Electrical Probe Stage Compact Temperature Controlled Stage Robust For Microscope Observation

Product Name: GoGo EH800V High-Temperature Electrical Probe Stage for In-Situ Microanalysis (RT to 800°C)

Product Introduction

The GoGo EH800V is a high-performance Probe Stage engineered for precise electrical characterization of materials under elevated temperatures up to 800°C. Designed for in-situ studies, it allows researchers to simultaneously perform electrical measurements and conduct real-time microscope observation of sample behavior during thermal cycling. This integrated Probe Stage features four magnetic holders with gold-plated tungsten steel probes for stable electrical contact, all housed within a chamber optimized for clear optical access. Controlled by the advanced TNEX software, it is an essential tool for investigating the temperature-dependent electrical properties of semiconductors, ceramics, and functional thin films.

Key Advantages & Why Choose Our System

• High-Temperature Electrical Testing Capability: This robust Probe Stage enables reliable electrical measurements (e.g., resistivity, I-V characteristics) at temperatures up to 800°C with exceptional stability of ±0.1°C, crucial for research on high-temperature electronics and materials.

• Rapid Thermal Ramping with Precision: Achieves fast heating rates up to 150°C/min for efficient experimental workflows, while integrated active cooling ensures controllable temperature descent and protects the sample and stage integrity.

• Integrated Optical-Electrical Analysis: The combination of reflection/transmission optical paths with high-quality JGS2 windows allows for direct visual correlation of microstructural changes with electrical data during heating and cooling cycles.

• Stable and Flexible Probing System: Four magnetic probe holders provide secure yet adjustable positioning for accurate electrical contacts on the 23x23mm sample area, accommodating various device geometries and measurement configurations.

• Complete, User-Friendly Solution: Supplied as a ready-to-use system with TNEX software for automated control, this Probe Stage offers a seamless setup for complex thermo-electrical characterization experiments.

Technical Specifications

Target Markets & Clients

This professional Probe Stage is strategically designed for research and development hubs in key growth regions including Southeast Asia, the Middle East, Russia, and Africa. It serves university laboratories, government research institutes, and high-tech industrial R&D centers focused on advanced materials, power electronics, and sensor technology.

Frequently Asked Questions (FAQ)

1. What makes this Probe Stage suitable for high-temperature measurements?
   Its design ensures stable electrical contact and minimal signal interference at high temperatures. The use of appropriate materials for probes and shielding, combined with precise temperature control, allows for accurate data collection up to 800°C.

2. Can I observe the sample while applying electrical signals?
   Yes. This Probe Stage is specifically designed for concurrent operation. The top viewing window allows you to monitor the sample and probe contacts in real-time throughout the electrical testing and thermal cycling process.

3. How does the software integrate with my measurement equipment?
   The TNEX software controls the temperature profile. You connect your source meter or parameter analyzer to the stage's BNC ports and synchronize your electrical measurements with the thermal steps programmed in TNEX for automated data collection.

4. Is the system compatible with my existing microscope?
   Yes. The compact and standardized design of the Probe Stage ensures compatibility with most optical and metallurgical microscopes, facilitating easy integration into your existing laboratory setup.

5. What is included for immediate operation?
   The system is delivered as a complete workstation, including the probe stage, temperature controller, recirculating chiller, TNEX software, and all necessary cables, tubing, and accessories.