About Dual Trace Storage Screen Display
Dual Trace Storage Screen Display
Specifications of Dual Trace Storage Screen Display
Dual Trace Storage Screen Display
The 30 MHz oscilloscope are dual-channel oscilloscope with maximum sensitivity of 5mV/DIV. The time base provides a maximum sweep time of 0.2 uS/DIV. when magnified by 10,the sweep speed is 20nS/DIV. Each of these oscilloscope employs a 6-inch rectangular type cathode-ray tube with red internal graticule. These oscilloscope are sturdy, easy to operated exhibits high operational reliability.
Features of Dual Trace Storage
- Max. Vertical Sensitivity 1 mV/div
- TV-V, TV-H Sync Separator
- Alternate trigger
- Z axis TTL Level
- Max. TB Speed
Exceptional Signal Resolution and VersatilityThis dual trace storage oscilloscope delivers high-resolution analog waveform displays through its advanced storage CRT, enabling clear, simultaneous analysis of two signals. The wide sweep and sensitivity ranges, with selectable AC/DC/GND coupling, offer versatility for different measurement scenarios in electronics development, repair, and teaching.
Advanced Storage and Trigger FeaturesEquipped with digital memory trace hold and multiple trigger modes, this oscilloscope captures transient and periodic signals effortlessly. The dual channel isolation ensures signal integrity, while the calibrated outputs simplify probe compensation, making it a dependable tool for comprehensive diagnostics and waveform analysis.
FAQs of Dual Trace Storage Screen Display:
Q: How do I use the storage function to hold and review waveforms?
A: The digital memory trace hold feature allows you to capture and retain waveforms on the storage CRT display for extended observation or comparison. Simply trigger the oscilloscope on the desired signal, then activate the memory trace function to freeze the display. This facilitates detailed analysis of transient or rare events.
Q: What types of electronic diagnostics are best suited for this 30 MHz oscilloscope?
A: This oscilloscope is ideal for a broad spectrum of electronic measurements, including signal waveform observation, troubleshooting circuit faults, testing frequency responses, and educational demonstrations. Its high bandwidth and fast response make it especially useful for analyzing analog and pulse signals in laboratories, industry, or academic settings.
Q: When should I use the different trigger modes (Auto, Normal, Single)?
A: Use Auto mode for continuous waveform monitoring, Normal mode to capture specific events only when triggered, and Single mode to observe one-time or infrequent signals. Selecting the proper trigger mode ensures a stable and relevant display of the signals you wish to analyze.
Q: Where can this oscilloscope be deployed for optimal performance?
A: The oscilloscope is designed for desktop use in laboratory, industrial, and educational environments. Its robust build and precise measurement capabilities make it suitable for electronics workbenches, R&D labs, service centers, and classroom demonstrations.
Q: What is the process for calibrating the test probes with this unit?
A: To calibrate your probes, connect them to the oscilloscopes calibrated output terminal and adjust the probe compensation trimmer until the displayed square wave has flat tops and bottoms. This ensures accurate signal representation and measurement fidelity.
Q: How does the dual channel and isolation feature benefit users during measurements?
A: Dual channels with >100:1 channel isolation at 1 kHz allow simultaneous independent observation of two signals with minimal crosstalk. This is beneficial for comparing input and output waveforms, viewing differential signals, or analyzing multi-point circuit behaviors.