___________
I I
I BFO I
I___________I
________________________
I I
I Transfer-Functions I
I______________________I
Status: 1995
+-----------------------------------------------------------------------------+
| Station header | Station BFO | SEED tape |
+-----------------------------------------------------------------------------+
Station code: BFO
Latitude: 48.331944
Longitude: 8.331111
Elevation: 589.000000
Name: Black Forest Observatory, Schiltach
Owner Code Lookup: Universities of Karlsruhe and Stuttgart
Starting date: 1990,159
Ending date: 4000,001
+ +---------------------------------------+ +
+------------------| Station BFO | Channel VGZ |------------------+
+ +---------------------------------------+ +
Channel: VGZ (Gravity, Mode)
Instrument: LaCoste Romberg ET with electrostatic feedback
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 0.000000
Dip: -90.000000
Sample rate: 0.2
Starting date: 1990,186
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch VGZ | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 1.31572E-04 (V / (m/s**2) / s**13)
Number of zeroes: 6
Number of poles: 19
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
2 0.000000E+00 0.000000E+00
3 0.000000E+00 0.000000E+00
4 -7.778600E+00 0.000000E+00
5 -7.778600E+00 0.000000E+00
Complex poles:
i real imag
0 -4.929000E-04 4.838140E-04
1 -4.929000E-04 -4.838140E-04
2 -4.929000E-04 4.838140E-04
3 -4.929000E-04 -4.838140E-04
4 -1.060720E+00 0.000000E+00
5 -1.060720E+00 0.000000E+00
6 -0.080000E+00 0.250000E+00
7 -0.080000E+00 -0.250000E+00
8 -0.102000E+00 0.000000E+00
9 -4.149600E-02 2.727700E-02
10 -4.149600E-02 -2.727700E-02
11 -0.246640E+00 4.884200E-02
12 -0.246640E+00 -4.884200E-02
13 -4.891411E-02 0.246390E+00
14 -4.891411E-02 -0.246390E+00
15 -0.139900E+00 0.208810E+00
16 -0.139900E+00 -0.208810E+00
17 -0.204200E+00 0.141340E+00
18 -0.204200E+00 -0.141340E+00
+ +---------------------------------------+ +
+------------------| Station BFO | Channel VGZ |------------------+
+ +---------------------------------------+ +
Channel: VGZ (Gravity, Mode)
Instrument: Superconducting Gravimeter GWR SG-102
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 0.000000
Dip: 90.000000
Sample rate: 0.2
Starting date: 1994,075
Ending date: 1994,234
+ +---------------------------------------+ +
+ | Instrument response, BFO ch VGZ | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 1.84500E+07 (V / (m/s**2) / s**18)
Number of zeroes: 3
Number of poles: 21
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
2 -1.375510E-01 0.000000E+00
Complex poles:
i real imag
0 -1.946530E-01 3.039740E-01
1 -1.946530E-01 -3.039740E-01
2 -7.902360E-02 0.000000E+00
3 -9.418490E-01 5.662660E-01
4 -9.418490E-01 -5.662660E-01
5 -8.618650E-02 0.000000E+00
6 -4.918160E-02 9.765330E-02
7 -4.918160E-02 -9.765330E-02
8 -5.238350E-02 8.618650E-02
9 -5.238350E-02 -8.618650E-02
10 -1.417680E-03 8.157460E-04
11 -1.417680E-03 -8.157460E-04
12 -1.347110E-01 0.000000E+00
13 -0.246640E+00 4.884200E-02
14 -0.246640E+00 -4.884200E-02
15 -4.891411E-02 0.246390E+00
16 -4.891411E-02 -0.246390E+00
17 -0.139900E+00 0.208810E+00
18 -0.139900E+00 -0.208810E+00
19 -0.204200E+00 0.141340E+00
20 -0.204200E+00 -0.141340E+00
+ +---------------------------------------+ +
+------------------| Station BFO | Channel UGZ |------------------+
+ +---------------------------------------+ +
Channel: UGZ (Gravity, Tide)
Instrument: LaCoste Romberg ET with electrostatic feedback
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 0.000000
Dip: -90.000000
Sample rate: 0.2
Starting date: 1990,239
Ending date: 1993,134
+ +---------------------------------------+ +
+ | Instrument response, BFO ch UGZ | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 2.2518E-02 (V / (m/s**2) / s**11)
Number of zeroes: 0
Number of poles: 11
