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RVP10
User Guide
Digital Receiver and Signal Processor
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Dual-polarization algorithms
Introduction to dual-polarization
Case 3: Alternating H/V Transmit: Single Receiver
About this document
Product overview
Functional description
RVP10 hardware
Using RVP10
Plot-assisted setups
TTY non-volatile setups
Processing algorithms
Dual-polarization algorithms
Introduction to dual-polarization
Dual-polarization overview
Radar system considerations
Horizontal, vertical, and enhanced reflectivities (Z
H
, Z
V
, Z
HV
)
Processing algorithms
Case 1: Fixed Transmit: Dual-Channel Receiver
Case 2: Simultaneous Dual Transmit and Receive (STAR)
Case 3: Alternating H/V Transmit: Single Receiver
Case 3: Input Receiver Samples
Case 3: Calculation of polarization measurands
Case 4: Alternating H/V Transmit: Dual Receiver
Standard moment calculations (T, Z, V, W)
Attenuation correction of Z
HydroClass
Melting level height detection
Calibration and data quality
Time series recording
Technical data
Writing a problem report
IFRD10 technical drawings
Installation and test procedures
RVP10 programming interface
Recycling instruction
Warranty
Technical support
Case 3: Alternating H/V Transmit: Single Receiver
Case 3: Input Receiver Samples
Case 3: Calculation of polarization measurands
