New tool generation for fast contactless electrical characterisation of semiconductor key parameters like minority carrier lifetime, photoconductivity, resistivity and defect properties with an so far not seen measurement speed and sensitivity

MDP Series

Visualisation of semiconductor quality is achieved by widely advanced microwave techniques. Which allow for a mapping of key electrical semiconductor parameters contactless and with production speed. Measurement of parameters like minority carrier lifetime, photoconductivity, resistivity and defect informations can be mapped by a so far unsurpassed combination of spatial resolution, sensitivity and measurement speed. This approache opens a wide field of established and new applications for semiconductor production and research.

The family of MDP tools covers a wide range of applications from easy to integrate OEM units over high throughput, automated production tools to research and trouble shooting tools with a high flexibility always focused on the task which has to be solved. Reliability and roughed design together with the integration of newest electronic possibilities make MDP tools the perfect partner for upcoming needs on high speed contactless electrical semiconductor characterisation.

MDP ingot

MDP ingot

Electrical characterisation tool for mapping of ingots and wafers with measurement times of less than ten...

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MDP inline

MDP inline

Production in­te­grated high speed wafer mapping suit­able for single wafer in­vesti­gation...

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MDP spot

MDP spot

Low cost table top lifetime measure­­ment system for characterisation of a variety of different silicon...

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MDP map

MDP map

Offline tool for very versatile contact­less electrical characterisation of semi­conductor wafers or...

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MDP linescan

MDP linescan

Flexible OEM unit for lifetime measurements at a variety of different samples ranging form mono to multi...

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MDP inline ingot

MDP inline ingot

State of the art system for electrical characterisation of multicrystalline ingots in fabs with high...

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