Borowiec
SLR System Configuration Definition
SYSTEM CONFIGURATION DEFINITION
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SYSTEM NAME: BOROWIEC
PAD ID NO.: 7811
ADDRESS: Borowiec, ul.Drapalka 4, 62-035 Kornik, POLAND
CONTACT: S.Schillak
PHONE: (48) 61-170-187
FAX: (48) 61-170-219
E-MAIL: aoslas@pozn1v.tup.edu.pl
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SECTION 1.0 - SYSTEM RANGING CAPABILITY
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SECTION 1.1 SYSTEM RANGING FEATURES
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FEATURES /CURRENT RANGING / RANGING / DATE /FUTURE /
/CAPABILITY / PHOTOELECTRON / /RANGING /
/CAPABILITY /
===============================================================================
Calibration:
Internal / no / / / /
External / yes / 1-10 LAGEOS /94-05-18/ N/A /
External / yes / 100-500 low sat /94-05-18/ N/A /
* 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
============================================
TARGET /CURRENT RANGING/ RANGING / DATE / FUTURE /
/CAPABILITY / PHOTOELECTRON / / RANGING /
/ CAPABILITY/
===============================================================================
Two-Color Capability/ no / /94-05-18/ N/A /
Manual Track / no / /94-05-18/ N/A /
Tracking:
Semi-Automated / yes / 1-1000 /94-05-18/ N/A /
Fully Automated / no / /94-05-18/ N/A /
SECTION 1.3 SYSTEM RANGING TARGETS
=================================
TARGET /CURRENT RANGING / RANGING / DATE / FUTURE /
/CAPABILITY / PHOTOELECTRON / / RANGING /
/ CAPABILITY/
===============================================================================
STARLETTE / yes / >100 /94-05-18/ yes /
STELLA / yes / >100 /94-05-18/ yes /
ERS-1 / yes / >100 /94-05-18/ yes /
AJISAI / yes / >100 /94-05-18/ yes /
TOPEX / yes / >100 /94-05-18/ yes /
LAGEOS 1 / yes / 1-10 /94-05-18/ yes 100pe /
LAGEOS 2 / yes / 1-10 /94-05-18/ yes 100pe /
ETALON 1 / no / /94-05-18/ yes /
ETALON 2 / no / /94-05-18/ yes /
GLONASS / no / /94-05-18/ yes /
GPS-3,5 / no / /94-05-18/ yes /
Geosynchronous
Satellite / no / /94-05-18/ no /
Moon / no / /94-05-18/ no /
SECTION 2.0 - HARDWARE CONFIGURATION / CAPABILITY
=================================================
SECTION 2.1 LASER CONFIGURATION CATEGORY
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LASER / SPECIFICATIONS / DATE / FUTURE /APPROX./
/ / / CHANGES / DATE /
===============================================================================
Type of Laser Medium / Nd:YAG / 94-05-18 / N/A / /
Energy / Pulse (mJ) / 100mJ / 94-05-18 / 60mJ / 1995 /
Pulsewidth (ps) / 100ps / 94-05-18 / 35ps / 1995 /
Beam Size / 2.0cm / 94-05-18 / N/A / /
Beam Divergence(Half Angle) 400 microrad / 94-05-18 / N/A / /
Beam Divergence Control / no / 94-05-18 / N/A / /
Amplitude Stability / 7% / 94-05-18 / N/A / /
Timing Stability / 10us / 94-05-18 / N/A / /
Transverse Mode Structure / TEM 00 / 94-05-18 / N/A / /
Ranging Wavelength (s) / 532nm / 94-05-18 / N/A / /
Repetition Rate / 10Hz / 94-05-18 / N/A / /
Other / N/A / / / /
SECTION 2.2 MOUNT CONFIGURATION CATAGORY
========================================
SECTION 2.2.1
=============
TELESCOPE/ MOUNT / SPECIFICATIONS / DATE / FUTURE /APPROX./
/ / / CHANGES / DATE /
===============================================================================
Telescope Type / Cassegrain / 94-05-18 / N/A / /
Biaxial Telescope / yes / 94-05-18 / N/A / /
Monoaxial Telescope / no / 94-05-18 / N/A / /
Mount Type / Az-El / 94-05-18 / N/A / /
Field of View / 5arcmin / 94-05-18 / N/A / /
Focal Length / 5000mm / 94-05-18 / N/A / /
Magnification / / / / /
Pointing Accuracy / 6arcsec / 94-05-18 / N/A / /
