E2V61 Linac vacuum pumps - Ion pump replacements Replacement vacuum pumps Linac machines are equipped with vacuum pumps, which need to be serviced after several years of operation. These Ion Getter Pumps are housed in a magnet assembly and can easily be disassembled from your system. Alphatron, global supplier of linac magnetrons and thyratrons, now also offers new and rebuild vacuum pumps for your linac machine from different brands such as V.. 2012. 6. 21. Alphatron Medical Linac (선형가속기) Alphatron Electronic Parts B.V. and e2v technologies have formed a strategic partnership for after sales support of linear accelerator tube spares. For the customers, hospitals, this means there's a clear and accessible global point of contact for purchasing the Linac magnetrons and thyratrons when immediate delivery is required. Alphatron and e2v have a 25-year relationship, of which Linac magn.. 2012. 6. 20. Medical Linac Thyratron List We have an extensive thyratron range, suitable for most LINAC machines. The original equipment manufacturers only approve e2v valves for service replacement. E2V Part No. Peak Anode Voltage Peak Current (kA) Maximum Average Current(A) 8503AF 20 0.325 0.5 8503AG 20 0.325 0.5 8503B 20 0.325 0.5 CX1140 25 1 1.25 CX1140A 25 1 1.25 CX1140L 25 1 1.25 CX1140LD 25 1 1.25 CX1140LE 25 1 1.25 CX1154 40 3 2.. 2012. 6. 20. Linac 마그네트론 & 호환 List E2V Part No. Frequency (MHz) Peak Power (kW) M5028 2852 - 2861 5500 MG6363 2852 - 2861 5500 MG6028 2852 - 2861 5500 MG5125 2993 - 3002 2000 MG5125P 2993 - 3002 2000 MG5125X 2993 - 3002 2000 MG5167 Obsolete, use MG5193 MG5193 2992 - 3001 2600 MG5349 Obsolete, use MG6090 MG5349M 2992 - 3001 3100 MG6090 2993 - 3002 3100 Magnetron type number cross-reference table Generic type Varian Siemens Elekta .. 2012. 6. 20. MG5238A X-Band Magnetron ABRIDGED DATA Compact, rugged, lightweight, fixed frequency pulse magnetrons differing only in cold impedance and heater / cathode connections. the MG5238A and MG5238B are electrically and mechanically interchangeable with the M5196A and M5196B respectively. Operating frequency 9445 ± 30 MHz Typical peak output power 4.0 kW Magnet integral Out put No.16 waveguide(0.900x0.400 inch internal) Coupl.. 2012. 6. 19. MG5353 X-Band Magnetron TYPICAL OPERATION Heater voltage Min Typical Max - 6.3 - V Heater current - 0.6 - A Pulse duration - 0.9 - ms Pulse repetition rate - 1000 - pps Peak anode voltage - 1.9 - kV Peak anode current - 2.0 - A Peak output power 1.2 1.5 - kW Mean output power 0.6 0.75 - W RF bandwidth - 2.4 - MHz Sidelobe amplitude - -9 - dB Frequency 9380 - 9440 MHz Missing pulses - - 0.01 % MECHANICAL Overall dimensi.. 2012. 6. 19. MG5223 S-Band Magnetron ABRIDGED DATA Fixed frequency pulse magnetron. Operating frequency 3050 ± 10 MHz Typical peak output power 30 kW Magnet integral Coupler mates with NATO S.N. 5985-99-083-0058 Electrical Cathode indirectly heated Heater voltage (see note 1) 6.3 V Heater current at 6.3V 1.25 A Cathode pre-heating time (minimum) 180 s Heater starting current, peak value, not to be exceeded 6.0 A max Mechanical Over.. 2012. 6. 19. CX1551 Thyratron ABRIDGED DATA Deuterium-filled tetrode thyratron, featuring low jitter and low anode delay time drift. Suitable for use at high pulse repetition rates, in parallel for switching higher powers, or for switching long pulses. A reservoir operating from the cathode heater supply is incorporated. The tube is flange mounted with flexible lead connections. Peak output power 16.5 MW max Peak forward ano.. 2012. 6. 15. CX1154 Ceramic Thyratron ABRIDGED DATA Deuterium-filled tetrode thyratron with ceramic/metal envelope, featuring low jitter, firing time and drift. Suitable for switching high power at high pulse repetition rates or for switching long pulses. A reservoir operating from a separate heater supply is incorporated. Peak forward anode voltage 40 kVmax Peak anode current 3.0 kA max Average anode current 2.0 A max Electrical Ca.. 2012. 6. 15. 이전 1 ··· 3 4 5 6 7 다음
