参数资料
型号: P60ARM-B
厂商: Zarlink Semiconductor Inc.
英文描述: Low power, general purpose 32-bit RISC microprocessor
中文描述: 低功耗,通用32位RISC微处理器
文件页数: 11/120页
文件大小: 1275K
代理商: P60ARM-B
Signal Description
7
nRESET
I
Not reset. This is a level sensitive input signal which is used to start the processor from a
known address. A LOW level will cause the instruction being executed to terminate
abnormally. When
nRESET
becomes HIGH for at least one clock cycle, the processor will re-
start from address 0.
nRESET
must remain LOW (and
least two clock cycles. During the LOW period the processor will perform dummy instruction
fetches with the address incrementing from the point where reset was activated. The address
will overflow to zero if
nRESET
is held beyond the maximum address limit.
nWAIT
must remain HIGH) for at
nRW
OS8
Not read/write.When HIGH this signal indicates a processor write cycle; when LOW, a read
cycle. It becomes valid during phase 2 of the cycle before that to which it refers, and remains
valid to the end of phase 1 of the referenced cycle.
nTRANS
OS8
Not memory translate. When this signal is LOW it indicates that the processor is in user
mode. It may be used to tell memory management hardware when translation of the
addresses should be turned on, or as an indicator of non-user mode activity.
nTRST
IP
NOT Test Reset. Active-low reset signal for the boundary scan logic. This pin must be pulsed
or driven low to achieve normal device operation, in addition to the normal device reset
(nRESET). The action of this and the other four boundary scan signals are described in more
detail later in this document.
nWAIT
I
Not wait. When accessing slow peripherals, ARM60 can be made to wait for an integer
number of
MCLK
cycles by driving
nWAIT
LOW. Internally,
and must only change when
MCLK
is LOW. If
nWAIT
is ANDed with
MCLK
nWAIT
is not used it must be tied HIGH.
PROG32
I
32 bit Program configuration. When this signal is HIGH the processor can fetch instructions
from a 32 bit address space using address lines
instructions from a 26 bit address space using
A[25:0]
lines
A[31:26]
are not used for instruction fetches. Before changing
processor is in a 26 bit mode, and is not about to write to an address in the range 0 to 0x1F
(inclusive) in the next cycle.
A[31:0]
. When it is LOW the processor fetches
. In this latter configuration the address
PROG32
, ensure that the
SEQ
O4
Sequential address. This output signal will become HIGH when the address of the next
memory cycle will be related to that of the last memory access. The new address will either
be the same as or 4 greater than the old one.
The signal becomes valid during phase 1 and remains so through phase 2 of the cycle before
the cycle whose address it anticipates. It may be used, in combination with the low-order
address lines, to indicate that the next cycle can use a fast memory mode (for example DRAM
page mode) and/or to bypass the address translation system.
TCK
IP
Test Clock.
TDI
IP
Test Data Input.
TDO
OS8
Test Data Output. Output from the boundary scan logic.
TMS
IP
Test Mode Select.
VDD
P
Power supply. These connections provide power to the device.
VSS
P
Ground. These connections are the ground reference for all signals.
Name
Type
Description
Table 1: Signal Description
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