In the hoods are: Rapid Thermal Processing [RTP] is an advanced wafer processing technology used to expose wafers to heat over a short period of time. Plasma generation is done using 2 MHz RF power in the source while the bias is applied using We have the possibility to deposit the following atomic layers: In ICP system the ion density and ion energy can be controlled separately. A Bottom Side Alignment option allows patterning on both sides of the substrate.
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The standard system is equipped with a diode laser at nm, which presents a reliable laser source with a long lifetime. Thus, Sputtering is a physical vapor deposition PVD technique wherein atoms or molecules are ejected from a target material by high-energy particle bombardment so that the ejected atoms or molecules can condense on a substrate as a thin film. This laser can be used to expose the standard photoresists quantjm are used in lithography. The produced films are typically used elphu capacitor dielectrics, chemical passivation layers, electrical insulators, reactive ion etching masks, and optical anti-reflective coatings.
This type of plasma allows high selectivity and aspect ratio etching for depths greater than microns. Nano Imprint Elphu NIL is an emerging lithographic technology that promises high throughput patterning of nanostructures.
NANOLITHOGRAPHY AND NANOPROCESSING | Bologna UNIT
Electromagnetic deflection system Objective lens: Removable LN2 substrate holder. This instrument allows operation at micro-nanometric quantjm, which includes but not limited to:. The sequential separation of stamp and substrate avoids high forces and allows for a clean and reliable disconnection without damage to the quzntum structures.
Sputtering is a mechanism by which atoms are dislodged from the surface of a material as a result of collision with high-energy particles. Automatic wedge compensation can be used to ensure that the mask and the wafer are parallel. Therefore, high etch rate qusntum be achieved together with control over selectivity and damage.
The GUI based control software makes it easy for users to convert the designs, perform a manual or automatic alignment and start the exposure. I water guns and cold development station for PMMA. Low frequency RF option included Plasma Therm. Small address grid and real-time autofocus system are essential features for a professional micro pattern solution. High cooling rates and low memory effect A high vacuum version mbar is available Pyrometer and thermocouple control Fast digital PID temperature controller Edge pyrometer viewport ensures enhanced temperature control of the quantuum for compound semiconductors and small samples.
The term RTP applies to equipment that processes wafers at high throughput due to the ability to ramp temperature up and down in a matter of seconds.
SEM accessories to enhance your SEM or FIB-SEM
Main chamber vacuum that can reach 5x Tor. The real-time autofocus system monitors and corrects focus position during exposure, which guarantees high resolution and repeatability over the entire exposure area. NIL intrinsically has better dimensional control that can be achieved using conventional UV lithography. The system has a multipurpose specimen chamber, motorized specimen stage and single-action specimen exchange.
Profilometry allows users to obtain a 2D trace of topographic features on a surface. The benefits of using rapid thermal annealing include: Cursor can be automatically positioned before and after steps for automatic computation of analytical functions.
The gases used are Oxygen and Argon. Both chemical and physical ion-induced etching can be controlled. The Profilometer is mostly frequently used to determine the film thickness, the channel depth of microfluidic devices, and the roughness of treated surfaces.
The Karl Suss MA6 is one of the most reliable mask aligners in the industry elpjy a low maintenance cost. uqantum

Perlman Chemical Sciences Building. Z-axis is motorized, and the gap between mask and wafer is programmable from 0 to microns.
Lithography - Fakultätszentrum für Nanostrukturforschung - Wiki der Universität Wien
SCIL uses a sequential ellhy principle that is based on capillary forces instead of backside pressure, which minimizes air inclusions even on large areas, ensuring highest uniformity.
It works with substrates up to mm in diameter. High process reproducibility Ultra clean and contamination-free environment. The Sputtering system is used to create thin film layers of different materials by a physical vapor deposition PVD method.

Ortolani This instrument allows operation at micro-nanometric level, which includes but not limited to:
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