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SAM40

Sensor Acquisition

Modules

Key Features

8, 16 or 24 input channels

24-bit resolution

High precision and accuracy

40 kHz bandwidth (100 kS/s)

Plug-and-play with a supported

4 or 8 channel 12-bit resolution

high denition oscilloscope (HDO)

Complete physical units conversion

– More than 65 SI and English

system units supported

– Simple rescale directly in the

channel setup dialog

IEPE/ICP sensor support with

internal 4mA bias

BNC input compatible with wide

variety of off-the-shelf sensors

Built-in bandwidth limiting

Adjustable gain in 1, 2, 5 steps

– 1mV/div to 10 V/div

24-bit Precision

All channels have 24-bit resolution

(stored in 32-bit floating point format)

with ~0.05% total accuracy. Built-in

lters with settings as low as 100 Hz

further reduce noise. Adjustable gain

ranges (1 mV to 10 V/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 synchronization. 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

utilize the sensor inputs the same as

any other channel. Teledyne LeCroy's

deep toolbox just got even more

powerful.

The SAM40 provides up to 24 input channels for low frequency (sensor

signal) acquisition and analysis. It connects to a 4 or 8 channel Teledyne

LeCroy 12-bit resolution high denition oscilloscope (HD4096 HDOs

and MDAs) to provide Analog+Digital+Sensor (up to 8+16+24 channel)

acquisitions. This capability is ideal 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.

Summary of content (4 pages)

PAGE 1
SAM40 Sensor Acquisition Modules Key Features 8, 16 or 24 input channels The SAM40 provides up to 24 input channels for low frequency (sensor 24-bit resolution signal) acquisition and analysis.
PAGE 2
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 (40 kHz bandwidth) sensor and other signals and the HDO acquires higher speed analog, digital and serial data signals. The HDO cross-triggers the SAM40, and the SAM40 sends acquisition data to the HDO for time-synchronized display with the high bandwidth HDO analog and digital channels.
PAGE 3
UP TO 8 ANALOG + 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.
PAGE 4
SPECIFICATIONS AND ORDERING INFORMATION Specifications Vertical Bandwidth Input Channels Vertical Resolution Effective Number of Bits (ENOB) Vertical Noise Floor Sensitivity DC Vertical Gain Accuracy 40 kHz 8 (SAM40-8), 16 (SAM40-16), 24 (SAM40-24) 24 bits, stored and displayed as 32-bit floating point waveforms 13 (40 kHz bandwidth), 15 (2 kHz bandwidth) 31 µVrms at 1-2 mV/div, 35 µVrms at 5-100 mV/div, 56 µVrms at 200 mV/div, 355 µVrms at 500 mV/div and 1 V/div 1 mV to 10 V/div in 1, 2, 5 steps ±(0.