Data set 01
1962 ITT
Published operating points and test conditions from this source.
Triode
Other
Published value
7.5 W
7.5 Kilowatts Plate Dissipation
Published value
7.5
7.5 kilowatts. The cathode is a pure tungsten filamen
tion at
50
tion at 50 megacycles is permissible with plate voltag
P Filament Voltage
11 V
P Filament Voltage 11.0 Volts
) Filament Current
120 A
) Filament Current 120 Amperes
) Filament Starting Current
180 mA
) Filament Starting Current 180 Amperes max.
) Peak Cathode Current
7.5 A
) Peak Cathode Current 7.5 Amperes
) Filament Cold Resistance
83
) Filament Cold Resistance .0083 Ohms
Grid-Plate
18.5
Grid-Plate 18.5 puut
Grid-Filament
23.3
Grid-Filament 23.3 puf
Plate-Filament
3
Plate-Filament 3.0 puf
Air Temperature
45
Air Temperature 45° C
periority.Y of F
5667
periority.Y of F-5667 Maximum Anode
performance . . . as a radio frequency D Required Air Flow on
230
performance . . . as a radio frequency D Required Air Flow on 230° C
tor or as a replacement for the Type Temperature
160
tor or as a replacement for the Type Temperature 160° C
FEDERAL POWER TRIODE Federal's F
5667 W
FEDERAL POWER TRIODE Federal's F-5667 is designed and en-
DC Plate Voltage
10000 V
DC Plate Voltage 10,000 Volts
Max. Signal DC Plate Current* * [1]
2 V
Max. Signal DC Plate Current* * 2 Amperes DC Plate Voltage 8,000 Volts
Max. Signal DC Plate Current* * [2]
8000 V
Max. Signal DC Plate Current* * 2 Amperes DC Plate Voltage 8,000 Volts
DC Grid Voltage —
1500 V
DC Grid Voltage — 1,500 Volts
Max. Signal Plate Input**
16
Max. Signal Plate Input** 16 Kilowatts
DC Plate Current
1 A
DC Plate Current 1.0 Ampere
Plate Dissipation™*
7.5 W
Plate Dissipation™* 7.5 Kilowatts
DC Grid Current
350 mA
DC Grid Current 0.35 Ampere
Typical Operation Plate Input
8
Typical Operation Plate Input 8 Kilowatts
Plate Dissipation
5 W
Plate Dissipation 5 Kilowatts
DC Plate Voltage
7500 V
DC Plate Voltage 7,500 Volts Typical Operation
DC Grid Yoltage — [1]
300 V
DC Grid Yoltage — 300 Volts DC Plate Voltage 6,000 7,500 Volts
DC Grid Yoltage — [2]
6000 V
DC Grid Yoltage — 300 Volts DC Plate Voltage 6,000 7,500 Volts
DC Grid Yoltage — [3]
7500 V
DC Grid Yoltage — 300 Volts DC Plate Voltage 6,000 7,500 Volts
Peak A-F Grid to Grid Voltage [1]
1700 V
Peak A-F Grid to Grid Voltage 1,700 Volts DC Grid Voltage —900 —1,200 Volts
Peak A-F Grid to Grid Voltage [2]
-900 V
Peak A-F Grid to Grid Voltage 1,700 Volts DC Grid Voltage —900 —1,200 Volts
Peak A-F Grid to Grid Voltage [3]
-1200 V
Peak A-F Grid to Grid Voltage 1,700 Volts DC Grid Voltage —900 —1,200 Volts
Zero Signal DC Plate Current [1]
0.4 V
Zero Signal DC Plate Current 0.4 Amperes Peak R-F Grid Voltage 1,420 1,700 Volts
Zero Signal DC Plate Current [2]
1420 V
Zero Signal DC Plate Current 0.4 Amperes Peak R-F Grid Voltage 1,420 1,700 Volts
Zero Signal DC Plate Current [3]
1700 V
Zero Signal DC Plate Current 0.4 Amperes Peak R-F Grid Voltage 1,420 1,700 Volts
Maximum Signal DC Plate Current [1]
3.2 mA
Maximum Signal DC Plate Current 3.2 Amperes DC Plate Current 1.0 .88 Ampere
Maximum Signal DC Plate Current [2]
1 mA
Maximum Signal DC Plate Current 3.2 Amperes DC Plate Current 1.0 .88 Ampere
Maximum Signal DC Plate Current [3]
88 mA
Maximum Signal DC Plate Current 3.2 Amperes DC Plate Current 1.0 .88 Ampere
DC Grid Current, approx [1]
100 mA
DC Grid Current, approx. 0.1 .08 Ampere
DC Grid Current, approx [2]
8 A
DC Grid Current, approx. 0.1 .08 Ampere
(plate to plate) [1]
5000 W
(plate to plate) 5,000 Ohms Driving Power, approx. 140 140 Watts
(plate to plate) [2]
140 W
(plate to plate) 5,000 Ohms Driving Power, approx. 140 140 Watts
(plate to plate) [3]
140 W
(plate to plate) 5,000 Ohms Driving Power, approx. 140 140 Watts
Power Output, approx [1]
4 W
Power Output, approx. 4 5 Kilowatts
Power Output, approx [2]
5 W
Power Output, approx. 4 5 Kilowatts
RADIO-FREQUENCY POWER AMPLIFIER DC Plate Voltage
10000 V
RADIO-FREQUENCY POWER AMPLIFIER DC Plate Voltage 10,000 Volts
