Our Investment Portfolio

Complete Kelvin Probe Systems

Our portfolio includes manufacturers of complete Kelvin probe systems designed for precise contact potential difference measurements. These instruments are essential for determining the work function of semiconductor materials, a critical parameter in understanding electronic properties.

The Kelvin probe technology offers non-destructive, high-resolution measurements that are vital for research and quality control in semiconductor manufacturing. These systems feature advanced vibrating capacitor techniques that enable accurate surface potential mapping.

Applications

Kelvin probes are used in various applications, including:

• Semiconductor research and development
• Solar cell material characterization
• Surface science studies
• Corrosion research
• Quality control in semiconductor manufacturing

For detailed specifications and customization options, please visit the manufacturer's website.

Quantum Efficiency Measurement Stations

Our portfolio companies manufacture advanced photovoltaic spectrometers designed specifically for testing and characterizing solar panel materials. These instruments are crucial for determining the quantum efficiency and performance characteristics of photovoltaic materials.

The quantum efficiency measurement stations provide detailed insights into how different wavelengths of light are converted into electrical energy within solar cell materials. This information is essential for developing more efficient and durable photovoltaic technologies.

Applications in Solar Technology

These specialized instruments support:

• Research and development of new photovoltaic materials
• Quality control in solar panel manufacturing
• Performance optimization of existing solar technologies
• Comparative analysis of different solar cell designs
• Long-term degradation studies of photovoltaic materials

For detailed specifications and customization options, please visit the manufacturer's website.

Cutting-Edge Impedance Analysis

Our portfolio includes manufacturers of Time-Resolved Impedance Spectroscopy Analyzers, advanced instruments designed to observe impedance evolution in real-time. Unlike conventional impedance spectroscopy that measures each frequency sequentially, these analyzers capture the entire frequency spectrum in a single shot.

This revolutionary approach enables the investigation of dynamically changing samples where properties may significantly change during frequency sweeps. The analyzer takes multiple frames with selectable time intervals, allowing researchers to observe time evolution of various samples including electrochemical sensors and materials that change properties when exposed to light, temperature, or catalysts.

Advanced Capabilities

These sophisticated instruments offer:

• Unlimited frames in measurement sequences
• Unlimited frequencies per frame
• Wide range of sampling rates (1.22 kHz to 10 MHz)
• Multiple measurement head options for different applications
• Comprehensive visualization of results in 3D Nyquist plots and Bode plots

For detailed specifications and customization options, please visit the manufacturer's website.