MITSUBISHI MICROCOMPUTERS M37210M3-XXXSP/FP, M37210M4-XXXSP, M372

The Datasheet Archive - 100 Million Datasheets from 7500 Manufacturers.

MITSUBISHI MICROCOMPUTERS M37210M3-XXXSP/FP, M37210M4-XXXSP, M372

Datasheet Thumbnail

Top Searches for this datasheet

MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
DESCRIPTION
M37210M3-XXXSP/FP single-chip microcomputer designed with CMOS silicon gate technology. housed 52-pin shrink plastic molded 64-pin plastic molded QFP. This single-chip microcomputer useful channel selection system because provides function, display function addition their simple instruction sets, ROM, RAM, addresses placed same memory enable easy programming. features M37210E4-XXXSP/FP M37210E4SP/FP similar those M37210M4-XXXSP except that these chips have built-in PROM which written electrically. differences between M37210M3-XXXSP/FP, M37210 M4-XXXSP, M37211M2-XXXSP size, size, outputs shown below. Accordingly, following descriptions will M37210M3-XXXSP/FP unless otherwise noted. Type name M37210M3-XXXSP/FP M37210M4-XXXSP M37211M2-XXXSP size bytes bytes bytes size bytes bytes bytes 6-bit outputs
CONFIGURATION (TOP VIEW)
HSYNC VSYNC P60/PWM0 P61/PWM1 P62/PWM2 P63/PWM3 P00/PWM4 P01/PWM5 P02/PWM6 P03/PWM7 P42/SIN /A-D5 P41/SCLK P40/SOUT (/IN P35/INT2/A-D4 P34/INT1 P33/TIM3 P32/TIM2 CNVSS XOUT
P52/R P53/G P54/B P55/OUT P15/A-D1 P16/A-D2 P17/A-D3 RESET OSC1 OSC2
M37210M3-XXXSP M37210M4-XXXSP M37211M2-XXXSP
Note After reset, stack page selection which because internal M37211M2-XXXSP only zero page.
FEATURES
Number basic instructions Memory size bytes (M37210M3-XXXSP/FP)
bytes (M37210M4-XXXSP) bytes (M37211M2-XXXSP) bytes (M37210M3-XXXSP/FP) bytes (M37210M4-XXXSP) bytes (M37211M2-XXXSP) display. bytes display bytes minimum instruction execution time 0.5µs 8MHz oscillation frequency) Power source voltage Power dissipation 110mW 4MHz oscillation frequency, 5.5V, display) Subroutine nesting levels (Max.) Interrupts types, vectors 8-bit timers Programmable ports (Ports Output ports (ports Output ports (ports P52, withstand ports Serial 8-bit channel output circuit (14-bit 6-bit M37210M3 M37210M4 (14-bit 6-bit M37211M2
Outline 52P4B
Note M37211M2-XXXSP does have PWM6 PWM7.
comparator (5-bit resolution) channels display function
Display characters characters lines lines max.) Character kinds kinds structure dots Character size kinds Character color kinds specified character) max. kinds Raster color (max. kinds) Display layout Horizontal levels Vertical levels Bordering (horizontal vertical)
APPLICATION
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
CONFIGURATION (TOP VIEW)
5/A-D1 P16/A-D2 P17/A-D3
/OUT HSYNC VSYNC /PWM0 /PWM1 /PWM2 /PWM3
M37210M3-XXXFP
RESET OSC1 OSC2 XOUT CNVSS
P00/PWM4 P01/PWM5 P02/PWM6 P03/PWM7 P42/SIN/A-D5 P41/SCLK P40/SOUT/(/IN) P35/INT2/A-D4 P34/INT1 P33/TIM3 P32/TIM2
Outline 64P6N-A
connection
FUNCTIONAL BLOCK DIAGRAM M37210M3-XXXSP
(5V) (0V) (0V) CNVSS
Clock input HSYNC YSYNC OSC1 OSC2
Clock output XOUT
Reset input RESET
Clock generating circuit
Data Timer count source selection circuit 14-bit circuit
Program counter PCH(8) Program counter PCL(8) bytes (Note
256bytes (Note
Timer 6-bit circuit
PWM7
PWM6
PWM5
PWM4 PWM3
PWM2
PWM1
TIM2 Timer TIM3 Timer
Control signal
Instruction decoder
8-bit arithmetic logical unit Index register Index register Stack pointer
Accumulator A(8)
Processor status register PS(8)
PWM0
Address
Timer
Instruction register
circuit
comparator
INT1
Interrupt interval determination circuit
INT2
SI/O(8)
P0(8)
A-D4
P1(8)
P2(8)
P3(6)
SCLK SOUT
INT1, INT2
P4(3)
P6(4)
P5(4)
A-D5
A-D1
A-D2
A-D3
port
port
port
port
port
Output port
Video signal output
Notes M37211M2-XXXSP does have outputs pins bytes M37210M4-XXXSP bytes M37211M2-XXXSP bytes M37210M4-XXXSP bytes M37211M2-XXXSP
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
MITSUBISHI MICROCOMPUTERS
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
FUNCTIONS
Parameter Number basic instructions Instruction execution time Clock frequency M37210M3-XXXSP/FP Memory size M37210M4-XXXSP M37211M2-XXXSP P30, P32, P40, Input Input Input Output Output Functions 0.5µs (the minimum instruction execution time, 8MHz oscillation frequency) 8MHz bytes bytes bytes bytes bytes bytes 8-bit (can used N-channel open-drain output PWM4-PWM7)(Note) 5-bit (CMOS 3-state output) 3-bit (can used input) 8-bit (CMOS 3-state output) 2-bit (CMOS 3-state input/output) 4-bit (can used timer input pins, input pins input pins) 2-bit (can used N-channel open-drain output serial function pins) 1-bit (can used serial input) 4-bit (can used pins) 4-bit (can used N-channel open-drain output PWM0-PWM3 output pins) 8-bit 8-bit timer levels (max.) external interrupts, four internal timer interrupts, serial interrupt, interrupt, f(XIN)/4096 interrupt, VSYNC interrupt, instruction Built-in circuit (externally connected ceramic resonator quartz-crystal oscillator) 110mW 4MHz oscillation frequency, 5.5V, Typ.) 55mW 4MHz oscillation frequency, 5.5V, Typ.) 1.65mW (Max.) 70°C CMOS silicon gate process 52-pin shrink plastic molded 64-pin plastic molded characters lines maximum lines software) dots kinds kinds kinds max, specified character unit levels (horizontal) levels (vertical)
Input/Output ports
Serial Timers Subroutine nesting Interrupt Clock generating circuit Power source voltage Power dissipation Operating temperature range Device structure Package M37210M3-XXXSP, M37210M4-XXXSP, M37211M2-XXXSP M37210M3-XXXFP Number character Character construction Kinds characters Character size Kinds color Display position (horizontal, vertical) display display stop mode
display function
Note M37211M2-XXXSP also used PWM4 PWM5.
