Data set 01
1962 ITT
Published operating points and test conditions from this source.
Cathode Ray
Other
THE F=T1 [1]
72
THE F=T172 ts A 2-1/2 IncH 1ATRON (DIRECT VIEW STORAGE CATHODE-RAY TUBE)
THE F=T1 [2]
2
THE F=T172 ts A 2-1/2 IncH 1ATRON (DIRECT VIEW STORAGE CATHODE-RAY TUBE)
THE F=T1 [3]
-1
THE F=T172 ts A 2-1/2 IncH 1ATRON (DIRECT VIEW STORAGE CATHODE-RAY TUBE)
THE F=T1 [4]
2
THE F=T172 ts A 2-1/2 IncH 1ATRON (DIRECT VIEW STORAGE CATHODE-RAY TUBE)
THE F=T1 [5]
1
THE F=T172 ts A 2-1/2 IncH 1ATRON (DIRECT VIEW STORAGE CATHODE-RAY TUBE)
IT
1
IT 1S ELECTROSTATICALLY FOCUSED AND DEFLECTEDs |T INCORPORATES A CATHODE-
CONT INUOUSLY EXCITES THE [1]
1
CONT INUOUSLY EXCITES THE 1-7/8 INCH VIEWING SCREEN THROUGH THE INSULATOR
CONT INUOUSLY EXCITES THE [2]
-7
CONT INUOUSLY EXCITES THE 1-7/8 INCH VIEWING SCREEN THROUGH THE INSULATOR
CONT INUOUSLY EXCITES THE [3]
8
CONT INUOUSLY EXCITES THE 1-7/8 INCH VIEWING SCREEN THROUGH THE INSULATOR
ALTHOUGH THE OVER=-ALL OPERATING VOLTAGE [1]
15 V
ALTHOUGH THE OVER=-ALL OPERATING VOLTAGE 15 ONLY 4500 voLTS, SIGNALS ARE
ALTHOUGH THE OVER=-ALL OPERATING VOLTAGE [2]
4500 V
ALTHOUGH THE OVER=-ALL OPERATING VOLTAGE 15 ONLY 4500 voLTS, SIGNALS ARE
CURRENT [1]
600 mA
CURRENT 0.6 1.2 AMPERES
CURRENT [2]
1.2 A
CURRENT 0.6 1.2 AMPERES
GRID # [1]
1
GRID #1 TO ALL OTHER ELECTRODES k.2 UUF
GRID # [2]
2
GRID #1 TO ALL OTHER ELECTRODES k.2 UUF
CATHODE TO ALL OTHER ELECTRODES
0.5
CATHODE TO ALL OTHER ELECTRODES 0.5 UUF
SCREEN VOLTAGE
5000 V
SCREEN VOLTAGE 5000 VoLTs
BACKING ELECTRODE VoLTAGE (PeAK)
25 V
BACKING ELECTRODE VoLTAGE (PeAK) 25 VoLTS
COLLECTOR VOLTAGE
200 V
COLLECTOR VOLTAGE 200 VoLTS
ANoDE #U4 VoLTaGE
100 V
ANoDE #U4 VoLTaGE 100 VoLTs
ANODE # [1]
3 V
ANODE #3 gCOLLlMATING ELECTRODE) VOLTAGE 50 VoLTs
ANODE # [2]
50 V
ANODE #3 gCOLLlMATING ELECTRODE) VOLTAGE 50 VoLTs
AnopE # [1]
2 V
AnopE #2 (CoLLIMATING ELECTRODE) VOLTAGE 50 ~ VouLts
AnopE # [2]
50 V
AnopE #2 (CoLLIMATING ELECTRODE) VOLTAGE 50 ~ VouLts
ANODE # [1]
1 V
ANODE #1 VOLTAGE 20 VoLTs
ANODE # [2]
20 V
ANODE #1 VOLTAGE 20 VoLTs
Gr1D # [1]
3 V
Gr1D #3 (FocusiNg ELECTRODE) VOLTAGE 300%» VoLTs
Gr1D # [2]
300 V
Gr1D #3 (FocusiNg ELECTRODE) VOLTAGE 300%» VoLTs
GRID # [1]