Complex poles:
i real imag
0 -0.080000E+00 0.250000E+00
1 -0.080000E+00 -0.250000E+00
2 -0.102000E+00 0.000000E+00
3 -0.246640E+00 4.884200E-02
4 -0.246640E+00 -4.884200E-02
5 -4.891411E-02 0.246390E+00
6 -4.891411E-02 -0.246390E+00
7 -0.139900E+00 0.208810E+00
8 -0.139900E+00 -0.208810E+00
9 -0.204200E+00 0.141340E+00
10 -0.204200E+00 -0.141340E+00
+ +---------------------------------------+ +
+------------------| Station BFO | Channel UGZ |------------------+
+ +---------------------------------------+ +
Channel: UGZ (Gravity, Tide)
Instrument: LaCoste Romberg ET with electrostatic feedback
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 0.000000
Dip: -90.000000
Sample rate: 0.2
Starting date: 1993,134
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch UGZ | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 2.46199E-02 (V / (m/s**2) / s**11)
Number of zeroes: 0
Number of poles: 11
Complex poles:
i real imag
0 -0.080000E+00 0.250000E+00
1 -0.080000E+00 -0.250000E+00
2 -0.102000E+00 0.000000E+00
3 -0.246640E+00 4.884200E-02
4 -0.246640E+00 -4.884200E-02
5 -4.891411E-02 0.246390E+00
6 -4.891411E-02 -0.246390E+00
7 -0.139900E+00 0.208810E+00
8 -0.139900E+00 -0.208810E+00
9 -0.204200E+00 0.141340E+00
10 -0.204200E+00 -0.141340E+00
+ +---------------------------------------+ +
+------------------| Station BFO | Channel UGZ |------------------+
+ +---------------------------------------+ +
Channel: UGZ (Gravity, Tide), poor approx.
Instrument: GWR Superconducting Gravimeter SG-102
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 0.000000
Dip: -90.000000
Sample rate: 0.2
Starting date: 1994,075
Ending date: 1994,234
+ +---------------------------------------+ +
+ | Instrument response, BFO ch UGZ | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 2.71218E-6 (V / (m/s^2) / s^18)
Number of zeroes: 0
Number of poles: 18
Complex poles:
i real imag
0 -0.246640E+00 4.884200E-02
1 -0.246640E+00 -4.884200E-02
2 -4.891411E-02 0.246390E+00
3 -4.891411E-02 -0.246390E+00
4 -0.139900E+00 0.208810E+00
5 -0.139900E+00 -0.208810E+00
6 -0.204200E+00 0.141340E+00
7 -0.204200E+00 -0.141340E+00
8 -1.946530E-01 3.039740E-01
9 -1.946530E-01 -3.039740E-01
10 -7.902360E-02 0.000000E+00
11 -9.418490E-01 5.662660E-01
12 -9.418490E-01 -5.662660E-01
13 -8.618650E-02 0.000000E+00
14 -4.918160E-02 9.765330E-02
15 -4.918160E-02 -9.765330E-02
16 -5.238350E-02 8.618650E-02
17 -5.238350E-02 -8.618650E-02
+ +---------------------------------------+ +
+------------------| Station BFO | Channel VAE |------------------+
+ +---------------------------------------+ +
Channel: VAE (Horizontal acceleration, Mode)
Instrument: Askania pendulum
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 90.00000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,239
Ending date: 1993, 81
+ +---------------------------------------+ +
+ | Instrument response, BFO ch VAE | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 2.50689E-02 (V / (m/s**2) / s**12)
Number of zeroes: 2
Number of poles: 14
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -1.576240E-03 9.098180E-04
1 -1.576240E-03 -9.098180E-04
2 -0.100985E+00 0.000000E+00
3 -7.996050E-02 7.629130E-02
4 -7.996050E-02 -7.629130E-02
5 -0.421690E+00 0.000000E+00
6 -0.246640E+00 4.884200E+02
7 -0.246640E+00 -4.884200E+02
8 -4.891411E-02 0.246386E+00
9 -4.891411E-02 -0.246386E+00
10 -1.398954E-01 2.088103E-01
11 -1.398954E-01 -2.088103E-01
12 -2.041983E-01 1.413356E-01
13 -2.041983E-01 -1.413356E-01
+ +---------------------------------------+ +
+------------------| Station BFO | Channel UAE |------------------+
+ +---------------------------------------+ +
Channel: UAE (Horizontal acceleration, Mode)
Instrument: Askania pendulum
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 90.00000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,239
