Vaisala RVP900

USER’S MANUAL__________________________________________________________________
346 _________________________________________________________________ M211322EN-D
17 Immediate Status 64–70
D6 =
D5 =
D4 =
D3 =
D2 =
D1 =
D0 = GP59,D15 = <spare>
18 Latched Status 0–6
D6 = GP9,D6 = Command received while FIFO full
D5 = GP9,D5 = FIFO overflow during last PROC command
D4 = GP9,D4 = <spare>D3 = GP9,
D3 = PRT varied by more than 10 microseconds
D2 = GP9,D2 = No trigger during PROC command
D1 = GP9,D1 = Trigger too fast during noise measurement
D0 = GP9,D0 = No trigger during noise measurement
19 Latched Status 7–14
D6 = GP9,D13 = <spare>
D5 = GP9,D12 = <spare>
D4 = GP9,D11 = Measured phase sequence is invalid
D3 = GP9,D10 = Error in LSIMUL command protocol
D2 = GP9,D9 = Error in last LRMSK command
D1 = GP9,D8 = <spare>
D0 = GP9,D7 = Error detected during last SNOISE command
20 Latched Status 15–21
D6 = <spare>
D5 = <spare>
D4 = <spare>
D3 = <spare>
D2 = <spare>
D1 = GP9,D15 = Invalid processor configuration
D0 = GP9,D14 = <spare>
21 SOPRMS Status 0–6
D6 = GP31,D6 = <spare>
D5 = GP31,D5 = 3x3 filtering enabled
D4 = GP31,D4 = <spare>
D3 = GP31,D3 = <spare>
D2 = GP31,D2 = Reflectivity speckle remover on
D1 = GP31,D1 = Doppler speckle remover on
D0 = GP31,D0 = Reflectivity is range normalized, else SNR
22 SOPRMS Status 7–13
D6 = GP31,D13 = Polarization bit 1: 0=Horiz, 1=Vert
D5 = GP31,D12 = Polarization bit 0: 2=Alternating, 3=Dual
D4 = GP31,D11 = Disables header output
D3 = GP31,D10 = Use any spectrum size
D2 = GP31,D9 = Output is in 16-bit format
D1 = GP31,D8 = Enable clutter microsupression
D0 = GP31,D7 = Use 3-lag processing for widths
Table 15 Internal BITE Packet (RVP900 to Host) (Continued)
Char Function