Check out the oscilloscope

Hello and thank you for the"Simulator"

Oscilloscopes and oscilloscopes behave exactly the same as their real counterparts, except for the oscilloscope's ALT and TRITARE modes, which work the same, while in reality the result for the curve is differentRemember, however, that regardless of the position of the channel selector (ALT or CHOP), the result is curves of two voltages on the screen (not to be confused with ADD, WHICH does not draw a curve by adding two paths). After activating the oscilloscope, you can use the intensity and focus keys to produce a light trace, but a good one, and then zeros, making sure that the oscilloscope switches are set to GND. Change the generator settings and then the oscilloscope settings (path sensitivity and time scale) to correctly display the voltages generated by the generators. IMPORTANT NOTE FOR SPECIFICATIONS: Use the OFFSET button on GBF to enter the constant component of the AC signal, and then observe the difference between the oscilloscope's AC and DC modes. As in real life, using inappropriate scales for generator frequencies and or voltages may result in incomprehensible or even missing graphics (off-screen line).

Flash animation.

You must have a free Flash Player installed on your computer. Download it from the Adobe website (link at the bottom of the page). A small specification, however, is provided in the attached information sheet: What is the difference between a DC voltage generator connected to the second channel and the voltage offset discussed in the SPE (except for the difference in their voltage, frequency). The voltage offset generated by the GBF is actually no different from the DC voltage. Therefore, there is no difference between the bias voltage generated by the GBF and the voltage supplied by the DC generator.

In fact, for amplitude modulation with a generator that does not have an offset function, we add a continuous a generator, such as the one that is connected to runway two, to generate an offset voltage that is connected in series with the generator that generates the transmission signal.