118165-001 REV. A
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18
4.4.2
Request Status
Description:
The host requests that the firmware sends the power supply status.
Direction:
Host to supply
Syntax:
<STX><22><,><CSUM><ETX>
Example:
<STX>22,<CSUM><ETX>
Response:
<STX><22><,><ARG1><,><ARG2><,><ARG3><,><ARG4><,><A
RG5><,><ARG6><,><ARG7><,><ARG8><,><ARG9><,><ARG10>
<,><ARG11><,><ARG12><,><ARG13><,><ARG14><,><ARG15>
<,><ARG16><,><ARG17><,><ARG18><,><ARG19><,><ARG20>
<,><ARG21><,><ARG22><,><ARG23><,><ARG24><,><ARG25>
<,><ARG26><,><<CSUM><ETX>
Where: (ARG# in ASCII format representing unscaled value)
<ARG1> X-Ray On/Off = 1 – On, 0 - Off
<ARG2> Safety Interlock = 0 - Open, 1 - Closed
<ARG3> Fault Condition = 1 – Fault, 0 - No Fault
<ARG4> Prep = 1 – Prep Active, 0 = Not in prep
<ARG5> Status Bit 1
<ARG6> Status Bit 2
<ARG7> Status Bit 3
<ARG8> Tube Selection Bit 1
<ARG9> Tube Selection Bit 2
<ARG10> Tube Selection Bit 3
<ARG11> Tube Selection Bit 4
<ARG12> Load Tube Default Table to FRAM memory.
<ARG13> Ready Status = 1 – Ready, 0 – Not Ready
<ARG14> Setup Status = 1 –Invalid Setup, 0 – Setup is valid
<ARG15> Calibration Active = 1-In calibration mode.
<ARG16> Filament Open Loop
<ARG17> AC/DC Fault Bypass
<ARG18> OPEN FILAMENT Bypass
<ARG19> ANALOG PROG
<ARG20> “Over Duty” Bypass
<ARG21> kV/mA FDBK HOLD Bypass
