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Identifies and describes controls on the front panel, including vertical axis adjustments.
Details controls for horizontal sweep, position, and timebase settings.
Explains controls for selecting trigger source, coupling, and level.
Step-by-step guide for basic waveform display setup.
How to use A and B sweeps for magnified viewing.
Procedure for adjusting probe compensation for accurate measurements.
Measuring time intervals between points on a waveform.
Determining frequency by measuring waveform period.
Measuring the duration of pulse signals.
Measuring signal transition times (10% to 90%).
Measuring time skew between synchronized signals.
Determining the phase shift between two signals.
Measuring variations in pulse timing.
High-accuracy pulse width measurement using delayed sweep.
Determining frequency with delayed sweep.
Identifies and describes controls on the front panel, including vertical axis adjustments.
Details controls for horizontal sweep, position, and timebase settings.
Explains controls for selecting trigger source, coupling, and level.
Step-by-step guide for basic waveform display setup.
How to use A and B sweeps for magnified viewing.
Procedure for adjusting probe compensation for accurate measurements.
Measuring time intervals between points on a waveform.
Determining frequency by measuring waveform period.
Measuring the duration of pulse signals.
Measuring signal transition times (10% to 90%).
Measuring time skew between synchronized signals.
Determining the phase shift between two signals.
Measuring variations in pulse timing.
High-accuracy pulse width measurement using delayed sweep.
Determining frequency with delayed sweep.
| Type | Oscilloscope |
|---|---|
| Bandwidth | 100 MHz |
| Number of Channels | 2 |
| Frequency Range | DC to 100 MHz |
| Input Connector | BNC |
| Trigger Modes | Auto, Single |
| CRT Size | 6 inches |
| CRT Accelerating Voltage | 2 kV |
| Resolution Bandwidth | Not applicable for Oscilloscope |
| Displayed Average Noise Level | Not applicable for Oscilloscope |
| Power Supply | 50/60 Hz |
| Input Impedance | 1 MΩ ±2%, approx. 25 pF |