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T410 датащи(PDF) 18 Page - STMicroelectronics

номер детали T410
подробное описание детали  8-BIT INTELLIGENT CONTROLLER UNIT ICU Three Timer/PWMs, ADC, WDG
PDF  84 Pages
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производитель  STMICROELECTRONICS [STMicroelectronics]
домашняя страница  http://www.st.com
Logo STMICROELECTRONICS - STMicroelectronics

T410 датащи(HTML) 18 Page - STMicroelectronics

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ST52T410/ST52T420/E420
18/84
The STACK POINTER indicates the first level
available to store data. When a subroutine call or
interrupt request occurs, the content of the PC and
the current set of flags are stored into the level
located by the STACK POINTER.
When a interrupt return occurs (RETI instruction),
the data stored in the highest stack level is
restored back into the PC and current flags.
Instead, when a subroutine return occurs (RET
instruction) the data stored in the highest stack
level are restored in the PC not affecting the flags.
These operating modes are illustrated in Figure
2.4.
Note:
The user must pay close attention to avoid
overwriting RAM locations where the STACK could
be stored.
2.3.2 Input Registers Bench.
The Input Registers (IR) bench consists of 18 8-bit
registers containing data or the status of the
peripherals.
All the registers can be specified by using a
decimal address (for example, 0 identifies the first
register of the IR).
The assembler instruction:
LDRI RAM_Reg. IR_i
loads the value of the i-th IR in the RAM location
identified by the RAM_Reg address.
The first input register is dedicated to store the
value of the stack pointer. The next 8 registers
(ADC_OUT_0:7) of the IR are dedicated to the 8
converted
values
deriving
from
the
ADC
(ST52x420 only). The last 9 Input Registers
contain data from the I/O ports and PWM/Timers.
The following table summarizes the IR address
and the relative peripherals. In order to simplify the
concept, a mnemonic name is assigned to the
registers.
The
same
name
is
used
in
VISUALSTUDIO® development tools
Figure 2.4 Stack Operation



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