Data set 01
1972 Thomson CSF
Published operating points and test conditions from this source.
Cathode Ray
Other
The TEl
1323
The TEl 1323 is a direct view storage cathode ray
for high frequency (
50 MHz
for high frequency (50 MHz bandwidth) storage oscilloscope
Brightness * (screen voltage [1]
8 V
Brightness * (screen voltage 8 kV) ..... adjustable up to 1500 cd/m2
Brightness * (screen voltage [2]
1500 V
Brightness * (screen voltage 8 kV) ..... adjustable up to 1500 cd/m2
Heater voltage ... .. ... ..... ... iinunnnnins
6.3 V
Heater voltage ... .. ... ..... ... iinunnnnins 6.3 d.c. \'
Heater current .. ... .. i ittt it it it [1]
2 A
Heater current .. ... .. i ittt it it it 2x0.3 A
Heater current .. ... .. i ittt it it it [2]
3 A
Heater current .. ... .. i ittt it it it 2x0.3 A
Heatervoltage . ..............ciiiiiiinnnnnennnen,
6.3 V
Heatervoltage . ..............ciiiiiiinnnnnennnen, 6.3 a.c. \'
Heatercurrent
0 mA
Heatercurrent ... .. .... ... ..0t
Cathodek’voltage . ....... ... ... ... ...,
0 V
Cathodek’voltage . ....... ... ... ... ..., 0 Vv
Grid g' [1]
1 V
Grid g'1 voltage (control grid or Wehnelt) . ............. 0 to —200 \
Grid g' [2]
0 V
Grid g'1 voltage (control grid or Wehnelt) . ............. 0 to —200 \
Grid g' [3]
-200 V
Grid g'1 voltage (control grid or Wehnelt) . ............. 0 to —200 \
Grid g’ [1]
2 V
Grid g’2 voltage (accelerating electrode) ............ max. 200 \Y
Grid g’ [2]
200 V
Grid g’2 voltage (accelerating electrode) ............ max. 200 \Y
Grid g’ [1]
3 V
Grid g’3 voltage (collimating electrode) ............ max. 200 \Y)
Grid g’ [2]
200 V
Grid g’3 voltage (collimating electrode) ............ max. 200 \Y)
Grid g'b voltage (collecting electrode) ............ max
300 V
Grid g'b voltage (collecting electrode) ............ max. 300 Vv
Grid g’ [1]
6 V
Grid g’6 voltage (backing electrode) .............. max. —50to +20 Vv
Grid g’ [2]
-50 V
Grid g’6 voltage (backing electrode) .............. max. —50to +20 Vv
Grid g’ [3]
20 V
Grid g’6 voltage (backing electrode) .............. max. —50to +20 Vv
Viewingscreeng' [1]
7 V
Viewingscreeng'7voltage .................... max. 9 kV
Viewingscreeng' [2]
9 V
Viewingscreeng'7voltage .................... max. 9 kV
heater negative with respect to cathode .. ...... max
125
heater negative with respect to cathode .. ...... max. 125 \Y
heater positive with respect to cathode . ....... max
125
heater positive with respect to cathode . ....... max. 125 \
Cathode k voltage (negativevalue) ................ max
2.5 V
Cathode k voltage (negativevalue) ................ max. 2.5 kV
Grid g1 voltage™™ (control grid or Wehnelt) [1]
0 V
Grid g1 voltage™™ (control grid or Wehnelt) . ............. 0 to —200 \Y
Grid g1 voltage™™ (control grid or Wehnelt) [2]
-200 V
Grid g1 voltage™™ (control grid or Wehnelt) . ............. 0 to —200 \Y
Grid g2 voltage (accelerating electrode) . ........... max
200 V
Grid g2 voltage (accelerating electrode) . ........... max. 200 \")
Grid g3 voltage (beam centering electrode) .......... max
200 V
Grid g3 voltage (beam centering electrode) .......... max. 200 \'
