The Puyuan oscilloscope is an instrument widely used in the field of electronics to measure and display voltage waveforms. It helps engineers and technicians analyze problems and performance in circuits by converting voltage signals into visual waveform graphics. This article will explain how a general source oscilloscope measures voltage waveforms.
First, the source oscilloscope is connected to a signal source in the circuit under test via a probe. A probe is a device used to receive a voltage signal and transmit it to an oscilloscope, typically including a ground clip and a probe tip. The ground clip is connected to the ground point of the circuit, while the probe tip is connected to the signal source in the circuit.
Next, the oscilloscope receives the voltage signal through the probe and converts it into a visual waveform pattern. On the oscilloscope's display, the user can see a waveform graph of the voltage signal over time. By adjusting the oscilloscope's settings, the user can change the time and voltage ratio of the waveform to better analyze the characteristics of the signal.
In addition, the Universal Source oscilloscope can also capture waveforms under specific conditions by triggering functions. The trigger function allows the user to set the trigger level and trigger edge, and when the input signal meets the set conditions, the oscilloscope will trigger and display the waveform. This helps the user to capture the waveform when a specific event occurs, making it easier to analyze the problem.
Finally, the Puyuan oscilloscope also has the function of storing and playing back waveforms. The user can save the measured waveform in the oscilloscope's memory and play it back and analyze it when needed. This makes it easier for users to compare waveforms under different conditions, identify problems in the circuit, and optimize them.
Overall, the Puyuan oscilloscope is an important electronic measurement instrument that helps engineers and technicians measure and analyze voltage waveforms. By connecting probes, adjusting settings, trigger capture, and waveform storage and playback, the ProSource oscilloscope provides users with comprehensive waveform analysis tools to help them better understand the signal characteristics and problems in their circuits.