| Parameter |
Value |
| Operating frequency |
2856 +/- 4 MHz |
| Maximium pulse output power |
regime 1, frequency range 2856 +/-2 MHz: at least 6.0 MegaWatt
regime 2, frequency range 2856 +/-4 MHz: at least 5.5 MegaWatt
|
| Minimium pulse output power |
regime 1: at least 1.0 MegaWatt
regime 2: at least 1.0 MegaWatt |
| Power supply pulse power |
regime 1: does not exceed 15.0 MegaWatt
regime 2: does not exceed 15.0 MegaWatt
|
| Efficiency |
at least 40% |
| Heater power consumption |
does not exceed 650 Watt |
| Output Pulse duration |
7.0 - 16.0 microseconds |
| Duty cycle |
regime 1: at least 240
regime 2: at least 240 |
| Cathode Voltage |
regime 1: does not exceed 55 KilloVolt
regime 2: does not exceed 55 KilloVolt
|
| Heater voltage |
does not exceed 24.0 Volts |
| Control electrode voltage |
4.0 +/- 0.5 KilloVolts |
| Cathode pulse current |
regime 1: does not exceed 300 A
regime 2: does not exceed 300 A |
| Heater current |
does not exceed 30 A |
| Control electrode current |
does not exceed 1 milliAmpere |
| Input pulse power |
does not exceed 70 Watt |
| Gain factor |
at least 50 dB |
| Voltage standing wave ratio (VSWR) |
does not exceed 1.25 |
| Mass of klystron |
198.5 lbs |
| Dimensions of klystron |
35.4 inches (length) x 10.6 inches (width) |
| Mass of klystron, including magnets |
does not exceed 200 lbs |
| Coaxial input waveguide, dimensions |
0.28 inches x 0.12 inches |
| Output waveguide, dimensions |
2.83 inches x 1.34 inches |
| Cooling |
Water-based for collector and resonators |
| Water usage |
for collector: 80 +/- 4 Liters/Minute
for resonator: 20 +/- 4 Liters/Minute |
| Maximium pressure of air near output waveguide |
does not exceed 3 ATM |