After STARCAL
Satellite:
Common T/R Optical Path / no / 94-05-18 / N/A / /
Separate T/R Optical Path / yes / 94-05-18 / N/A / /
Calibration:
Common T/R Optical Path / no / 94-05-18 / N/A / /
Separate T/R Optical Path / yes / 94-05-18 / N/A / /
Orthogonality of Axes / 10 arcsec / 94-05-18 / N/A / /
Wobble on Each Axis:
Elevation / <1 arcsec / 94-05-18 / N/A / /
Azimuth / <1 arcsec / 94-05-18 / N/A / /
Elevation
- Range / 190 deg. / 94-05-18 / N/A / /
- Encoder Resolution / 1.8 arcsec / 94-05-18 / N/A / /
- Position Jitter / 5.4 arcsec / 94-05-18 / N/A / /
- Maximum EL Velocity / 7 deg./sec / 94-05-18 / N/A / /
- Maximum EL Acceleration/ 2 deg/sec**2 / 94-05-18 / N/A / /
Azimuth
- Range / 540 deg. / 94-05-18 / N/A / /
- Encoder Resolution / 1.8 arcsec / 94-05-18 / N/A / /
- Position Jitter / 3.6 arcsec / 94-05-18 / N/A / /
- Maximum Az Velocity / 7 deg./sec / 94-05-18 / N/A / /
- Maximum Az Acceleration/ 2 deg./sec**2 / 94-05-18 / N/A / /
PRIMARY MIRROR
Type / Spherical / 94-05-18 / N/A / /
Clear Aperture (CA) / 636mm / 94-05-18 / N/A / /
Focal Length / R=4000mm / 94-05-18 / N/A / /
Optical Coating / aluminium / 94-05-18 / new coating/ 1996 /
SECONDARY MIRROR
Type / Spherical / 94-05-18 / N/A / /
Clear Aperture (CA) / 195mm / 94-05-18 / N/A / /
Focal Length / R=2000mm / 94-05-18 / N/A / /
Optical Coating / aluminium / 94-05-18 / new coating/ 1995 /
TERTIARY MIRROR
Type / no / / / /
Clear Aperture / / / / /
COUDE MIRROR
Type / prisms / 94-05-18 / mirrors / 1997 /
Clear Aperture / 3 cm / 94-05-18 / 5 cm / 1997 /
Optical Coating / 532nm / 94-05-18 / N/A / /
SECTION 2.3 OPTICAL CONFIGURATION CATAGORY
==========================================
TRANSMIT/ RECEIVE OPTICS / SPECIFICATIONS / DATE / FUTURE /APPROX./
/ / / CHANGES / DATE /
===============================================================================
T/R Coupling Scheme:
- Type / Seperate / / / /
- Coupling Efficiency / 90% / / / /
Spatial Filter: / no / / / /
- Field of View / 5arcmin / 94-05-18 / 1arcmin / 1995 /
Band-Pass Filter: / CLO / / OMEGA / /
- Type / Narrow-Band / 94-05-18 /Single-Cavity 1995 /
- Bandwidth / 7nm / 94-05-18 / 0.15nm / 1995 /
- Blocking Bandwidth / / / / /
- Transmission Efficiency/ 50% / 94-05-18 / 30% / 1995 /
Receive Signal Amplitude / neutral filters / 94-05-18 / N/A / /
Control Mechanism + diaphragm
SECTION 2.4 TRANSMIT/RECEIVE (T/R) ELECTRONICS CONFIGURATION SECTION
====================================================================
T/R ELECTRONICS / SPECIFICATIONS / DATE / FUTURE /APPROX./
/ / / CHANGES / DATE /
===============================================================================
Transmit Detector: Silicon Avalanche Photodiode RCA
- Quantum Efficiency / 50% / 94-05-18 / N/A / /
- Gain / 250 / 94-05-18 / N/A / /
- Bandwidth / 800MHz / 94-05-18 / N/A / /
- Jitter (single pe) / / / / /
- Impulse Response
- Pulse Width / 2ns / 94-05-18 / N/A / /
- Rise Time / 0.5ns / 94-05-18 / N/A / /
- Dynamic Range / / / / /
Receive Detector(s) / PMT RCA-8852 / 94-05-18 /PMT Hamamatsu 1995 /
- Quantum Efficiency / 8% / 94-05-18 / 10% / 1995 /
- Gain / 4*10**5 / 94-05-18 / 5.7*10**6 / 1995 /
- Bandwith / / 94-05-18 / / /
- Jitter (single pe) / 1ns / 94-05-18 / 160ps / 1995 /
- Impulse Response
- Pulse Width/Rise Time / 5ns/2.4ns / 94-05-18 / ?/0.6ns / 1995 /
- Dynamic Range / 10mV-2.5V / 94-05-18 / ? / 1995 /
Amplifier / / / / /
- Type: / POLON 1510 / 94-05-18 / Hamamatsu / 1995 /
- Bandwidth: / 500MHz / 94-05-18 / 2GHz / 1995 /
- Jitter: /see TIME OF FLIGHT/ 94-05-18 / ? / 1995 /
- Dynamic Range / 10x / 94-05-18 / ? / 1995 /
TARGET IMAGING Capability / guide telescope / 94-05-18 / N/A / /