Ending date: 1993, 81
+ +---------------------------------------+ +
+ | Instrument response, BFO ch UAE | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 9.5064E-03 (V / (m/s**2) / s**12)
Number of zeroes: 0
Number of poles: 10
Complex poles:
i real imag
0 -0.044430E+00 0.044430E+00
1 -0.044430E+00 -0.044430E+00
2 -0.246640E+00 4.884200E+02
3 -0.246640E+00 -4.884200E+02
4 -4.891411E-02 0.246386E+00
5 -4.891411E-02 -0.246386E+00
6 -1.398954E-01 2.088103E-01
7 -1.398954E-01 -2.088103E-01
8 -2.041983E-01 1.413356E-01
9 -2.041983E-01 -1.413356E-01
+ +---------------------------------------+ +
+------------------| Station BFO | Channel VAN |------------------+
+ +---------------------------------------+ +
Channel: VAN (Horizontal acceleration, Mode)
Instrument: Askania pendulum
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 0.000000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,239
Ending date: 1993, 81
+ +---------------------------------------+ +
+ | Instrument response, BFO ch VAN | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 1.97823E-02 (V / (m/s**2) / s**12)
Number of zeroes: 2
Number of poles: 14
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -1.661320E-03 9.589320E-04
1 -1.661320E-03 -9.589320E-04
2 -0.101603E+00 0.000000E+00
3 -8.044930E-02 7.675760E-02
4 -8.044930E-02 -7.675760E-02
5 -0.421690E+00 0.000000E+00
6 -0.246640E+00 4.884200E+02
7 -0.246640E+00 -4.884200E+02
8 -4.891411E-02 0.246386E+00
9 -4.891411E-02 -0.246386E+00
10 -1.398954E-01 2.088103E-01
11 -1.398954E-01 -2.088103E-01
12 -2.041983E-01 1.413356E-01
13 -2.041983E-01 -1.413356E-01
+ +---------------------------------------+ +
+------------------| Station BFO | Channel UAN |------------------+
+ +---------------------------------------+ +
Channel: UAN (Horizontal acceleration, Mode)
Instrument: Askania pendulum
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 0.000000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,239
Ending date: 1993, 81
+ +---------------------------------------+ +
+ | Instrument response, BFO ch UAN | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 7.36521E-03 (V / (m/s**2) / s**12)
Number of zeroes: 0
Number of poles: 10
Complex poles:
i real imag
0 -0.044430E+00 0.044430E+00
1 -0.044430E+00 -0.044430E+00
2 -0.246640E+00 4.884200E+02
3 -0.246640E+00 -4.884200E+02
4 -4.891411E-02 0.246386E+00
5 -4.891411E-02 -0.246386E+00
6 -1.398954E-01 2.088103E-01
7 -1.398954E-01 -2.088103E-01
8 -2.041983E-01 1.413356E-01
9 -2.041983E-01 -1.413356E-01
+ +---------------------------------------+ +
+------------------| Station BFO | Channel VSC |------------------+
+ +---------------------------------------+ +
Channel: VSC (Linear strain, Mode)
Instrument: Strain meter, 10m Invar wire, Type Cambridge
Signal units lookup: 1 - Strain
Local depth: 170.000000
Azimuth: 300.0000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,274
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch VSC | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: 1 (strain)
Response out units lookup: Volts
AO normalization factor: 37.6648 (V / s**10)
Number of zeroes: 2
Number of poles: 12
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -1.527800E-03 1.527800E-03
1 -1.527800E-03 -1.527800E-03
2 -5.505430E-02 5.505430E-02
3 -5.505430E-02 -5.505430E-02
4 -0.246640E+00 4.884200E-02
5 -0.246640E+00 -4.884200E-02
6 -4.891411E-02 0.246386E+00
7 -4.891411E-02 -0.246386E+00
8 -1.398954E-01 2.088103E-01
9 -1.398954E-01 -2.088103E-01
10 -2.041983E-01 1.413356E-01
11 -2.041983E-01 -1.413356E-01
+ +---------------------------------------+ +
+------------------| Station BFO | Channel USC |------------------+
+ +---------------------------------------+ +
Channel: USC (Linear strain, Tide)
Instrument: Strain meter, 10m Invar wire, Type Camb.
