Data set 01
1972 Thomson CSF
Published operating points and test conditions from this source.
Triode
Other
pulse operation at frequency up to
500 MHz
pulse operation at frequency up to 500 MHz. It can deliver
Published value
190 kW
190 kW peak output power into the load. When used with
temperature of
100
temperature of 100 °C.
Filamentcurrent . . .. ... ... ... ... it i
190 A
Filamentcurrent . . .. ... ... ... ... it i 190 A
Maximum surge CUrrent . .. . . ... ...ttt i e e
500 A
Maximum surge CUrrent . .. . . ... ...ttt i e e 500 A
cathode-grid {(cold)
100
-cathode-grid {(cold) . ... ..... .. ... .. ... ... 100 pF
gridanode ..............e
17
-gridanode ..............e 17 pF
Transconductance . ... ... ..ttt ittt e et
130
Transconductance . ... ... ..ttt ittt e et . 130 mA/V
Maximum temperature of envelope and electrode terminals
150
Maximum temperature of envelope and electrode terminals . ....... 150 °Cc
D.C. anode voltage . . e e e
18 V
D.C. anode voltage . . e e e 18 kV
D.C.gridvoltage ..........c.. ittt ieiniinnennnennnas
1000 V
D.C.gridvoltage ..........c.. ittt ieiniinnennnennnas 1000 Vv
Peak cathode current .. ... .. ... ..ttt
120 A
Peak cathode current .. ... .. ... ..ttt 120 A
Anode dissipation ... .................. T
60 kW
Anode dissipation ... .................. T 60. kW
Grid dissipation . .. ... ... .. e
350 W
Grid dissipation . .. ... ... .. e 350 w
FrequenCy .. ... .o iiiiiieit ettt
500 MHz
FrequenCy .. ... .o iiiiiieit ettt 500 MHz
D.C.anode voltage . .............ciiieuimnunnennneens
15 V
D.C.anode voltage . .............ciiieuimnunnennneens 15 kV
D.C.gridvoltage ............. ...t
-260 V
D.C.gridvoltage ............. ...t —260 \'
D.C. anode current during pulse
20 A
D.C. anode current during pulse . ... ...... ... . ... . . 20 A
D.C. grid current duringpulse
7 A
D.C. grid current duringpulse .. ......... .. ... ... 7 A
Peak input power ... .. ... ... e
300 kW
Peak input power ... .. ... ... e 300 kW
Peak output power{ [1]
1 kW
Peak output power{1) . . . . ... . ... ... .. e 190 kW
Peak output power{ [2]
190 kW
Peak output power{1) . . . . ... . ... ... .. e 190 kW
Average dissipation power . ... ... .. ... i
20 kW
Average dissipation power . ... ... .. ... i 20 kW
Pulse duration . ... ...t ittt e e e e,
4
Pulse duration . ... ...t ittt e e e e, 4 ms
Operating freQUENCY . .. .. .ttt it ittt s e e e
450 MHz
Operating freQUENCY . .. .. .ttt it ittt s e e e 450 MHz
(
1 W
(1) Useful power at tube output.
D.C.anodevoltage .............cuiinnernennonnnnnnenn
13 V
D.C.anodevoltage .............cuiinnernennonnnnnnenn 13 kV
DC.gridvoltage [1]
0 V
DC.gridvoltage . ............00iiiuiievinncnnnnennns —-250 \'}
DC.gridvoltage [2]
-250 V
DC.gridvoltage . ............00iiiuiievinncnnnnennns —-250 \'}
Peak driving power . . ... ... .. ...t i
16 kW
Peak driving power . . ... ... .. ...t i 16 kW
Peak outputpower { [1]
2 kW
Peak outputpower {2) . . . . ... ... .. e 135 kW
Peak outputpower { [2]
135 kW
Peak outputpower {2) . . . . ... ... .. e 135 kW
Average dissipation power .. ... ... .. e it
45 kW
Average dissipation power .. ... ... .. e it 45 kW
Pulse duration .. ... .. ... ..ttti e
4
Pulse duration .. ... .. ... ..ttti e 4 ms
(
2 W
(2) Useful power at tube output.
Published value
75.1
75.1 ANODE
GRID— T oy
12
GRID— T oy 12
FILAMENT-CATHODE // f ¢| [1]
3
FILAMENT-CATHODE // f ¢|3I9.3-38.7
FILAMENT-CATHODE // f ¢| [2]
3
FILAMENT-CATHODE // f ¢|3I9.3-38.7
FILAMENT-CATHODE // f ¢| [3]
-38.7
FILAMENT-CATHODE // f ¢|3I9.3-38.7