About Metravi OS-5100 Cathode Ray Oscilloscope
Accurate Signal MeasurementWith its 50 MHz bandwidth and vertical sensitivity starting at 2 mV/div, the OS-5100 captures both low- and high-frequency signals with 3% accuracy. Its dual-channel input and versatile synchronization options, including internal and external sources, make it suitable for complex analysis in professional and educational settings.
Robust Design and Safety FeaturesThe Metravi OS-5100 is housed in a durable enclosure, colored grey/off white, and built to comply with IS/IEC safety standards. It features a fuse rating of 0.5A/1A and operates safely within a line voltage range of 198V-242V AC, making it dependable across multiple environments, with a weight of just 8.1 kg for easy portability.
FAQ's of Metravi OS-5100 Cathode Ray Oscilloscope:
Q: How do I set up and operate the Metravi OS-5100 Cathode Ray Oscilloscope?
A: To set up the oscilloscope, place it on a stable bench and connect it to 230V AC supply. Then, adjust the control knobs manually to select your desired vertical sensitivity, horizontal sweep, and synchronization mode before connecting your test signal to one of the dual input channels.
Q: What types of electrical signals can the OS-5100 display and measure?
A: This oscilloscope is designed to accurately measure and display both DC and AC voltages across a frequency range up to 50 MHz. It handles signals with a high degree of precision, making it ideal for laboratory, educational, and electronic testing applications.
Q: When should I use the different trigger modes available on this oscilloscope?
A: You can use the Auto trigger for continuous signal capture, Normal mode for triggered events, and TV-H/TV-V for analyzing horizontal and vertical synchronization of TV signals. Selection depends on the nature and timing of the signal you are examining.
Q: Where is the Metravi OS-5100 best utilized?
A: The OS-5100 is suitable for laboratory benches, educational settings, and electronic testing stations. Its compact size and portable design allow you to use it wherever precise analog signal measurement and visualization are required.
Q: What is the process for measuring a signal using this oscilloscope?
A: To measure a signal, connect the probe to the channel input and adjust the vertical and horizontal controls for optimal display. Use the manual control mode to fine-tune settings and select the appropriate trigger for stable waveform visualization.
Q: How does the oscilloscope benefit users in testing and educational environments?
A: Its instantaneous CRT display response, dual-channel inputs, and multiple synchronization options enable users to analyze complex electrical signals quickly and accurately. The robust safety standards, portability, and wide measuring range support efficient and safe operation in diverse settings.