Vaisala RVP900 - Using the Intel IPP Library

Char Function
6 Diagnostic Results 21–27
D6 = GP12, D11 = <spare>
D5 = GP12, D10 = <spare>
D4 = GP12, D9 = <spare>
D3 = GP12, D8 = <spare>
D2 = GP12, D7 = <spare>
D1 = GP12, D6 = <spare>
D0 = GP12, D5 = <spare>
7 Shutdown Conditions 28–34
D6 = <spare>
D5 = <spare>
D4 = <spare>
D3 = GP12, D15 = <spare>
D2 = GP12, D14 = <spare>
D1 = GP12, D13 = <spare>
D0 = GP12, D12 = <spare>
8 Immediate Status 0–7
D6 = GP10, D6 = Angle sync not interruptible
D5 = GP10, D5 = Angle sync enabled
D4 = GP10, D4 = Angle sync on elevation
D3 = GP10, D3 = Angle sync is BCD
D2 = GP10, D2 = PWINFO command is disabled
D1 = GP10, D1 = Error loading trigger angle table
D0 = GP10, D0 = No trigger
9 Immediate Status 8–14
D6 = GP10, D13 = # compute processes –1 (bit 1)
D5 = GP10, D12 = # compute processes –1 (bit 0)
D4 = GP10, D11 = Current unfolding mode (bit 1)
D3 = GP10, D10 = Current unfolding mode (bit 0)
D2 = GP10, D9 = DSP supports 16-bit
floating time series
D1 = GP10, D8 = DSP has full IAGC hardware support
D0 = GP10,D7 = Angle sync is dynamic
10 Immediate Status 15–21
D6 = GP18, D4 = IFDR uplink cable failure
D5 = GP18, D3 = DSP supports DPRT–1 algorithms
D4 = GP18, D2 = <spare>
D3 = GP18, D1 = DSP supports random phase algorithms
D2 = GP18, D0 = DSP supports FFT algorithms
D1 = GP10, D15 = <spare>
D0 = GP10, D14 = DSP supports power spectrum output
RVP900 User Guide M211322EN-J
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