- Type of camera / not used / 94-05-18 / N/A / /
- Gain / / / / /
- Sensitivity / / / / /
Signal Processing Technique / / / /
- Type of Device /Maximum Likelihood/ 94-05-18 /CFD TENNELEC/ 1995 /
/ B-6 / / TC-454 / /
- CFD:
- Length of External
Delay Cable / / / / /
- Bandwidth / 3-6ns / 94-05-18 / <700ps / 1995 /
- Dynamic Range(pe) / 150mV-2.5V / 94-05-18 / 10mV-2.5V / 1995 /
- Jitter /see TIME OF FLIGHT/ 94-05-18 / 30ps / 1995 /
TIME OF FLIGHT MEASUREMENT
- Clock Frequency / 5 MHz / 94-05-18 / N/A / /
- Number of Channels /2 (start,stop) / 94-05-18 / N/A / /
- Number of Verniers / 1 / / / /
- Minimum Dead Time / / / / /
- Time Resolution / 20 ps / 94-05-18 / 1 ps / 1995 /
- Aggregate Jitter / 120 ps / 94-05-18 / 25 ps / 1995 /
Amplitude Measurement / / / / /
- Type of Device / Charge Indicator / 94-05-18 / N/A / /
- Bandwidth / / / / /
- Accuracy / 40 mV / 94-05-18 / N/A / /
- Part of Data Stream? / no / 94-05-18 / yes / 1995 /
Syatem Delay Calibration / external target / 94-05-18 / N/A / /
Internal Calibration Capability
Location of Target(s) / / / / /
Range of Target(s) / / / / /
External Calibration Capability
Location of Target(s) / Horizontal, South/ 94-05-18 / N/A / /
Range(s) of Target(s) / 1295.42 m / 94-05-18 / N/A / /
SECTION 2.6 TIMING CONFIGURATION SECTION
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TIMING / SPECIFICATIONS / DATE / FUTURE /APPROX./
/ / / CHANGES /DATE /
===============================================================================
Frequency Standard(s) used/ Cesium (2pcs) / 94-05-18 / HP 5071A / 1995 /
Frequencies / 5 MHz, 10 MHz / 94-05-18 / N/A / /
Short-Term Stability / 3*10**-13 / 94-05-18 / N/A / /
Long-Term Stability / 3*10**-12 / 94-05-18 / N/A / /
Epoch Time Measurement: / / / / /
- Type of Device / DOK-2C / 94-05-18 / RB / 1995 /
- Resolution / 1 mks / 94-05-18 / 200 ns / 1995 /
- Timing Closure / yes / 94-05-18 / N/A / /
SECTION 2.7 METEOROLOGICAL SENSORS CONFIGURATION CATEGORY
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METEOROLOGICAL SENSORS / SPECIFICATIONS / DATE / FUTURE /APPROX./
/ / / CHANGES /DATE /
===============================================================================
Thermometer
Type / mercury / 94-05-18 / elec.sensor/ 1996 /
Accuracy (calibrated) / 1.0 C deg. / 94-05-18 / N/A / /
Resolution / 0.1 C deg. / 94-05-18 / N/A / /
Range / -30 -+50 C deg. / 94-05-18 / N/A / /
Barometric Pressure System
Type / mercury / 94-05-18 / elec.sensor/ 1996 /
Accuracy (calibrated) / 1 mbar / 94-05-18 / 0.1 mbar / 1995 /
Range / 920-1080 mbar / 94-05-18 / N/A / /
Relative Humidity System
Type / hair hygrometer / 94-05-18 / elec.sensor/ 1996 /
System Accuracy / 5% / 94-05-18 / N/A / /
Resolution / 1% / 94-05-18 / N/A / /
System Range / 1-100% / 94-05-18 / N/A / /
Wind Measurement System / not used / 94-05-18 / N/A / /
Type / / / / /
Sensor / / / / /
Range / / / / /
Accuracy / / / / /
Resolution / / / / /
Threshold / / / / /
SECTION 4.0 SURVEY MEASUREMENT CONFIGURATION / CAPABILITY
=========================================================
SECTION 4.1 SURVEY MEASUREMENTS
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SURVEYING INSTRUMENT / ACCURACY / PRECISION
============================================================================
GPS Receivers Ashtech / 5mm / 1mm
/ /
/ /
SECTION 4.2 SURVEY ANALYSIS
===========================
SURVEY ANALYSIS TECHNIQUE
================================================================================
* (PLEASE GIVE DESCRIPTION OF THE TECHNIQUE USED)
*
* Standard GPS short distance measurements by two GPS Ashtech receivers.
