CV6108

Other

• Heater current at 6.3V

  5 A

  Heater current at 6.3V . e . . . . . . . . . 05 A

• Cathode heating time (mlnlmum) (see note2)

  2 min

  Cathode heating time (mlnlmum) (see note2) ... 2 min

• Heater voltage

  7

  Heater voltage . . . P <N 4 7.0 \

• Heater starting current (peak)

  3 A

  Heater starting current (peak) e 3.0 A

• Anode voltage {peak)

  6 kV

  Anode voltage {peak) . . . . . . . . - 6.0 kV

• Anodecurrent(peak)

  5.5 A

  Anodecurrent(peak) . . . . . . . . 35 5.5 A

• Rate of rise of voltage pulse (at 4.5A peak

  4.5

  Rate of rise of voltage pulse (at 4.5A peak

• anode current) (see note6)

  75 kV

  anode current) (see note6) . . . . . . — 75 kV/us

• Heater voltage

  5.4 V

  Heater voltage 5.4 V

• Anode current (peak)

  45 A

  Anode current (peak) 45 A

• Pulse length

  1

  Pulse length . 1.0 uS

• Pulse repetition rate

  1000 s

  Pulse repetition rate 1000 p.p.s.

• Anode voltage (peak)

  5.5 kV

  Anode voltage (peak) 5.5 kV

• Output power {peak)

  9 kW

  Output power {peak) 9.0 kW

• Output power {mean)

  9 W

  Output power {mean) 9.0 W

• Heater voltage (for test)

  6.3

  Heater voltage (for test) 4.5 6.3 \

• Anode current {mean)

  45 mA

  Anode current {mean) 9.0 45 mA

• Anode voltage {peak)

  5.7 kV

  Anode voltage {peak) . . . . 53 5.7 - - kV

• R.F. bandwidth (see note@)

  1.25 MHz

  R.F. bandwidth (see note@) . . -— 2.5 - 1.25 MHz

• Output power (mean)

  125 W

  Output power (mean) 125 - W min

• (anode current 7.5mA mean)

  3 MHz

  (anode current 7.5mA mean) 3.0 — MHz max

• 1. With no anode input power.

  1

  1. With no anode input power.

• For average pulse input powers greater than 25 watts the heater voltage

  25

  For average pulse input powers greater than 25 watts the heater voltage

• mum capacitance of 4000pF shunted across the heater directly at the

  4000

  mum capacitance of 4000pF shunted across the heater directly at the

• input terminals; in some cases a capacitance as high as 2uF may be nec-

  2 a

  input terminals; in some cases a capacitance as high as 2uF may be nec-

• ween 0 and —55°C the cathode heating time is 3 minutes minimum

  3 °C

  ween 0 and —55°C the cathode heating time is 3 minutes minimum.

• voltage pulse above 80% amplitude. Any capacitance in the viewing

  80

  voltage pulse above 80% amplitude. Any capacitance in the viewing

• With anode temperature 40°C + 10°C measured at the point indicated

  10 °C

  With anode temperature 40°C + 10°C measured at the point indicated

• 10

  1 a

  10. Measured with a v.s.w.r. greater than 1.5:1 in all phases of the mis-

• Pulses are defined as missing when the r.f. energy level is less than 70%

  70

  Pulses are defined as missing when the r.f. energy level is less than 70%

• of the normal energy level in the frequency range 8770 to 8830MHz

  8830

  of the normal energy level in the frequency range 8770 to 8830MHz.

• pulses applied during any consecutive 5 minute interval of a 15 minute

  15 a

  pulses applied during any consecutive 5 minute interval of a 15 minute

• 12

  12 a

  12. When a signal of the same frequency as the magnetron operating fre-

• system. The v.s.w.r. is tested to be greater than 8:1

  1 v

  system. The v.s.w.r. is tested to be greater than 8:1.

• 13

  6.3

  13. Measured with heater voltage of 6.3V and no anode input power, the

• heater current limits are 0.43A minimum, 0.60A maximum

  0.6

  heater current limits are 0.43A minimum, 0.60A maximum.

• 14

  14

  14. Design test only. The maximum frequency change with anode tempera-

• 1. Anode temperature to be measured at this point

  1

  1. Anode temperature to be measured at this point.