Operating Instructions— Type 503
Fig. 2-4. Inputs to the vertical a m p lifie r. W aveform s a p p lie d to the + INPUT connector are d ispla yed in the u p rig h t p o sitio n, w h ile waveforms
applied to the — INPUT connector are inverted.
Fig. 2-5. Rejection o f a common mode signa l b y the d iffe re n tia l
a m p lifie r.
The w aveform a p plied to — INPUT connector is inverted
and a lg e b ra ica lly added to the w aveform ap plied to
INPUT -
connector
The resultant w aveform is displa yed on the screen o f
the CRT.
CONVENTIONAL OSCILLOSCOPE OPERATION
Placing the HORIZONTAL DISPLAY switch in the SWEEP
NORMAL position prepares the Type 503 for conventional
oscilloscope operation.
In this mode of operation, an
internally generated horizontal sweep is applied through
the horizontal amplifier to the horizontal deflection plates
of the CRT, and
the
input signal is applied through the
vertical amplifier to the vertical deflection plates.
The Type 503 allows selection, with the SWEEP TIME/CM
control, of any one of 21
calibrated
sweep
rates, ranging
in steps from 1 microsecond to 5 seconds per centimeter.
The SWEEP TIME/CM VARIABLE control allows a continu
ous range of sweep rates between the steps selected by
the SWEEP TIME/CM control; however, all sweep rates
obtained with the SWEEP TIME/CM VARIABLE control in
any position except fully clockwise are uncalibrated.
Sweep Triggering
In order to obtain a stable display, the horizontal sweep
must start at the same time relative to recurring cycles
of the input waveform. The sweep, therefore, must be trig
gered by the input waveform itself or by some waveform
©
2-5
Содержание 503
Страница 5: ...Fig 1 1 Type 503 Oscilloscope Type 503 ...
Страница 10: ...O perating Instructions Type 503 2 3 Fig 2 2 Type 503 Oscilloscope front panel ...
Страница 23: ...NOTES ...
Страница 33: ...NOTES ...
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Страница 78: ...NOTES ...
Страница 110: ... I N P U T INPUT E X T E R N A L TRIG IN LI N E INPUT INPUT A T Y P E B O 3 O S C I L L O S C O P E ...
Страница 111: ...G Ab A B L O C K D I A G R A M ...
Страница 112: ...T R K a G iE B IN P U T A M P L IF IE R T V p E 5 0 3 O SCILLO SCO PE D ...
Страница 114: ...h S W E E P B A T IN G M U L T I V I 6R A T O R D lS C O N N E D IO D E S EX TYPE 5 0 5 OSC 5 T SCOPE ...
Страница 115: ... D Z 2 I j O H OA uit zul Z Q 3 O 0 7 7 ...
Страница 116: ...c L O a l LLl A uJ u e x a uJ LLl t i ...
Страница 117: ... S W E E P T IM C m 1 1 SW IfeO 5F4 B 3F R I O O V T IM IN G P E S 1 S T 0 P S TYPE 5 0 3 OSC ILLO SCO PE B ...
Страница 118: ...0 S 2 J 7 ...
Страница 119: ... J 0 o lii I in I I I 2 z 3i i pfSg D T IM IN G i S W IT C H ...
Страница 121: ...n I u J a d i ...
Страница 132: ...FIG 1 FRONT ...
Страница 133: ...FIG 1 FRONT TYPE 503 OSCILLOSCOPE ...
Страница 134: ...FIG 2 SWITCHES ...
Страница 135: ...FIG 2 SWITCHES TYPE 503 OSCILLOSCOPE ...
Страница 136: ...FIG 3 CRT SHIELD 2 5 A I ...
Страница 137: ...FIG 3 CRT SHIELD f TYPE 503 OSCILLOSCOPE ...
Страница 138: ...FIG 4 CHASSIS REAI ...
Страница 139: ...TYPE 503 OSCILLOSCOPE ...
Страница 140: ...FIG 5 CABINET 7 ...
Страница 141: ...TYPE 503 OSCILLOSCOPE ...
Страница 147: ...Page 2 of 2 TYPE 505 SCHEMATIC CORRECTION P A R T I A L H O R I Z O N T A L A M P L I F I E R M13 963 568 ...