Signal units lookup: 1 - Strain
Local depth: 170.000000
Azimuth: 300.0000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,274
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch USC | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: 1 (strain)
Response out units lookup: Volts
AO normalization factor: 103.503 (V / s**10)
Number of zeroes: 0
Number of poles: 8
Complex poles:
i real imag
0 -0.246640E+00 4.884200E-02
1 -0.246640E+00 -4.884200E-02
2 -4.891411E-02 0.246386E+00
3 -4.891411E-02 -0.246386E+00
4 -1.398954E-01 2.088103E-01
5 -1.398954E-01 -2.088103E-01
6 -2.041983E-01 1.413356E-01
7 -2.041983E-01 -1.413356E-01
+ +---------------------------------------+ +
+------------------| Station BFO | Channel VSB |------------------+
+ +---------------------------------------+ +
Channel: VSB (Linear strain, Mode)
Instrument: Strain meter, 10m Invar wire, Type Cambridge
Signal units lookup: 1 - Strain
Local depth: 170.000000
Azimuth: 60.00000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,274
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch VSB | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: 1 (strain)
Response out units lookup: Volts
AO normalization factor: 42.4896 (V / s**10)
Number of zeroes: 2
Number of poles: 12
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -1.525700E-03 1.525700E-03
1 -1.525700E-03 -1.525700E-03
2 -5.491820E-02 5.491820E-02
3 -5.491820E-02 -5.491820E-02
4 -0.246640E+00 4.884200E-02
5 -0.246640E+00 -4.884200E-02
6 -4.891411E-02 0.246386E+00
7 -4.891411E-02 -0.246386E+00
8 -1.398954E-01 2.088103E-01
9 -1.398954E-01 -2.088103E-01
10 -2.041983E-01 1.413356E-01
11 -2.041983E-01 -1.413356E-01
+ +---------------------------------------+ +
+------------------| Station BFO | Channel USB |------------------+
+ +---------------------------------------+ +
Channel: USB (Linear strain, Tide)
Instrument: Strain meter, 10m Invar wire, Type Camb
Signal units lookup: 1 - Strain
Local depth: 170.000000
Azimuth: 60.00000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,274
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch USB | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: 1 (strain)
Response out units lookup: Volts
AO normalization factor: 117.225 (V / s**10)
Number of zeroes: 0
Number of poles: 8
Complex poles:
i real imag
0 -0.246640E+00 4.884200E-02
1 -0.246640E+00 -4.884200E-02
2 -4.891411E-02 0.246386E+00
3 -4.891411E-02 -0.246386E+00
4 -1.398954E-01 2.088103E-01
5 -1.398954E-01 -2.088103E-01
6 -2.041983E-01 1.413356E-01
7 -2.041983E-01 -1.413356E-01
+ +---------------------------------------+ +
+------------------| Station BFO | Channel VSA |------------------+
+ +---------------------------------------+ +
Channel: VSA (Linear strain, Mode)
Instrument: Strain meter, 10m Invar wire, Type Cambridge
Signal units lookup: 1 - Strain
Local depth: 170.000000
Azimuth: 2.000000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,274
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch VSA | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: 1 (strain)
Response out units lookup: Volts
AO normalization factor: 43.0298 (V / s**10)
Number of zeroes: 2
Number of poles: 12
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -1.525200E-03 1.525200E-03
1 -1.525200E-03 -1.525200E-03
