Data set 01
1972 Thomson CSF
Published operating points and test conditions from this source.
TravelingWave
Other
frequency range of [1]
2670 MHz
frequency range of 2670 to 3280 MHz.
frequency range of [2]
3280 MHz
frequency range of 2670 to 3280 MHz.
Heater VOltAZEssseseeesscasssscrsosscnscscnanosssrsnsssssssscsssssnssosss [1]
5.8
Heater VOltAZEssseseeesscasssscrsosscnscscnanosssrsnsssssssscsssssnssosss 5.8 v (1)
Heater VOltAZEssseseeesscasssscrsosscnscscnanosssrsnsssssssscsssssnssosss [2]
1
Heater VOltAZEssseseeesscasssscrsosscnscscnanosssrsnsssssssscsssssnssosss 5.8 v (1)
Heater CUPIeNt ecsececesscossssesossascvssasacsvsassasasssaassonsssssosonsns
1
Heater CUPIeNt ecsececesscossssesossascvssasacsvsassasasssaassonsssssosonsns 1 A
FreqUeNCy TANEE ssesesosssesassssssasssssssssssssssscenssssssssasscsss [1]
2070 MHz
FreqUeNCy TANEE ssesesosssesassssssasssssssssssssssscenssssssssasscsss 2070 =3280 MHz
FreqUeNCy TANEE ssesesosssesassssssasssssssssssssssscenssssssssasscsss [2]
3280 MHz
FreqUeNCy TANEE ssesesosssesassssssasssssssssssssssscenssssssssasscsss 2070 =3280 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 volta.ge.......................................; [1]
5
Heater volta.ge.......................................;.......... 5.0 6.6 v
Heater volta.ge.......................................; [2]
6.6
Heater volta.ge.......................................;.......... 5.0 6.6 v
Heater current (SUIEe)eeeescescessssccesossosssssssesscsasossanas
2 A
Heater current (SUIEe)eeeescescessssccesossosssssssesscsasossanas 2 A
Grid DicSeessceessssasssessssscassssssesssssassessssssssssesssssecas +
100
Grid DicSeessceessssasssessssscassssssesssssassessssssssssesssssecas + 100 v
Grid POWEIseesssorsccnseossosscessscosasasconssssasanssoscsssanscs
500
Grid POWEIseesssorsccnseossosscessscosasasconssssasanssoscsssanscs 500 mw
Helix and anode VOlLAEZE seesssesssssossscsessassscsssssossssssnssss [1]
1900
Helix and anode VOlLAEZE seesssesssssossscsessassscsssssossssssnssss 1900 2500 v
Helix and anode VOlLAEZE seesssesssssossscsessassscsssssossssssnssss [2]
2500
Helix and anode VOlLAEZE seesssesssssossscsessassscsssssossssssnssss 1900 2500 v
Helix and anode cCUrrenticescesssesesscssssssscssvssssssosccssasssss
7 A
Helix and anode cCUrrenticescesssesesscssssssscssvssssssosccssasssss 7 mA
Cathode CUrrent..cesscasseessscosesctssssssessssssrssonssansscasos
120 A
Cathode CUrrent..cesscasseessscosesctssssssessssssrssonssansscasos 120 mA
HeliX VOltAgEeseessecsssncessevessssscrsssrsossssssssssososcasososssssss
2100 V
HeliX VOltAgEeseessecsssncessevessssscrsssrsossssssssssososcasososssssss 2100 v
Cathode CUPrTent cceesssesoeccesssossocetcccsossossssssssesasssacesnassans
57
Cathode CUPrTent cceesssesoeccesssossocetcccsossossssssssesasssacesnassans 57 mA
Grid DlasS seeeessesessosssestsossesssocccsssoceccascessscssscccnssssssassne +
17
Grid DlasS seeeessesessosssestsossesssocccsssoceccascessscssscccnssssssassne + 17 v
Saturated Power OULPUL.cscecsecccsctctssssssssosssscsssscsssssssanssss
8 W
Saturated Power OULPUL.cscecsecccsctctssssssssosssscsssscsssssssanssss 8 w
Gain at saturated Power OULPUL sseececssssesosscessscscsssosssssssasnassa
23 W
Gain at saturated Power OULPUL sseececssssesosscessscscsssosssssssasnassa 23 dB
Focus coil VOltageeeeaeesacocsosseassascesascssnssnssssssosscossssassasas
60 V
Focus coil VOltageeeeaeesacocsosseassascesascssnssnssssssosscossssassasas 60
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 mi=-
nutes before applying beam voltage. Heater surge current should never exceed
2 V
nutes before applying beam voltage. Heater surge current should never exceed 2 amperes.
An overvoltage relay should be provided to limit the beam voltage to
2.5 V
An overvoltage relay should be provided to limit the beam voltage to 2.5 kV dc.
Grid VOlLAZEeesesseosvroeessasssssscnsvscsasssossnsssssssssasnsoscssnssos +
100
Grid VOlLAZEeesesseosvroeessasssssscnsvscsasssossnsssssssssasnsoscssnssos + 100 v
Grid POWEP ciosossscsosccsssosssssssstssvscsscscssscscsssaccessosassscs
500
Grid POWEP ciosossscsosccsssosssssssstssvscsscscssscscsssaccessosassscs 500 mwW
Cathode CUrreNt.ccscecccscessscsssssvsasssasscssasssnsasnssessscss
120 A
Cathode CUrreNt.ccscecccscessscsssssvsasssasscssasssnsasnssessscss 120 mA
Collector CUrrentescscecssscscscsoscsscsesssscssscsssnssssscsnsssss
100 A
Collector CUrrentescscecssscscscsoscsscsesssscssscsssnssssscsnsssss 100 mA
Heater VOlLagEsssss secsesssasssscssscsssscscsonsssssssssnssnsesssss [1]
5
Heater VOlLagEsssss secsesssasssscssscsssscscsonsssssssssnssnsesssss 5.0 6.6 v
Heater VOlLagEsssss secsesssasssscssscsssscscsonsssssssssnssnsesssss [2]
6.6
Heater VOlLagEsssss secsesssasssscssscsssscscsonsssssssssnssnsesssss 5.0 6.6 v
Focus coil CUrrent cesesceccocsescsccsccsos socasasssssossssscsnsss
2 A
Focus coil CUrrent cesesceccocsescsccsccsos socasasssssossssscsnsss 2 A
Cathode Wwarm UDP timMeGecsessscessscssccscaccsssscvacassnsssosscesss
5
Cathode Wwarm UDP timMeGecsessscessscssccscaccsssscvacassnsssosscesss 5 mn.
« L COLLECTOR POWER (
230 W
« L COLLECTOR POWER (230 W)
© + COLLECTOR POWER (
160 W
© + COLLECTOR POWER (160 W) f“ + v
eob t t + INPUT TEMPERATURE (
20
eob t t + INPUT TEMPERATURE (20°C) {
T v l : COLLECTOR POWER (
230 W
T v l : COLLECTOR POWER ( 230 W) -
Published value
1 A
1 - Apply focus coils current.
Published value
4 V
4 - Apply heater voltage (the exact value is given on the Test Performance Sheet
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 RF drive power.
RF
1
RF 1nput RF output
Published value
3 A
3ias Overcurrent