VOLTAGE AND WAVEFORM
TEST CONDITIONS
p
Typical voltage measurements and waveform photographs
were obtained under the following conditions unless noted
otherwise on the individual diagrams:
Test Oscilloscope (w.ih 10X probe)
Frequency response
Deflection factor
(with 10X probe)
Input impedance
(with 10X probe)
Probe ground
Trigger Source
Recommended type
(as used for wave
forms on diagrams)
Voltmeter
DC to 15 megahertz
0.5 volts to 50 voits/division
10 Megohms, 7.5 picofarads
Type 422 chassis ground
External from Type 422
GATE OUT connector to in
dicate true time relationship
between signals
Type 543B with Type 1A2
plug-in unit
Type
Sensitivity
Range
Reference voltage
Type 422 Conditions
Line voltage
Signal applied
Voltages
Waveforms
Connectors
Trace position
Control settings
CRT Controls
INTENSITY
Non-loading AC (RMS)-DC
V " ;M
20,000 ohm/volt
0 to 1000 volts
Type 422 chassis ground
1 '5 \ ..It
None
Internal calibrator signal
No connections (except as
given above)
Centered
As follows except as noted
otherwise on individual dia
grams.
Midrange
FOCUS Adjust for well-defined display
ASTIGMATISM Adjust for well-defined display
SCALE ILLUM As desired
Vertical Controls (both channels where applicable)
VOLTS/CM
VARIABLE
Input Coupling
POSITION
Mode
INVERT
X10 GAIN AC
Triggering Controls
Source
Coupling
SLOPE
Mode
LEVEL
Sweep Controls
^ ION
DIV
VARIABLE
X10MAG
Power
POWER
All voltages given on the diagrams are in volts. Waveforms
shown are actual waveform photographs taken with a Tek- ,
tronix Oscilloscope Camera System and Projected Grati- f
cule. Voltages and waveforms on the diagrams (shown
blue) are not absolute and may vary between instruments
because of differing component tolerances, internal cali
bration, front-panel control settings or meter accuracy.
0.5 (CALIBRATE 4 DIVI
SIONS for waveforms only)
CAL
GND
Midrange
CH 1
Pushed in
Pushed in
CH 1 & 2
AC
Positive-going
AUTO (pushed in)
Centered
Midrange
.5 ms
CAL
Pushed in
ON (ai power supply)
CH 1 INPUT AMPLIFIER
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