2 -5.574510E-02 5.574510E-02
3 -5.574510E-02 -5.574510E-02
4 -0.246640E+00 4.884200E-02
5 -0.246640E+00 -4.884200E-02
6 -4.891411E-02 0.246386E+00
7 -4.891411E-02 -0.246386E+00
8 -1.398954E-01 2.088103E-01
9 -1.398954E-01 -2.088103E-01
10 -2.041983E-01 1.413356E-01
11 -2.041983E-01 -1.413356E-01
+ +---------------------------------------+ +
+------------------| Station BFO | Channel USA |------------------+
+ +---------------------------------------+ +
Channel: USA (Linear strain, Tide)
Instrument: Strain meter, 10m Invar wire, Type Camb
Signal units lookup: 1 - Strain
Local depth: 170.000000
Azimuth: 2.000000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,274
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch USA | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: 1 (strain)
Response out units lookup: Volts
AO normalization factor: 115.371 (V / s**10)
Number of zeroes: 0
Number of poles: 8
Complex poles:
i real imag
0 -0.246640E+00 4.884200E-02
1 -0.246640E+00 -4.884200E-02
2 -4.891411E-02 0.246386E+00
3 -4.891411E-02 -0.246386E+00
4 -1.398954E-01 2.088103E-01
5 -1.398954E-01 -2.088103E-01
6 -2.041983E-01 1.413356E-01
7 -2.041983E-01 -1.413356E-01
+ +---------------------------------------+ +
+------------------| Station BFO | Channel LHN |------------------+
+ +---------------------------------------+ +
Channel: LHN
Instrument: Wielandt seismometer; prototype STS-1
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 0.000000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,159
Ending date: 1993,048
+ +---------------------------------------+ +
+ | Instrument response, BFO ch LHN | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 1.16592 (V / (m/s**2) / s**8)
Number of zeroes: 2
Number of poles: 10
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -0.222110E+00 0.222180E+00
1 -0.222110E+00 -0.222180E+00
2 -0.032547E+00 0.121375E+00
3 -0.032547E+00 -0.121375E+00
4 -0.088844E+00 0.088871E+00
5 -0.088844E+00 -0.088871E+00
6 -0.121390E+00 0.032489E+00
7 -0.121390E+00 -0.032489E+00
8 -0.148070E-02 0.148120E-02
9 -0.148070E-02 -0.148120E-02
+ +---------------------------------------+ +
+------------------| Station BFO | Channel LHE |------------------+
+ +---------------------------------------+ +
Channel: LHE
Instrument: Wielandt seismometer; prototype STS-1
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 90.00000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1990,159
Ending date: 1993,048
+ +---------------------------------------+ +
+ | Instrument response, BFO ch LHE | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 1.16592 (V / (m/s**2) / s**8)
Number of zeroes: 2
Number of poles: 10
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -0.222110E+00 0.222180E+00
1 -0.222110E+00 -0.222180E+00
2 -0.032547E+00 0.121375E+00
3 -0.032547E+00 -0.121375E+00
4 -0.088844E+00 0.088871E+00
5 -0.088844E+00 -0.088871E+00
6 -0.121390E+00 0.032489E+00
7 -0.121390E+00 -0.032489E+00
8 -0.148070E-02 0.148120E-02
9 -0.148070E-02 -0.148120E-02
+ +---------------------------------------+ +
+------------------| Station BFO | Channel LHZ |------------------+
+ +---------------------------------------+ +
Channel: LHZ
Instrument: Wielandt seismometer; prototype STS-1
Signal units lookup: M/S**2 - Acceleration in m/s**2
