kW Maximal Power of Vaccum SHF Devices cm Klystrons of continuous operation Klystrons of continuous operation Klystrons of pulse operation Klystrons of pulse operation cm TWT of pulse operation TWT of pulse operation M-Type Generators of continuous operation M-Type Generators of continuous operation M-Type Pulse Generators M-Type Pulse Generators TWT of continuous operation TWT of continuous operation M-Type Pulse Amplifiers M-Type Pulse Amplifiers kW

Basic types of EVD SHF let out by Thoriy Energy of electrons 10 MeV 20Liner Electron Accelerators Up to 10 Up to 1000 Devices with net control (modulator lamps) Up to 60 Magnetrons Up to 0,4 Up to 400 TWT 2 Up to 70 Up to ,1 Up to 25 Up to 20 Up to 1000 Klystrons 1 Effici ency % Resou urce thous. hours Range of working wave lengths, cm Frequ- ency Band % Pulse power, МW Type of the device Average power, kW

Broadband multibeam pulse Klystrons for RLS ParametersExisting variant Designed variant Quantity of letters 61 Service life, hour No more than 500 Not less than 2000 Stability to breakdowns LowHigh Efficiency, %2535 Stability to vibrations LowHigh

Technical parameters of double-regime TWT Existing Developed Perspective The Mode 1 the Mode 2 the Mode 1 the Mode 2 the Mode 1 the Mode 2 Range of wavelengths 3 sm Band Width, %3,10,78,50,5100,7 Pulse output power, kw4,50, , Duty factor41,54 4 Voltage, кВ15, Efficiency, not less than %243040

M 169 M 1 70 M 139 M Power, kW ,25 Frequency, c.p.s Anod voltage, kV 12,51212,5 7,2 ' Efficiency, % Magnetic system solenoid permanent magnet Cooling water water/air Weight Magnetrons, generating continuous power

Notes: 1) Full analogue of English magnetron M for medical accelerators Varian type ) Without a magnet, which belongs to accelerator МИ-320МИ 435 МИ-328 Beryl the Bud 1) Frequency, c.p.s Power pulse. MW10 6,5102 Power average, kW ,5 Pulse duration, microsec мкс 5,062 3,0-10,04 Anod voltage, kV Magnetic system solenoid permanent magnet Cooling water Weight, kg ) Magnetrons, generating pulse power

Limiting - wave magnetron with reversre magnetic system Working frequency 2 c.p.c. Pulse capacity 250 MW Average capacity 65kW Duration of a cycle 2 sec Duration of a pulse 0,1-1 microsec Anod voltage 130kV Anod current 4 kA Dimensions mm Weight with magnetic system 50 kg

TITRONS are intended for application as regulating lamps in powerful high-voltage stabilizers with very high dynamic internal resistance. As well, they are switching lamps in pulse modulators. Other applications are possible. Original electron-optical system forms a multibeam electronic stream and provides decisive advantage in a comparison with traditional triodes, tetrodes, and pentodes: Low power failure in open device, Efficiency - up to 99 %; Small control voltage, almost without current dissipation Current of titrons collector does not depend of its voltage. Titron locks breakdown out and transform electrode erosion into electropolishing. Titrons are issued on a switched voltage from 10 up to 150 кВ, and average current up to 20 A. Collector can disperse capacity up to 25 kw. Titrons and Tritrons Serial production Tritron is Titron for super high frequency. Scopes of tritron are: 1. Terminal cascade for digital TV amplifier for digital with linear characteristic for any signal level. It has efficiencies up to 75 % ( in the experimental device we have 76 % on frequency 600 МГц) and amplification factor decibels 2. Source of a pulse microwave power (up to 15 kW average power) with low- voltage management. 3. Replacement of Klystrons and Klystrods of dm range frequencies

Accelerators of electrons for sterilization, disinfection and disinsection Model УЭЛВ-6 10 УЭЛВ УЭЛР Nominal energy, MeV Range of energy regulation, MeV 4-7 б Duration of pulse, microsec Average beam power of (is adjusted), kW Length of scan line, cm up to 70 up to 80 The maximal power consumption, kVA Working position of a radiator Vertical either horizontal Vertical or horizontal