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
DESCRIPTION
CNVSS RESET Name Power source voltage CNVSS Reset input Input Output Functions Apply voltage VSS. This connected enter reset state, reset input must kept more (under normal conditions). more time needed crystal oscillator stabilize, this condition should maintained required time. This chip internal clock generating circuit. control generating frequency, external ceramic resonator quartz-crystal oscillator connected between XOUT pins. external clock used, clock source should connected XOUT should left open. This timing output pin. Port 8-bit port with directional registers allowing each individually programmed input output. reset, this port input mode. output structure CMOS output. output structure N-channel open-drain output. When PWM4, PWM5, PWM6 PWM7 used, P00, common with output pins PWM4, PWM5, PWM6 PWM7. Ports P10, P12, 5-bit ports have basically same functions port output structure CMOS output. Ports P15, 3-bit input ports they common with input pins comparator (A-D1, A-D2 A-D3). Port 8-bit port basically same functions port output structure CMOS output. Ports 2-bit ports have basically same functions port output structure CMOS output. Ports P33, 4-bit input ports ports common with external clock input pins timers Ports common with external interrupt input pins INT1 INT2. Port common with input comparator (A-D4). Ports 2-bit ports have basically same functions port When serial used, ports common with SOUT SCLK pin, respectively. Port 1-bit Input port, common with input comparator (A-D5) serial input (SIN). Port 4-bit output port. output structure N-channel open-drain. This port common with 6-bit output pins PWM0-PWM3. This pins clock generating circuit display function.
Input
XOUT
Clock input Clock output Timing output port
Input Output Output
P30,
port Input port port port Input port
Input Input
P40,
port
OSC1, OSC2
Input port Output port Clock input display Clock output display HSYNC input VSYNC input output Output
Input Output Input Output
HSYNC VSYNC
Input Input Output Output
This horizontal synchronizing signal input display. This vertical synchronizing signal input display. This 4-bit output display. output structure CMOS output. This common with port P55. This output 14-bit PWM.
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
FUNCTIONAL DESCRIPTION Central Processing Unit (CPU)
M37210M3-XXXSP/FP uses standard family instruction set. Refer table family addressing modes machine instructions SERIES Software User's Manual details instruction set. Machine-resident family instructions follows instruction cannot used. MUL, DIV, WIT, instruction used.
Mode Register
mode register allocated address 00FB16. mode register contains stack page selection bit.
mode register (CPUM address 00FB16) these bits "002" Stack page selection (Note) Zero page page these bits "11112"
Note Please beware this when programming because after reset release. Especially internal M37211M2-XXXSP zero page, sure this "0".
Fig. Structure mode register
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
MEMORY Special Function Register (SFR) Area
special function register (SFR) area zero page contains control registers such ports timers.
Interrupt Vector Area
interrupt vector area contains reset interrupt vectors.
Zero Page
bytes from addresses 000016 00FF called zero page area. internal special function registers (SFR) allocated this area. zero page addressing mode used specify memory register addresses zero page area. Access this area with only bytes possible zero page addressing mode.
used data storage stack area subroutine calls interrupts.
used sroring user programs well interrupt vector area.
Special Page
bytes from addresses FF0016 FFFF16 called special page area. special page addressing mode used specify memory addresses special page area. Access this area with only bytes possible special page addressing mode.
Display
display used specifing character codes colors display.
Display
display used storing character data.
(192 bytes) M37211M2 (256 bytes) M37210M3 000016 00BF16 area 00FF16
(320 bytes) M37210M4
Zero page
013F16 017F16 used
200016 display (Note) bytes) 20B116 display bytes) bytes) bytes) M37210M4 M37210M3 300016 35FF16
used
used 380016 3DFF16 used C00016
D00016 E00016 bytes) FF0016 M37211M2 FFDE16 FFFF16
Interrupt vector area
Special page
Note Refer Table Contents display
Fig. Memory
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
00C016 00C116 00C216 00C316 00C416 00C516 00C616 00C716 00C816 00C916 00CA16 00CB16 00CC16 00CD16 00CE16 00CF16 00D016 00D116 00D216 00D316 00D416 00D516 00D616 00D716 00D816 00D916 00DA16 00DB16 00DC16 00DD16 00DE16 00DF16
Port Port directional register Port Port directional register Port Port directional register Port Port directional register Port Port directional register Port Port control register Port Port directional register 14DA-H register 14DA-L register PWM0 register PWM1 register PWM2 register PWM3 register PWM4 register output control register output control register Interrupt Interval determination register Interrupt Interval determination control register
Serial mode register Serial register
00E016 00E116 00E216 00E316 00E416 00E516 00E616 00E716 00E816 00E916 00EA16 00EB16 00EC16 00ED16 00EE16 00EF16 00F016 00F116 00F216 00F316 00F416 00F516 00F616 00F716 00F816 00F916 00FA16 00FB16 00FC16 00FD16 00FE16 00FF16
Horizontal position register Vertical position register (block Vertical position register (block Character size register Border selection register Color register Color register Color register Color register control register port control register mode register control register Timer Timer Timer Timer Timer mode register Timer mode register PWM5 register PWM6 register (Note) PWM7 register (Note)
mode register Interrupt request register Interrupt request register Interrupt control register1 Interrupt control register2
Note M37211M2-XXXSP dose have this register
Fig. Memory special function register (SFR
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
INTERRUPTS
Interrupts caused different sources consisting external, internal, software, reset. Interrupts vectored interrupts with priorities shown Table Reset also included table because operation similar interrupt. When interrupt accepted, registers pushed, interrupt disable flag set, program jumps address specified vector table. interrupt request cleared automatically. reset never disabled. Other interrupts disabled when interrupt disable flag set.
interrupts except instruction interrupt have interrupt request interrupt enable bit. interrupt request bits interrupt request registers interrupt enable bits interrupt control registers Figure shows structure interrupt request registers interrupt control registers Interrupts other than instruction interrupt reset accepted when interrupt enable "1", interrupt request "1", interrupt disable flag "0". interrupt request reset with program, set. interrupt enable reset with program. Reset treated non-maskable interrupt with highest priority. Figure shows interrupts control.
