SYSTEM CONFIGURATION DEFINITION
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SYSTEM NAME: SIMOSATO
PAD ID NO.: 7838
ADDRESS: Simosato, Nachikatuura-Cho, HigashiMuro-Gun, Wakayama-ken
649-51, JAPAN
CONTACT: Kenji Muneda
Chief
Simosato Hydrographic Observatory
PHONE: 07355-8-0084
FAX: 07355-8-1535
E-MAIL: /PN=SHIMOSATO.OBS/O=JODC/ADMD=ATI/C=JP/"@sprint.com
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SECTION 1.0 - SYSTEM RANGING CAPABILITY
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SECTION 1.1 SYSTEM RANGING FEATURES
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An example of the response in this section is as follows:
FEATURES /CURRENT RANGING / RANGING / DATE / FUTURE /
/CAPABILITY / PHOTOELECTRON / / RANGING /
/ CAPABILITY/
===============================================================================
Calibration:
Internal / yes / 1-50 /4-29-94/* Plans Below */
/ yes / 1 /4-29-94/ N/A /
Case 1 describes a lower threshold of 1pe and an upper threshold of 50 pe.
Case 2 describes a case of only single level detection.
* text describing future plans
FEATURES /CURRENT RANGING / RANGING / DATE / FUTURE /
/CAPABILITY / PHOTOELECTRON / / RANGING /
/ CAPABILITY/
===============================================================================
Calibration:
Internal / N/A / / / /
External / YES / / Mar-82/ /
* Internal Calibration: Refers to the capability for ranging to a
target within the system.
* External Calibration: Refers to the capability for ranging to
terrestrial targets.
SECTION 1.2 ADVANCED SYSTEM RANGING FEATURES
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TARGET /CURRENT RANGING / RANGING / DATE / FUTURE /
/CAPABILITY / PHOTOELECTRON / / RANGING /
/ CAPABILITY/
===============================================================================
Two-Color Capability/ N/A / / / /
Manual Track / YES / / Mar-82/ /
Tracking:
Semi-Automated / YES / / Mar-82/ /
Fully Automated / N/A / / / /
Section 1.3 System Ranging Targets
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TARGET /CURRENT RANGING / RANGING / DATE / FUTURE /
/CAPABILITY / PHOTOELECTON / / RANGING /
/ CAPABILITY/
==============================================================================
STARLETTE / YES / / Mar-82/
STELLA / YES / / 93/
ERS-1 / YES / / 91/
AJISAI / YES / / 86/
TOPEX / YES / / 92/
LAGEOS 1 / YES / / Mar-82/
LAGEOS 2 / YES / / 92/
METEOR 3 / YES / / 94/
ETALON 1 / N/A / / /
ETALON 2 / N/A / / /
GLONASS 3 / N/A / / /
GPS-3,5 / N/A / / /
Geosynchronous / N/A / / /
Satellite / N/A / / /
Moon / N/A / / /
SECTION 2.0 - HARDWARE CONFIGURATION / CAPABILITY
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SECTION 2.1 LASER CONFIGURATION CATEGORY
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An example of the response requested in this section is as follows:
LASER / SPECIFICATIONS / DATE / FUTURE /APPROX./
/ / / CHANGES / DATE /
===============================================================================
Energy / 100mJ / 4-29-94 / N/A / N/A /
Energy / 100mJ / " / 50mJ /6-15-96/
Case 1 describes a system with 100mJ capability with no current plans to
upgrade.
Case 2 describes a system with 100mJ capability with plans to upgrade the
system to include 50mJ capbility.
LASER / SPECIFICATIONS / DATE / FUTURE / APPROX./
/ / / CHANGES / DATE /
================================================================================
Type of Laser Medium / YAG LASER / 30-NOV-87 / / /
Energy / Pulse (mJ) / 120 mJ/ 30-NOV-87 / / /
Pulsewidth (ps) / 100 ps/ 30-NOV-87 / / /
Beam Size / 10mm / 30-NOV-87 / / /
Beam Divergence(Half Angle) 0-1250 microrad/ 30-NOV-87 / / /
Beam Divergence Control available / 30-NOV-87 / / /
Amplitude Stability / 5 %/ 30-NOV-87 / / /
Timing Stability / 1000 ns/ 30-NOV-87 / / /
Transverse Mode Structure / cm/ / / /
Ranging Wavelength(s) / 532 nm/ 30-NOV-87 / / /
Repetition Rate / 4 Hz/ 30-NOV-87 / / /
Other / / / / /
SECTION 2.2 MOUNT CONFIGURATION CATAGORY
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SECTION 2.2.1
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TELESCOPE/ MOUNT / SPECIFICATIONS / DATE / FUTURE / APPROX./
/ / / CHANGES / DATE /
================================================================================
Telescope Type / CASSEGRAIN / Mar-82 / / /
/ SPLIT MANGIN SECONDARY
Biaxial Telescope / / / / /
Monoaxial Telescope / / / / /
Mount Type /ELEVATION OVER / Mar-82 / / /
/AZIMUTH
Field of View / 0 - 2.5mrad / Mar-82 / / /
Focal Length /4391mm / / / /
Magnification / / / / /
Pointing Accuracy / / / / /
After STARCAL
Satellite:
Common T/R Optical Path / / / / /
Separate T/R Optical Path / YES / Mar-82 / / /
Calibration:
Common T/R Optical Path / / / / /