* Five one hour sessions.
* Data analysis by program FILLNET (standard Ashtec program).
SECTION 4.3 SURVEY CALIBRATION TARGET
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TARGET / TYPE / RANGE / AZ / EL / RANGE / RANGE / SHORT / LONG
/ / ACCURACY/ deg. / deg./ PRECISION / / TERM / TERM
/ / / / / / / STABILITY / STABILITY
===============================================================================
1(main)/ board/ 10mm /152.0 /-0.2 / 3mm /1295.417m 1mm / 1mm /
2 / board/ 10mm /172.7 /-1.6 / 3mm / 302.848m 1mm / 1mm /
3 / / / / / / / / /
4 / / / / / / / / /
SECTION 4.4 ECCENTRICITY DETERMINATION
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/ NORTH / EAST / UP
===============================================================================
Mean Value /no measurements / /
Accuracy / / /
Precision / / /
Short Term Stability / / /
Long Term Stability / / /
SECTION 5.0 CALIBRATION TECHNIQUE / CAPABILITY
==============================================
SECTION 5.1 CALIBRATION DEVICES AND FREQUENCY
=============================================
===============================================================================
// FREQUENCY
===============================================================================
DEVICE/ FEATURE / SATELLITE / PASS / DAY / MONTH / YEAR
===============================================================================
Event Timer / / / / /
Time of Flight Devices / / / / X /
Discriminator / / / / X /
Pressure Sensor / / / / / X
Temperature Sensor / / / / / X
Timing System / / / X / /
System Delay / / X / / /
SECTION 6.0 SYSTEM TIMING CLOSURE CONFIGURATION
===============================================
SECTION 6.1 TIMING CLOSURE
===========================
Reference Time: UTC
Accuracy of Timing: 50ns
Modeling of Time Drift: linear/day
SECTION 7.0 SYSTEM DATA ANALYSIS CONFIGURATION / CAPABILITY
===========================================================
SECTION 7.1 DATA ANALYSIS
=========================
DATA CORRECTIONS / ( YES : NO ) / ADDITIONAL INFORMATION
=============================================================================
7.1.1 Transmit Signal Amplitudes: / NO /
7.1.2 Receive Signal Amplitudes: / NO /
7.1.3 Timing / YES /difference UTC-laser clock
once per day, accuracy
100ns
7.1.4 Instrument Non-Linearities / NO /
7.1.5 Geometric Corrections / NO /
7.1.6 Atmosphere / NO /corrections are determined
but not used
SECTION 7.2 System Delay Computation:
======================================
SYSTEM DELAY COMPUTATION FREQUENCY / ( YES : NO ) /ADDITIONAL INFORMATION
===============================================================================
7.2.1 Shot by Shot: / NO /
7.2.2 Burst or Short Time Aggregate: / NO /
7.2.3 Aggregate: / YES /Mean Pre-Post
Satellite Pass
SECTION 7.3 DATA ANALYSIS TECHNIQUES / CAPABILITIES
===================================================
7.3.1 Normal Point Computation: YES Herstmonceux 1984 algorithm
7.3.2 Fitting Routine (Algorithms): polynomial
7.3.3 Noise Filtering and Editing Procedures: 2.5 sigma
7.3.4 Data Quality Control Procedures: RMS, residuals graph,
normal distribution control
7.3.5 System Computational Capability: PC-386
SECTION 8.0 SYSTEM ATMOSPHERIC TECHNIQUES
==========================================
SECTION 8.1 ATMOSPHERIC MODEL
=============================
8.1 Atmospheric Model Used: satellite pass - Marini-Murray
target calibration - Barrel and Sears formula
* ( PLEASE DESCRIBE THE MODEL IN AS MUCH DETAIL AS POSSIBLE )
SECTION 9.0 SYSTEM PERFORMANCE CHARACTERISTICS
================================================
SECTION 9.1 RANGING SYSTEM ERRORS
=================================
RANGING SYSTEM ERRORS / ACCURACY / 1 SIGMA / PEAK - PEAK / DATE /
================================================================================
Temporal Stability / / / 7mm /94-05-18 /
Wavefront Distortion /not determined-estimated / 6mm /94-05-18 /
Signal Strength Dependence / / / 19mm /94-05-18 /
Calibration Path / 10mm / / /94-05-18 /
Mount Eccentricities / 1mm not determined-estimated /94-05-18 /
Meteorological Measurement / 5mm / / /94-05-18 /
Event Timer / / / / /
Time of Flight Measurement / 120ps / / /94-05-18 /
Epoch Time Measurement / 1us / / /94-05-18 /
Data Analysis / ? / / /94-05-18 /
Normal Point Computation / ? / / /94-05-18 /
System Delay Computation / ? / / /94-05-18 /
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