Table Interrupt vector addresses priority Interrupt sources Reset interrupt INT2 interrupt INT1 interrupt Timer interrupt f(XIN)/4096 interrupt VSYNC interrupt Timer interrupt Timer interrupt Timer interrupt Serial interrupt instruction interrupt Priority Vector addresses FFFF16, FFFE16 FFFD16, FFFB16, FFF916, FFF516, FFF316, FFF116, FFEF16, FFED16, FFEB16, FFE916, FFDF16, FFFC16 FFFA16 FFF816 FFF416 FFF216 FFF016 FFEE16 FFEC16 FFEA16 FFE816 FFDE16 Remarks Non-maskable Active edge selectable Active edge selectable
Active edge selectable
Non-maskable software interrupt
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Interrupt request register (IREQ1 address 00FC16) Timer interrupt request Timer interrupt request Timer interrupt request Timer interrupt request interrupt request VSYNC interrupt request
Interrupt request register (IREQ2 address 00FD16) INT1 interrupt request INT2 interrupt request Serial I/O1 interrupt request f(XIN)/4096 interrupt request this interrupt request issued Interrupt request issued
Interrupt control register (ICON1 address 00FE16) Timer interrupt enable Timer interrupt enable Timer interrupt enable Timer interrupt enable interrupt enable VSYNC interrupt enable these bits
Interrupt control register (ICON2 address 00FF16) INT1 interrupt enable INT2 interrupt enable Serial I/O1 interrupt enable this f(XIN)/4096 interrupt enable these bits Interrupt disabled Interrupt enabled
Fig. Structure interrupt-related registers
Interrupt request Interrupt enable Interrupt disable flag instruction reset interrupt request
Fig. Interrupt control
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
TIMERS
M37210M3-XXXSP timers: timer timer timer timer timers 8-bit timers with 8-bit timer latch. timer block diagram shown Figure timers count down their divide ratio 1/(n+1), where value timer latch. value timer same time writing count value corresponding timer latch (addresses 00F016 00F316 timers count value decremented timer interrupt request timer overflow next count pulse after count value reaches "0016."
timer mode register (address 00F516 before execution instruction (f(XIN)16 selected timer count source). internal state released timer overflow these state, internal clock connected Because this, program starts with stable clock. structure timer-related registers shown Figure
Timer mode register (TM12MR address 00F416 Timer count source selection (XIN 1024µs clock Timer count source selection Internal clock source External clock source from /TIM2 Timer count stop Operation Stop Timer count stop Operation stop Timer internal count source selection (XIN Timer overflow signal this
Timer
Timer select following count sources: f(XIN)/16 f(XIN)/4096 count source timer selected setting timer mode register (address 00F416 Timer interrupt request occurs timer overflow.
Timer
Timer select following count sources: f(XIN)/16 Timer overflow signal External clock from P32/TIM2 count source timer selected setting bits timer mode register (address 00F416 When timer overflow signal count source timer timer functions 8bit prescaler. Timer interrupt request occurs timer overflow.
Timer
Timer select following count sources: f(XIN)/16 External clock from P33/TIM3 HSYNC count source timer selected setting bits timer mode register (address 00F516). Timer interrupt request occurs timer overflow.
Timer mode register (TM34MR address 00F516 Timer count source selection (XIN External clock source (bits) Timer internal count source selection Timer overflow signal (XIN Timer count stop Operation Stop Timer count stop Operation Stop Timer count source selection Internal clock source (XIN Timer external count source selection /TIM3 input HSYNC input
Timer
Timer select following count sources: f(XIN)/16 f(XIN)/2 Timer overflow signal count source timer selected setting bits timer mode register (address 00F516). When timer overflow signal count source timer timer functions 8bit prescaler. Timer interrupt request occurs timer overflow.
reset, timers connected hardware automatically timer "0716" timer IN)/16 selected timer count source. internal reset released timer overflow these state, internal clock connected execution instruction, timers connected hardware "FF16" automatically timer "0716" timer However, f(XIN)16 selected timer count source.
Fig. Structure timer-related registers
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Data
1/4096
Timer latch
T12M0 T12M2 T12M4
Timer
Timer interrupt request
Timer latch P32/TIM2 D.F. T12M1 T12M3 Timer Timer interrupt request
HSYNC FF16 P33/TIM3 D.F. T34M5 Timer latch Timer T34M0 T34M2 Timer interrupt request Reset instruction
0716 Timer latch Timer T34M4
Selection gate Connected black colored side reset.
T34M1
Timer interrupt request
T34M3
T12M Timer mode register T34M Timer mode register Notes pulse width external clock inputs TIM2 TIM3 needs machine cycles more. When external clock source selected, timers counted rising edge input signal. stop mode wait mode, external clock inputs TIM2 TIM3 cannot used.
Fig. Timer block diagram
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
SERIAL
M37210M3-XXXSP serial I/O. block diagram serial shown Figure Synchronous input/output clock (SCLK), serial pins (SOUT, SIN) used port serial mode registers (address 00DC16) 8-bit registers. Bits these registers used select synchronous clock source.
decides whether parts will used serial not. serial input, directional register which corresponds "0". more information directional register, refer section. serial function discussed below. function serial differs depending clock source external clock internal clock.
Data
Frequency divider
Synchronization circuit
1/16
latch P41/SCLK latch P40/SOUT P42/SIN Serial shift register LSBMSB Serial counter Serial interrupt request
Selection gate Connected black colored side reset.
(address 00DD16)
Fig. Serial block diagram
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
serial counter when data stored serial register. each falling edge transfer clock, serial data output SOUT. During rising edge this clock, data input from data serial register will shifted bit. Transfer direction selected serial mode register. After transfer clock counted times, serial register will empty transfer clock will remain high level. this time interrupt request will set. External clock- external clock used, interrupt request will sent after transfer clock counted times transfer clock will stop. this reason, external clock must controlled from outside. external clock should exceed 1MHz duty cycle
50%. timing diagram shown Figure When using external clock transfer, external clock must held level when serial counter initialized. When switching between internal clock external clock, switching must performed during transfer. Also, serial counter must initialized after switching. Notes programming, note that serial counter writing serial register with managing instructions instructions. When external clock used synchronizing clock, write transmit data serial register transfer clock input level.
Sync. clock Transfer clock Serial register write signal Serial output SOUT Serial input
(Note
Notes internal clock selected, Sout high impedance after transfer completed. When external clock used synchronous clock, write transmit data serial shift register transfer clock input level.
Interrupt request
Fig. Serial timing (for first)
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Serial mode register address 00DC16) Internal synchronous clock selection bits (XIN) (XIN) (XIN) (XIN) Synchronous clock selection External clock Internal clock Serial port selection P40, SOUT1,S signal output pins this Transfer direction selection first first Serial input selection Input from Input from SOUT
Serial common transmission/reception mode. Write serial mode register, signals SOUT switch internal able serial data transmission/reception. Figure shows signals serial common transmission/reception mode. Note Receive serial data after writing "FF16 serial register.
