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... design makes our circular magnetrons ideal for any new or retrofit application, including the most complex cluster assemblies for the smallest vacuum chambers. Low-impedance heads provide RF, DC, mid-frequency DC, pulsed ...
Angstrom Sciences, Inc.
... extremely broad substrates or have to achieve extremely high throughput, linear magnetrons offer the perfect solution. Patented Advantages Angstrom Sciences’ linear magnetrons incorporate our fully-encapsulated patented ...
Angstrom Sciences, Inc.
... High Power Impulse Magnetron Sputtering or HiPIMS is a relatively recent advance in pulsed sputtering technology using very high energy, short duration pulses to generate a plasma discharge that ionizes ...
Angstrom Sciences, Inc.
... provide RF, DC, mid-frequency DC, pulsed DC, HiPIMS, and microwave power compatibility. All Angstrom Sciences’ magnetrons are guaranteed against defects in workmanship and materials for two full years. Magnetrons ...
Angstrom Sciences, Inc.
... compact circular magnetron head. This allows Angstrom Sciences’ circular magnetrons to fit in confined vacuum chambers and to sputter a larger substrate compared to its surface area than conventional magnetrons. Indirectly ...
Angstrom Sciences, Inc.
... is internationally known for the cutting-edge technology we bring to magnetron sputtering applications. Now, we’ve developed a method for retrofitting your existing MRC style magnetrons with our patented, profiled magnet ...
Angstrom Sciences, Inc.
... process. Whether you need custom magnetrons, mounting hardware, flanges, shutter assemblies, gas manifolds, or a complete vacuum chamber, Angstrom Sciences is prepared to assist you. Whether you need custom magnetrons, ...
Angstrom Sciences, Inc.
... 800 kW, S-band conventional magnetron Features: Frequency 2.7 2.9 GHz Peak Power Output 800 kW Duty Cycle .0005 Anode Voltage 30 kV Anode Current 70 amps Pulse Width 2.2 microseconds Heater 16 volts @ 3.1 amps Air cooled Mechanically ...
... Precision tuned pulse magnetron for linear accelerators. The tuning drive will mechanically tune the tube to within 50 kHz of any point in the frequency range and has been designed to be driven remotely by an electric motor. Frequency ...
e2v scientific instruments
... Mechanically tuned pulse magnetron intended primarily for linear accelerators. Frequency range (cooling water 40˚) - 2993 to 3002 MHz Peak output power - 2.0 MW Magnet - separate Output - to No. 10 (WR 284 waveguide) (72.14 x ...
e2v scientific instruments
... Mechanically tuned pulse magnetron intended primarily for linear accelerators. Frequency range (cooling water 40 °C) - 2993 to 3002 MHz Peak output power - 2.6 MW Magnet - Separate Output - Via transition to No. 10 (WR 284 waveguide) ...
e2v scientific instruments
... Fast tuned pulse magnetron for linear accelerators. The tuning drive will rapidly tune the tube to any point in the frequency range and has been designed to be driven remotely by a DC power supply (see note 1). Tuning range (see note ...
e2v scientific instruments
... Mechanically tuned pulse magnetron intended primarily for linear accelerators. Frequency range - 2993 to 3002 MHz Peak output power - 3.1 MW Magnet - Electromagnet MG6053 Output - Via transition to No. 10 (WR 284 waveguide) (72.14 ...
e2v scientific instruments
... Mechanically tuned pulse magnetron intended primarily for linear accelerators. Frequency range (cooling water 40˚) - 2993 to 3002 MHz Peak output power - 3.1 MW Magnet - separate Output - to No. 10 (WR 284 waveguide) (72.14 x ...
e2v scientific instruments
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