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MeasureReady®

		Unique real-time sampling architecture for synchronous sourcing and measuring
MeasureSync™ technology for simultaneous source module update and measure module sampling timing across all channels DC/AC amplitude and phase detection is user-selectable on all measure channels Common DAC/ADC sampling clock ensures highly precise and consistent source/measure timing coordination between 3 sources and 3 measures

		Designed for scientific-grade low-level measurement applications
100% linear module power supply architecture for lowest possible source/measure noise Fully linear signal path between data converters, modules, and the device under test (DUT) Remote modules for the shortest possible signal path to the DUT, which separates sensitive analog circuits from digital circuits and unwanted sources of interference typical of traditional single-enclosure instrument designs

		The absolute precision of DC plus the detection sensitivity performance of AC instrumentation
All source and measure channels are capable of DC and AC to 100 kHz signals Optimized for fundamental, harmonic, and phase AC plus DC biased measurements Modularity allows for flexible, user-configured modules to suit a specific application

		Unique, flexible instrument/distributed module architecture
Remote-mountable amplifier modules are interchangeable between instruments Modules are dynamically recognized when the system is reconfigured Uses a clean, simple UI and a common programming API for fast setup and a shorter learning curve

More information on the M81-SSM Synchronous Source Measure

M91 FastHall™ Measurement Controller

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A new approach to Hall measurement

The MeasureReady® M91 is a revolutionary, all‑in-one Hall analysis instrument that delivers significantly higher levels of precision, speed, and convenience to researchers involved in the study of electronic materials.

Featuring Lake Shore’s patented* new FastHall measurement technique, the M91 fundamentally changes the way the Hall effect is measured by eliminating the need to switch the polarity of the applied magnetic field during the measurement. This breakthrough results in faster and more precise measurements, especially when using high-field superconducting magnets or when measuring very low-mobility materials.

*Protected by US patent number 9797965. Other patents pending.

		Simpler and more convenient All-in-one instrument Automatically selects optimal excitation and measurement levels Automatically executes measurement steps Provides complete Hall analysis Easy to use, easy to integrate with existing lab systems

		Makes better measurements, faster No need to reverse the magnetic field with FastHall Up to 100× faster for low-mobility materials Improves accuracy by minimizing thermal drift

		Cost-effective Build a new Hall system or upgrade an existing one Add state-of-the-art Hall measurement capability to any lab Use with any type of magnet