Local depth: 150.000000
Azimuth: 0.000000
Dip: -90.0000
Sample rate: 0.2
Starting date: 1990,159
Ending date: 1993,048
+ +---------------------------------------+ +
+ | Instrument response, BFO ch LHZ | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S**2
Response out units lookup: Volts
AO normalization factor: 1.16592 (V / (m/s**2) / s**8)
Number of zeroes: 2
Number of poles: 10
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -0.222110E+00 0.222180E+00
1 -0.222110E+00 -0.222180E+00
2 -0.032547E+00 0.121375E+00
3 -0.032547E+00 -0.121375E+00
4 -0.088844E+00 0.088871E+00
5 -0.088844E+00 -0.088871E+00
6 -0.121390E+00 0.032489E+00
7 -0.121390E+00 -0.032489E+00
8 -0.148070E-02 0.148120E-02
9 -0.148070E-02 -0.148120E-02
+ +---------------------------------------+ +
+------------------| Station BFO | Channel VHZ |------------------+
+ +---------------------------------------+ +
Channel: VHZ
Instrument: Wielandt seismometer; STS-1
Signal units lookup: M/S - Velocity in m/s
Local depth: 150.000000
Azimuth: 0.000000
Dip: -90.0000
Sample rate: 0.2
Starting date: 1993,048
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch VHZ | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S
Response out units lookup: Volts
AO normalization factor: 6.6261E+02 (V / (m/s) / s**9)
Number of zeroes: 2
Number of poles: 12
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -0.012341E+00 0.012341E+00
1 -0.012341E+00 -0.012341E+00
2 -0.391760E+02 0.491230E+02
3 -0.391760E+02 -0.491230E+02
4 -0.246640E+00 0.488420E-01
5 -0.246640E+00 -0.488420E-01
6 -0.489141E-01 0.246390E+00
7 -0.489141E-01 -0.246390E+00
8 -0.139900E+00 0.208810E+00
9 -0.139900E+00 -0.208810E+00
10 -0.204200E+00 0.141340E+00
11 -0.204200E+00 -0.141340E+00
+ +---------------------------------------+ +
+------------------| Station BFO | Channel VHN |------------------+
+ +---------------------------------------+ +
Channel: VHN
Instrument: Wielandt seismometer; STS-1
Signal units lookup: M/S - Velocity in m/s
Local depth: 150.000000
Azimuth: 0.000000
Dip: 0.0000
Sample rate: 0.2
Starting date: 1993,048
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch VHN | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S
Response out units lookup: Volts
AO normalization factor: 6.6261E+02 (V / (m/s) / s**9)
Number of zeroes: 2
Number of poles: 12
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -0.012341E+00 0.012341E+00
1 -0.012341E+00 -0.012341E+00
2 -0.391760E+02 0.491230E+02
3 -0.391760E+02 -0.491230E+02
4 -0.246640E+00 0.488420E-01
5 -0.246640E+00 -0.488420E-01
6 -0.489141E-01 0.246390E+00
7 -0.489141E-01 -0.246390E+00
8 -0.139900E+00 0.208810E+00
9 -0.139900E+00 -0.208810E+00
10 -0.204200E+00 0.141340E+00
11 -0.204200E+00 -0.141340E+00
+ +---------------------------------------+ +
+------------------| Station BFO | Channel VHE |------------------+
+ +---------------------------------------+ +
Channel: VHE
Instrument: Wielandt seismometer; STS-1
Signal units lookup: M/S - Velocity in m/s
Local depth: 150.000000
Azimuth: 90.0000000
Dip: 0.000000
Sample rate: 0.2
Starting date: 1993,048
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch VHE | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: M/S
Response out units lookup: Volts
AO normalization factor: 6.6261E+02 (V / (m/s) / s**9)