Grid g4 voltage®™ (focusing electrode) ............ max
1.2 V
Grid g4 voltage®™ (focusing electrode) ............ max. 1.2 kV
Grid g5 voltage {(astigmatism) . ................. max
200 V
Grid g5 voltage {(astigmatism) . ................. max. 200 \Y
Grid g6 (geometry) .. .............. e max
200
Grid g6 (geometry) .. .............. e max. 200 \Y
heater negative with respect to cathode ........ max
125
- heater negative with respect to cathode ........ max. 125 \Y
heater positive with respect to cathode ........ max
125
- heater positive with respect to cathode ........ max. 125 \'
Gridg'tvoltage [1]
0 V
Gridg'tvoltage . ..............0iiiiiiuenn. —30 to 0 \
Gridg'tvoltage [2]
-30 V
Gridg'tvoltage . ..............0iiiiiiuenn. —30 to 0 \
Gridg'tvoltage [3]
0 V
Gridg'tvoltage . ..............0iiiiiiuenn. —30 to 0 \
Gridg2voltage . ........ ... .t +
40 V
Gridg2voltage . ........ ... .t +40 Vv
Gridg' [1]
3 V
Gridg'3voltage .............. i ennnnan.. 50to 90 Vv
Gridg' [2]
50 V
Gridg'3voltage .............. i ennnnan.. 50to 90 Vv
Gridg' [3]
90 V
Gridg'3voltage .............. i ennnnan.. 50to 90 Vv
Gridg'bvoltage . .............c¢iiiiiia
200 V
Gridg'bvoltage . .............c¢iiiiiia.. 200 \
Grid g’
6 V
Grid g’6 voltage :
Viewing screen g' [1]
7 V
Viewing screen g'7 voltage . ...........¢c.ouiviun.n.. 8 kV
Viewing screen g' [2]
8 V
Viewing screen g'7 voltage . ...........¢c.ouiviun.n.. 8 kV
Cathodekvoltage
-1800 V
Cathodekvoltage ................ ... ... —1800 A
Grid g1 voltage™* (forcut-off) ...................... — [1]
-100 V
Grid g1 voltage™* (forcut-off) ...................... —-100to —40 \Y
Grid g1 voltage™* (forcut-off) ...................... — [2]
-40 V
Grid g1 voltage™* (forcut-off) ...................... —-100to —40 \Y
Gridg2voltage . ... ... e +
40 V
Gridg2voltage . ... ... e +40 \
Gridgd voltage™™ [1]
200 V
Gridgd voltage™™ . ... ... .. ... 200to 600 \Y
Gridgd voltage™™ [2]
600 V
Gridgd voltage™™ . ... ... .. ... 200to 600 \Y
Gridgbvoltage .. ...t i e e Oto
80 V
Gridgbvoltage .. ...t i e e Oto 80 A
GridgBvoltage .. .......c.. it Otc
80 V
GridgBvoltage .. .......c.. it Otc 80 \
made of P3
1
made of P31 phosphor, provides the visual output.
Published value [1]
1 A
1- Line width measured for beam current of 5 UA by the shrinking raster method, in non-store mode.
Published value [2]
5 A
1- Line width measured for beam current of 5 UA by the shrinking raster method, in non-store mode.
gradual erasure can be performed by applying a train of short pulses to the backing electrode g'
6
gradual erasure can be performed by applying a train of short pulses to the backing electrode g'6. Depending
Published value
1
1|h |Heater
UTE [1]
14
UTE 14 C 25 Base g 52-4_L 2 | h |Heater
UTE [2]
25
UTE 14 C 25 Base g 52-4_L 2 | h |Heater
UTE [3]
52
UTE 14 C 25 Base g 52-4_L 2 | h |Heater
UTE [4]
-4
UTE 14 C 25 Base g 52-4_L 2 | h |Heater
UTE [5]
2
UTE 14 C 25 Base g 52-4_L 2 | h |Heater
h' |Heater
12
h' |Heater 12 | g5 | Astigmatism
htk'| Heater cathode
13
htk'| Heater cathode 13 | gV | Wehnelt