2 V
GRID #2 VOLTAGE 1100%* VoLTs
GRID # [2]
1100 V
GRID #2 VOLTAGE 1100%* VoLTs
GR1D # [1]
1 V
GR1D #1 VOLTAGE *%0 1o 100 VoLTs
GR1D # [2]
0 V
GR1D #1 VOLTAGE *%0 1o 100 VoLTs
GR1D # [3]
1 V
GR1D #1 VOLTAGE *%0 1o 100 VoLTs
GR1D # [4]
100 V
GR1D #1 VOLTAGE *%0 1o 100 VoLTs
CATHODE VOLTAGE
-1000 V
CATHODE VOLTAGE -1000 O REFERENCE VoLTS
PEAK VOLTAGE BETWEEN GRID #
2 V
PEAK VOLTAGE BETWEEN GRID #2 AND
HEATER NEGATIVE WiTH RESPECT To CATHODE [1]
125
HEATER NEGATIVE WiTH RESPECT To CATHODE 125 125 VoLTts
HEATER NEGATIVE WiTH RESPECT To CATHODE [2]
125
HEATER NEGATIVE WiTH RESPECT To CATHODE 125 125 VoLTts
HeATER POSITIVE WITH ReEsPECT To CATHODE [1]
10
HeATER POSITIVE WITH ReEsPECT To CATHODE 10 10 VoLtTs
HeATER POSITIVE WITH ReEsPECT To CATHODE [2]
10
HeATER POSITIVE WITH ReEsPECT To CATHODE 10 10 VoLtTs
SCREEN VOLTAGE
4000 V
SCREEN VOLTAGE 4000 VoLTs
SCREEN CURRENT (MAXIMUM)
750 mA
SCREEN CURRENT (MAXIMUM) 0.75 MA
VOLTAGE goc)
10 V
VOLTAGE goc) 10 VoLTs
VoLtace (PuLse)
10
VoLtace (PuLse) 10 VoLTs
COLLECTOR VOLTAGE
150 V
COLLECTOR VOLTAGE 150 VoLTs
ANODE #l VOLTAGE
75 V
ANODE #l VOLTAGE 75 VoLTs
AnoDE # [1]
3 V
AnoDE #3 VoLTAGE éADJUST FOR COLLIMATION) 12 VoLTs
AnoDE # [2]
12 V
AnoDE #3 VoLTAGE éADJUST FOR COLLIMATION) 12 VoLTs
ANODE # [1]
2
ANODE #2 VoLTace (ADJUST FOR COLLIMATION) 15 VoLTs
ANODE # [2]
15
ANODE #2 VoLTace (ADJUST FOR COLLIMATION) 15 VoLTs
ANODE # [1]
1 V
ANODE #1 VoLTAGE 15 VoLTs
ANODE # [2]
15 V
ANODE #1 VoLTAGE 15 VoLTs
GrID # [1]
3 V
GrID #3 (ApJgusT For Focus) VoLTAGE -300 to =325 VoLTS
GrID # [2]
-300 V
GrID #3 (ApJgusT For Focus) VoLTAGE -300 to =325 VoLTS
GrID # [3]
325 V
GrID #3 (ApJgusT For Focus) VoLTAGE -300 to =325 VoLTS
GRID # [1]
2 V
GRID #2 VOLTAGE 0 VoLTs
GRID # [2]
0 V
GRID #2 VOLTAGE 0 VoLTs
GRID # [1]
1 V
GRID #1 VOLTAGE -4gs5 VoLTs
GRID # [2]
-4 V
GRID #1 VOLTAGE -4gs5 VoLTs
VoLTAGe (PEAK TO PEAK)
45 V
VoLTAGe (PEAK TO PEAK) 45 VoLts
CurrenT (Note [1]
1 A
CurrenT (Note 1) 0.5 (Max.) VoLTs
CurrenT (Note [2]
500 mA
CurrenT (Note 1) 0.5 (Max.) VoLTs
CATHODE VOLTAGE [1]
-4 V
CATHODE VOLTAGE -4t50 O REFERENCE VoLTS
CATHODE VOLTAGE [2]
0 V
CATHODE VOLTAGE -4t50 O REFERENCE VoLTS
CATHODE CURRENT
16 A
CATHODE CURRENT 16 MA