Separate T/R Optical Path / YES / Mar-82 / / /
Orthogonality of Axes / / / / /
Wobble on Each Axis:
Elevation / / / / /
Azimuth / / / / /
Elevation / / / / /
- Range /100deg about zenith Mar-82
- Encoder Resolution / / / / /
- Position Jitter / / / / /
- Maximum EL Velocity / / / / /
- Maximum EL Acceleration/ / / / /
Azimuth / / / / /
- Range / 270deg / Mar-82/ / /
- Encoder Resolution / / / / /
- Position Jitter / / / / /
- Maximum Az Velocity / / / / /
- Maximum Az Acceleration/ / / / /
PRIMARY MIRROR / / / / /
Type / spherical / Mar-82/ / /
Clear Aperture (CA) / 0.6m / Mar-82/ / /
Focal Length / 1016mm / / / /
Optical Coating / alminum / Mar-82/ / /
SECONDARY MIRROR / / / / /
Type / hyperbolic / Mar-82/ / /
Clear Aperture (CA) / / / / /
Focal Length / / / / /
Optical Coating / alminum / Mar-82/ / /
TERTIARY MIRROR / / / / /
Type / / / / /
Clear Aperture / / / / /
COUDE MIRRORS / / / / /
Type / / / / /
Clear Aperture / 1.44 inch / / / /
Optical Coating / alminum / / / /
SECTION 2.3 OPTICAL CONFIGURATION CATAGORY
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TRANSMIT/ RECEIVE OPTICS / SPECIFICATIONS / DATE / FUTURE / APPROX./
/ / / CHANGES / DATE /
================================================================================
T/R Coupling Scheme:
- Type / / / / /
- Coupling Efficiency / / / / /
Spatial Filter: / / / / /
- Field of View / 0.1-2.5 / / / /
Band-Pass Filter: / 10 Angstroms / / / /
- Type / Interferance / / / /
- Bandwidth / / / / /
- Blocking Bandwidth / / / / /
-Transmission Efficiency / / / / /
Receive Signal Amplitude
Control Mechanism / / / / /
SECTION 2.4 TRANSMIT/ RECEIVE (T/R) ELECTRONICS CONFIGURATION SECTION
=====================================================================
T/R ELECTRONICS / SPECIFICATIONS / DATE / FUTURE / APPROX./
/ / / CHANGES / DATE /
================================================================================
Transmit Detector:
- Quantum Efficiency / / / / /
- Gain / / / / /
- Bandwidth / / / / /
- Jitter (single pe) / / / / /
- Impulse Response
- Pulse Width / / / / /
- Rise Time / / / / /
- Dynamic Range / / / / /
Receive Detector(s) / / / / /
- Quantum Efficiency / / / / /
- Gain / / / / /
- Bandwidth / / / / /
- Jitter (single pe) / / / / /
- Impulse Response Pulse Width
- Dynamic Range / / / / /
Amplifier / / / / /
- Type: / / / / /
- Bandwidth: / / / / /
- Jitter: / / / / /
- Dynamic Range / / / / /
TARGET IMAGING Capability / N/A / / / /
- Type of camera / / / / /
- Gain / / / / /
- Sensitivity / / / / /
Signal Processing Technique/ / / / /
- Type of Device / / / / /
- CFD:
- Length of External
Delay Cable
- Bandwidth / / / / /
- Dynamic Range(pe) / / / / /
- Jitter / / / / /
EVENT TIMER or TIME OF FLIGHT MEASUREMENT?
- Clock Frequency / / / / /
- Number of Channels / / / / /
- Number of Verniers / / / / /
- Minimum Dead Time / / / / /
- Time Resolution / / / / /
- Aggregate Jitter / / / / /
Amplitude Measurement / / / / /
- Type of Device / / / / /
- Bandwidth / / / / /
- Accuracy / / / / /
- Part of Data Stream? / / / / /
System Delay Calibration / / / / /
Internal Calibration Capability
Location of Target(s) / / / / /
Range of Target(s) / / / / /
External Calibration Capability
Location of Target(s) / / / / /
Range(s) of Target(s) / 1414.699m / / / /
SECTION 2.6 TIMING CONFIGURATION SECTION
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TIMING / SPECIFICATIONS / DATE / FUTURE / APPROX./
/ / / CHANGES / DATE /
================================================================================
Frequency Standard(s) used/ Rubidium / / Cs Standard/ N/A /
Frequencies / 5MHz / / / /
Short-Term Stability / / / / /
Long-Term Stability / / / / /
Epoch Time Measurement: / / / / /
- Type of Device / / / / /
- Resolution / / / / /
- Timing Closure / / / / /
SECTION 2.7 METEOROLOGICAL SENSORS CONFIGURATION CATAGORY
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METEOROLOGICAL SENSORS / SPECIFICATIONS / DATE / FUTURE / APPROX./
/ / / CHANGES / DATE /
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Thermometer / / / / /
Type / electric sensor / / / /
Accuracy (calibrated) / 0.5centigrade / / / /
Resolution / / / / /
Range / 0-55 centigrade / / / /
Barometric Pressure System/ / / / /
Type / electric sensor / / / /
Accuracy (calibrated) / 0.67hPa / / / /
Range / 940-1040hPa / / / /
Relative Humidity System / / / / /
Type / electoric sensor / / / /
System Accuracy / 2% / / / /
Resolution / / / / /
System Range / 0-99% / / / /
Wind Measurement System / / / / /
Type / / / / /
Type: / / / / /
Sensor / / / / /
Range / / / / /
Accuracy / / / / /
Resolution / / / / /
Threshold / / / / /
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