Data set 01
1972 Thomson CSF
Published operating points and test conditions from this source.
Magnetron
Other
output power of at least
200 kW
output power of at least 200 kW over the frequency range
The MCV
1479
The MCV.1479 is ideal for frequency adjustable
Frequency ... .. .. ...ttt [1]
8.5 GHz
Frequency ... .. .. ...ttt 8.5 - 9.6 GHz
Frequency ... .. .. ...ttt [2]
9.6 GHz
Frequency ... .. .. ...ttt 8.5 - 9.6 GHz
Heater voltage (warm-up)
9 V
Heater voltage (warm-up) ..................... - 9 - Vv
Heatercurrent (for VF=
9 A
Heatercurrent (for VF=9 V) .. .. ........
Peak RFoutputpower .................c0o0
200 kW
Peak RFoutputpower .................c0o0.... 200 - - kW
Averageanodecurrent . ............ ...,
27.5 A
Averageanodecurrent . ............ ..., - 27.5 - mA
Peak anodevoltage [1]
20 V
Peak anodevoltage .. ....................... 20 - 24 kV
Peak anodevoltage [2]
24 V
Peak anodevoltage .. ....................... 20 - 24 kV
Stability, missingpulses{ [1]
1
Stability, missingpulses{1) ................... - - 1 %
Stability, missingpulses{ [2]
1
Stability, missingpulses{1) ................... - - 1 %
Temperature coefficient
0.25 MHz
Temperature coefficient . . ... ................ . - 0.25 MHz/°C
Warm-up voltage ... .. ... ..ttt anannan [1]
8 V
Warm-up voltage ... .. ... ..ttt anannan 8 15 \'
Warm-up voltage ... .. ... ..ttt anannan [2]
15 V
Warm-up voltage ... .. ... ..ttt anannan 8 15 \'
Heater surge CUFTBNT . . . . oo v v vt i i ot e i i s e s iaann e e
15
Heater surge CUFTBNT . . . . oo v v vt i i ot e i i s e s iaann e e - 15 A
Peak anode CUMTEBNT . v v v v v it vt e v e e e it e [1]
17
Peak anode CUMTEBNT . v v v v v it vt e v e e e it e 17 30 A
Peak anode CUMTEBNT . v v v v v it vt e v e e e it e [2]
30
Peak anode CUMTEBNT . v v v v v it vt e v e e e it e 17 30 A
Peak anode POWEr . . . ...t e e
660 kW
Peak anode POWEr . . . ...t e e . 660 kW
RF output pressurization ( [1]
1
RF output pressurization (1) .. ...... ... ... i, - 3.0 bar
RF output pressurization ( [2]
3
RF output pressurization (1) .. ...... ... ... i, - 3.0 bar
Anode temperature ( [1]
2
Anode temperature (2) . ... vviee e e e —40 +125 °C
Anode temperature ( [2]
-40
Anode temperature (2) . ... vviee e e e —40 +125 °C
Anode temperature ( [3]
125
Anode temperature (2) . ... vviee e e e —40 +125 °C
Cathode connection temperature ( [1]
2
Cathode connection temperature (2} ...................... —40 +165 °C
Cathode connection temperature ( [2]
-40
Cathode connection temperature (2} ...................... —40 +165 °C
Cathode connection temperature ( [3]
165
Cathode connection temperature (2} ...................... —40 +165 °C
Pulse duration . ..o vttt it e e e e
2.5
Pulse duration . ..o vttt it e e e e - 2.5 us
(frequency
9 GHz
(frequency 9 GHz)
Pulse duration . . i v vttt et e et e
0.5
Pulse duration . . i v vttt et e et e 0.5 us
Peak anode voltage . ....... ..t
22 V
Peak anode voltage . ....... ..t 22 kV
Peak anode current . ... ... . .i ittt ii i e
27.5 A
Peak anode current . ... ... . .i ittt ii i e 27.5 A
Heatervoltage .. .. ... ... ittt nneanennnnnnon
0 V
Heatervoltage .. .. ... ... ittt nneanennnnnnon 0 \'
Peak RF power . ..... ...ttt iininnrinnensanas
225 kW
Peak RF power . ..... ...ttt iininnrinnensanas 225 kW
The heater should be protected against arcing by a capacitor of at least
0.004 pF
The heater should be protected against arcing by a capacitor of at least 0.004 uF, connected in parallel on
The MCV
1479
The MCV.1479 magnetron may be operated without breakdown in output at normal atmospheric pressure
peak output power less than
100 kW
- peak output power less than 100 kW.
Cathode (;Ufpuf A ’_ [1]
38
Cathode (;Ufpuf A ’_38.]—1
Cathode (;Ufpuf A ’_ [2]
-1
Cathode (;Ufpuf A ’_38.]—1