Data set 01
1962 ITT
Published operating points and test conditions from this source.
TravelingWave
Other
The F [1]
7066
The F-7066 is a 50 mw CW traveling wave amplifier tube having 30 db gain
The F [2]
50
The F-7066 is a 50 mw CW traveling wave amplifier tube having 30 db gain
The F [3]
30
The F-7066 is a 50 mw CW traveling wave amplifier tube having 30 db gain
and [1]
8 MHz
and 8.0 to 12. 0 kmc frequency range. It is constructed in a rugged metal
and [2]
12 MHz
and 8.0 to 12. 0 kmc frequency range. It is constructed in a rugged metal
and [3]
0 MHz
and 8.0 to 12. 0 kmc frequency range. It is constructed in a rugged metal
Heater Voltage
6.3 V
Heater Voltage 6.3 (iS%) volts
Heater Current
850 mA
Heater Current 0.85 ampere
Maximum Anode Voltage (Note [1]
1 V
Maximum Anode Voltage (Note 1) 1600 wvolts
Maximum Anode Voltage (Note [2]
1600 V
Maximum Anode Voltage (Note 1) 1600 wvolts
Maximurm Helix Current (Note [1]
2 A
Maximurm Helix Current (Note 2) 2 ma
Maximurm Helix Current (Note [2]
2 A
Maximurm Helix Current (Note 2) 2 ma
Maximum Collector Dissipation {(Beam Power)
15 W
Maximum Collector Dissipation {(Beam Power) 15 watts
Maximum Control Electrode Voltage (Note [1]
3 V
Maximum Control Electrode Voltage (Note 3) -500 wvolts
Maximum Control Electrode Voltage (Note [2]
-500 V
Maximum Control Electrode Voltage (Note 3) -500 wvolts
Maximum Frequency
12 MHz
Maximum Frequency 12.0 kmc
Minimum Frequency
8 MHz
Minimum Frequency 8.0 kmc
Anode Voltage
1500 V
Anode Voltage 1500 wvolts
Anode Current
5 A
Anode Current 5 ma
Helix Current
500 mA
Helix Current 0.5 ma
Control Electrode Voltage (Note [1]
4 V
Control Electrode Voltage (Note 4) -15 wvolts
Control Electrode Voltage (Note [2]
-15 V
Control Electrode Voltage (Note 4) -15 wvolts
Power Output
50 W
Power Output 50 mw, nominal
Gain
30
Gain 30 db, nominal
Beam
1
Beam 1.0
Note
1 V
Note 1: All voltages shown are with respect to cathode. Anode and collector
Note
2 A
Note 2: The helix current should, in general, be minimized and must be less
peak helix current may exceed
2 A
peak helix current may exceed 2 ma, but care should be taken to
Note
3 V
Note 3: The control electrode voltage is adjusted for best transmission for CW
operation (normally about
-15
operation (normally about -15 volts), Beam gate off can be accom-
plished by applying voltage of [1]
-400 V
plished by applying voltage of -400 to -500 volts. Operation in the
plished by applying voltage of [2]
-500 V
plished by applying voltage of -400 to -500 volts. Operation in the
region of control electrode voltage between approximately
-15 V
region of control electrode voltage between approximately -15 volts
Note [1]
4
Note 4: Gated beam operation can also be utilized by applying -400 to -500
Note [2]
-400
Note 4: Gated beam operation can also be utilized by applying -400 to -500
Note [3]
-500
Note 4: Gated beam operation can also be utilized by applying -400 to -500
= > See Table
1.587
= > See Table 1.587 fits solenoid end plate.
FOCUSING., DBASIC POWER REQUIREMENTS ARE [1]
10 W
FOCUSING., DBASIC POWER REQUIREMENTS ARE 10 MA AT 1500 V AND A 50 VoLT BIAS
FOCUSING., DBASIC POWER REQUIREMENTS ARE [2]
1500 W
FOCUSING., DBASIC POWER REQUIREMENTS ARE 10 MA AT 1500 V AND A 50 VoLT BIAS
FOCUSING., DBASIC POWER REQUIREMENTS ARE [3]
50 W
FOCUSING., DBASIC POWER REQUIREMENTS ARE 10 MA AT 1500 V AND A 50 VoLT BIAS
SUPPLY, AS WELL AS [1]
6.3
SUPPLY, AS WELL AS 6.3 VoLTS AT 1.0 AMPERE FOR THE HEATER.
SUPPLY, AS WELL AS [2]
1
SUPPLY, AS WELL AS 6.3 VoLTS AT 1.0 AMPERE FOR THE HEATER.
k [1]
1
k.1 HeaTer Vortace (6.3 Vouts).
k [2]
6.3
k.1 HeaTer Vortace (6.3 Vouts).
Published value [1]
4.2 V
4.2 SoLENOID VOLTAGE (ADJUST SOLENOID CURRENT TO YIELD 900 GAuss).
Published value [2]
900 V
4.2 SoLENOID VOLTAGE (ADJUST SOLENOID CURRENT TO YIELD 900 GAuss).
Published value
43 V
4,3 ConTROL ELECTRODE VOLTAGE (APPLY BIAS VOLTAGE SPECIFIED ON DATA
AT ALL TIMES MONITOR HELIX CURRENT AND OBSERVE THE
2 A
AT ALL TIMES MONITOR HELIX CURRENT AND OBSERVE THE 2.0 Ma
Published value [1]
5
5. R.F. INPUT SHOULD BE LIMITED TO 10 MW.
Published value [2]
10
5. R.F. INPUT SHOULD BE LIMITED TO 10 MW.
Published value
6 V
6. THE CATHODE VOLTAGE MAY BE OPTIMIZED FOR OPTIMUM POWER OUTPUT AT THE
NEVER OPERATE THE F-TOH6 WITH HELIX CURRENT IN EXCESS ofF
2 A
NEVER OPERATE THE F-TOH6 WITH HELIX CURRENT IN EXCESS ofF 2.0 MA,
UNDER MOST CONDITIONS HEL X CURRENT WiLL BE [1]
1 A
UNDER MOST CONDITIONS HEL X CURRENT WiLL BE 1.0 MA or LESS. IT 18
UNDER MOST CONDITIONS HEL X CURRENT WiLL BE [2]
18 A
UNDER MOST CONDITIONS HEL X CURRENT WiLL BE 1.0 MA or LESS. IT 18
BE SURE COAX!
1
BE SURE COAX!1AL CABLES TO BE CONNECTED TO THE TUBE INPUT AND OUTPUT
Published value
3
3 INSUL. la—— ANODE BLACK
[ HEATER [1]
0
[ HEATER 0-50v
[ HEATER [2]
-50
[ HEATER 0-50v