Data set 01
1960 Ericsson
Published operating points and test conditions from this source.
Klystron
Other
sonator voltage. In pulsed operation with
800 V
sonator voltage. In pulsed operation with 800 volts resonator voltage
the control grid should have a negative bias of about
10
the control grid should have a negative bias of about 10 volts.
Frequency range with suitable cavities [1]
2500 MHz
Frequency range with suitable cavities 2500-5000 Mc/s
Frequency range with suitable cavities [2]
-5000 MHz
Frequency range with suitable cavities 2500-5000 Mc/s
Frequency change with temperature
0.6
Frequency change with temperature 0.6 Mc/OC
Frequency change with resonator voltage
0.1 V
Frequency change with resonator voltage 0.1 Mc /volt
Heater Voltage [1]
6.3 V
Heater Voltage 6.3 7% 5% volts
Heater Voltage [2]
7 V
Heater Voltage 6.3 7% 5% volts
Heater Voltage [3]
5 V
Heater Voltage 6.3 7% 5% volts
Heater Current
600 mA
Heater Current 0.6 amps
Control Grid to Cathode
3
. Control Grid to Cathode 3 uuF
Control Grid to Resonator
3
Control Grid to Resonator 3 uuF
Resonator Voltage DC
825 V
Resonator Voltage DC 825 volts
Resonator Current (pulse value)
100 mA
Resonator Current (pulse value) 100 milliamps
Control Grid Voltage (pulse value) +
25 V
Control Grid Voltage (pulse value) + 25 volts
Control Grid Current {pulse value)
20 mA
Control Grid Current {pulse value) 20 milliamps
Reflector Voltage DC Max
700 V
Reflector Voltage DC Max. - 700 volts
Average Power Input
9 W
Average Power Input 9 watts
Heater - Cathode Voltage
90 V
Heater - Cathode Voltage 90 golts
Bulb Temperature
90
Bulb Temperature 90 C
Resonator Voltage
375 V
Resonator Voltage 375 volts
Resonator Current
30 mA
Resonator Current 30 milliamps
Control Grid Voltage +
12 V
Control Grid Voltage +12 volts
Control Grid Current
5 mA
Control Grid Current 5 milliamps
Reflector Voltage Max
700 V
Reflector Voltage Max. - 700 volts
Heater - Cathode Voltage
90 V
Heater - Cathode Voltage 90 Xolts
TYPICAL OPERATION. FREQUENCY
4000 MHz
TYPICAL OPERATION. FREQUENCY 4000 Mc/s. PULSED OPERATION
Resonator Voltage DC
800 V
Resonator Voltage DC 800 volts
Resonator Current (pulse value)
70 mA
Resonator Current (pulse value) 70 milliamps .
Control Grid Bias for Cutoff
-10
Control Grid Bias for Cutoff -10 volts
Control Grid Voltage (pulse value)
25 V
Control Grid Voltage (pulse value) 25 volts
Control Grid Current (pulse value)
10 mA
Control Grid Current (pulse value) 10 milliamps
Reflector Transit Mode [1]
2
Reflector Transit Mode 2 3/4
Reflector Transit Mode [2]
3
Reflector Transit Mode 2 3/4
Reflector Transit Mode [3]
4
Reflector Transit Mode 2 3/4
Reflector Voltage
150 V
Reflector Voltage - 150 volts .
Power Output (pulse value)
1 W
Power Output (pulse value) 1 watt
Electronic Tuning (to half power points)
30 MHz
Electronic Tuning (to half power points) 30 Mc/s
Modulation Sensitivity Min
0.4
Modulation Sensitivity Min. 0.4 Mc /volt
Control Grid Resistance
2000 ohm
Control Grid Resistance 2000 ohms
TYPICAL OPERATION. FREQUENCY
4000 MHz
TYPICAL OPERATION. FREQUENCY 4000 Mc/s. CW OPERATION
Resonator Voltage
350 V
Resonator Voltage 350 volts
Resonator Current
22 mA
Resonator Current 22 milliamps
Control Grid Voltage [1]
5 V
Control Grid Voltage 5-10 volts
Control Grid Voltage [2]
-10 V
Control Grid Voltage 5-10 volts
Control Grid Current
3.5 mA
Control Grid Current 3.5 milliamps
Reflector Transit Mode [1]
3
Reflector Transit Mode 3 3/4
Reflector Transit Mode [2]
3
Reflector Transit Mode 3 3/4
Reflector Transit Mode [3]
4
Reflector Transit Mode 3 3/4
Reflector Voltage
160 V
Reflector Voltage - 160 volts
Power Output
0.09 W
Power Output 0.09 watt
Electronic Tuning (to half power points)
20 MHz
Electronic Tuning (to half power points) 20 Mc/s
Modulation Sensitivity Min,
0.5
Modulation Sensitivity Min, 0.5 Mc /volt
Control Grid Resistance
2000 ohm
Control Grid Resistance 2000 ohms .
