Data set 01
1971 NEC
Published operating points and test conditions from this source.
TravelingWave
Other
frequency range of [1]
585
frequency range of 5,85 kic to 7.2 kMc. For the frequency band of 5.85 kMc
frequency range of [2]
7.2
frequency range of 5,85 kic to 7.2 kMc. For the frequency band of 5.85 kMc
frequency range of [3]
5.85
frequency range of 5,85 kic to 7.2 kMc. For the frequency band of 5.85 kMc
to [1]
6.45
to 6.45 kMc, this tube type has an average gain of LO db at 10 watt out-
to [2]
10
to 6.45 kMc, this tube type has an average gain of LO db at 10 watt out-
put level and a saturated output power of about
20 W
put level and a saturated output power of about 20 watts. For the frequency
band of [1]
6.45
band of 6.45 kMc to 7.2 kMc, the average gain at 10 watt output level
band of [2]
7.2
band of 6.45 kMc to 7.2 kMc, the average gain at 10 watt output level
band of [3]
10
band of 6.45 kMc to 7.2 kMc, the average gain at 10 watt output level
is [1]
38 W
is 38 db and the saturated output power is about 17 watts.
is [2]
17 W
is 38 db and the saturated output power is about 17 watts.
magnet focusing mount, type LD
605
magnet focusing mount, type LD-605 Mount, incorporated with waveguide
temperature exceed
559
temperature exceed 559C or the mount axis is vertical.
Published value
1
1. PPM Focused and Field RHeplaceable.,
Published value
2
2. Depressed Collector Operation for Improved Efficiency.
Collector Voltage (Eb) [1]
1900 V
Collector Voltage (Eb) 1900 Vde 2100 Vdc
Collector Voltage (Eb) [2]
2100 V
Collector Voltage (Eb) 1900 Vde 2100 Vdc
Collector Current (Ib) —
40 A
Collector Current (Ib) — 40 mAdc
Helix Voltage (Ew) [1]
3000 V
Helix Voltage (Ew) 3000 Vdc 3600 Vdc
Helix Voltage (Ew) [2]
3600 V
Helix Voltage (Ew) 3000 Vdc 3600 Vdc
Helix Current (Iw) —
2 A
Helix Current (Iw) — 2.0 mAdc
Accelerating Anode Voltage (Ea) —_
3600 V
Accelerating Anode Voltage (Ea) —_ 3600 Vdc
Accelerating Anode Current (Ia) —
1 A
Accelerating Anode Current (Ia) — 1.0 mAdc
Focusing Zlectrode Voltage (Ec) [1]
-60 V
Focusing Zlectrode Voltage (Ec) -60 Vde -20 Vde
Focusing Zlectrode Voltage (Ec) [2]
-20 V
Focusing Zlectrode Voltage (Ec) -60 Vde -20 Vde
Collector Dissipation —
8 W
Collector Dissipation — 8, W
Collector Seal Temperature —
130
Collector Seal Temperature — 130 °¢C
Mount Ambient Temperature Range [1]
-10
Mount Ambient Temperature Range -10 °C +55 °C
Mount Ambient Temperature Range [2]
55
Mount Ambient Temperature Range -10 °C +55 °C
Cathode Heating Time
90
Cathode Heating Time 90 sec., —
Cold input and output match over [1]
5.85
Cold input and output match over 5.85 to 6.45 and
Cold input and output match over [2]
6.45
Cold input and output match over 5.85 to 6.45 and
Hot input match over [1]
5.85
Hot input match over 5.85 to 6.45 and 6.45 to 7.2 kMc ..... VaWR
Hot input match over [2]
6.45
Hot input match over 5.85 to 6.45 and 6.45 to 7.2 kMc ..... VaWR
Hot input match over [3]
6.45
Hot input match over 5.85 to 6.45 and 6.45 to 7.2 kMc ..... VaWR
Hot input match over [4]
7.2
Hot input match over 5.85 to 6.45 and 6.45 to 7.2 kMc ..... VaWR
Hot output match over [1]
5.85
Hot output match over 5.85 to 6.45 kMc ........ vereresaeees VOWR
Hot output match over [2]
6.45
Hot output match over 5.85 to 6.45 kMc ........ vereresaeees VOWR
Hot output match over [1]
6.45
Hot output match over 6.45 to 7.2 kMc ......... b . VSWR < 2
Hot output match over [2]
7.2
Hot output match over 6.45 to 7.2 kMc ......... b . VSWR < 2
Hot output match over [3]
2
Hot output match over 6.45 to 7.2 kMc ......... b . VSWR < 2
Heater Current at [1]
6.3 A
Heater Current at 6.3 Volts ..........c.... Ceeeetreieaaes . 0.6 A
Heater Current at [2]
600 mA
Heater Current at 6.3 Volts ..........c.... Ceeeetreieaaes . 0.6 A
Frequency (kic) [1]
5.85
Frequency (kic) 5.85 6.45 7.2
Frequency (kic) [2]
6.45
Frequency (kic) 5.85 6.45 7.2
Frequency (kic) [3]
7.2
Frequency (kic) 5.85 6.45 7.2
RF Output Power (W) [1]
12 W
RF Output Power (W) 12 10 7
RF Output Power (W) [2]
10 W
RF Output Power (W) 12 10 7
RF Output Power (W) [3]
7 W
RF Output Power (W) 12 10 7
RF Saturated Output (W) [1]
23
RF Saturated Output (W) 23 19 16
RF Saturated Output (W) [2]
19
RF Saturated Output (W) 23 19 16
RF Saturated Output (W) [3]
16
RF Saturated Output (W) 23 19 16
(
0.1
(0.1 mW input level)
current due to other magnetic materials less than
100 mA
current due to other magnetic materials less than 0.1 mA,
Published value
5.1 V
5.1 Apply the heater voltage and allow a minimum warm-up period
Published value
5.2 V
5.2 Set the focusing electrode, collector and helix voltages
Published value
5.3 V
5.3 OSwitch on all voltages. Accelerating anode voltage should
Published value
5.4 A
5.4 Adjust tube position carefully to optimize current transmission
Published value
5.5
5.5 Apply the specified rf drive and adjust accelerating anode
Published value
5.6 V
5.6 Adjust the helix voltage for optimum operation.
The helix voltage should never be made to exceed
3600 V
The helix voltage should never be made to exceed 3600 volts
or fall below
3000 V
or fall below 3000 volts. If the helix voltage is above or
below
1900
below 1900 volts with respect to the cathode,
Published value
5.7
5.7 Readjust tube position and adjust the focusing electrode