參數(shù)資料
型號(hào): M37754
廠商: Mitsubishi Electric Corporation
英文描述: SINGLE-CHIP 16BIT CMOS MICROCOMPUTER
中文描述: 單芯片16位微機(jī)的CMOS
文件頁(yè)數(shù): 43/114頁(yè)
文件大小: 1116K
代理商: M37754
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43
PRELIMINARY
Notice: This is not a final specification.
Some parametric limits are subject to change.
MITSUBISHI MICROCOMPUTERS
M37754M8C-XXXGP, M37754M8C-XXXHP
M37754S4CGP, M37754S4CHP
SINGLE-CHIP 16-BIT CMOS MICROCOMPUTER
Pulse mode 0
This mode divides a pulse output port into 4 bits and 4 bits and indi-
vidually controls them.
When setting the pulse output mode select bit to “0”, and setting bits
2 and 1 to “0” and bit 0 to “1” of the waveform output select bits, four
of RTP1
3
, RTP1
2
, RTP1
1
, and RTP1
0
become the pulse output
ports with RTP1 selected.
When setting the pulse output mode select bit to “0”, and setting bits
2 and 0 to “0” and bit 1 to “1” of the waveform output select bits, four
of RTP0
3
, RTP0
2
, RTP0
1
, RTP0
0
become the pulse output ports
with RTP0 selected.
When setting the pulse output mode select bit to “0”, and setting bit
2 to “0” and bits 1 and 0 to “1” of the waveform output select bits,
the following two groups become the pulse output ports with RTP1
and RTP0 selected:
Four of RTP1
3
, RTP1
2
, RTP1
1
, RTP1
0
Four of RTP0
3
, RTP0
2
, RTP0
1
, RTP0
0
.
Each time the contents of timer A1 counter become 0000
16
, the
contents of pulse output data register 1 (low-order 4 bits at address
1C
16
) corresponding to RTP1
3
, RTP1
2
, RTP1
1
, RTP1
0
are output
from ports.
Each time the contents of timer A0 counter become 0000
16
, the
contents of pulse output data register 0 (low-order 4 bits at address
1D
16
) corresponding to RTP0
3
, RTP0
2
, RTP0
1
, RTP0
0
are output
from ports.
When writing “0” to the specified bit of pulse output data register, “L”
level is output from the pulse output port when the contents of cor-
responding timer counter become 0000
16
; when writing “1” to it, “H”
level is output from the pulse output port.
Note :
Only when bit 5 of the particular function select register 1
(in Fig. 15) is set to “1”, this register’s contents can be
changed from the status after reset (in Fig.76).
Waveform output mode register 1A
16
Waveform output select bits
000 : Parallel port
001 : RTP1 selected
(Valid in pulse mode 0)
010 : RTP0 selected
(Valid in pulse mode 0)
011 : In pulse mode 0
RTP1 and RTP0 selected
In pulse mode 1
RTP1, RTP0
3
, RTP0
2
,
RTP0
1
, RTP0
0
selected
Polarity select bit
(Valid for RTP0 in pulse mode 0)
0 : Positive polarity
1 : Negative polarity
Pulse width modulation select bit 0
(Valid for RTP1 in pulse mode 0;
Valid for RTP1, RTP0
3
, RTP0
2
in
pulse mode 1)
0 : No modulation by timer A2
1 : Modulation by timer A2
Pulse width modulation select bit 1*
(Valid in pulse mode 1)
0 : Modulation by timer A2
1 : Modulation for RTP0
3
, RTP0
2
by timer A2
Modulation for RTP1
1
, RTP1
0
by timer A3
Modulation for RTP1
3
, RTP1
2
by timer A4
* when selecting pulse mode 0, fix
this bit to “0”.
Waveform output control bit 0
0 : In pulse mode 0
Disable RTP0 waveform output
In pulse mode 1
Disable RTP0
output
1 : In pulse mode 0
Enable RTP0 waveform output
In pulse mode 1
Enable RTP0
1
, RTP0
0
waveform
output
1
, RTP0
0
waveform
Waveform output control bit 1
0 : In pulse mode 0
Disable RTP1 waveform output
In pulse mode 1
Disable RTP1, RTP0
3
, RTP0
2
waveform output
1 : In pulse mode 0
Enable RTP1 waveform output
In pulse mode 1
Enable RTP1, RTP0
waveform output
3
, RTP0
2
7
6
5
4
3
2
1
0
Address
Timer A0 mode register
Timer A1 mode register
56
16
57
16
100 : Fix to “100” in pulse output port mode
×
: Not used in pulse output port mode
00 : Fix to “00” in pulse output port mode
Clock source select bit
00 : Pf
2
selected
01 : Pf
16
selected
10 : Pf
64
selected
11 : Pf
512
selected
7
6
5
0
4
0
3
×
2
1
1
0
0
0
Address
Fig. 49 Bit configuration of waveform output mode register in pulse
output port mode
Fig. 50 Bit configuration of timer A1 and A0 mode registers in pulse
output port mode
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