Back-Probe Heating and Cooling Stage
Suitable for cases where the electrode is positioned on the back side of the sample, the probe can withstand high and low temperature environments and is designed for repeated use. The upper observation window is located at a considerable distance from the sample, eliminating the need for gas purging to prevent condensation on the window surface. An external terminal box is provided for signal switching, and when paired with an external humidity‑control module, it is ideal for temperature‑dependent testing and analysis of perovskites, solar cells, OLEDs, and other materials.
Technical Specifications
Product Features
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Cooling method | Liquid nitrogen |
Temperature range | -190℃ to 600℃ |
Temperature resolution | 0.1℃ |
Temperature control accuracy | ±0.1℃ |
Maximum heating rate | 50℃/min |
Maximum cooling rate | -30℃/min |
Sample stage size | 30*35mm |
Front observation window size | Φ41mm |
Appearance dimensions | 100*140*54mm |
Cavity net weight | 0.9kg |
Probe material | Back-side spring probe |
Current parameters | nA level |
Custom Ceramic Panel Specifications | 25*25mm*1mm |
Supporting facilities | A2603 (Switching Junction Box) |
- The probe is reusable and can withstand both high and low temperature conditions.
- The observation window at the top is located at a relatively large distance from the sample, so gas purging is not required to prevent condensation on the window surface.
- An external junction box is provided for signal switching and can be integrated with an external humidity control module to enable humidity regulation.














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