Lake Shore Cryotronics probe stations catalogue
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Probe <strong>stations</strong><br />
Probe <strong>stations</strong><br />
Supporting advanced research since 1968,<br />
<strong>Lake</strong> <strong>Shore</strong> (www.lakeshore.com) is a leading<br />
innovator in measurement and control solutions<br />
for materials characterization under extreme<br />
temperature and magnetic field conditions.<br />
High-performance product solutions from<br />
<strong>Lake</strong> <strong>Shore</strong> include cryogenic temperature<br />
sensors and instrumentation, magnetic test<br />
and measurement systems, <strong>probe</strong> <strong>stations</strong>, and<br />
precision materials characterizations systems that<br />
explore the electronic and magnetic properties<br />
of next-generation materials. <strong>Lake</strong> <strong>Shore</strong><br />
serves an international base of customers at<br />
leading university, government, aerospace, and<br />
commercial research institutions and is supported<br />
by a global network of sales and service facilities.<br />
Contents<br />
Family overview .................................................................4–5<br />
Applications overview ..........................................................6<br />
Research examples ...............................................................7<br />
Hall system integration .......................................................8<br />
THz on-wafer probing ..........................................................2<br />
Unique configurations .........................................................9<br />
Variable temperature solutions ......................10–11<br />
Accurate sample temperature is key .............12–13<br />
Systems overview ............................................................... 14<br />
Features by model.............................................................. 14<br />
Initial cost/cryogen cost comparison .................. 15<br />
Probing configurations ..........................................16–21<br />
Sample holders...........................................................22–23<br />
Vision system ...............................................................24–25<br />
Installed options ................................................................... 26<br />
Field installable options .......................................27–29<br />
TTPX ....................................................................................30–31<br />
CPX ......................................................................................32–33<br />
CPX-VF ..............................................................................34–35<br />
EMPX-H2 .........................................................................36–37<br />
FWPX ..................................................................................38–39<br />
CRX-6.5K ........................................................................40–41<br />
CRX-4K .............................................................................42–43<br />
CRX-VF ..............................................................................44–45<br />
CRX-EM-HF ...................................................................46–47<br />
Ordering information ..............................................48–49<br />
Equipment compatibility ......................................50–51<br />
How to configure a <strong>probe</strong> station ........................... 52<br />
<strong>Lake</strong> <strong>Shore</strong>’s cryogenic <strong>probe</strong> <strong>stations</strong> provide precisely controlled<br />
environments for non-destructive measurement of the electrical<br />
properties of materials and early-stage electronic devices.<br />
Probe <strong>stations</strong> enable physical scientists and researchers to conduct<br />
fundamental science through convenient, repeatable measurements<br />
producing consistent results. Probe <strong>stations</strong> are versatile and flexible<br />
research platforms that can be used in dedicated applications or as<br />
multi-use community research assets.<br />
Typical applications include sampling I-V and C-V curves over a wide<br />
range of temperatures, measuring microwave and electro-optical<br />
responses, characterizing magneto-transport properties in variable<br />
magnetic fields, Hall effect measurements to understand carrier<br />
mobility, and a variety of other material studies.<br />
p. 3<br />
<strong>Lake</strong> <strong>Shore</strong> <strong>Cryotronics</strong>, Inc. | t. 614.891.2243 | f. 614.818.1600 | info@lakeshore.com | www.lakeshore.com<br />
p. 2<br />
<strong>Lake</strong> <strong>Shore</strong> <strong>Cryotronics</strong>, Inc. | t. 614.891.2243 | f. 614.818.1600 | info@lakeshore.com | www.lakeshore.com<br />
Quantum Design GmbH Matthias Müller: +49 6151 8806-554, mueller@qd-europe.com<br />
Im Tiefen See 58<br />
David Appel: +49 6151 8806-499, appel@qd-europe.com<br />
2 D-64293 Darmstadt Find your local contact at www.qd-europe.com<br />
3<br />
Quantum Design GmbH<br />
Im Tiefen See 58<br />
D-64293 Darmstadt<br />
Matthias Müller: +49 6151 8806-554, mueller@qd-europe.com<br />
David Appel: +49 6151 8806-499, appel@qd-europe.com<br />
Find your local contact at www.qd-europe.com