CSAR 62 thick layers
The e-beam resist CSAR 62 has so far been offered in three standard versions:
AR-P 6200.04 (80 nm / 4000 rpm),
AR-P 6200.09 (200 nm / 4000 rpm), and
AR-P 6200.13 (400 nm / 4000 rpm).
Intense plasma etchings for the generation of deep etch structures however require significantly thicker resist layers and place special demands on resolution and contrast. With AR-P 6200.13, 800 nm thick layers are obtained at a spin speed of 1000 rpm. As studies conducted at Martin Luther University in Halle demonstrate, can trenches with a width of less than 100 nm be realised with a period of 300 nm. The high contrast is made possible by using our developer AR 600-546.
For even higher layer thicknesses of up to 1.5 µm, now a special variant of CSAR 62 was put on the market which can also be developed with high contrast in AR 600-546: resist AR-P 6200.18 (1.5 µm / 1000 rpm).
Related articles EBL positive
CSAR 62 related
3-layer system CSAR/PMMAcoMA/PMMA
3-layer system for T-gate CSAR/PMMAcoMA/PMMA
BOE etching of SiO2 with CSAR 62 mask
Collapse of extreme high-resolution e-beam resist structures
CSAR 62 Avoidance of particles during large-area exposures
CSAR 62 – Development at low temperatures
CSAR 62 – Experimental studies on new, sensitive developers
CSAR 62 lift-off for thick layers
CSAR 62 nanostructures written at 100 kV
CSAR 62 single layer lift-off system
Evaluation of various developers for e-beam exposed CSAR 62 layers (100 kV)
HF etching of GaAs with CSAR 62 masks
Manufacture of plasmonic nanostructures with CSAR 62
Use of CSAR 62 for the manufacture of nanostructures on GaAs substrates