Products - SD Systems IL https://www.sdsystems-il.com Military & Defense Field tested and proven performance - Products and Solutions Fri, 06 May 2022 08:15:59 +0000 en-US hourly 1 https://wordpress.org/?v=6.6.2 https://www.sdsystems-il.com/wp-content/uploads/2022/04/logo-100x100.pngProducts - SD Systems ILhttps://www.sdsystems-il.com 32 32 Laser Pointer – 3 Beamshttps://www.sdsystems-il.com/product/laser-pointer-3-beams/ Fri, 06 May 2022 08:15:59 +0000 https://www.sdsystems-il.com/?post_type=product&p=148
  • Triple beam LASER pointer externally controlled
  • Visible pointer
  • IR Pointer.
  • Visible –Eye safe
  • Ruggedized for ground combat vehicle
  • Accurate mechanical boresight.
  • RS422 Com. Control for Power & PRF Modulation.
  •  

    INHIBITS 

    [#]

    NOHD 

    [m]

    LASER SAFETY 

    [CLASS]

    BEAM DIVERGENCE 

    [mRad @ 90%]

    POWER 

    [mWatt]

    WAVELENGTH 

    [nm]

    LASER
    222040.590 +/- 10635 +/- 10Visible
    216040.590 +/- 10830 +/- 10Near IR
    Not relevant010.5< 1635 +/- 10Visible Eye Safe 

    for Bore sight

    Note: when Both LASERs are operated actual NOHD is the sum of both

    Triple beams LASER Pointer - SD Systems

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  • Triple beam LASER pointer externally controlled
  • Visible pointer
  • IR Pointer.
  • Visible –Eye safe
  • Ruggedized for ground combat vehicle
  • Accurate mechanical boresight.
  • RS422 Com. Control for Power & PRF Modulation.
  •  

    INHIBITS 

    [#]

    NOHD 

    [m]

    LASER SAFETY 

    [CLASS]

    BEAM DIVERGENCE 

    [mRad @ 90%]

    POWER 

    [mWatt]

    WAVELENGTH 

    [nm]

    LASER
    222040.590 +/- 10635 +/- 10Visible
    216040.590 +/- 10830 +/- 10Near IR
    Not relevant010.5< 1635 +/- 10Visible Eye Safe 

    for Bore sight

    Note: when Both LASERs are operated actual NOHD is the sum of both

    Triple beams LASER Pointer - SD Systems

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    IR Laser Pointerhttps://www.sdsystems-il.com/product/ir-laser-pointer/ Fri, 06 May 2022 08:14:23 +0000 https://www.sdsystems-il.com/?post_type=product&p=147 

    • Wavelength: 808±5 nm
    • Peak Power ≥ 0.5 Watt
    • Beam Divergence ≤ 1 mRd @ 70% Power.
    • Operating Voltage: 5 – 12 VDC
    • Exit Aperture: 10 mm
    • LOS accuracy relative to mounting surface ≤ 1.0 mRad @ each axis
    • Beam alignment travel range ± 2.5 mRad @ each axis.
    • LASER Safety: Class4 per Safety of LASER Products.
    • Qualified for airborne systems.

    IR Laser Pointer

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  • Wavelength: 808±5 nm
  • Peak Power ≥ 0.5 Watt
  • Beam Divergence ≤ 1 mRd @ 70% Power.
  • Operating Voltage: 5 – 12 VDC
  • Exit Aperture: 10 mm
  • LOS accuracy relative to mounting surface ≤ 1.0 mRad @ each axis
  • Beam alignment travel range ± 2.5 mRad @ each axis.
  • LASER Safety: Class4 per Safety of LASER Products.
  • Qualified for airborne systems.
  •  

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    Digital Magnetic Compasshttps://www.sdsystems-il.com/product/digital-magnetic-compass/ Fri, 06 May 2022 08:11:53 +0000 https://www.sdsystems-il.com/?post_type=product&p=146
    Digital Magnetic Compass

    The DMC-020-2D is a two-axis precision compass with two orthogonal flax gate sensors and can be used in tilted application while 3D calibration is impossible.
    The DMC-020-3D includes a MEMS accelerometer for a horizontal three-axis, tilt compensated precision compass for performance up to a ±80° tilt range.
    The DMC-020-3DG version includes 3D MEMS gyro. Fusion of the sensors’ data allows to improve the compass accuracy in noisily environment and implement more reliable and user-friendly field calibration algorithm.

     

    FEATURES
    • Compact Solution on a 40x30mm PCB
    • Precision Compass Accuracy
    • Tilt-Compensated (DMC-020-3Dx-xx-xxx)
    • 0.2° Repeatability
    • Up to 20Hz Continuous Update Rate
    • Field Calibration Routine
    • -40°C to +85°C Operation temperature

    BENEFITS
    • Small size
    • Up to ±0.3° Leveled Heading
    • Up to ±80° of Pitch and Roll Angles
    • Flux Gate Sensors for Consistency
    • Rapid Heading Calculation
    • User Driven Calibration for High Accuracy
    • Military Grade Uses

     

    SPECIFICATION

    Performance data applies at 25 ⁰ C, 0g acceleration, stand-alone operation

    Digital Magnetic Compass - Mechanical Interface Digital Magnetic Compass - Wiring Diagram

     

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    The DMC-020 is a digital magnetic compass solution for use in precision heading applications. The DMC is designed for integration into customer systems using a 3.3-voltage logic level or a standard RS232 serial data interface.

