Spectrum Controls Micro800 2085sc-IF16C, User Manual, Page: 43 / 60

Chapter 3: Configuring the 2085sc-IF16 Using CCW 3-17
User’s Manual Pub. 0300306-02 Rev. B
Word Name Type
Length
(Words)
Description
Input 7 Ch 7 Data INT 1 Analog Channel Data Channel 7
Input 8 Ch 8 Data INT 1 Analog Channel Data Channel 8
Input 9 Ch 9 Data INT 1 Analog Channel Data Channel 9
Input 10
Ch 10 Data INT 1
Analog Channel Data Channel
10
Input 11
Ch 11 Data INT 1
Analog Channel Data Channel
11
Input 12
Ch 12 Data INT 1
Analog Channel Data Channel
12
Input 13
Ch 13 Data INT 1
Analog Channel Data Channel
13
Input 14
Ch 14 Data INT 1
Analog Channel Data Channel
14
Input 15
Ch 15 Data INT 1
Analog Channel Data Channel
15
Input 16 Ch 0-1 Status STRUCT 1 Channel Status Bits Channel 0-1
Input 17 Ch 2-3 Status STRUCT 1 Channel Status Bits Channel 2-3
Input 18 Ch 4-5 Status STRUCT 1 Channel Status Bits Channel 4-5
Input 19 Ch 6-7 Status STRUCT 1 Channel Status Bits Channel 6-7
Input 20 Ch 8-9 Status STRUCT 1 Channel Status Bits Channel 8-9
Input 21 Ch 10-11 Status STRUCT 1 Channel Status Bits Channel 10-
11
Input 22 Ch 12-13 Status STRUCT 1 Channel Status Bits Channel 12-
13
Input 23 Ch 14-15 Status STRUCT 1 Channel Status Bits Channel 14-
15
Input 24 Module Status STRUCT 1 Module Status Bits
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.