Data set 01
1962 ITT
Published operating points and test conditions from this source.
Cathode Ray
Other
THE F=T4 [1]
23
THE F=T423 1s A 5 1NcH IATRON (DIRECT VIEW STORAGE CATHODE-RAY TUBE) THAT
THE F=T4 [2]
1
THE F=T423 1s A 5 1NcH IATRON (DIRECT VIEW STORAGE CATHODE-RAY TUBE) THAT
THE F=T4 [3]
5
THE F=T423 1s A 5 1NcH IATRON (DIRECT VIEW STORAGE CATHODE-RAY TUBE) THAT
THE F=T4 [4]
1
THE F=T423 1s A 5 1NcH IATRON (DIRECT VIEW STORAGE CATHODE-RAY TUBE) THAT
CATHODE PRE-HEATING TIME
30
CATHODE PRE-HEATING TIME 30 Seconps
VIEWING SCREEN
410
VIEWING SCREEN 410 KV
ANODE #U #£
150
ANODE #U #£150 V
ANoDE # [1]
3
ANoDE #3 £150 Vv
ANoDE # [2]
150
ANoDE #3 £150 Vv
ANoDE # [1]
2
ANoDE #2 £150 Vv
ANoDE # [2]
150
ANoDE #2 £150 Vv
ANoDE # [1]
1
ANoDE #1 480 v
ANoDE # [2]
480
ANoDE #1 480 v
HEATER-CATHODE VOLTAGE £
125 V
HEATER-CATHODE VOLTAGE £125 v
WRI1TE CATHODE =
1000
WRI1TE CATHODE =1000 V
GRID # [1]
1 V
GRID #1 NEGATIVE VOLTAGE RESPECT WRITE CATHODE 150 V
GRID # [2]
150 V
GRID #1 NEGATIVE VOLTAGE RESPECT WRITE CATHODE 150 V
GRID # [1]
2
GRID #2 £150 v
GRID # [2]
150
GRID #2 £150 v
GriID # [1]
3
GriID #3 A500 V ResPecT WRITE CATHODE
GriID # [2]
0
GriID #3 A500 V ResPecT WRITE CATHODE
HEATER=CATHODE VOLTAGE £
125 V
HEATER=CATHODE VOLTAGE £125 Vv
GRID # [1]
2
GRID #2 TO ANY DEFLECTING ELECTRODE £500 v
GRID # [2]
500
GRID #2 TO ANY DEFLECTING ELECTRODE £500 v
VIEWING SCREEN £ [1]
8.5
VIEWING SCREEN £8.5 KV DC 2 MA (Max.)
VIEWING SCREEN £ [2]
2
VIEWING SCREEN £8.5 KV DC 2 MA (Max.)
COLLECTOR £ [1]
180
COLLECTOR £180 vDC 2 MA (MAX.;
COLLECTOR £ [2]
2
COLLECTOR £180 vDC 2 MA (MAX.;
ANODE # [1]
4
ANODE #4 , £90 VDC 1.5 MA (Max.
ANODE # [2]
90
ANODE #4 , £90 VDC 1.5 MA (Max.
ANODE # [3]
1.5
ANODE #4 , £90 VDC 1.5 MA (Max.
ANODE # [1]
2
ANODE #2 £30 vDC 1.8 MA (Max.)
ANODE # [2]
30
ANODE #2 £30 vDC 1.8 MA (Max.)
ANODE # [3]
1.8
ANODE #2 £30 vDC 1.8 MA (Max.)
ANODE # [1]
1
ANODE #1 460 VDC 5.0 MA (Max.)
ANODE # [2]
460
ANODE #1 460 VDC 5.0 MA (Max.)
ANODE # [3]
5
ANODE #1 460 VDC 5.0 MA (Max.)
FLoO0D CATHODE [1]
0
FLoO0D CATHODE 0 VDC 10.0 MA (Max.)
FLoO0D CATHODE [2]
10
FLoO0D CATHODE 0 VDC 10.0 MA (Max.)
