Omron C200HG Manuel D’Utilisation

Y

0

X

0

X

1

X

2

X

3

X

4

X

m

X

Y

Y

m

Y

4

Y

3

Y

1

Y

2

Enter the coordinates of the m+1 end-points, which define the m line segments,
as shown in the following table. Enter all coordinates in BIN form. Always enter
the coordinates from the lowest X value (X

1

) to the highest (X

m

). X

0

 is 0000, and

does not have to be entered.

C+1

X

m

 (max. X value)

C+2

Y

0

C+3

X

1

C+4

Y

1

C+5

X

2

C+6

Y

2

↓

↓

C+(2m+1)

X

m

C+(2m+2)

Y

m

If bit 13 of C is set to 1, the graph will be reflected from left to right, as shown in the
following diagram.

X

0

X

m

X

Y

X

m

X

0

X

Y

The following example demonstrates the construction of a linear approximation
with 12 line segments. The block of data is continuous, as it must be, from DM
0000 to DM 0026 (C to C + (2

×

 12 + 2)). The input data is taken from IR 010, and

the result is output to IR 011.

DM 0000

$C00B

DM 0001

$05F0

X

12

DM 0002

$0000

Y

0

DM 0003

$0005

X

1

DM 0004

$0F00

Y

1

DM 0005

$001A

X

2

DM 0006

$0402

Y

2

↓

↓

↓

DM 0025

$05F0

X

12

DM 0026

$1F20

Y

12

APR(69)

DM 0000

010

011

00000

1 1 0 0 0 0 0 0 0 0 0 0 1 0 1 1

Bit 
15

Bit 
00

(Output and
 input both BIN)

(m–1 = 11: 12 line
segments)

Content Coordinate

00000

LD

00000

00001

APR(69)

DM

0000

010

011