Published value [1]
1
1 Control Grid 5 Heater
Published value [2]
5
1 Control Grid 5 Heater
Published value [1]
2
2 Cathode 6 No Connection
Published value [2]
6
2 Cathode 6 No Connection
Published value [1]
3
3 Heater 7 Cathode
Published value [2]
7
3 Heater 7 Cathode
Published value
4
4 Cathode Reflector to be connected to pin on top of tube.
RESONATOR YOLTAGE =
350
RESONATOR YOLTAGE = 350 YOLTS
COMTROL GRID VOLTAGE = +
9 V
COMTROL GRID VOLTAGE = + 9 VOLTS
RESCNATOR VOLTAGE «
330 V
RESCNATOR VOLTAGE « 330 YOLTS
RESONATOR YOLTAGE =
350
RESONATOR YOLTAGE = 350 YOLTS ™ Lfi‘c,
CONTROL GRID YOLTAGE = +
9
CONTROL GRID YOLTAGE = + 9 YOLTS [P fOg »
AESONATOR VOLTAGE =
350 V
AESONATOR VOLTAGE = 350 VOLTS
FREQUENCY
4700 MHz
FREQUENCY 4700 Mc/s
RESONATOR VOLTAGE =
350 V
RESONATOR VOLTAGE = 350 VOLTS AT \
FREQUENCY
4700
FREQUENCY 4700 Me/s
Published value [1]
0.2 V
0.2 RESONATOR VOLTAGE « 800 VOLTS
Published value [2]
800 V
0.2 RESONATOR VOLTAGE « 800 VOLTS
RESONATOR VOLTAGE =
800 V
RESONATOR VOLTAGE = 800 VOLTS L1
|| coNTROL GRID VOLTAGE = +
16 V
|| coNTROL GRID VOLTAGE = + 16 VOLTS P
Published value [1]
1000 V
. 1000 RESONATOR VOLTAGE = 500 VOLTS
Published value [2]
500 V
. 1000 RESONATOR VOLTAGE = 500 VOLTS
CONTROL GRID VOLTAGE = + [1]
16 V
CONTROL GRID VOLTAGE = + 16 VOLTS ,4
CONTROL GRID VOLTAGE = + [2]
4 V
CONTROL GRID VOLTAGE = + 16 VOLTS ,4
RESONATOR VOLTAGE =
860 V
RESONATOR VOLTAGE = 860 YOLTS
CONTROL GRID YOLTAGE = +
16
CONTROL GRID YOLTAGE = + 16 VOLTS
RESONATOR VOLTAGE =
806 V
RESONATOR VOLTAGE = 806 VOLTS
CONTROL GRID YOLTAGE = »
16
CONTROL GRID YOLTAGE = » 16 VOLTS
FREQUENCY {Mc /
1
FREQUENCY {Mc /1]
The resonator of the
6811 V
The resonator of the 6811 can be either operated at groundpotential with
brought out separately. The heatercathode voltage maynot exceed
90 V
brought out separately. The heatercathode voltage maynot exceed 90 volts.
In the
6811 V
In the 6811 the control grid is operating at a positive potential. Positive
operation at
800 V
operation at 800 volts resonator voltage the grid should have a negative
bias of about
10 W
bias of about 10 volts. In pulsed condition the average power input may
not exceed [1]
9 V
not exceed 9 watts and at 800 volts resonator voltage the maximum duty
not exceed [2]
800 V
not exceed 9 watts and at 800 volts resonator voltage the maximum duty
The cavity of the
6811
The cavity of the 6811 is of the external type and the mechanical tuning
to as reflector modes, e.g [1]
1
to as reflector modes, e.g. 1 3/4, 2 3/4 and 3 3/4. The curves show
to as reflector modes, e.g [2]
3
to as reflector modes, e.g. 1 3/4, 2 3/4 and 3 3/4. The curves show
to as reflector modes, e.g [3]
4
to as reflector modes, e.g. 1 3/4, 2 3/4 and 3 3/4. The curves show
to as reflector modes, e.g [4]
2
to as reflector modes, e.g. 1 3/4, 2 3/4 and 3 3/4. The curves show
to as reflector modes, e.g [5]
3
to as reflector modes, e.g. 1 3/4, 2 3/4 and 3 3/4. The curves show
to as reflector modes, e.g [6]
4
to as reflector modes, e.g. 1 3/4, 2 3/4 and 3 3/4. The curves show
to as reflector modes, e.g [7]
3
to as reflector modes, e.g. 1 3/4, 2 3/4 and 3 3/4. The curves show
to as reflector modes, e.g [8]
3
to as reflector modes, e.g. 1 3/4, 2 3/4 and 3 3/4. The curves show
to as reflector modes, e.g [9]
4
to as reflector modes, e.g. 1 3/4, 2 3/4 and 3 3/4. The curves show