When characterizing a device, you often look for a small response to some sort of stimulus, such as AC current. But frequently, this is being done in the presence of a DC offset as well as a lot of [...]

If you're planning to perform low-level electrical measurements in a low-temperature environment, such as to characterize samples in a cryostat or dilution refrigerator, then this new app note may be [...]

Measurement of electrical signals, voltage, and current is one of the most important methods used by researchers to characterize electronic materials. But electrical signals are often at very low [...]

One of the most unique features of our new modular MeasureReady™ M81-SSM synchronous source measure system is its patent-pending MeasureSync™ signal synchronization technology. This real-time [...]

We are excited to now be taking customer orders for our new MeasureReady™ M81 Synchronous Source Measure (SSM) System — a unique, modular low-level measurement system that simplifies the setup and [...]

If you’re interested in learning more about Hall effect measurements, be sure to download our new Hall Effect Measurement Handbook: A Fundamental Tool for Semiconductor Material Characterization.

There's a new addition to the Lake Shore Academy: "How Does it Work?" video education series. This introduction to [...]

Rob Ellis, our VP of Strategic Planning, recently sat down with AZoNano to discuss how researchers can make their Hall measurement process more efficient with the FastHall™ technology available in [...]

Transparent conductive oxides (TCOs) are used in various optoelectronic technologies with the most widely commercialized TCOs consisting of n-type semiconductor materials. Their counterpart, the [...]

From time to time, we like to highlight how our cryogenic probe stations are being used in interesting research. Our latest application focus is on work led by the University of Akron and published [...]