Fig. Structure serial mode register
P41/SCLK
clock1
P40/SOUT (/IN)
Input output
transmission mode
Serial shift register
reception mode
Port data
P42/SIN
Fig. Signals serial common transmission/reception mode
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
OUTPUT CIRCUIT Introduction
M37210M3-XXXSP/FP M37210M4-XXXSP equipped with 14-bit (DA) eight 6-bit PWMs (PWM0-PWM7), M37211M2-XXXSP equipped with 6-bit PWMs (PWM0-PWM5). 14-bit resolution gives minimum resolution width 500ns (for f(XIN) 4MHz) repeat period 8192µs. PWM0-PWM7 have 6-bit resolution with minimum resolution width 16ms repeat period 1024µs. Block diagram shown Figure timing generator section applies individual control signals PWM0-7 using clock input divided reference signal.
within period circuit internal section. Refer Figure (a). different pulses output from PWM. These selected bits through Depending content 6-bit latch, pulses from selected. output difference each these pulses. Several examples shown Figure (b). Changes contents latch allows selection lengths high-level area outputs varying from 0/64 63/64. length entirely high-level output cannot output, i.e. 64/64.
14-bit Operation
output example 14-bit shown Figure 14-bit divides data within latch into lower bits higher bits. high-level area within length times output every short area =128µs determined data higher bits. Thus, time high-level area equal time lower bits that plus result, short-area period 128µs, approx. kHz) becomes approximately repetitive period.
Data Setting
output pins PWM0-3 common with port PWM4-7 common with port P00-P03. output, each output selection (bit output control register output control register should set. When used output, first higher 8-bit DA-H register (address 00CE16), then lower 6-bit DA-L register (address 00CF16). When PWM0-7 used output, 6-bit PWM0-7 register (address 00D0 00D416, 00F616 00F816), respectively.
Output after Reset
reset output port high impedance state contents register latch undefined. Note that after setting register, data transferred latch. Table Relation between low-order bits data high-level area increase space
low-order bits data Area longer than that other
Transferring Data from Registers Circuit
data written registers. bits DA-H register transferred 14-bit circuit when writing lower bits DA-L register.
Operation 6-bit PWMs
timing diagram eight 6-bit PWMs (PWM0-7) shown Figure period composed (26) segments. There different pulse types configured from bits representing significance each bit. These output
000000 000001 000010 000100 001000 010000 100000
Nothing
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Data Selection gate connected black colored side reset.
DA-H register (address 00CE16)
Pass gate
(14-bit)
DA-L register (address 00CF16)
14-bit circuit PWM0 register (address 00D016)
Timing generator
6-bit circuit
PWM0
PWM1
PWM2
PWM3
PWM4
PWM5
PWM6(Note)
PWM7(Note)
Note M37211M2-XXXSP output PWM.
Inside
same contents with others.
output control register output control register Port direction register Port Port directional register Port
Fig. block diagram
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Pulses showing weight each
0016 0116 0616 (24) 3F16 (63) output 10µs 1024µs
(XIN) 4MHz
Example 6-bit output
Fig. 6-bit timing
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
"2C16" DA-H register
"2816" DA-L register
[DA-H register]
[DA-L register]
After writing DA-L latch]
After writing
These bits decide level area fundamental waveform level area fundamental waveform Minimum 0.5µs High-order 8latch durations value
These bits decide smaller intervals which level area ["H" level area fundamental waveform plus
Fundamental waveform
0.5µs
Waveform smaller intervals specified lower bits
0.5µs
0.5µs 14-bit output 8-bit counter 14-bit output 8-bit counter
fundamental waveform smaller intervals which specified lower bits changed
0.5µs
0.5µs
14-bit output
Low-order 6-bit output latch
8192µs
Fig. 14-bit output example (XIN) 4MHz)
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
output control register address 00D516) count source STOP Supply Stop DA/PN4 output selection (14-bit PWM) output (general-purpose) output P60/PWM0 output selection (general-purpose) output PWM0 (6-bit PWM) output P61/PWM1 output selection (general-purpose) output PWM1 (6-bit PWM) output P62/PWM2 output selection (general-purpose) output PWM2 (6-bit PWM) output P63/PWM3 output selection (general-purpose) output PWM3 (6-bit PWM) output P00/PWM4 output selection (general-purpose) output PWM4 (6-bit PWM) output P01/PWM5 output selection (general-purpose) output PWM5 (6-bit PWM) output
Note this (M37211M2-XXXSP).
output control register address 00D616) P02/PWM6 output selection (Note) (general-purpose) output PWM6 (6-bit PWM) output P03/PWM7 output selection (Note) P03(general-purpose) output PWM7 (6-bit PWM) output output polarity selection Positive polarity Negative polarity 6-bit output polarity selection Positive polarity Negative polarity general-purpose output register Output Output
Fig.15 Structure output control registers
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
COMPARATOR
Block diagram comparator shown Figure comparator consists 5-bit converter comparator. control register generate 1/64 CC-step internal analog voltage based settings bits Table gives relation between descriptions control register bits generated internal analog voltage. comparison result analog input voltage internal analog voltage stored control register, After selection analog input bits mode register (address 00EE16), digital value corresponding internal analog voltage compared then written control register, analog input selected. After machine cycle, voltage comparison completed. control register (ADC address 00EF16) converter bits (refer table Strage comparison result Input voltage reference voltage Input voltage reference voltage
Fig. Structure control register Table Relationship between contents control register reference voltage control register Bit4 Reference voltage Vref 1/64 3/64 5/64 27/64 29/64 31/64
mode regiser (ADM address 00EE16) input selection bits A-D1 A-D2 A-D3 A-D4 A-D5 101: These 110: available 111:
Fig. Structure mode register
Data
mode register Comparator control Bits
P15/A-D1 P16/A-D2 P17/A-D3 P35/A-D4 P42/A-D5
control register Analog signal switch Comparator
Switch tree
Resistor ladder
Fig. comparator block diagram
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
DISPLAY FUNCTIONS Outline Display Functions
Table outlines display functions M37210M3-XXXSP. M37210M3-XXXSP incorporates columns lines display control circuit. display controlled display control register. kinds characters displayed, colors specified each character. Four colors displayed screen. combination colors obtained using each output signal Characters displayed configuration obtain smooth character patterns (refer Figure 19). following shows procedure display characters screen. Table Outline display functions Parameter Number display character Character configuration Kinds character Character size Kinds color Color Coloring unit Display expansion Raster coloring Functions characters lines dots (refer Figure kinds screen kinds character Possible (multiline display) Possible (maximum kinds)
character displayed display RAM. display color using color register. Specify color register which display color using display RAM. Specify vertical position character size using vertical position register character size register. Specify horizontal position using horizontal position register. Write display enable designated block display flag control register. When this done, starts operation according input VSYNC signal. display circuit extended display mode. This mode allows multiple lines (more than lines) displayed screen interrupting display each time line displayed rewriting data block which display terminated software. Figure shows block diagram display control circuit. Figure shows structure display control register.
