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HCS12 Datasheet(PDF) 70 Page - Freescale Semiconductor, Inc

Part # HCS12
Description  HCS12 Microcontrollers
PDF  452 Pages
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Manufacturer  FREESCALE [Freescale Semiconductor, Inc]
Direct Link  http://www.freescale.com
Logo FREESCALE - Freescale Semiconductor, Inc

HCS12 Datasheet(HTML) 70 Page - Freescale Semiconductor, Inc

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S12CPUV2 Reference Manual, Rev. 4.0
70
Freescale Semiconductor
5.16 Maximum and Minimum Instructions
The maximum (MAX) and minimum (MIN) instructions are used to make
comparisons between an accumulator and a memory location. These
instructions can be used for linear programming operations, such as
simplex-method optimization, or for fuzzification.
MAX and MIN instructions use accumulator A to perform 8-bit comparisons,
while EMAX and EMIN instructions use accumulator D to perform 16-bit
comparisons. The result (maximum or minimum value) can be stored in the
accumulator (EMAXD, EMIND, MAXA, MINA) or the memory address
(EMAXM, EMINM, MAXM, MINM).
Table 5-14 is a summary of minimum and maximum instructions.
Table 5-14. Minimum and Maximum Instructions
Mnemonic
Function
Operation
Minimum Instructions
EMIND
MIN of two unsigned 16-bit values
result to accumulator
MIN ((D), (M
: M + 1)) ⇒ D
EMINM
MIN of two unsigned 16-bit values
result to memory
MIN ((D), (M
: M + 1)) ⇒ M : M+1
MINA
MIN of two unsigned 8-bit values
result to accumulator
MIN ((A), (M))
⇒ A
MINM
MIN of two unsigned 8-bit values
result to memory
MIN ((A), (M))
⇒ M
Maximum Instructions
EMAXD
MAX of two unsigned 16-bit values
result to accumulator
MAX ((D), (M
: M + 1)) ⇒ D
EMAXM
MAX of two unsigned 16-bit values
result to memory
MAX ((D), (M
: M + 1)) ⇒ M : M + 1
MAXA
MAX of two unsigned 8-bit values
result to accumulator
MAX ((A), (M))
⇒ A
MAXM
MAX of two unsigned 8-bit values
result to memory
MAX ((A), (M))
⇒ M



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