LSR-3 – Seebeck Coefficient – Electric Resistivity
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Service & reparation Request a quoteThe basic version can be combined with various options to expand the range of applications. For example, the low-temperature option allows fully automatic measurements with LN2-cooling down to -100°C. The use of a special thin-film adapter extends the measurement range and allows to measure foils and thin layers. An optional camera allows the determination of the electrical conductivity with highest accuracy and the use of the “high-ohm” option allows a significant extension of the measuring range in order to characterize also electrically poor conducting samples.
Features
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Nearly ideal 1-D heatflux through the sample
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Thanks to the high-ohm option and variably positionable thermocouples, even the most demanding samples can be measured reliably
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Interchangeable furnaces allow measurements in the temperature range from -100°C to 1500°C
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Direct ZT measurement on legs (Harman method) and modules (impedance spectroscopy)
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Thermal conductivity measurement by Harman method
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High-speed infrared furnace for excellent temperature control during the measurement and higher sample throughput
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Wide range of thermocouples available
-
Camera option for high-precision resistivity measurements
Nearly ideal 1-D heatflux through the sample
Thanks to the high-ohm option and variably positionable thermocouples, even the most demanding samples can be measured reliably
Interchangeable furnaces allow measurements in the temperature range from -100°C to 1500°C
Direct ZT measurement on legs (Harman method) and modules (impedance spectroscopy)
Thermal conductivity measurement by Harman method
High-speed infrared furnace for excellent temperature control during the measurement and higher sample throughput
Wide range of thermocouples available
Camera option for high-precision resistivity measurements
Contact
Chris Bradburn
- Sales - Materials Analysis
- Phone: +46 (0)18-56 68 09
- Mobile: +46 (0)70-396 18 88
- chris.bradburn@gammadata.se
