Data set 01
1962 ITT
Published operating points and test conditions from this source.
Triode
Other
Published value
35 W
35 Kilowatts Plate Dissipation
dissipating
35
dissipating 35 kilowatts. The cathode is a thoriated
tungsten filament. Maximum ratings apply up to
22
tungsten filament. Maximum ratings apply up to 22
p Filament Voltage
11 V
p Filament Voltage 11 Volts
p Filament Current
285 A
p Filament Current 285 Amperes
p Filament Starting Current
1000 mA
p Filament Starting Current 1,000 Amperes max.
p Filament Cold Resistance
5
p Filament Cold Resistance .005 Ohms
p Peak Cathode Current
100 A
p Peak Cathode Current 100 Amperes
Grid-Plate
345
Grid-Plate 345 puf
Grid-Filament
75
Grid-Filament 75 puf
Plate-Filament
2.6
Plate-Filament 2.6 puf
Temperature
45
Temperature 45° C
Maximum Glass Temperature
165
Maximum Glass Temperature 165° C
FEDERAL POWER TRIODE The F
5919 W
FEDERAL POWER TRIODE The F-5919 enables single-ended
Published value
35 W
35 Kilowatts Plate Dissipation output.
AND MODULATOR—CLASS B DC Plate Voltage [1]
10000 V
AND MODULATOR—CLASS B DC Plate Voltage 10,000 11,000 Volts
AND MODULATOR—CLASS B DC Plate Voltage [2]
11000 V
AND MODULATOR—CLASS B DC Plate Voltage 10,000 11,000 Volts
\ DC Grid Voltage [1]
-750 V
. \ DC Grid Voltage —750 —900 Volts
\ DC Grid Voltage [2]
-900 V
. \ DC Grid Voltage —750 —900 Volts
Maximum Ratings, Absolute Values Peak R-F Grid Voltage [1]
1360 V
Maximum Ratings, Absolute Values Peak R-F Grid Voltage 1,360 1,500 Volts
Maximum Ratings, Absolute Values Peak R-F Grid Voltage [2]
1500 V
Maximum Ratings, Absolute Values Peak R-F Grid Voltage 1,360 1,500 Volts
DC Plate Voltage [1]
17500 V
DC Plate Voltage 17,500 Volts DC Plate Current 6.6 5.7 Amperes
DC Plate Voltage [2]
6.6 V
DC Plate Voltage 17,500 Volts DC Plate Current 6.6 5.7 Amperes
DC Plate Voltage [3]
5.7 V
DC Plate Voltage 17,500 Volts DC Plate Current 6.6 5.7 Amperes
Maximum Signal DC Plate Current{ [1]
14 mA
Maximum Signal DC Plate Current{ 14 Amperes DC Grid Current 0.9 0.9 Ampere
Maximum Signal DC Plate Current{ [2]
0.9 mA
Maximum Signal DC Plate Current{ 14 Amperes DC Grid Current 0.9 0.9 Ampere
Maximum Signal DC Plate Current{ [3]
0.9 mA
Maximum Signal DC Plate Current{ 14 Amperes DC Grid Current 0.9 0.9 Ampere
Maximum Signal Plate Inputt [1]
175 W
Maximum Signal Plate Inputt 175 Kilowatts Driving Power, approx. .2 1.3 Kilowatts
Maximum Signal Plate Inputt [2]
2 W
Maximum Signal Plate Inputt 175 Kilowatts Driving Power, approx. .2 1.3 Kilowatts
Maximum Signal Plate Inputt [3]
1.3 W
Maximum Signal Plate Inputt 175 Kilowatts Driving Power, approx. .2 1.3 Kilowatts
Plate Dissipationt [1]
35 W
Plate Dissipationt 35 Kilowatts Power Output, approx. 50 50 Kilowatts
Plate Dissipationt [2]
50 W
Plate Dissipationt 35 Kilowatts Power Output, approx. 50 50 Kilowatts
Plate Dissipationt [3]
50 W
Plate Dissipationt 35 Kilowatts Power Output, approx. 50 50 Kilowatts
DC Grid Voltage
-220 V
DC Grid Voltage —220 Volts . . . .