BACKING-ELECTRODE ERASING VOLTAGE PuLses (Note
2 V
BACKING-ELECTRODE ERASING VOLTAGE PuLses (Note 2)
VOLTAGES [1]
3 V
VOLTAGES 3 - 10 VoLTS
VOLTAGES [2]
10 V
VOLTAGES 3 - 10 VoLTS
FREQUENCY [1]
5000
FREQUENCY 5000 - 50 PPS
FREQUENCY [2]
50
FREQUENCY 5000 - 50 PPS
GR1 [1]
0 V
GR10 #3 VOLTAGE 75 PERCENT
GR1 [2]
3 V
GR10 #3 VOLTAGE 75 PERCENT
GR1 [3]
75 V
GR10 #3 VOLTAGE 75 PERCENT
GRI1D # [1]
1 V
GRI1D #1 B1AS VOLTAGE 3 PERCENT
GRI1D # [2]
3 V
GRI1D #1 B1AS VOLTAGE 3 PERCENT
Viewing Time (Note [1]
6
Viewing Time (Note 6 30 SECONDS
Viewing Time (Note [2]
30
Viewing Time (Note 6 30 SECONDS
Published value
1 A
1. DEFLECTING ELECTRODES INTERCEPT FLOODING BEAM CURRENT REFLECTED AT THE
Published value
2
2. THE SPECIFIED RANGE OF PULSE FREQUENCIES ADJUSTS THE VIEWING TIME
FROM ABOUT [1]
1
FROM ABOUT 1 To 40 seconDs USING 0.5 MICROSECOND PULSES. THE PULSE
FROM ABOUT [2]
40
FROM ABOUT 1 To 40 seconDs USING 0.5 MICROSECOND PULSES. THE PULSE
FROM ABOUT [3]
0.5
FROM ABOUT 1 To 40 seconDs USING 0.5 MICROSECOND PULSES. THE PULSE
Published value
3 V
3. ANODE VOLTAGE ADJUSTMENTS ARE NECESSARY TO ADJUST COLLIMATION AND SPOT
STAT1ONARY BEAM TO WRITE A SPOT TO
90
STAT1ONARY BEAM TO WRITE A SPOT TO 90 PERCENT OF MAXIMUM BRIGHTNESS.
Published value
5
5. THE SHORTEST TIME TO REDUCE THE OUTPUT BRIGHTNESS FROM MAX IMUM
MUM BRIGHTNESS LEVEL IN THE USEFUL VIEWING AREA
1
MUM BRIGHTNESS LEVEL IN THE USEFUL VIEWING AREA 1S STILL VISIBLE UNDER
SPOT WRITTEN WITH A FOCUSED STATIONARY BEAM TO A BRIGHTNESS ofF
90
SPOT WRITTEN WITH A FOCUSED STATIONARY BEAM TO A BRIGHTNESS ofF 90
THE VIEWING=SCREEN VOLTAGE SHOULD BE LIMITED SO AS NEVER TO EXCEED
6 V
THE VIEWING=SCREEN VOLTAGE SHOULD BE LIMITED SO AS NEVER TO EXCEED 6 KILO-
RESISTANCE OF THE HIGH=-VOLTAGE LEAD SHOULD BE
1 V
RESISTANCE OF THE HIGH=-VOLTAGE LEAD SHOULD BE 1 MEGOHM.
ATTENTION
1
ATTENTION 1S AGAIN CALLED TO THE FACT THAT THE STORAGE SURFACE CAN BE ERASED
THE METAL RING WHICH ENCIRCLES THE FACEPLATE OF THE T1 [1]
72
THE METAL RING WHICH ENCIRCLES THE FACEPLATE OF THE T172 1S AT VIEWING=
THE METAL RING WHICH ENCIRCLES THE FACEPLATE OF THE T1 [2]
1
THE METAL RING WHICH ENCIRCLES THE FACEPLATE OF THE T172 1S AT VIEWING=