Number of zeroes: 2
Number of poles: 12
Complex zeroes:
i real imag
0 0.000000E+00 0.000000E+00
1 0.000000E+00 0.000000E+00
Complex poles:
i real imag
0 -0.012341E+00 0.012341E+00
1 -0.012341E+00 -0.012341E+00
2 -0.391760E+02 0.491230E+02
3 -0.391760E+02 -0.491230E+02
4 -0.246640E+00 0.488420E-01
5 -0.246640E+00 -0.488420E-01
6 -0.489141E-01 0.246390E+00
7 -0.489141E-01 -0.246390E+00
8 -0.139900E+00 0.208810E+00
9 -0.139900E+00 -0.208810E+00
10 -0.204200E+00 0.141340E+00
11 -0.204200E+00 -0.141340E+00
+ +---------------------------------------+ +
+------------------| Station BFO | Channel WDO |------------------+
+ +---------------------------------------+ +
Channel: WDO (air pressure outside)
Instrument: Microbarograph, relative, BM-G 06
Signal units lookup: Pa - Pressure in Pascals
Local depth: 150.000000
Sample rate: 0.2
Starting date: 1990,186
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch WDO | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: Pa
Response out units lookup: Volts
AO normalization factor: 6.8062E-09 (V / Pa / s**8)
Number of zeroes: 0
Number of poles: 8
Complex poles:
i real imag
0 -0.246640E+00 4.884200E-02
1 -0.246640E+00 -4.884200E-02
2 -4.891411E-02 0.246390E+00
3 -4.891411E-02 -0.246390E+00
4 -0.139900E+00 0.208810E+00
5 -0.139900E+00 -0.208810E+00
6 -0.204200E+00 0.141340E+00
7 -0.204200E+00 -0.141340E+00
+ +---------------------------------------+ +
+------------------| Station BFO | Channel WDI |------------------+
+ +---------------------------------------+ +
Channel: WDI (air pressure inside)
Instrument: Microbarograph, relative, BM-G 06
Signal units lookup: Pa - Pressure in Pascals
Local depth: 150.000000
Sample rate: 0.2
Starting date: 1990,274
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch WDI | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: Pa
Response out units lookup: Volts
AO normalization factor: 6.90582e-09 (V / Pa / s**8)
Number of zeroes: 0
Number of poles: 8
Complex poles:
i real imag
0 -0.246640E+00 4.884200E-02
1 -0.246640E+00 -4.884200E-02
2 -4.891411E-02 0.246390E+00
3 -4.891411E-02 -0.246390E+00
4 -0.139900E+00 0.208810E+00
5 -0.139900E+00 -0.208810E+00
6 -0.204200E+00 0.141340E+00
7 -0.204200E+00 -0.141340E+00
+ +---------------------------------------+ +
+------------------| Station BFO | Channel WKI |------------------+
+ +---------------------------------------+ +
Channel: WKI (inner temperature, rel. to 283 K)
Instrument: Pt 100-Temperature sensor (Burster)
Signal units lookup: K - Temperature in Kelvin
Local depth: 150.000000
Sample rate: 0.2
Starting date: 1994,173
Ending date: 4000,001
+ +---------------------------------------+ +
+ | Instrument response, BFO ch WKI | +
+ +---------------------------------------+ +
Response type: Poles and zeroes
Transfer function type: Laplace Transform (Rad/sec)
Stage sequence number: 0
Response in units lookup: Kelvin
Response out units lookup: Voltsdigital units
AO normalization factor: 1.3987E-05 (V / K / s**8)
Number of zeroes: 0
Number of poles: 8
Complex poles:
i real imag
0 -0.246640E+00 4.884200E-02
1 -0.246640E+00 -4.884200E-02
2 -4.891411E-02 0.246390E+00
3 -4.891411E-02 -0.246390E+00
4 -0.139900E+00 0.208810E+00
5 -0.139900E+00 -0.208810E+00
6 -0.204200E+00 0.141340E+00
7 -0.204200E+00 -0.141340E+00