Omron C200HX Manuel D’Utilisation

Note If the content of S exceeds 270F, the converted result would exceed 9999 and

BCD(24) will not be executed. When the instruction is not executed, the content
of R remains unchanged.

BCD(24) cannot be used to convert signed binary data directly to BCD. To con-
vert signed binary data, first determine whether the data is positive or negative. If
it is positive, BCD(24) can be used to convert the data to BCD. If it is negative,
use the 2’s COMPLEMENT – NEG(––) instruction to convert the data to un-
signed binary before executing BCD(24). Refer to page 27 for details on signed
binary data.

S is greater than 270F.

Indirectly addressed DM word is non-existent. (Content of 

DM word is

not BCD, or the DM area boundary has been exceeded.)

EQ:

ON when the result is zero.

S: First source word (binary)

IR, SR, AR, DM, HR, LR

R: First result word

IR, SR, AR, DM, HR, LR

BCDL(59)

S

R

@BCDL(59)

S

R

If the content of S exceeds 05F5E0FF, the converted result would exceed
99999999 and BCDL(59) will not be executed. When the instruction is not
executed, the content of R and R+1 remain unchanged.

S and S+1 must be in the same data area as must R and R+1.

BCDL(59) converts the 32-bit binary content of S and S+1 into eight digits of
BCD data, and outputs the converted data to R and R+1.

S + 1

S

R + 1

R

BCD

Binary

BCD(24) cannot be used to convert signed binary data directly to BCD. To con-
vert signed binary data, first determine whether the data is positive or negative. If
it is positive, BCD(24) can be used to convert the data to BCD. If it is negative,
use the DOUBLE 2’s COMPLEMENT – NEGL(––) instruction to convert the data
to unsigned binary before executing BCD(24). Refer to page 27 for details on
signed binary data.

Content of R and R+1 exceeds 99999999.

Indirectly addressed DM word is non-existent. (Content of 

DM word is

not BCD, or the DM area boundary has been exceeded.)

EQ:

ON when the result is zero.