Data set 01
1962 ITT
Published operating points and test conditions from this source.
Triode
Other
Published value
3 W
3 Kilowatts Plate Dissipation
capable of dissipating
3
capable of dissipating 3 kilowatts. The cathode is a thor-
) Filament Voltage
13 V
) Filament Voltage 13.0 Volts
p Filament Current
36 A
p Filament Current 36 Amperes
Grid-Plate
14.7
Grid-Plate 14.7 puf
Grid-Filament
14.5
Grid-Filament 14.5 puf
Plate-Filament
1.7
Plate-Filament 1.7 upuf
Air Temperature
45
Air Temperature 45° C
Temperature
150
Temperature 150° C
Type F
6367
Type F-6367 Frequency
Published value
3 V
3 Kilowatts Plate Dissipation Voltage and
DC Plate Voltage
6200 V
DC Plate Voltage 6,200 Volts Maximum Ratings, Absolute Values
Maximum Signal DC Plate Current* [1]
2 V
Maximum Signal DC Plate Current* 2.0 Amperes DC Plate Voltage 5,000 Volts
Maximum Signal DC Plate Current* [2]
5000 V
Maximum Signal DC Plate Current* 2.0 Amperes DC Plate Voltage 5,000 Volts
Maximum Signal Plate Input* [1]
6
Maximum Signal Plate Input* 6.0 Kilowatts DC Grid Yoltage — 1,500 Volts
Maximum Signal Plate Input* [2]
1500
Maximum Signal Plate Input* 6.0 Kilowatts DC Grid Yoltage — 1,500 Volts
Plate Dissipation* [1]
3 A
Plate Dissipation* 3 Kilowatts DC Plate Current 1.5 Amperes
Plate Dissipation* [2]
1.5 A
Plate Dissipation* 3 Kilowatts DC Plate Current 1.5 Amperes
DC Grid Current
200 mA
DC Grid Current 0.2 Amperes
Typical Operation Plate Input
7.5
Typical Operation Plate Input 7.5 Kilowatts
{Unless otherwise specified, values are for two tubes) Plate Dissipation
2 W
{Unless otherwise specified, values are for two tubes) Plate Dissipation 2 Kilowatts
DC Plate Voltage
5000 V
DC Plate Voltage 5,000 Volts
DC Grid Voltage —
150 V
DC Grid Voltage — 150 Volts Typical Operation
Peak A-F Grid-to-Grid Voltage [1]
1260 V
Peak A-F Grid-to-Grid Voltage 1,260 VYolts. DC Plate Voltage 5,000 Volts
Peak A-F Grid-to-Grid Voltage [2]
5000 V
Peak A-F Grid-to-Grid Voltage 1,260 VYolts. DC Plate Voltage 5,000 Volts
Zero Signal DC Plate Current [1]
0.4 V
Zero Signal DC Plate Current 0.4 Amperes DC Grid Voltage — 800 Volts
Zero Signal DC Plate Current [2]
800 V
Zero Signal DC Plate Current 0.4 Amperes DC Grid Voltage — 800 Volts
Maximum Signal DC Plate Current [1]
2.25 V
Maximum Signal DC Plate Current 2.25 Amperes Peak R-F Grid Voltage 1,370 Volts
Maximum Signal DC Plate Current [2]
1370 V
Maximum Signal DC Plate Current 2.25 Amperes Peak R-F Grid Voltage 1,370 Volts
Effective Load Resistance, DC Plate Current
740 mA
Effective Load Resistance, DC Plate Current 0.74 Amperes
Plate to Plate [1]
4000 mA
Plate to Plate 4,000 Ohms DC Grid Current, Approximate 0.10 Amperes
Plate to Plate [2]
0.1 mA
Plate to Plate 4,000 Ohms DC Grid Current, Approximate 0.10 Amperes
Maximum Signal Driving Power, Driving Power, Approximate
130 W
Maximum Signal Driving Power, Driving Power, Approximate 130 Watts
Power Output, Approximate
2.7 W
Power Output, Approximate 2.7 Kilowatts
modulation factor of [1]
1 V
modulation factor of 1.0) DC Plate Voltage 6,200 Volts
modulation factor of [2]
6200 V
modulation factor of 1.0) DC Plate Voltage 6,200 Volts
Maximum Ratings, Absolute Values DC Grid Voltage —
1500 V
Maximum Ratings, Absolute Values DC Grid Voltage — 1,500 Volts
DC Plate Current
2 A
DC Plate Current 2.0 Amperes
DC Plate Voltage
6200 V
DC Plate Voltage 6,200 Volts
DC Plate Current
1.5 A
DC Plate Current 1.5 Amperes
Plate Input
12
Plate Input 12 Kilowatts
Plate Input
4.5
Plate Input 4.5 Kilowatts
Plate Dissipation
3 W
Plate Dissipation 3 Kilowatts
DC Plate Voltage
6000 V
DC Plate Voltage 6,000 Volts
DC Plate Yoltage [1]
6000 V
DC Plate Yoltage 6,000 Volts DC Grid Voltage — 800 Volts
DC Plate Yoltage [2]
800 V
DC Plate Yoltage 6,000 Volts DC Grid Voltage — 800 Volts
DC Grid Voltage — [1]
160 V
DC Grid Voltage — 160 Volts Peak R-F Grid Voltage 1,510 Volts
DC Grid Voltage — [2]
1510 V
DC Grid Voltage — 160 Volts Peak R-F Grid Voltage 1,510 Volts
Peak R-F Grid Voltage [1]
300 V
Peak R-F Grid Voltage 300 Volts DC Plate Current 1.4 Amperes
Peak R-F Grid Voltage [2]
1.4 V
Peak R-F Grid Voltage 300 Volts DC Plate Current 1.4 Amperes
DC Plate Current [1]
0.56 mA
DC Plate Current 0.56 Amperes DC Grid Current, Approximate 0.16 Amperes
DC Plate Current [2]
0.16 mA
DC Plate Current 0.56 Amperes DC Grid Current, Approximate 0.16 Amperes
DC Grid Current, Approximate [1]
0 mA
DC Grid Current, Approximate 0.0 Amperes Driving Power, Approximate 225 Watts
DC Grid Current, Approximate [2]
225 mA
DC Grid Current, Approximate 0.0 Amperes Driving Power, Approximate 225 Watts
Driving Power, Approximate** [1]
47 W
Driving Power, Approximate** 47 Watts Power Output, Approximate 6 Kilowatts
Driving Power, Approximate** [2]
6 W
Driving Power, Approximate** 47 Watts Power Output, Approximate 6 Kilowatts
**At crest of audio-frequency cycle with modulation factor of [1]
1
**At crest of audio-frequency cycle with modulation factor of 1.0 envelope does not exceed |15 per cent of the carrier conditions.
**At crest of audio-frequency cycle with modulation factor of [2]
15
**At crest of audio-frequency cycle with modulation factor of 1.0 envelope does not exceed |15 per cent of the carrier conditions.
equipment design
3 W
equipment design. 3 Kilowatts Plate Dissipation
Published value
9 W
9 : g POWER TRIODE
and Helical type filament con- Type F'
6367
and Helical type filament con- Type F'6367
tribute to rugged tube design
3 W
tribute to rugged tube design. 3 Kilowatts Plate Dissipation
Published value [1]
3
3 = GRID — BLACK LEAD 6" LONG
Published value [2]
6
3 = GRID — BLACK LEAD 6" LONG
Published value
5
5 = GRID — BLACK TERMINAL