control register address 00EA16) Display blocks control (Note) Display blocks Display blocks Display block control Display block Display block Display block control Display block Display block
dots
Note Display controlled logical product (AND) between allblocks display control each block display control
Fig. Structure control register
dots
Fig. display character configuration
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
OSC1
OSC2
HSYNC VSYNC
(Address 00EA16) control register (Addresses 00E116 00E216) Vertical position registers Display oscillation circuit
(Address 00E416) Character size register Display position control circuit (Address 00E016) Horizontal position register (Address 00E516) Border selection register
Display control circuit
display bits
display bits
(Addresses 00E616 00E916)
Color registers
Shift register bits
Shift register bits
(Address 00EC16) port control register Data
Output circuit
Fig. Block diagram display control circuit
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Display Position
display positions characters specified units called "block". There blocks, block block characters displayed block (refer Memory Display). display position each block both horizontal vertical directions software. horizontal direction common blocks, selected from 64-step display positions units oscillating cycle display). display position vertical direction selected from 128-step display positions each block units four scanning lines. Block displayed after display block perfectly (fig. 24(a)). Then display block starts during display block only block displayed. same, when multiline display, block displayed after display block perfectly (fig. 24(b)). vertical position specified from 128-step positions (four scanning lines step) each block setting values 0016 7F16 bits vertical position register (addresses 00E116 00E215). Figure shows structure vertical position register.
Vertical position registers (CV1 address 00E116) (CV2 address 00E216) vertical display start positions 128-step positions (0016 7F16)
Fig. Structure vertical position registers horizontal direction common blocks, specified from 64-step display positions (4Tc step oscillating cycle display) setting values 0016 3F16 bits horizontal position register (address 00E016 Figure shows structure horizontal position register.
Horizontal position register address 00E016)
horizontal display start positions 64-step positions (0016 3F16)
Fig. Structure horizontal position register
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
(RH) Block Block
Example when each block separated
Block
Block Block (second)
display
display
Example when block overlaps with block
Fig. Display position
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Character Size
size characters displayed selected from three sizes each block. character size register (address 00E416) character size. character size block specified using bits character size register character size block specified using bits Figure shows structure character size register. character size selected from three sizes small size, medium size large size. Each character size determined number scanning lines height (vertical) direction cycle display oscillation width (horizontal) direction. small size consists [one scanning line] medium size consists [two scanning lines] large size consists [three scanning lines] Tc]. Table shows relationship between values character size register character sizes. Character size register address 00E416) Character size block selection bits Minimum size Medium size Large size This available Character size block selection bits Minimum size Medium size Large size This available
Fig. Structure character size register
Table relationship between values character size register character sizes values character size register CSn0 CSn1 Character size Minimum Medium Large Width (horizontal) direction oscillating cycle display This available Height (vertical) direction scanning lines
Note display start position horizontal direction affected character size. other words, horizontal display start position common blocks even when character size varies with each block (refer Figure 26).
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Memory Display
There types memory display display (addresses 300016 35FF16 380016 3DFF16) used store character data (masked) display (addresses 200016 20B116) used specify colors characters displayed. following describes each type display memory. display (addresses 300016 35FF16 380016 3DFF16) display contains pattern data characters displayed. characters stored this actually displayed, necessary specify them writing character code inherent each character (code determined based addresses display ROM) into display RAM.
display capacity bytes. Because bytes required character data, contain kinds characters. display space broadly divided into areas. [vertical dots] [horizontal (left side) dots] data display characters stored addresses 300016 35FF [vertical dots] [horizontal (right side) dots] data display characters stored addresses 380016 3DFF16 (refer Figure 27). Note however that four upper bits data written addresses 380016 3DFF16 must writing data F016 FF16).
Table Character code list Character code Contained address character data Left dots lines Right dots lines 300016 300F16 301016 301F16 302016 302F16 303016 303F16 310016 310F16 380016 380F16 381016 381F16 382016 382F16 383016 383F16 390016 390F16
Minimum
0016
0116
Medium 0216
0316 1016 Large
1116 Horizontal display start position 4F16 Fig. Display start position each character size (horizontal direction) 5016 5D16
311016 311F16 34F016 34FF
391016 391F16 3CF0 3CFF16
350016 350F16 35D016 35DF 35E0 35EF16 35E0 35FF
3D0016 3D0F 3DD016 3DDF16 3DE016 3DEF16 3DF0 3DFF16
5E16
5F16
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
character code used specify character displayed determined based address display which that character stored. Assume that data character stored addresses 3XX016 3XXF16 denotes 0016 5F16) addresses 3YY016 3YYF16 denotes 8016 DF16), then character code "XX16".
other words, character code given character configured with middle digits four-digit (hexnotated) addresses 300016 35FF16 where data that character stored. Table lists character codes.
3XX016 3XXF16
3XX016+80016 3XXF16+80016
Fig. Display character stored area
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
display (address 200016 20B116 display allocated addresses 200016 20B116 divided into display character code specifying part display color specifying part each block. Table shows contents display RAM. When character displayed first character (leftmost) position block example, necessary write character code seven low-order bits (bits address 200016 color register low-order bits (bits address 208016. color register written here four color registers which color displayed advance. details color registers, refer Color Registers. structure display shown Figure Table contents display Block Display position (from left) character character character 16th character 17th character 18th character used character character Block character 16th character 17th character 18th character used Character code specification 200016 200116 200216 200F16 201016 201116 201216 201F16 202016 202116 202216 202F16 203016 203116 203216 203F16 Color specification 208016 208116 208216 208F16 209016 209116 209216 209F16 20A0 20A116 20A2 20AF16 20B0 20B116 20B2 20BF16
Block
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Block [Character specification] character 200016 18th character 201116
Character code (0016 5F16) Specify characters
[Color specification] character 208016 18th character 209116
Specify color select mode Color register specification Color register specification Color register specification Color register specification
Block [Character specification] character 202016 18th character 203116
Character code (0016 5F16) Specify characters
[Color specification] character 20A016 18th character 20B116
Color register specification Color register specification Color register specification Color register specification Color register specification
Fig. Structure display
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Color Registers
color displayed character specified setting color four color registers (CO0 addresses 00E616 00E9 then specifying that color register with display RAM. There three color outputs using combination these outputs, possible (when output) colors. However, because only four color registers available, four colors displayed time. outputs using bits color register. used specify whether character output blank output. Figure shows structure color register.
Multiline Display
M37210M3-XXXSP normally display lines screen displaying blocks different vertical positions. addition, allows lines displayed using interrupt. interrupt works such that when display block terminated, interrupt request generated. other words, character display certain block initiated when scanning line reaches display position that block (specified with vertical position register) when range that block exceeded, interrupt applied. Note interrupt does occurs display regardless display off. other words, even block display with display control control register (address 00EA16 interrupt request occurs (refer Figure 30).
Color registers 0,1,2,3 (CO0 address 00E616) (CO1 address 00E716) (CO2 address 00E816) (CO3 address 00E916) signal output selection character output Character output signal output selection character output Character output signal output selection character output Character output signal output selection (Note) outputs character outputs blank
Note When character bordering function used, contents this (bit invalied, output becomes border output.