Peak A-F Grid-to-Grid Voltage
820 V
Peak A-F Grid-to-Grid Voltage 820 Volts (Key-down conditions per tube without amplitude modulation)¥
Zero Signal DC Plate Current
600 mA
Zero Signal DC Plate Current 0.6 Ampere M . .
Maximum Signal DC Plate Current
5.8 mA
Maximum Signal DC Plate Current 5.8 Amperes aximum Ratings solute Yalues
Effective Load Resistance, Plate DC Plate Voltage
17500 V
Effective Load Resistance, Plate DC Plate Voltage 17,500 Volts
to Plate [1]
3600
to Plate 3,600 Ohms DC Grid Yoltage —3,000 Volts
to Plate [2]
-3000
to Plate 3,600 Ohms DC Grid Yoltage —3,000 Volts
Max. Sig. Driving Power, approx [1]
820 mA
Max. Sig. Driving Power, approx. 820 Wats DC Plate Current 14 Amperes
Max. Sig. Driving Power, approx [2]
14 mA
Max. Sig. Driving Power, approx. 820 Wats DC Plate Current 14 Amperes
Max. Sig. Power Output, approx [1]
37 mA
Max. Sig. Power Output, approx. 37 Kilowatts DC Grid Current 2 Amperes
Max. Sig. Power Output, approx [2]
2 mA
Max. Sig. Power Output, approx. 37 Kilowatts DC Grid Current 2 Amperes
tAveraged over any audio frequency cycle of sine-wave form. Plate Input
175
tAveraged over any audio frequency cycle of sine-wave form. Plate Input 175 Kilowatts
Plate Dissipation
35 W
Plate Dissipation 35 Kilowatts
Cani g be ¢ h . DC Plate Voltage
10000 V
Cani g be ¢ h . DC Plate Voltage 10,000 Volts
(Carrier conditions pe.r tube for use with a maximum DC Grid Vo|+age
-1000
(Carrier conditions pe.r tube for use with a maximum DC Grid Vo|+age —1,000 Volts
Peak R-F Grid Yoltage
1675
Peak R-F Grid Yoltage 1,675 Volts
Maximum Ratings, Absolute Values DC Plate Current
6.4 mA
Maximum Ratings, Absolute Values DC Plate Current 6.4 Amperes
DC Plate Voltage [1]
14000 V
DC Plate Voltage 14,000 Volts DC.Z .Grld Current, app.roxmafe 1.1 A.mperes
DC Plate Voltage [2]
1.1 V
DC Plate Voltage 14,000 Volts DC.Z .Grld Current, app.roxmafe 1.1 A.mperes
Driving Power, approximate
1.7 W
. Driving Power, approximate 1.7 Kilowatts
DC Grid Voltage [1]
-3 V
DC Grid Voltage —3.000 Volts Power Output roximate 50 Kilowatts
DC Grid Voltage [2]
50 V
DC Grid Voltage —3.000 Volts Power Output roximate 50 Kilowatts
DC Plate Current
12 A
DC Plate Current 12 Amperes , put, appro
DC Grid Current
2 A
DC Grid Current 2 Amperes
Plate Input
100
Plate Input 100 Kilowatts fModulation essentially negative may be used if the positive
Plate Dissipation
24 W
Plate Dissipation 24 Kilowatts conditions.
The F
5919 W
The F-5919 grid is especi ally FEDERAL POWER TRIODE
Published value
35 W
35 Kilowatts Plate Dissipation greater value for your tube doliar.
and heavy wall anode contribute Type F [1]
59
and heavy wall anode contribute Type F.59|9
and heavy wall anode contribute Type F [2]
9
and heavy wall anode contribute Type F.59|9
to the electrical and mechanically
35 W
to the electrical and mechanically 35 Kilowatts Plate Dissipation