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news release:
New Electromagnet-Based Probe Station
Westerville, OH, June 12:
Lake Shore Cryotronics, Inc. Desert Cryogenics Division is pleased to
introduce the addition of a horizontal (in-plane) field electromagnet-based
probe station to their line of cryogenic and superconducting magnet-based probe
stations. Available in Summer 2006, the new Model EMTTP4 probe station provides
field strengths in excess of 0.4 T and operates over a temperature range from 10
K to 450 K.
The probe station can be configured with up to four ultra-stable
micro-manipulated probe arms and can accommodate up to a 1-inch diameter wafer.
Electromagnet fields can be swept quickly from an external source, providing
fast field cycling. For increased functionality, the Model EMTTP4 also provides
360° sample rotation for angular-dependent MR measurements.
The Model EMTTP4 probe station is efficient to operate, as liquid helium is not
required to cool the magnet. Field-dependent measurements can be performed at
room temperature or using liquid nitrogen. Liquid helium is only required for
cooling samples below 80 K.
The Lake Shore Model EMTTP4 probe station is ideal for measuring
magneto-transport, electrical and electro-optical, parametric, high-Z, DC, RF,
and microwave (up to 67 GHz) properties of materials. Typical materials that can
be measured include nanoscale electronics, quantum wires and dots, organic and
dilute magnetic semiconductors, superconductors, and spintronics devices. A wide
selection of probes, cables, sample chucks, and options makes it possible to
configure a probe station to meet your specific research needs.
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