Fig. Structure color registers
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Block display) "CRT interrupt" Block display) "CRT interrupt" Block display) "CRT interrupt" Block display) "CRT interrupt" display ("CRT interrupt" works after block)
Block (off display) "CRT interrupt" Block (off display) "CRT interrupt" Block (off display) "CRT interrupt" Block (off display) "CRT interrupt" display ("CRT interrupt" occurs after block)
(Note) That say, "CRT interrupt" occurs even when display setting display control flag control register (address 00EA16
Fig. Timing interrupt
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Character Border Function
border clock (one dot) equivalent size added character displayed both horizontal vertical directions. border output from pin. this case, color register (contents output from pin) nullified, border output from instead.
Border specified units block using border select register (address 00E516 Table shows relationship between values border select register character border function. Figure shows structure border select register.
Table relationship between value border selection register character border function Border selection register MDn0 Functions Ordinary Border including character Example output output output output output
Border selection register address 00E516) Block signal output border selection Same output output Border output Block signal output border selection Same output output Border output
Fig. Structure border selection register
border. display character data.
Fig. Example border
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Output Control
output pins respectively shared with port P52, P53, P55. When corresponding bits port control register (address 00CB16) cleared "0", pins output when bits "1", pins function port (general- purpose output pins). polarities outputs OUT, well HSYNC VSYNC) specified using port control register (address 00EC16). bits port control register output polarities HSYNC VSYNC R/G/B OUT. When these bits cleared "0", positive polarity selected when bits "1", negative polarity selected. Bits port control register used specify whether normal video signals R-MUTE, G-MUTE, BMUTE signals output from each When RMUTE, G-MUTE, B-MUTE outputs, whole background colors screen become red, green, blue. Figure shows structure port control register.
Polarity register (CRTP address 00EC16) HSYNC input polarity selection Positive polarity Negative polarity VSYNC input polarity selection Positive polarity Negative polarity R/G/B output polarity selection Positive polarity Negative polarity output polarity selection Positive polarity Negative polarity output switch signal output R-MUTE signal output output switch signal output G-MUTE signal output output switch signal output B-MUTE signal output
Fig. Structure port control register
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
INTERRUPT INTERVAL DETERMINATION FUNCTION
M37210M3-XXXSP incorporates interrupt interval determination circuit. This interrupt interval determination circuit 8-bit binary counter shown Figure Using this counter, determines interval pulse width INT1 INT2 (refer Figure 36). following describes interrupt interval determined. interrupt input determined (INT1 input INT2 input) selected using interrupt interval determination control register (address 00D816 When this cleared "0", INT1 input selected when "1", INT2 input selected. When INT1 input determined, polarity selected using interrupt interval determination control register when INT2 input determined, polarity selected using interrupt interval determination control register. When relevant cleared "0", determination made interval positive polarity (rising transition) when "1", determination made interval negative
larity (falling transition). reference clock selected using interrupt interval determination control register. When cleared "0", 64ms clock selected when "1", 32µs clock selected (based oscillation frequency 4MHz either case). Simultaneously when input pulse specified polarity (rising falling transition) occurs INT1 INT2 pin), 8bit binary counter starts counting with selected reference clock (64µs 32µs). Simultaneously with next input pulse, value 8-bit binary counter loaded into determination register (address 00D716) counter immediately reset (0016 reference clock input succession even after counter reset, counter restarts counting from "0016". When count value "FE16 reached, 8-bit binary counter stops counting. Then, simultaneously when next reference clock input, counter sets value "FF16 determination register.
32µs Control circuit 8-bit binary counter INT2 Interrupt interval determination register Address 00D716
64µs
INT1 (Note)
Selection gate Connected black colored side reset.
Data
Interrupt interval determination control register Note pulse width external interrupt INT1 INT2 needs more machine cycles.
Fig. Block diagram interrupt interval determination circuit
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Interrupt interval determination control register address 00D816) Interrupt interval determination circuit operation control Stop Operation Reference clock selection (XIN) 4MHZ) 64ms 32ms External interrupt input selection INT1 input INT2 input INT1 input polarity switch Positive polarity input Negative polarity input INT2 input polarity switch Positive polarity input Negative polarity input Interrupt interval determination mode switch Interrupt interval determination mode Pulse width determination mode
Fig. Structure interrupt space distinguish control register
INT1 input (RE3) count interval
Bitsi interrupt space distinguish control register (address 00D816
Fig. Interrupt space distinguish control register setting value measuring interval
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
RESET CIRCUIT
M37210M3-XXXSP reset according sequence shown Figure starts program from address formed using content address FFFF1 high order address content address FFFE16 order address, when RESET held level less than while power voltage crystal oscillator oscillation stable then returned level. internal initializations following reset shown Figure example reset circuit shown Figure reset input voltage must kept below 0.6V until supply voltage surpasses 4.5V. Power source voltage Reset input voltage
Power 4.5V
0.6V
M51953AL
RESET
M37210M4-XXXSP Fig. Example reset circuit
Address Port directional register Port directional register Port directional register Port Port directional register Port Port directional register Port Port directional register (10) Port (11) Port directional register (12) 14DA-L register (13) PWM0 register (14) PWM1 register (15) PWM2 register (16) PWM3 register (17) PWM4 register (18) output control register (19) output control register 2(Note (20) Interrupt interval determination register 16). 0016 0016 0016 0016 0016 (30) Color register (31) Color register (32) control register (33) port control register (34) mode register (35) control register (36) Timer (37) Timer (38) Timer (39) Timer (40) Timer mode register (41) Timer mode register (42) PWM5 register (43) PWM6 register (Note (44) PWM7 register (Note (45) mode register (46) Interrupt request register (47) Interrupt request register (48) Interrupt control register (49) Interrupt control register (50) Processor status register (51) Program counter 16). 16). 16). FF16 0716 FF16 0716
Contents address Contents address
(21) Interrupt interval determination control register (22) Serial mode register (23) Horizontal position register (24) Vertical position register (25) Vertical position register (26) Character size register (27) Border selection register (28) Color register (29) Color register
Notes Since contents both registers other than those listed above undefined reset, necessary initial values. read from bits which used.
M37211M2-XXXSP
M37211M2-XXXSP dose have this register.
