Used ASM Pulsar 2000 #156225 for sale
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ID: 156225
Wafer Size: 8"
Vintage: 2000
Atomic layer CVD reactor, 8"
6" to 12" Capable
Compatible with a Polygon cluster tool
ESC-compatible single wafer ALCVD process module
Deposition temperatures: 200° to 400°C
Throughput: up to 20 wph
Growth rate: up to 200 /min
Uniformity: < 1.2% within wafer; < 1.3% wafer to wafer
Control rack: not included
Semiconductor applications:
High-k gate dielectrics for advanced CMOS (EOT approaching < 1 nm)
Diffusion barriers for copper metallization
Dielectric layers for memory capacitors and RF applications
Passivation layers
Dielectric and metal layers for integrated passives and MRAM
Films for optical applications with different refractive indices
Thin films for large-area flat panel display (FPD) applications
Dielectric layers for GMR and TMR magnetic heads
Power requirements: 400 VAC, 3 phase, 50 / 60 Hz, 22A, 11 kW
2000 vintage.
ASM Pulsar 2000 is a next-generation nuclear reactor designed to boost energy efficiency and reduce the need for fossil fuels. This type of reactor produces power by using the process of nuclear fission, where atoms of a heavy element, such as uranium, are split apart. The neutrons released from the uranium atoms cause further fission of other uranium atoms, in a chain reaction that releases large amounts of energy. The reactor core, made up of uranium fuel rods, is submerged in coolant, typically water, which absorbs heat from the core and carries it away. Pulsar 2000 reactor differs significantly from traditional nuclear reactors. Firstly, it uses a closed-loop cooling system. This ensures that the radioactive cooling water never leaves the containment vessel, preventing any contamination of the area. Secondly, the core operates under high pressure, allowing it to generate more energy with the same amount of fuel. Lastly, ASM Pulsar 2000 features a number of built-in safety features. These include a passive containment cooling system and redundant shutdown systems, both of which ensure that the reactor will remain shut down in the event of an emergency. Pulsar 2000 is also incredibly efficient. It utilizes a steam generator, which is a device that converts thermal energy (heat) from the reactor core into electricity. This energy is then used to drive the generator, which produces the electricity. The efficiency of ASM Pulsar 2000 is not only due to its advanced design, but also due to its fuel source. The reactor relies on enriched uranium pellets, which contain more energy than traditional uranium rods. This allows for a critical level of efficiency that can't be achieved with other reactors. Pulsar 2000 is an impressive nuclear reactor that pushes the boundaries of energy production. This compact and efficient reactor has the potential to revolutionize the way we generate electricity and reduce our dependence on fossil fuels. With its closed-loop cooling system, high pressure core, and built-in safety features, ASM Pulsar 2000 is a reactor that stands out from the pack.
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