IEEE 488.2 compatible Status Structures | Status reporting |
The Output Register
0
0
0
ARM
RLY
POL
ON
STBY
ARM | the Power Module is Armed (new SET and PROT values are stored and |
| do not effect the output) |
RLY | Output Disconnect Relay is closed (0) or open (1). |
POL | Output Polarity (using relays) is Positive (0) or Negative (1). |
ON | Power Module’s output is enabled (1). |
STBY | Power Module’s output is actually disabled - Standby (1). |
The Output Register shows the current state of the Power Module.
The Faults Register
0
0
0
R_FB
TEMP OVP
OCP
SENS
R_FB | Retry Foldback caused the Power Module to shutdown (1). |
TEMP | Power Module Over Temperature (1). |
OVP | Power Module’s Over Voltage Protection was tripped (1). |
OCP | Power Module’s Over Current Protection was tripped (1). |
SENS | Power Module’s Sense lines have excessive voltage drop (1). |
The Faults Register shows the current state of the Power Module.
The Status Register
0
0
0
CAL
CONF
FLT
WRN
1
CAL | Power Module is not calibrated (1). |
CONF | the confidence Test had errors (1). |
FLT | the Faults Register has some bits set (1). |
WRN | the Warnings Register has some bits set (1). |
The Status Register shows the current state of the Power Module.
Bit 0, usually returns 1 (this is the Power Module’s ready flag - it will be 0 during the execution of lengthy commands mostly inaccessible to the user).
The Error Code
The Power Module’s Error Code Byte is cleared when read.
The Events Enable Register
PON
0
CMD
OUT
ERR
FLT
WRN
OPC
The Events Enable Register has the same structure as the Events register. It is used as a mask for generating the Power Module’s Status Summary Bit. A set bit in the Events Enable Register enables the corresponding Events Register bit to set the Summary Bit.
The register is set with the CESE <int> Command and read with the CESE? Query.
70 | XMP 2600 Programming Manual rev. 1.1 |
