Channel Status Struct Bit Definition - Spectrum Controls Micro800 2085sc-IF16C User Manual

Word Name
Input 7 Ch 7 Data
Input 8 Ch 8 Data
Input 9 Ch 9 Data
Input 10
Ch 10 Data
Input 11
Ch 11 Data
Input 12
Ch 12 Data
Input 13
Ch 13 Data
Input 14
Ch 14 Data
Input 15
Ch 15 Data
Input 16 Ch 0-1 Status
Input 17 Ch 2-3 Status
Input 18 Ch 4-5 Status
Input 19 Ch 6-7 Status
Input 20 Ch 8-9 Status
Input 21 Ch 10-11 Status
Input 22 Ch 12-13 Status
Input 23 Ch 14-15 Status
Input 24 Module Status
Chapter 3: Configuring the 2085sc-IF16 Using CCW
Type
INT
INT
INT
INT
INT
INT
INT
INT
INT
STRUCT
STRUCT
STRUCT
STRUCT
STRUCT
STRUCT
STRUCT
STRUCT
STRUCT

3.5.10 Channel Status Struct Bit Definition

The structure definition for each 'Ch n Status' in the Input Assembly table is
described below.
Each channel status struct is only one byte. Two channel status structs are stored
in each input word. The low byte (bits 0-7) of each channel status word is for the
first channel; the high byte (bits 8-15) is for the second channel. For example,
Input 23 word bits 0-7 represent channel 14 and bits 8–15 represent channel 15.
Unused bits are 0.
Length
Description
(Words)
1 Analog Channel Data Channel 7
1 Analog Channel Data Channel 8
1 Analog Channel Data Channel 9
Analog Channel Data Channel
1
10
Analog Channel Data Channel
1
11
Analog Channel Data Channel
1
12
Analog Channel Data Channel
1
13
Analog Channel Data Channel
1
14
Analog Channel Data Channel
1
15
1 Channel Status Bits Channel 0-1
1 Channel Status Bits Channel 2-3
1 Channel Status Bits Channel 4-5
1 Channel Status Bits Channel 6-7
1 Channel Status Bits Channel 8-9
Channel Status Bits Channel 10-
1
11
Channel Status Bits Channel 12-
1
13
1 Channel Status Bits Channel 14-
15
1 Module Status Bits
User's Manual Pub. 0300306-02 Rev. B
3-17