Data set 01
1947 Westinghouse
Published operating points and test conditions from this source.
Triode
Other
lator. The anode is capable of dissipating
10
lator. The anode is capable of dissipating 10 kilowatts, exclusive of filament heating power. The cathode is a
Voltage: DC Plate Voltage
60
Voltage: DC Plate Voltage. . . . . . ........ 60 max. Kilovolts
Single Phase Conmection,
3500
Single Phase Conmection, . . . . ......... 12 Yolts DC Grid Voltags « v v ov v .. _3500 max. Volts
3 Phose Connection {to neutral) ... ... ... 12 Volts Peak Pa
2500
3 Phose Connection {to neutral) ... ... ... 12 Volts Peak Pasifive Grid Voltage . « . . - . . . 2500 max Volts
C“‘:m"“ ) Peak Pulse Plate Current
150
C“‘:m"“ ) Peak Pulse Plate Current . ... ..... 150 max., Amperes
Single Phase Connection.,
309
Single Phase Connection., . . ... ........ 309 Amperes Peak Pulse Grid Current . . o« v .. .. SO max. Amperes
3 Phase Connection (per phase} ... ... .. - 103 Amperes Plat
10
3 Phase Connection (per phase} ... ... .. - 103 Amperes Plate Dissipation. . . . . Ve e 10 mox. Kilowatts
Minimum Filament Heating Time
1
Minimum Filament Heating Time . .. ... .. ... 15 Seconds Grid Dissipation . . ... .. oo, 1.0 moax. Kilowatt
Gridto Plate. . .. ... .ovu i
200
Gridto Plate. . .. ... .ovu i 42 ppt Peak Pulse Cathode Current. . . .. ... 200 mox. Amperes
e e e
8
.. e e e 8 upf SHORT PULSE OPERATION
Ng" W{eighv; D
60
Ng" W{eighv; D 80 Pounds DC Plate Voltage. . . ., .. v o ov 60 max. Kilovolts
SH'p‘?'"g eight. ..o «
3500
SH'p‘?'"g eight. ..o « - - 125 Pounds DC Grid Voltage . . ............. 3500 mox. Volts
Cooling: £ I Peck Pasitive Grid Voltage
3500
Cooling: £ I Peck Pasitive Grid Voltage . . . .. ... 3500 max. Yolts
Mefljod. A AR T """""""" oreed Air O:W Peak Pulse Plate Current {Note
400
Mefljod. A AR T """""""" oreed Air O:W Peak Pulse Plate Current {Note 1}. . . . 400 max. Amperes
Mox:mum mbient Air Iemperature
100
Mox:mum mbient Air Iemperature ................ 5 °C Peak Pulse Grid Current (Note 1) . . . . 100 max. Amperes
Muxnr:wm B:"Ib and Sea Temper?mre """ s
500
Muxnr:wm B:"Ib and Sea Temper?mre """ s 180 °C Peak Pulse Cathode Current (Note 1). . 500 mox. Amperes
Roquirad Air Flaw Through Radiator: Plote Dissipation. . . ..,
10
Roquirad Air Flaw Through Radiator: Plote Dissipation. . . .., .0 b iu o .. 10 mox. Kilowatts
Plate Dissipation
1
Plate Dissipation ... ......... 10 8 5 Kilowatts Grid Dissipation 1.0 max Kilowartt
AirFlow . ... .. i
0.5
AirFlow . ... .. i 800 700 500 CFM Pulse Langth - . « v vveeone e, 0.5 mox. pseconds
~ Single Phase - .. vvvrvrivnnenen,
13
~ Single Phase - .. vvvrvrivnnenen,. 13 Volts
Three Phase (toneuvtral). . . ... ... ...,
13
Three Phase (toneuvtral). . . ... ... ..., 13 Volts
SinglePhase
318
SinglePhase . .. ................. 318 Amperes
E.ia'i?oégg'o:ooor | Three Phase (perphase). . . .o oo v o oW
106
E.ia'i?oégg'o:ooor | Three Phase (perphase). . . .o oo v o oW 106 Amperes
I%‘ a MIN. STRAIGHT at voltages in excess of
16
I%‘ a MIN. STRAIGHT at voltages in excess of 16 KV. Therefore equipmant design
(
0.5
(0.5 Microsecond Pulse Service}
Filament Volts
13
Filament Volts 13.0
Filameni Amperes =
318
Filameni Amperes = 318
Plate Kilovolt
5
Plate Kilovolt 5
(
0.5
(0.5 Microsecond Pulse Service)
Filoment Amperes=
3
Filoment Amperes=3I8
Characteristic
Amplification Factor . .. ..ol
1000
Amplification Factor . .. ..ol 2 PulseLength . ................ 1000 moax. pseconds