TIMARIS - Singulus Technologies AG
TIMARIS - Singulus Technologies AG
TIMARIS - Singulus Technologies AG
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Multi Target Module<br />
Top: Target Drum with<br />
10 rectangular cathodes;<br />
Drum design ensures<br />
easy maintenance;<br />
Bottom: Main part of the<br />
chamber containing LDD<br />
equipment<br />
Oxidation Module<br />
Low Energy Remote<br />
Atomic Plasma Oxidation;<br />
Natural Oxidation;<br />
Soft Energy<br />
Surface Treatment<br />
Thin-Film Heads (TFH)<br />
_ High Moment Material<br />
(Writer Material)<br />
_ TMR (Reader Material)<br />
_ GMR (Reader Material)<br />
_ Deposition of seed and gap layers<br />
Semiconductor<br />
_ MRAM<br />
_ Sensors<br />
_ High-k dielectrics<br />
_ Metal gates<br />
_ Phase-change material deposition<br />
_ SAW/BAW film deposition<br />
_ In-circuit Inductors<br />
Ultra-High-Vacuum Design:<br />
High Throughput (e.g. MRAM):<br />
High Effective Up-time:<br />
Reliability:<br />
All <strong>TIMARIS</strong> applications require<br />
the deposition of ultra-thin metallic<br />
and insulating film stacks down to<br />
a thickness of one (1) nanometer<br />
and below with very precise material<br />
thickness and high uniformity<br />
specifications.<br />
The MTM is the key component<br />
of the <strong>TIMARIS</strong> platform; it<br />
incorporates the Linear Dynamic<br />
Deposition (LDD, US patent US<br />
7,799,179 B2) technology in<br />
combination with ten (10) sputter<br />
targets in one vacuum chamber.<br />
Base Pressure < 5*10-9 Torr<br />
(Deposition Chamber)<br />
up to 18 Wafer/h (see page 11)<br />
Maintenance friendly Design<br />
Solid and well Engineered Design,<br />
no fast moving Parts<br />
3<br />
Cassette Module<br />
(according to Customer<br />
Specification)<br />
Soft-Etch Module<br />
(PreClean, Surface<br />
Treatment)<br />
Transport Module<br />
(UHV wafer handler)<br />
The FTM module uses Linear<br />
Dynamic Deposition in combination<br />
with up to four cathodes. The LDD<br />
technology is especially designed<br />
for deposition of ultra-thin films,<br />
magnetic films, high-quality metallic,<br />
conductive and insulating films and is<br />
the key to deliver world class material<br />
uniformity across large wafer sizes,<br />
combined with an exceptional<br />
precise control of ultra-thin<br />
layer thickness down to 1 % of<br />
a nanometer.