Fig. Internal state reset
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
RESET Internal RESET SYNC Address Data 00,S 00,S-1 00,S-2 FFFE FFFF
ADH,
Reset address from vector table
32768 count clock cycle (Note
Note (XIN relationship (XIN) question mark indicates undefined state that depends previous state. Immediately after reset, FF16 automatically timer 0716 timer timer timer clock (XIN) divided connected series. Reset state canceled overflow signal timer
Fig. Reset sequence
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
PORTS
Port Port 8-bit port with N-channel open-drain output. shown memory (Figure port accessed zero page memory address 00C016. Port directional register (address 00C116) which used program each individual input ("0") output ("1"). pins programmed output, output data latched port register then output. When data read from output port output level read, only latched data port register read. This allows previously output value read correctly even though output voltage level shifted down. Pins input floating state signal levels thus read. When data written into input port, data latched only port latch still remains floating state. Ports 0-P03 common with 6-bit outputs PWM4PWM7. M37211M2, ports common with 6-bit outputs PWM4 PWM5. Port Port basically same function port except output structure CMOS output. But, pins 5-P1 input ports common with analog input pins A-D1-A-D3. Port Port basically same function port
Port Port 2-bit port 4-bit input port with function similar port output structure P30, CMOS output. P32, common with external clock input pins timer P34, common with external interrupt input pins INT1, INT2 with analog input comparator A-D4. Port Port 2-bit port 1-bit input port with function similar port output structure N-channel opendrain output. When serial function selected, P40-P4 common with pins SOUT, SCLK SIN. OSC1, OSC2 pins Clock input/output pins display function. HSYNC, VSYNC pins HSYNC horizontal synchronizing signal input display. VSYNC vertical synchronizing signal input display. pins This 4-bit output display common with P52-P55. Port Port 4-bit output port with function similar port output structure N-channel opendrain output. This port common with 6-bit output PWM0-PWM3. (10) This 14-bit output pin.
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
Port Directional register
N-channel open-drain output
Port Data Port latch
Port P14, P30, CMOS 3-state output Directional register
Data
Port latch
Port P14, P30,
Port P40,P41 Directional register SIN/SCLK
N-channel open-drain output
Port P40,P41 Data Port latch
Note also used serial pins.
Fig. block diagram
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
N-channel open-drain output Port Port Data Port latch
Note also used 6-bit output pins.
D-A, CMOS output HSYNC, VSYNC Schmitt input
Internal circuit
HSYNC, VSYNC
Internal circuit
D-A,
Note Pins also used output ports P55.
Port
Data
Port
TIM2, TIM3, INT1, INT2, Data
Ports P35,
Note common with input Pins comparator. P32, common with timer inputs. P34, common with external interrupt inputs. common with input pins serial pins.
Fig. block diagram
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
CLOCK GENERATING CIRCUIT
built-in clock generating circuit shown Figure When instruction executed, internal clock stops oscillating level. same time, timers connected hardware "FF16" timer "0716 timer Select f(XIN)/16 timer count source (set timer mode register before execution instruction). besides, timer timer interrupt enable bits disabled ("0") before execution instruction. oscillator restarted when external interrupt accepted. However, internal clock keeps level until timer overflows. This because oscillator needs set-up period ceramic resonator quartz-crystal oscillator used. When instruction executed, internal clock stops level oscillator continues running. This wait state cleared when interrupt accepted (Note). Since oscillation does stop, next instructions executed once. return from stop wait state, interrupt enable before executing instruction. Note wait mode, following interrupts invalid. VSYNC interrupt interrupt Timer interrupt using P32/TIM2 input count source Timer interrupt using P33/TIM3 input count source Timer interrupt using f(XIN)/2 count source circuit example using ceramic resonator quartz crystal oscillator) shown Figure circuit constants accordance with resonator manufacture's recommended values.
example external clock usage shown Figure input, XOUT open.
M37210M3-XXXSP XOUT
COUT
Fig. Ceramic resonator circuit example
M37210M3-XXXSP External oscillation circuit
Fig. External clock input circuit example
Interrupt request Reset Interrupt disable flag Reset instruction instruction
instruction
Internal clock
T34M0 Timer
Timer
T34M2 XOUT TIM3
Selection gate: Connected black colored side reset.
Fig. Clock generating circuit block diagram
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
PROGRAMMING NOTES
divide ratio timer Even though instructions executed immediately after interrupt request bits modified program), those instructions only valid contents before modification. least instruction cycle needed (such NOP) between modification interrupt request bits execution instructions. After instructions executed (indecimal operation mode), instruction cycle (such NOP) needed before SEC, CLC, instructions executed. instruction needed immediately after execution instruction. order avoid noise latch-up, connect bypass capacitor 0.1µF) directly between using thick wire.
DATA REQUIRED MASK ORDERS
following necessary when ordering mask production. Mask Order Confirmation Form Mark Specification Form Data written ROM, EPROM form (28-pin type 27256, three identical copies)
PROM Programming Method
built-in PROM blank Time PROM version built-in EPROM version read programmed with general-purpose PROM programmer using special programming adapter.
Product M37210E4SP M37210E4FP
Name Programming Adapter PCA4754 PCA4756
PROM blank Time PROM version tested screened assembly process following processes. ensure proper operation after programming, procedure shown Figure recommended verify programming.
Programming with PROM programmer
Screening (Caution) (150 hours)
Verification with PROM programmer
Functional check target device
Caution screening temperature higher than storage temperature. Never expose 150°C exceeding hours.
Fig. Programming testing Time PROM version
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
ABSOLUTE MAXIMUM RATINGS
Symbol Parameter Power source voltage Input voltage CNVSS Input voltage P07, P17, P35, P42, SYNC, VSYNC, RESET, OSC1, Output voltage P14, P27, P31, P40, P41, OUT, D-A, XOUT, OSC2 Output voltage P63, average output current OUT, P14, P23, P31, average output current OUT, P23, P31, average output current average output current Power dissipation Operating temperature Storage temperature Conditions Ratings Unit
voltages based VSS. Output transistors off.
(Note
IOL1 IOL2 IOL3 Topr Tstg
(Note (Note (Note
25°C
RECOMMENDED OPERATING CONDITIONS
Symbol Parameter
(VCC 10%, 70°C unless otherwise noted) Limits Typ. Unit
IOL1 IOL2 IOL3 fCPU fCRT
Power source voltage (Note During operation Power source voltage input voltage P07, P17, P35, P42, SYNC, VSYNC, RESET, XIN, OSC1, TIM2, TIM3, INT1, INT2, SIN, SCLK input voltage P07, P17, P35, input voltage TIM2, TIM3, INT1, INT2, SIN, SCLK, HSYNC, VSYNC, RESET, XIN, OSC1 average output current (Note OUT, P14, P27, average output current (Note OUT, P14, P23, P31, P41, average output current (Note P63, average output current (Note Oscillation frequency (for operation)(Note Oscillation frequency (for display) Input frequency TIM2, TIM3, INT1, INT2 Input frequency SCLK
Min. 0.8VCC
Max.
0.4VCC 0.2VCC
Notes total current that flows should 20mA (max.). total IOL1 IOL2 should 30mA (max.). total port P24-P27 should 20mA (max.). Connect 0.022µF more capacitor externally between power source pins reduce power source noise. Also connect 0.068µF more capacitor externally between CNVSS pins. quartz-crystal oscillator ceramic resonator oscillation circuit.