—CLASS B TELEPHONY DC Grid Voltage —
1500 V
—CLASS B TELEPHONY DC Grid Voltage — 1,500 Volts
(Carrier conditions per tube for use with a maximum DC Plate Current
2 mA
(Carrier conditions per tube for use with a maximum DC Plate Current 2.0 Amperes
modulation factor of [1]
1 A
modulation factor of 1.0} DC Grid Current 0.35 Amperes
modulation factor of [2]
350 mA
modulation factor of 1.0} DC Grid Current 0.35 Amperes
Maximum Rafings Plate Input
20
Maximum Rafings Plate Input 20 Kilowatts
DC Plate Voltage [1]
10000 V
DC Plate Voltage 10,000 Volts Plate Dissipation 7.5 Kilowatts
DC Plate Voltage [2]
7.5 V
DC Plate Voltage 10,000 Volts Plate Dissipation 7.5 Kilowatts
DC Plate Current
1 A
DC Plate Current 1.0 Ampere Typical Operation
Plate Input [1]
10 V
Plate Input 10 Kilowatts DC Plate Voltage 6,000 7,500 9,000 Volts
Plate Input [2]
6000 V
Plate Input 10 Kilowatts DC Plate Voltage 6,000 7,500 9,000 Volts
Plate Input [3]
7500 V
Plate Input 10 Kilowatts DC Plate Voltage 6,000 7,500 9,000 Volts
Plate Input [4]
9000 V
Plate Input 10 Kilowatts DC Plate Voltage 6,000 7,500 9,000 Volts
Plate Dissipation [1]
7.5 V
Plate Dissipation 7.5 Kilowatts Filament Voltage 10,6 10.7 10.8 Volts
Plate Dissipation [2]
106 V
Plate Dissipation 7.5 Kilowatts Filament Voltage 10,6 10.7 10.8 Volts
Plate Dissipation [3]
10.7 V
Plate Dissipation 7.5 Kilowatts Filament Voltage 10,6 10.7 10.8 Volts
Plate Dissipation [4]
10.8 V
Plate Dissipation 7.5 Kilowatts Filament Voltage 10,6 10.7 10.8 Volts
DC Grid Voltage [1]
-500 V
DC Grid Voltage —500 —600 —750 Volts
DC Grid Voltage [2]
-600 V
DC Grid Voltage —500 —600 —750 Volts
DC Grid Voltage [3]
-750 V
DC Grid Voltage —500 —600 —750 Volts
Voltage [1]
1200 V
Voltage 1,200 1,400 1,700 Volts
Voltage [2]
1400 V
Voltage 1,200 1,400 1,700 Volts
Voltage [3]
1700 V
Voltage 1,200 1,400 1,700 Volts
DC Plate Voltage [1]
9000 V
DC Plate Voltage 9,000 Volts DC Plate Current 1.6 1.8 2.0 Amperes
DC Plate Voltage [2]
1.6 V
DC Plate Voltage 9,000 Volts DC Plate Current 1.6 1.8 2.0 Amperes
DC Plate Voltage [3]
1.8 V
DC Plate Voltage 9,000 Volts DC Plate Current 1.6 1.8 2.0 Amperes
DC Plate Voltage [4]
2 V
DC Plate Voltage 9,000 Volts DC Plate Current 1.6 1.8 2.0 Amperes
DC Grid Voltage
-350 V
DC Grid Voltage —350 Volts DC Grid Current,
Peak R-F Grid Voltage [1]
450 V
Peak R-F Grid Voltage 450 Volts approx. A9 .20 .21 Amperes
Peak R-F Grid Voltage [2]
20 V
Peak R-F Grid Voltage 450 Volts approx. A9 .20 .21 Amperes
Peak R-F Grid Voltage [3]
21 V
Peak R-F Grid Voltage 450 Volts approx. A9 .20 .21 Amperes
DC Piate Current [1]
800 mA
DC Piate Current 0.8 Ampere approx. 220 270 340 Watts
DC Piate Current [2]
220 A
DC Piate Current 0.8 Ampere approx. 220 270 340 Watts
DC Piate Current [3]
270 A
DC Piate Current 0.8 Ampere approx. 220 270 340 Watts
DC Piate Current [4]
340 A
DC Piate Current 0.8 Ampere approx. 220 270 340 Watts
Driving Power, approx.t
110 W
Driving Power, approx.t 110 Watts Power Output
Power Output, approx [1]
2.5 W
Power Output, approx. 2.5 Kilowatts approx. 6.3 8.9 12.2 Kilowatts
Power Output, approx [2]
6.3 W
Power Output, approx. 2.5 Kilowatts approx. 6.3 8.9 12.2 Kilowatts
Power Output, approx [3]
8.9 W
Power Output, approx. 2.5 Kilowatts approx. 6.3 8.9 12.2 Kilowatts
Power Output, approx [4]
12.2 W
Power Output, approx. 2.5 Kilowatts approx. 6.3 8.9 12.2 Kilowatts
When interchanged with the
889 W
When interchanged with the 889-RA FEDERAL POWER TRIODE
eral’s F [1]
5667 W
eral’s F-5667 brings a finer, newer 7.5 Kilowatts Plate Dissipation
eral’s F [2]
7.5 W
eral’s F-5667 brings a finer, newer 7.5 Kilowatts Plate Dissipation
i3 HEEE| GRID GHARACTERISTICS F
5667
i3 HEEE| GRID GHARACTERISTICS F-5667
FEDERAL POWER TRIODE Federal's F
5667 W
FEDERAL POWER TRIODE Federal's F-5667 is built to “‘stand-up”
Published value
7.5
7.5 Kilowatts Plate DiSSipflfiOh tear of a long service life.
to the over-all ruggedness of Federal
7.5 W
to the over-all ruggedness of Federal 7.5 Kilowatts Plate Dissipation