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Tektronix 466 User Manual

Tektronix 466
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Page #69 background image
TIME
DIFFERENCE BETWEEN
REPETITIVE PULSES (DM44)
Set the
controls
as
follows:
FUNCTION
HORIZ
DISPLAY
B SOURCE
A
TIME/DIV
B
TIME/DIV
fl
TIME
VAR
TIME/DIV
TIME
AINTEN
ST ARTS AFTER DELAY
To
display
2 pulses
3
or
4 positions more
cw
than A TIME/DIV
To
move the time-
measurement
point
to
the
right
of
the ref-
erence point
Detent position
Position the display
approximately
as
shown in Fig.
31A. Use the DELAY
TIME
POSITION
control
to move the
reference
point
to
the first pulse.
Both
intensified zones
will move when the DELAY
TIME
POSITION
control
is
adjusted. Use the
fl
TIME
control
to move the time-
measurement
point
to the second pulse.
100
-~----+-----+---+--+----+-~~
--
(A) A
DISPLAY
100
90
I
I
I
I
0
0
:
I i
I
!
i
i
i I
!
I
I
I
i
I
I
I
(8) B
DL
Y'D
DISPLAY
i
I
:
I I
I
1
I
i
I
i
I
I
I
: J:: I I J
'-0
AND©~
SUPERIMPOSED
I
+--
I
i I
I
(1737-10)2037-31
Set the
HORIZ
DISPLAY switch to B DLY'D. Slightly
readjust the
fl
TIME
control
to
superimpose the
waveforms (see Fig.
31
B). The DELAY TIME POSITION
control
may need to be
slightly
readjusted to keep the
display on screen. The Readout and Scale Factor Lamps
now
indicate
the time
difference
between the pulses.
Fig.
31.
Time difference between repetitive pulses.
60 466/464 DM44 Operators
@
I
I
E
I

Table of Contents

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Tektronix 466 Specifications

General IconGeneral
BrandTektronix
Model466
CategoryTest Equipment
LanguageEnglish

Summary

BEFORE OPERATING

SAFETY INFORMATION AND PRECAUTIONS

Details essential safety precautions for operating the instrument to prevent hazards.

OPERATING VOLTAGE SELECTION

Instructions for setting the correct operating voltage and regulating range.

CONTROLS, CONNECTORS, AND INDICATORS

DM44 CONTROLS AND INDICATORS

DM44 INPUTS AND READOUT DETAILS

Explanation of DM44 input connectors, probe connector, and the digital readout.

TRIGGERING THE SWEEP

TRIGGER MODES AND LEVEL SETTINGS

Details on trigger modes (AUTO, NORM, SINGL SWP) and control adjustments.

HORIZONTAL AND POWER CONTROLS

BASIC OSCILLOSCOPE DISPLAY MODES

ADVANCED SWEEP DISPLAY MODES

DELAYED SWEEP DISPLAY PROCEDURE

Instructions for using delayed sweep to measure time differences accurately.

STORAGE DISPLAY MODES AND FUNCTIONS

SAVE STORAGE FOR EXTENDED VIEWING

How to preserve a stored display for longer viewing periods.

DM44 MEASUREMENTS

RESISTANCE MEASUREMENT WITH DM44

Procedure for measuring electrical resistance using the DM44 multimeter.

VOLTAGE MEASUREMENT WITH DM44

Procedure for measuring DC and AC voltages using the DM44 multimeter.

TEMPERATURE MEASUREMENT WITH DM44

Instructions for measuring temperature using the DM44 and its probe.

TIME AND 1/TIME FUNCTIONS

Using the DM44 for time duration, frequency, and time difference measurements.

OPERATOR'S ADJUSTMENTS AND CHECKS

PROBE COMPENSATION PROCEDURE

Correcting for probe loading effects to ensure accurate measurements.

PEAK-TO-PEAK VOLTAGE MEASUREMENTS (AC)

Measuring the amplitude of AC signals from peak to peak.

INSTANTANEOUS VOLTAGE MEASUREMENTS (DC)

Measuring specific DC voltage levels at points on a waveform.

TIME-DURATION MEASUREMENTS

Measuring the length or duration of waveform events.

FREQUENCY MEASUREMENTS

Determining the frequency of recurrent signals by measuring their period.

RISETIME MEASUREMENTS

Measuring the time taken for a signal to transition between 10% and 90% amplitude.

TIME DIFFERENCE BETWEEN TWO PULSES FROM DIFFERENT SOURCES

Measuring the time gap between pulses from two separate signal sources.

DM44 DELAYED OR MIXED SWEEP TIME MEASUREMENTS

TIME DIFFERENCE BETWEEN REPETITIVE PULSES (DM44)

Measuring time difference between repetitive pulses using DM44 features.

TIME DURATION MEASUREMENTS (DM44)

Measuring the duration of events using DM44 and delayed sweep.

FREQUENCY MEASUREMENTS (DM44)

Determining signal frequency using DM44 and time measurements.

TIME DIFFERENCE BETWEEN TWO PULSES FROM DIFFERENT SOURCES (DM44)

Measuring time difference between external pulses with DM44.

OPERATOR'S SPECIFICATIONS

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