# << IRIS SEED Reader, Release 5.4beta-USGS-20190905 >> # # ======== CHANNEL RESPONSE DATA ======== B050F03 Station: PHP B050F16 Network: NC B052F03 Location: ?? B052F04 Channel: SLZ B052F22 Start date: 1994,332,00:00:00 B052F23 End date: 1995,312,23:00:00 # ======================================= # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 2.0085E+13 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 7.603000E+01 B058F05 Frequency of gain: 5.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), PHP ch SLZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.192000E+02 B058F05 Frequency of gain: 1.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, PHP ch SLZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, PHP ch SLZ | + # + +--------------------------------+ + # B041F05 Symmetry type: C B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 62 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 # # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 6.228380E+06 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # << IRIS SEED Reader, Release 5.4beta-USGS-20190905 >> # # ======== CHANNEL RESPONSE DATA ======== B050F03 Station: PHP B050F16 Network: NC B052F03 Location: ?? B052F04 Channel: SLZ B052F22 Start date: 1995,312,23:00:00 B052F23 End date: 1997,134,20:15:00 # ======================================= # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 2.0085E+13 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 7.603000E+01 B058F05 Frequency of gain: 5.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), PHP ch SLZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.192000E+02 B058F05 Frequency of gain: 1.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, PHP ch SLZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, PHP ch SLZ | + # + +--------------------------------+ + # B041F05 Symmetry type: C B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 62 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 # # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 6.228380E+06 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # << IRIS SEED Reader, Release 5.4beta-USGS-20190905 >> # # ======== CHANNEL RESPONSE DATA ======== B050F03 Station: PHP B050F16 Network: NC B052F03 Location: ?? B052F04 Channel: SLZ B052F22 Start date: 1997,134,20:15:00 B052F23 End date: 1999,049,18:15:00 # ======================================= # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 2.0085E+13 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 7.603000E+01 B058F05 Frequency of gain: 5.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), PHP ch SLZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.192000E+02 B058F05 Frequency of gain: 1.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, PHP ch SLZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, PHP ch SLZ | + # + +--------------------------------+ + # B041F05 Symmetry type: C B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 62 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 # # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 6.228380E+06 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # << IRIS SEED Reader, Release 5.4beta-USGS-20190905 >> # # ======== CHANNEL RESPONSE DATA ======== B050F03 Station: PHP B050F16 Network: NC B052F03 Location: ?? B052F04 Channel: SLZ B052F22 Start date: 1999,049,18:15:00 B052F23 End date: 1999,050,16:04:00 # ======================================= # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 2.0085E+13 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 7.603000E+01 B058F05 Frequency of gain: 5.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), PHP ch SLZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.192000E+02 B058F05 Frequency of gain: 1.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, PHP ch SLZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, PHP ch SLZ | + # + +--------------------------------+ + # B041F05 Symmetry type: C B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 62 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 # # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 6.228380E+06 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # << IRIS SEED Reader, Release 5.4beta-USGS-20190905 >> # # ======== CHANNEL RESPONSE DATA ======== B050F03 Station: PHP B050F16 Network: NC B052F03 Location: ?? B052F04 Channel: SLZ B052F22 Start date: 1999,050,16:04:00 B052F23 End date: 1999,053,06:15:00 # ======================================= # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 2.0085E+13 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 7.603000E+01 B058F05 Frequency of gain: 5.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), PHP ch SLZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.192000E+02 B058F05 Frequency of gain: 1.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, PHP ch SLZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, PHP ch SLZ | + # + +--------------------------------+ + # B041F05 Symmetry type: C B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 62 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 # # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 6.228380E+06 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # << IRIS SEED Reader, Release 5.4beta-USGS-20190905 >> # # ======== CHANNEL RESPONSE DATA ======== B050F03 Station: PHP B050F16 Network: NC B052F03 Location: ?? B052F04 Channel: SLZ B052F22 Start date: 1999,053,06:15:00 B052F23 End date: 1999,057,15:25:00 # ======================================= # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 2.0085E+13 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 7.603000E+01 B058F05 Frequency of gain: 5.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), PHP ch SLZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.192000E+02 B058F05 Frequency of gain: 1.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, PHP ch SLZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, PHP ch SLZ | + # + +--------------------------------+ + # B041F05 Symmetry type: C B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 62 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 # # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 6.228380E+06 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # << IRIS SEED Reader, Release 5.4beta-USGS-20190905 >> # # ======== CHANNEL RESPONSE DATA ======== B050F03 Station: PHP B050F16 Network: NC B052F03 Location: ?? B052F04 Channel: SLZ B052F22 Start date: 1999,057,15:25:00 B052F23 End date: 1999,060,05:50:00 # ======================================= # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 2.0085E+13 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 7.603000E+01 B058F05 Frequency of gain: 5.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), PHP ch SLZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.192000E+02 B058F05 Frequency of gain: 1.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, PHP ch SLZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, PHP ch SLZ | + # + +--------------------------------+ + # B041F05 Symmetry type: C B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 62 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 # # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 6.228380E+06 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # << IRIS SEED Reader, Release 5.4beta-USGS-20190905 >> # # ======== CHANNEL RESPONSE DATA ======== B050F03 Station: PHP B050F16 Network: NC B052F03 Location: ?? B052F04 Channel: SLZ B052F22 Start date: 1999,060,05:50:00 B052F23 End date: 1999,065,10:00:00 # ======================================= # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 2.0085E+13 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 7.603000E+01 B058F05 Frequency of gain: 5.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), PHP ch SLZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.192000E+02 B058F05 Frequency of gain: 1.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, PHP ch SLZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, PHP ch SLZ | + # + +--------------------------------+ + # B041F05 Symmetry type: C B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 62 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 # # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 6.228380E+06 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # << IRIS SEED Reader, Release 5.4beta-USGS-20190905 >> # # ======== CHANNEL RESPONSE DATA ======== B050F03 Station: PHP B050F16 Network: NC B052F03 Location: ?? B052F04 Channel: SLZ B052F22 Start date: 1999,065,10:00:00 B052F23 End date: 1999,076,19:35:00 # ======================================= # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 2.0085E+13 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 7.603000E+01 B058F05 Frequency of gain: 5.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), PHP ch SLZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.192000E+02 B058F05 Frequency of gain: 1.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, PHP ch SLZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, PHP ch SLZ | + # + +--------------------------------+ + # B041F05 Symmetry type: C B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 62 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 # # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 6.228380E+06 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # << IRIS SEED Reader, Release 5.4beta-USGS-20190905 >> # # ======== CHANNEL RESPONSE DATA ======== B050F03 Station: PHP B050F16 Network: NC B052F03 Location: ?? B052F04 Channel: SLZ B052F22 Start date: 1999,076,19:35:00 B052F23 End date: 2003,281,19:55:00 # ======================================= # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), PHP ch SLZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 2.0085E+13 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 7.603000E+01 B058F05 Frequency of gain: 5.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), PHP ch SLZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.192000E+02 B058F05 Frequency of gain: 1.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, PHP ch SLZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, PHP ch SLZ | + # + +--------------------------------+ + # B041F05 Symmetry type: C B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 62 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 # # # + +------------------------------+ + # + | Decimation, PHP ch SLZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, PHP ch SLZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 6.228380E+06 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 #