video corpo

SMI-S, 0-5V Output
2Pages

{{requestButtons}}

Catalog excerpts

SMI-S, 0-5V Output - 1

SMIC/SMIP-S Series Making Sense out of Motion.. Input Ranges From ±3° Single-Ended Power Input The Jewell Emerald Series inclinometer is a low cost, high precision inclinometer designed with higher accuracy than comparable MEMS devices. Applications include robotics, construction equipment, industrial precision machining. All Emerald Series inclinometers are RoHS • Extremely Rugged • Lower Cost than traditional Force-Balanced Inclinometers • High Accuracy • Greater Precision than MEMS • Single-Ended Power Input • RoHS Compliant • Academic Research • Geotechnical Monitoring • Track Monitoring and Testing • Vehicle Wheel Alignment Outline Diagram Pin Out (Options: C-connector, P-Pin) Pin Option Connector Option A Input Power _A__Input Power_ B Power/Signal Common B Power/Signal Common Jewell Instruments LLC, 850 Perimeter Road, Manchester, NH 03103

Open the catalog to page 1
SMI-S, 0-5V Output - 2

SMIC/SMIP-S Series Making Sense out of Motion… Performance Specifications STATIC/DYNAMIC Input Range, °: Full Range Output (FRO -Note 1) VDC ±0.5%: Nonlinearity (Note 2) % FRO maximum: Scale Factor, Volts/g, nominal: Scale Factor Temp. Sensitivity (SFTS), PPM /°C maximum: Bandwidth (-3 dB), Hz nominal: Output Axis Misalignment, ° maximum: Pendulous Axis Misalignment, ° maximum: 0° Output, Volts range: 0° Output Temp. Sensitivity, Volts /°C maximum: Resolution and Threshold, µradians maximum: Number of Axes: Input Voltage Range, (VDC): Input Current, mA, max: Output Impedance, Ohms, nom:...

Open the catalog to page 2

All Jewell Instruments catalogs and technical brochures

  1. JDI-100/200

    9 Pages

  2. QFA-180

    2 Pages

  3. LCF-2000

    2 Pages

  4. QFA-125

    2 Pages

  5. LSB Series

    2 Pages

  6. LSMP Series

    2 Pages

  7. ASB Series

    2 Pages

  8. C4 C-Frame

    2 Pages

  9. C2 C-Frame

    2 Pages

  10. • RMIW-S

    2 Pages

  11. LCI Series

    2 Pages

  12. QFM-180

    2 Pages

  13. ASMP Series

    2 Pages