Sensor module supports high definition oscilloscope

This capability is suitable for system debug and analysis of deeply embedded, electromechanical, and mechatronic designs in the medical, mil/aero, motors and drives, power, appliance, Internet of Things (IoT), vehicle/automotive and other applications.

24-bit precision
All channels have 24-bit resolution (stored in 32-bit floating point format) with ~0.05% total accuracy. Built-in filters with settings as low as 100Hz further reduce noise. Adjustable gain ranges (1-10V/div) accurately acquire a wide range of signal levels.

Plug-and-play
The SAM40 simply connects to the supported Teledyne LeCroy oscilloscope with a USB2.0 cable for data transfer and control/trigger commands, and BNC cables for clock/timebase synchronisation. No programming or complex setups are required.

Unit conversion and rescaling
More than 65 different SI and English system physical units are supported for length, mass, temperature, angle, velocity, acceleration, volume, force/ weight, pressure, electrical, magnetic, energy and rotating machine quantities. Math and measurements applied to rescaled waveforms correctly read and convert to new units as required.

Deep toolbox
The oscilloscope math, measure, analysis, pass/fail and option packages utilise the sensor inputs the same as any other channel. Teledyne LeCroy's deep toolbox just got even more powerful.

Sensor signal and high bandwidth acquisitions
The SAM40 sensor acquisition module simply and quickly interfaces to a supported Teledyne LeCroy 12-bit high definition oscilloscope (HDO). The SAM40 acquires very low speed (40kHz bandwidth) sensor and other signals and the HDO acquires higher speed analogue, digital and serial data signals.

The HDO cross-triggers the SAM40, and the SAM40 sends acquisition data to the HDO for time-synchronised display with the high bandwidth HDO analog and digital channels.

More than 65 different supported unit conversion
Leverage your SAM40 24-bit acquisition system with the unit conversion and rescaling capability. Teledyne LeCroy's unit conversion package provides the most intuitive display of sensor, mechatronic and electromechanical data. Each sensor channel input has a rescaling setup directly in the setup dialogue with y=mx+b rescaling capability and selection of physical units.

All unit conversions carry through logically when unitised sensor inputs are used in math or measurements.

Up to eight analogue + 16 digital + 24 sensor channels
Engineers commonly use multiple instruments to debug and validate complex deeply embedded control systems, mechatronics, and electro-mechanical systems. Multiple instruments report different information on different displays and in different formats.

An HDO with a sensor acquisition module cost-effectively replaces multiple instruments with one consolidated view of system performance.

Leverage the Teledyne LeCroy deep toolbox to perform math, measurements, pass/fail and other analysis on all acquired data, or apply an application package to gain even faster time to insight.

4 + 16 (Analog + Digital) Channel Oscilloscope with SAM40-8 Sensor Acquisition Modul
The most basic system available combines a 350, 500MHz, or 1GHz 12-bit resolution, four channel oscilloscope (HDO4000A or HDO6000A Series) with a SAM40-8 eight channel acquisition module.

This triples the number of available inputs for a very modest price, and preserves high bandwidth oscilloscope inputs for the most important uses, or provides capability to view more high bandwidth signals than would have previously been possible without the SAM40. 16 and 24 channel acquisition modules may also be used. MSO oscilloscope models further add 16 digital logic input channels.

8 + 16 (analog + digital) channel oscilloscope or motor drive analyzer with a SAM40-24 sensor acquisition module
Pair the SAM40-24 with what the company claims to be the world's only eight channel, 1GHz, 12-bit resolution oscilloscope and obtain an unbelievable 8+16+24 analogue+digital+sensor inputs.

Make fast debug work of deeply embedded systems that combine power electronics, motors, and sensors into one complex, dynamic system.

Utilise the SAM40 for analogue speed or torque sensor signals, vibration sensors or accelerometers, and other mechatronic signals.

For the ultimate in motor drive analysis, pair the SAM40 with the MDA800A and gain the deepest static and dynamic understanding of tree-phase power system and mechanical motor behaviours.