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Lasha
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So oscilloscopes are pretty expensive and I'm a high schools student,I don't think I'll get my hands on one of those.Are there any other ways to measure the signals(an graph it of course)?
mishima said:..... I really want to be able to measure inductance (with a known cap) and design/troubleshoot RF antennas.
An oscilloscope is a scientific instrument used to measure and display electrical signals. It is commonly used in electronics, telecommunications, and other fields to analyze and troubleshoot circuits.
An oscilloscope works by converting electrical signals into visual representations, typically in the form of a graph. It does this by using a cathode ray tube (CRT) or a digital display to show the voltage of the signal over time.
Analogies used to explain oscilloscopes often compare them to other tools or devices that measure and display information, such as thermometers or speedometers. It can also be compared to a camera, where the electrical signal is the light entering the lens and the oscilloscope is the film that captures and displays the image.
The main components of an oscilloscope include the display screen, vertical and horizontal controls, trigger controls, and input channels. The display screen shows the visual representation of the electrical signal, while the controls allow for adjustments to the signal's amplitude, time scale, and triggering. The input channels are used to connect the oscilloscope to the circuit being measured.
Oscilloscopes have a wide range of practical applications, including circuit analysis and troubleshooting, signal analysis in telecommunication systems, testing and debugging electronic equipment, and measuring the performance of electrical devices. They are also used in research and development, quality control, and education.