     

    Digital Magnetic Compass

    The DMC-020-2D is a two-axis precision compass with two orthogonal flax gate sensors and can be used in tilted application while 3D calibration is impossible.
    The DMC-020-3D includes a MEMS accelerometer for a horizontal three-axis, tilt compensated precision compass for performance up to a ±80° tilt range.
    The DMC-020-3DG version includes 3D MEMS gyro. Fusion of the sensors’ data allows to improve the compass accuracy in noisily environment and implement more reliable and user-friendly field calibration algorithm.

     

    FEATURES
    • Compact Solution on a 40x30mm PCB
    • Precision Compass Accuracy
    • Tilt-Compensated (DMC-020-3Dx-xx-xxx)
    • 0.2° Repeatability
    • Up to 20Hz Continuous Update Rate
    • Field Calibration Routine
    • -40°C to +85°C Operation temperature

    BENEFITS
    • Small size
    • Up to ±0.3° Leveled Heading
    • Up to ±80° of Pitch and Roll Angles
    • Flux Gate Sensors for Consistency
    • Rapid Heading Calculation
    • User Driven Calibration for High Accuracy
    • Military Grade Uses

     

    SPECIFICATION

    Performance data applies at 25 ⁰ C, 0g acceleration, stand-alone operation

     

     

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    Boresight – Round for 30mm Caliber Chamberhttps://www.sdsystems-il.com/product/boresight-round-for-30mm-caliber-chamber/ Fri, 06 May 2022 08:09:04 +0000 https://www.sdsystems-il.com/?post_type=product&p=145Item Specifications
    • LASER Wavelength – 635±10 nm
    • LASER Power ≤ 0.8 mWatt
    • Beam Divergence ≤ 0.5 mRad
    • Boresight Accuracy ≤ 0.05 mRad (3σ)
    • LASER Safety – CLASS1 (Per IEC 60825-1:2014-05 Safety Of LASER Products)

    [caption id="attachment_56" align="alignnone" width="300"]30mm Caliber Chamber Boresight Round - General View 30mm Caliber Chamber Boresight Round - General View[/caption]

    30mm Calibre Chamber Boresight Round

    [caption id="attachment_57" align="alignnone" width="157"]LASER Boresight Rods family LASER Boresight Rods family[/caption]

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    The YABOK P/N 112-13-1-30 is a Ruggedized Electro-Optical aid for 30mm Caliber Canon Boresighting.

    The YABOK is inserted into the Canon Chamber and providing a narrow CLASS1 Eye Safe LASER Beam pointing out from the Barrel towards a target viewed by the weapon station sights, enabling easy and accurate sights aligning.

     

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    Optical Proximity Detector 905nmhttps://www.sdsystems-il.com/product/optical-proximity-detector-905nm/ https://www.sdsystems-il.com/product/optical-proximity-detector-905nm/#respond Wed, 04 May 2022 11:54:36 +0000 https://www.sdsystems-il.com/product/hoodie-with-logo/Optical Proximity Detector 905nm (OPD) is high measurement rate single-pulse laser range finder. The OPD generates 10ns optical pulses and measures time between emitting a pulse and detection of the reflected signal. Short rise time and wide receiver’s bandwidth allow getting accuracy of 5-10 cm. The built-in range detection algorithm generates trigger signal when the measured range drops below predefined threshold.

     

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    Optical Proximity Detector 905nm is high measurement rate single-pulse laser range finder. The OPD generates 10ns optical pulses and measures time between emitting a pulse and detection of the reflected signal. Short rise time and wide receiver’s bandwidth allow getting accuracy of 5-10 cm. The built-in range detection algorithm generates trigger signal when the measured range drops below predefined threshold.

    Applications

    • Optical proximity detector for UAV
    • Fast response proximity detector for a self-driving vehicle

    Standards

    • MIL-461G
    • MIL-1275, with external protection circuit
    • MIL-704
    • MIL-810
    • MIL-217F

    Features

    • Eye safe, low radiated power
    • Up to 3000 measurements per second
    • 5 cm typical accuracy
    • Low consumption power
    • SW configurable
    • Wide operating temperature range, -40⁰C to +65⁰C

    Absolute Maximum Ratings

    ParameterSymbolMinMaxUnit
    Input VoltageVin-0.316Vdc
    RS232 RX, TX Lines232-1616Vdc
    nFIRE line-0.320Vdc
    Operating Ambient TemperatureTa-4065⁰C
    Storage TemperatureTstg-5585⁰C
    Operating AltitudeHop-50015000m

    Specification
    Unless otherwise indicated, specifications apply over all operating input voltage, resistive load, and temperature conditions.

    ParameterSymbolMinTypMaxUnit
    Input Power
    Input VoltageVin11.51212.5Vdc
    Maximum Input Current,

    @Vin = 10V

    0.020.150.2Adc
    Measured range and accuracy
    RangeR025m
    AccuracyA0.050.1m
    Trigger rangeTr0.515m
    Optical characteristics
    Wavelengthλ905nm
    Laser peak powerP10W
    Output beam diameterd9mm
    Beam divergenceθ0.25×5mrad
    Optical-mechanical axis non-alignmentα-3+3mrad
    Signal Interface
    Trigger output sink current50ma
    Maximum trigger delay18ms
    RS232 voltage level232-6+6V
    SafetyClass 1, Eye safe laser

     

    Electrical Interface:

    • Connector: Samtec TFM-105-02-S-D-WT
    • Pin1 – Trigger open drain output
    • Pin2, Pin4, Pin6, Pin8 – GND
    • Pin3 – RS232 TX output
    • Pin5 – RS232 RX input
    • Pin7, Pin9 – Input voltage 12V
    • Pin10 – “Programming”, leave mot connected for normal operation

    Mechanical specification

    • Dimensions 55x27x42 mm (HxDxW)
    • Weight 42g
    • Interface M2.5×0.45 x 2

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