參數(shù)資料
型號(hào)： M37274EFSP
廠(chǎng)商： Mitsubishi Electric Corporation
英文描述： CONN HEADER 14POS SGL PCB 30GOLD
中文描述： 單芯片8位CMOS微機(jī)隱蔽字幕解碼器和屏幕顯示控制器
文件頁(yè)數(shù)： 22/147頁(yè)
文件大?。?/td> 2042K
代理商： M37274EFSP
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22
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER with CLOSED CAPTION DECODER
and ON-SCREEN DISPLAY CONTROLLER
M37274EFSP
PRELIMINARY
Notice: This is not a final specification.
Some paramentic limits are subject to change.
MITSUBISHI MICROCOMPUTERS
TIMERS
The M37271MF-XXXSP has 6 timers: timer 1, timer 2, timer 3,
timer 4, timer 5, and timer 6. All timers are 8-bit timers with the 8-bit
timer latch. The timer block diagram is shown in Figure 18.
All of the timers count down and their divide ratio is 1/(n+1), where n
is the value of timer latch. By writing a count value to the correspond-
ing timer latch (addresses 00F0
16
to 00F3
16
: timers 1 to 4, addresses
020C
16
and 020D
16
: timers 5 and 6), the value is also set to a timer,
simultaneously.
The count value is decremented by 1. The timer interrupt request bit
is set to “1” by a timer overflow at the next count pulse, after the
count value reaches “00
16
”.
(1) Timer 1
Timer 1 can select one of the following count sources:
f(X
IN
)/16 or f(X
CIN
)/16
f(X
IN
)/4096 or f(X
CIN
)/4096
External clock from the P4
2
TIM2 pin
The count source of timer 1 is selected by setting bits 5 and 0 of
timer mode register 1 (address 00F4
16
). Either f(X
IN
) or f(X
CIN
) is
selected by bit 7 of the CPU mode register.
Timer 1 interrupt request occurs at timer 1 overflow.
(2) Timer 2
Timer 2 can select one of the following count sources:
f(X
IN
)/16 or f(X
CIN
)/16
Timer 1 overflow signal
External clock from the TIM2 pin
The count source of timer 2 is selected by setting bits 4 and 1 of
timer mode register 1 (address 00F4
16
). Either f(X
IN
) or f(X
CIN
) is
selected by bit 7 of the CPU mode register. When timer 1 overflow
signal is a count source for the timer 2, the timer 1 functions as an 8-
bit prescaler.
Timer 2 interrupt request occurs at timer 2 overflow.
(3) Timer 3
Timer 3 can select one of the following count sources:
f(X
IN
)/16 or f(X
CIN
)/16
f(X
CIN
)
External clock from the TIM3 pin
The count source of timer 3 is selected by setting bit 0 of timer mode
register 2 (address 00F5
16
) and bit 6 at address 00C7
16
. Either f(X
IN
)
or f(X
CIN
) is selected by bit 7 of the CPU mode register.
Timer 3 interrupt request occurs at timer 3 overflow.
(4) Timer 4
Timer 4 can select one of the following count sources:
f(X
IN
)/16 or f(X
CIN
)/16
f(X
IN
)/2 or f(X
CIN
)/2
f(X
CIN
)
The count source of timer 3 is selected by setting bits 1 and 4 of
timer mode register 2 (address 00F5
16
). Either f(X
IN
) or f(X
CIN
) is
selected by bit 7 of the CPU mode register. When timer 3 overflow
signal is a count source for the timer 4, the timer 3 functions as an 8-
bit prescaler.
Timer 4 interrupt request occurs at timer 4 overflow.
(5) Timer 5
Timer 5 can select one of the following count sources:
f(X
IN
)/16 or f(X
CIN
)/16
Timer 2 overflow signal
Timer 4 overflow signal
The count source of timer 3 is selected by setting bit 6 of timer mode
register 1 (address 00F4
16
) and bit 7 of timer mode register 2 (ad-
dress 00F5
16
). When overflow of timer 2 or 4 is a count source for
timer 5, either timer 2 or 4 functions as an 8-bit prescaler. Either
f(X
IN
) or f(X
CIN
) is selected by bit 7 of the CPU mode register.
Timer 5 interrupt request occurs at timer 5 overflow.
(6) Timer 6
Timer 6 can select one of the following count sources:
f(X
IN
)/16 or f(X
CIN
)/16
Timer 5 overflow signal
The count source of timer 6 is selected by setting bit 7 of timer mode
register 1 (address 00F4
16
). Either f(X
IN
) or f(X
CIN
) is selected by bit
7 of the CPU mode register. When timer 5 overflow signal is a count
source for timer 6, timer 5 functions as an 8-bit prescaler.
Timer 6 interrupt request occurs at timer 6 overflow.
At reset, timers 3 and 4 are connected by hardware and “FF
16
” is
automatically set in timer 3; “07
16
” in timer 4. The f(X
IN
)
8
/16 is se-
lected as the timer 3 count source. The internal reset is released by
timer 4 overflow in this state and the internal clock is connected.
At execution of the STP instruction, timers 3 and 4 are connected by
hardware and “FF
16
” is automatically set in timer 3; “07
16
” in timer 4.
However, the f(X
IN
)
8
/16 is not selected as the timer 3 count source.
So set both bit 0 of timer mode register 2 (address 00F5
16
) and bit 6
at address 00C7
16
to “0” before execution of the STP instruction
(f(X
IN
)
8
/16 is selected as the timer 3 count source). The internal
STP state is released by timer 4 overflow in this state and the inter-
nal clock is connected.
As a result of the above procedure, the program can start under a
stable clock.
8
: When bit 7 of the CPU mode register (CM
7
) is “1,” f(X
IN
) be-
comes f(X
CIN
).
The structure of timer-related registers is shown in Figure 16 and 17.
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