Data set 01
1972 Thomson CSF
Published operating points and test conditions from this source.
TravelingWave
Other
frequency range of [1]
2700 MHz
frequency range of 2700 to 3300 MHz.
frequency range of [2]
3300 MHz
frequency range of 2700 to 3300 MHz.
Heater voltage ( [1]
1 V
Heater voltage (1) v oeeeesecersssesvesarssosesesrsssssocnsnonsansssnssse 5. 8 Y%
Heater voltage ( [2]
5 V
Heater voltage (1) v oeeeesecersssesvesarssosesesrsssssocnsnonsansssnssse 5. 8 Y%
Heater voltage ( [3]
8 V
Heater voltage (1) v oeeeesecersssesvesarssosesesrsssssocnsnonsansssnssse 5. 8 Y%
Heater CUPrPEeNt toceeeeesoscscesossssscsssnsssesasssossssscsssoesssssens
1
Heater CUPrPEeNt toceeeeesoscscesossssscsssnsssesasssossssscsssoesssssens 1 PN
Frequency TaNEE ceeesosescscssessssscsssscssssssssssssvesssssssssssss [1]
2700 MHz
Frequency TaNEE ceeesosescscssessssscsssscssssssssssssvesssssssssssss 2700 to 3300 MHz
Frequency TaNEE ceeesosescscssessssscsssscssssssssssssvesssssssssssss [2]
3300 MHz
Frequency TaNEE ceeesosescscssessssscsssscssssssssssssvesssssssssssss 2700 to 3300 MHz
(
1 V
(1) The exact heater voltage is given on the Test Data Sheet of each tube.
This voltage is to be observed within +
5 V
This voltage is to be observed within + 5%.
Heater voOltage teseecscescscassroscasosnsnssnsessrsacsscsncsasasssscnsnans [1]
5
Heater voOltage teseecscescscassroscasosnsnssnsessrsacsscsncsasasssscnsnans 5 6.6 v
Heater voOltage teseecscescscassroscasosnsnssnsessrsacsscsncsasasssscnsnans [2]
6.6
Heater voOltage teseecscescscassroscasosnsnssnsessrsacsscsncsasasssscnsnans 5 6.6 v
Heater CUrrenticeecsccsesstotstosccscscssasonrosnonsocssasossssssssna
1.5 A
Heater CUrrenticeecsccsesstotstosccscscssasonrosnonsocssasossssssssna 1.5 A
Grid PDOWEI e eeesssesesossvecceasssrssscsssssasessnsanssssenansssasons
300
Grid PDOWEI e eeesssesesossvecceasssrssscsssssasessnsanssssenansssasons 300 mwW
Beam VOltageeeseecsseascssesssossvsssssanssssatscsscssssassssssnsscasss [1]
2 V
Beam VOltageeeseecsseascssesssossvsssssanssssatscsscssssassssssnsscasss 2e0 2.6 kV
Beam VOltageeeseecsseascssesssossvsssssanssssatscsscssssassssssnsscasss [2]
2.6 V
Beam VOltageeeseecsseascssesssossvsssssanssssatscsscssssassssssnsscasss 2e0 2.6 kV
Cathode current Pe@Kisceecscecssosscsccssassssscsnsasssscensesonssscs
200 A
Cathode current Pe@Kisceecscecssosscsccssassssscsnsasssscensesonssscs 200 mA
Peak grid voltageesesessscacncccsnnnncansaans cenesscsenacnas ceesesa
150 V
Peak grid voltageesesessscacncccsnnnncansaans cenesscsenacnas ceesesa 150 v
Pulse Width ceesessescsecssesssosssssconsessssssoscssvsescssssossosssss
1000
Pulse Width ceesessescsecssesssosssssconsessssssoscssvsescssssossosssss 1000 ps
Grid bias supply resistancCesiccsscossscsssssosssssrssossssssosscscascss
10
Grid bias supply resistancCesiccsscossscsssssosssssrssossssssosscscascss 10 kQ
F'ocus COll Currenteicecsscessssoscocsecvscscccsasensevnsoncssnsscsss
2 A
F'ocus COll Currenteicecsscessssoscocsecvscscccsasensevnsoncssnsscsss 2 A
Cathode current, PEAK seeeesscescraceccoesosseasnsosansososnonssnanse
150 A
Cathode current, PEAK seeeesscescraceccoesosseasnsosansososnonssnanse 150 mA
Grid biasS eseeseessceorsecoseeeaassscssscassssssssesccccsonannsnnensns
20
Grid biasS eseeseessceorsecoseeeaassscssscassssssssesccccsonannsnnensns - 20 v
Peak grid vOltage seeeveenceeeceaecneessscssesssssascossncnnneennoses +
40 V
Peak grid vOltage seeeveenceeeceaecneessscssesssssascossncnnneennoses + 40 v
Pulse widthe.ioeesveeeeasn teccesssnense vereeos Peresssetsssserssssnsnna
10
Pulse widthe.ioeesveeeeasn teccesssnense vereeos Peresssetsssserssssnsnna 10 ps
Gain at saturated DOWEIr OULDUL tecstsetsetcosecnoscossoncncansesssss
33
Gain at saturated DOWEIr OULDUL tecstsetsetcosecnoscossoncncansesssss 33 dB
Small Signal Gain s eeesvetecerssossatssreescosossssssscsssssossencessss
36
Small Signal Gain s eeesvetecerssossatssreescosossssssscsssssossencessss 36 dB
Focus applied power....c... eeeseesceceasasests s et esesc et aseseases0te
90 W
Focus applied power....c... eeeseesceceasasests s et esesc et aseseases0te 90 w
Power supply connectionSsssceecescessesscagsssssassssscscssssasssssss PDigmy PT
2 W
Power supply connectionSsssceecescessesscagsssssassssscscssssasssssss PDigmy PT 02ZABLP
Focus coll voltageeeeesossessesssossssssoscscsnsssssssssonssasscasssssens
60 V
Focus coll voltageeeeesossessesssossssssoscscsnsssssssssonssasscasssssens 60 v
the TH
9121
the TH 9121 A pulsed traveling wave tube amplifier. Supplementary information is given in
Heater voltage given on the Test Data Sheet should be applied for at _least
5 V
Heater voltage given on the Test Data Sheet should be applied for at _least 5 minutes
before applying beam voltage. Heater surge current should never exceed
2 V
before applying beam voltage. Heater surge current should never exceed 2 amperes.
An overvoltage relay should be provided to limit the beam voltage to
2.6 V
An overvoltage relay should be provided to limit the beam voltage to 2.6 kV dc., A
Published value
1 A
1 -~ Apply focus coils current.
Published value [1]
2
2 - Apply heater and allow at least 5 minutes for cathode warm-up.
Published value [2]
5
2 - Apply heater and allow at least 5 minutes for cathode warm-up.
Published value
3 V
3 - Apply beam voltage, step by step, (at least for the first time).
Published value
4 V
4 - Apply voltage to the grid, and at the same time :
Published value
6 W
6 ~ Apply R.F. drive power.
RF
1
RF 1nput RF output
Published value
13 A
13tas Overcurrent
Brown | Heater
787
Brown | Heater 787 l Focusing cotl -
Yellow ! Cathode -heater >
1
Yellow ! Cathode -heater > 1 Collector