power supplies, RF modules, antennas, and any control circuitry.
Select a spectrum analyzer: In Proteus, you can use a virtual instrument called the "Oscilloscope & Logic Analyzer" to simulate a spectrum analyzer. Place it in your circuit workspace.
Connect the spectrum analyzer: Connect the output of your mobile phone jammer circuit to the input of the virtual spectrum analyzer. This will allow you to analyze and measure the RF wave produced by the circuit.
Configure the spectrum analyzer: Double-click on the virtual spectrum analyzer to open its properties or settings. Adjust the settings according to your requirements, such as frequency range, resolution bandwidth, and reference levels.
Simulate the circuit: Run the simulation of your circuit in Proteus. The virtual spectrum analyzer will display the frequency spectrum of the RF wave produced by the mobile phone jammer circuit.
Analyze the results: Examine the output of the virtual spectrum analyzer to observe the frequency components and characteristics of the RF wave generated by the circuit. You can measure various parameters, such as the peak frequency, bandwidth, power levels, and other relevant information.
It's important to note that Proteus provides simulation capabilities, so you can analyze and visualize the RF wave within the simulation environment. However, it does not allow you to physically measure the actual RF wave in the real world. For real-world measurements, you would require external RF measurement equipment, such as an RF power meter, spectrum analyzer, or an oscilloscope with appropriate RF probes.