Need help?Do you have a question about the Sencore PS163 and is the answer not in the manual?
General| Brand | Sencore |
|---|---|
| Model | PS163 |
| Category | Test Equipment |
| Language | English |
Get acquainted with the oscilloscope controls.
Detailed explanation of front panel controls and their functions.
How to use the oscilloscope for various measurements.
Vertical input sensitivity, bandwidth, and other specs.
Horizontal sweep and time base specifications.
Triggering modes, sources, and levels.
Specifications for vector and X-Y display modes.
General specifications like power, size, and weight.
Controls the power applied to the unit.
Controls grid and vector illumination for trace reference.
Adjusts the brilliance of the trace.
Adjusts the sharpness of the trace.
Selects sync signal sources (INT. A, B, LINE, EXT).
Selects the slope of the sync signal for triggering.
Adjusts sync signal level for stable triggering.
Adjusts phase for 60 cycle line sweep.
Adjusts the horizontal position of the trace.
Magnifies a section of the horizontal trace.
Manual control of sync level for triggering.
Automatic sweep when trigger signal is absent.
Free running sweep synchronized from selected source.
Controls sweep rate per division and frequency.
Dual trace display alternating between channels per sweep.
Dual trace display switching rapidly between channels.
Converts scope to Vector or X-Y scope display.
Adjusts input sensitivity in volts per division.
Selects signal coupling (AC, DC, Ground).
Maintains DC balance of the amplifier.
Provides a 2V peak-to-peak calibration signal.
Adjusts the vertical position of the trace.
Provides a sawtooth sweep signal output.
Input for intensity modulation of the CRT beam.
Access to the vertical deflection plates.
Procedure for measuring AC voltages accurately.
Methods for making DC voltage measurements.
Comparing good vs. defective channels for diagnosis.
Observing AC signals to locate defective stages.
Using dual trace to find intermittent problems.
Measuring amplifier gain and distortion.
Measuring time intervals using the calibrated time base.
Using Lissajous figures to determine frequency.
Using modulated ring for frequency measurement.
Measuring time delay between two signals.
Measuring phase shift between signals.
Key characteristics of a good vector pattern.
Adjusting tint range using the vector pattern.
Setting oscillator frequency using the vector pattern.
Aligning bandpass amplifier with vector pattern.
Isolating color circuit faults using the vector scope.
Measuring pulse rise time using calibrated base and 5X expand.
Testing flyback transformers using ringing technique.
Using the oscilloscope with a sweep generator.
Optional probe for detecting RF signals.
To Next Page
