33
ii.
Broadband Transmit Lag in vertical meters
CWPBL i
Water Profile Blank in vertical meters.
CWPBS i
Water Profile Bin Size in vertical meters.
CWPBN i
Water Profile Bins.
CWPP i
Pings Per Ensemble.
CWPTBP i
Time Between Pings.
CWPMS i
Horizontal Max Speed (m/s), Not implemented.
CWPRC i, ii, iii, iv, v, vi, vii, viii
Receiver Hardware Control
i.
Phased Array Beamformer
•
0 = Disabled
•
1 = Enabled
ii.
Bandpass Filter Bandwidth
•
0 = Width
•
1 = Narrow
iii.
Phased Array Vertical Beam
•
0 = Off
•
1 = On
iv.
Receiver Built in Test
•
0 = Off
•
1 = On
v.
Lowpass Filter Bandwidth
•
0 = Width
•
1 = Narrow
vi.
Spare
vii.
Receiver Power Control
•
0 = OFF
•
1 = ON
viii.
Preamp Gain
•
0 = Low Gain
•
1 = High Gain
CWPRF i, ii, iii
Internal Power Supply Switching Frequency
i.
F2
ii.
F1
iii.
F0
CWPRT i, ii, iii, iv
Water Profile Range Tracking
i.
Water Profile Range Tracking Mode
ii.
Begin bin if m = 1 or % of pressure depth if m = 2
iii.
End bin
iv.
SNR (dB) Threshold
CWPST i, ii, iii
Velocity Screening Threshold
i.
Correlation Threshold (0 to 1)
ii.
Q Good Threshold (m/s)
Summary of Contents for HASCP
Page 26: ...26 Figure 15 Firmware Tab in the RTI HASCP software...
Page 68: ...68 8 Cable Wiring Diagrams This section outlines the HASCP communication cable wiring...
Page 73: ...73 10 Mechanical Drawings and Assembly Figure 23 Outline drawing of the HASCP unit MCBH 10M...
Page 74: ...74 Figure 24 Location of transducer beams in the HASCP unit...
Page 76: ...76 Figure 26 Exploded view of the HASCP unit showing the details of the hardware used...
Page 78: ...78 Figure 28 HASCP mounted on a pole used for internal testing at RTI...
