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Dataforth Corporation's isolated SCM5B49 voltage output signal conditioning modules were the industry's first to provide up to 0.5W of output in the popular "5B" format. The SCM5B49's high output drive of 50mA @ ±10VDC allows the module to be interfaced directly to solenoids, servo-motors, hydraulic valve positioners, and similar control applications; the modules also can be mixed with other "5B" devices on common backplanes to create a wide variety of flexible, low cost, compact I/O subsystems.

The SCM5B49 features an input track-and-hold circuit, which allows one voltage source or DAC to control several channels of output, simplifying system design and lowering system costs. The device accepts inputs to ±10V and produces unipolar or bipolar outputs to ±10VDC.

Download the SCM5B49 Voltage Output Signal Conditioning Modules Datasheet.

The SCM5B49 modules also provide superior protection for signals and systems against surges, ground-loops, and other electrical hazards frequently found in industrial environments. They feature true three-way isolation between system-side inputs, field-side outputs, and power inputs - up to 1500Vrms isolation between system and field. Field-side outputs are protected against transients in full accordance with ANSI/IEEE C37.90.1.

Five poles of filtering provide rejection of high-frequency normal mode interference and NMR (-3dB @ 400Hz) of 100dB per decade above 400Hz. CMR is 110dB.

Other key SCM5B49 features include high ±0.03% accuracy, low ±0.015% nonlinearity, and excellent ±25ppm/°C stability. The space-saving modules measure 2.28" x 2.26" x 0.60" (58mm x 57mm x 15mm).

Dataforth was established in 1984 and is the world leader in data acquisition, signal conditioning and data communication products for industrial applications. Worldwide, our electronic data acquisition, signal conditioning, and data communication products provide rugged signal and data integrity and wide spectrum accuracy.

For additional information, call 800-444-7644 toll-free, email sales@dataforth.com, or visit our website at www.dataforth.com.