HEATER [1]
6.3
HEATER 6.3 V AC or DC 1.4 A
HEATER [2]
1.4
HEATER 6.3 V AC or DC 1.4 A
WRITE CATHODE [1]
-750
WRITE CATHODE -750 VDC 3.0 MA (Max.)
WRITE CATHODE [2]
3
WRITE CATHODE -750 VDC 3.0 MA (Max.)
Gr1D # [1]
1
Gr1D #1 Cutorr (Note 1) -60 VDC RESPECT WRITE CATHODE
Gr1D # [2]
1
Gr1D #1 Cutorr (Note 1) -60 VDC RESPECT WRITE CATHODE
Gr1D # [3]
-60
Gr1D #1 Cutorr (Note 1) -60 VDC RESPECT WRITE CATHODE
GRID # [1]
2
GRID #2 0 VDC
GRID # [2]
0
GRID #2 0 VDC
GRID # [1]
3
GRID #3 #165 VDC RESPECT WRITE CATHODE
GRID # [2]
165
GRID #3 #165 VDC RESPECT WRITE CATHODE
HEATER [1]
6.3
HEATER 6.3 VAC or DC .6 A
HEATER [2]
6
HEATER 6.3 VAC or DC .6 A
ANoDE # [1]
2
ANoDE #2 25 10 35 VDC ApJUST FOR BEST COLLIMATION
ANoDE # [2]
25
ANoDE #2 25 10 35 VDC ApJUST FOR BEST COLLIMATION
ANoDE # [3]
10
ANoDE #2 25 10 35 VDC ApJUST FOR BEST COLLIMATION
ANoDE # [4]
35
ANoDE #2 25 10 35 VDC ApJUST FOR BEST COLLIMATION
ANODE # [1]
3
ANODE #3 15 vo 30 VDC ADJUST FOR BEST COLLIMATION
ANODE # [2]
15
ANODE #3 15 vo 30 VDC ADJUST FOR BEST COLLIMATION
ANODE # [3]
30
ANODE #3 15 vo 30 VDC ADJUST FOR BEST COLLIMATION
ErAsE PuLses [1]
0
ErAsE PuLses 0 10 10 VOLT AMPLITUDE, 1 USECOND WIDE,
ErAsE PuLses [2]
10
ErAsE PuLses 0 10 10 VOLT AMPLITUDE, 1 USECOND WIDE,
ErAsE PuLses [3]
10
ErAsE PuLses 0 10 10 VOLT AMPLITUDE, 1 USECOND WIDE,
ErAsE PuLses [4]
1
ErAsE PuLses 0 10 10 VOLT AMPLITUDE, 1 USECOND WIDE,
Erase Time (Note [1]
3
Erase Time (Note 3) 12 MILLISECONDS
Erase Time (Note [2]
12
Erase Time (Note 3) 12 MILLISECONDS
VIEWING TIME gNorz [1]
4
VIEWING TIME gNorz 4) 10 SECONDS
VIEWING TIME gNorz [2]
10
VIEWING TIME gNorz 4) 10 SECONDS
Published value [1]
3
3. ERASE TIME 1S THE SHORTEST TIME IN WHICH A SIGNAL CAN BE REMOVED
Published value [2]
1
3. ERASE TIME 1S THE SHORTEST TIME IN WHICH A SIGNAL CAN BE REMOVED
Published value [1]
5
5. STORAGE TIME 15 THE TIME REQUIRED FOR THE BRIGHTNESS TO INCREASE
Published value [2]
15
5. STORAGE TIME 15 THE TIME REQUIRED FOR THE BRIGHTNESS TO INCREASE
FROM CUTOFF TO
50
FROM CUTOFF TO 50 PER CENT OF FULL VALUE IN THE ABSENCE OF ERASE
EXCEED
10 kV
EXCEED 10 KV. THE FULL VOLTAGE SHOULD NOT BE APPLIED TO THE VIEWING
& GRID #
3
& GRID #3 (FOCUS)