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
ELECTRIC CHARACTERISTICS
Symbol Parameter
(VCC 10%, 70°C, (XIN) 4MHz unless otherwise noted) Test conditions 5.5V (XIN) 4MHz Limits Typ. Unit
Power source current
5.5V (XIN) 8MHz stop mode 4.5V 0.5mA 4.5V 0.5mA 4.5V 0.5mA 4.5V 10.0mA 5.0V 5.0V 5.5V 5.5V 5.5V 5.5V
Min.
Max.
output voltage P14, P27, P30, P31, OUT, output voltage P14, P23, P31, P40, P41, OUT, output voltage P63, output voltage Hysteresis RESET Hysteresis (Note) HSYNC, VSYNC, TIM2, TIM3, INT1, INT2, SIN, SCLK input leak current RESET, P07, P17, P27, P35, P42, SYNC, VSYNC input leak current RESET, P17, P27, P35, P42, P63, SYNC, VSYNC input leak current P63,
IIZH
IIZL IOZH
Note have hysteresis when these pins used interrupt input pins timer input pins. have hysteresis when these pins used serial ports.
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
PACKAGE OUTLINE
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
GZZ-SH06-09B 25C0 Mask number
FAMILY MASK CONFIRMATION FORM SINGLE-CHIP MICROCOMPUTER M37210M3-XXXSP/FP MITSUBISHI ELECTRIC
Date
Note Please fill items marked
Receipt
Section head signature
Supervisor signature
Customer Date issued Date
Confirmation Specify name product being ordered type EPROMs submitted. Three EPROMs required each pattern. least three sets EPROMs submitted contain identical data, will produce masks based this data. shall assume responsibility errors only mask data products produce differs from this data. Thus, extreme care must taken verify data submitted EPROMs. Microcomputer name M37210M3-XXXSP M37210M3-XXXFP
Checksum code entire EPROM EPROM type (indicate type used)
(hexadecimal notation)
27256
EPROM address 000016 Product name 000F16 100016 15FF16 180016 1DFF16 500016
(12K bytes) ASCII code `M37210M3
Character ROM1
Character ROM2
7FFF16
"FF16" shaded area. Write ASCII codes that indicates product name "M37210M3-" addresses 000016 000F16.
Mark specification Mark specification must submitted using correct form type package being ordered fill appropriate mark specification form (52P4B M37210M3-XXXSP; 64P6N M37210M3-XXXFP) attach mask confirmation form. Comments
(1/3)
signature
Issuance
Company name
Submitted
Supervisor
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
GZZ-SH06-09B 25C0
FAMILY MASK CONFIRMATION FORM SINGLE-CHIP MICROCOMPUTER M37210M3-XXXSP/FP MITSUBISHI ELECTRIC
Writing product name character data onto EPROMs
Addresses 000016 000F16 store product name, addresses 100016 15FF16 addresses 180016 1DFF16 store character pattern. name product contained EPROMs does match name mask confirmation form, processing disabled. Write data correctly. Inputting name product with ASCII code ASCII codes `M37210M3-' listed right. addresses data hexadecimal notation. Address 000016 000116 000216 000316 000416 000516 000616 000716 Address 000816 000916 000A16 000B16 000C16 000D16 000E16 000F16
Inputting character Input character data dividing into character ROM1 character ROM2. character data, next page
(2/3)
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
GZZ-SH06-09B 25C0>
FAMILY MASK CONFIRMATION FORM SINGLE-CHIP MICROCOMPUTER M37210M3-XXXSP/FP MITSUBISHI ELECTRIC
structure character (divided 12!16 dots font)
Example Character code "1A16"
Character ROM1
Character ROM2
Example
11A016 11AF16
0016 0416 0416 0A16 0A16 1116 1116 1116 2016 2016 3F16 4016 4016 4016 0016 0016
Example
19A016 19AF16
(3/3)
F016 F016 F016 F016 F016 F016 F016 F016 F816 F816 F816 F416 F416 F416 F016 F016
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
GZZ-SH06-10B 25B0 Mask number
FAMILY MASK CONFIRMATION FORM SINGLE-CHIP MICROCOMPUTER M37210M4-XXXSP MITSUBISHI ELECTRIC
Date
Note Please fill items marked
Receipt
Section head signature
Supervisor signature
Customer Date issued Date
Confirmation Specify name product being ordered type EPROMs submitted. Three EPROMs required each pattern. least three sets EPROMs submitted contain identical data, will produce masks based this data. shall assume responsibility errors only mask data products produce differs from this data. Thus, extreme care must taken verify data submitted EPROMs. Checksum code entire EPROM EPROM type (indicate type used) (hexadecimal notation)
27256
EPROM address 000016 Product name 000F16 100016 15FF16 180016 1DFF16 400016
(16K bytes) ASCII code `M37210M4
Character ROM1
Character ROM2
7FFF16
"FF16" shaded area. Write ASCII codes that indicates product name "M37210M4-" addresses 000016 000F16.
Mark specification Mark specification must submitted using correct form type package being ordered fill appropriate mark specification form (52P4B M37210M4-XXXSP) attach mask confirmation form. Comments
(1/3)
signature
Issuance
Company name
Submitted
Supervisor
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
GZZ-SH06-10B 25B0
FAMILY MASK CONFIRMATION FORM SINGLE-CHIP MICROCOMPUTER M37210M4-XXXSP MITSUBISHI ELECTRIC
Writing product name character data onto EPROMs
Addresses 000016 000F16 store product name, addresses 100016 15FF16 addresses 180016 1DFF16 store character pattern. name product contained EPROMs does match name mask confirmation form, processing disabled. Write data correctly. Inputting name product with ASCII code ASCII codes `M37210M4-' listed right. addresses data hexadecimal notation. Address 000016 000116 000216 000316 000416 000516 000616 000716 Address 000816 000916 000A16 000B16 000C16 000D16 000E16 000F16
Inputting character Input character data dividing into character ROM1 character ROM2. character data, next page
(2/3)
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
GZZ-SH06-10B 25B0
FAMILY MASK CONFIRMATION FORM SINGLE-CHIP MICROCOMPUTER M37210M4-XXXSP MITSUBISHI ELECTRIC
structure character (divided 12!16 dots font)
Example Character code "1A16"
Character ROM1
Character ROM2
Example
11A016 11AF16
0016 0416 0416 0A16 0A16 1116 1116 1116 2016 2016 3F16 4016 4016 4016 0016 0016
Example
19A016 19AF16
(3/3)
F016 F016 F016 F016 F016 F016 F016 F016 F816 F816 F816 F416 F416 F416 F016 F016
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
GZZ-SH06-11B 25B1 Mask number
FAMILY MASK CONFIRMATION FORM SINGLE-CHIP MICROCOMPUTER M37211M2-XXXSP MITSUBISHI ELECTRIC
Date
Note Please fill items marked
Receipt
Section head signature
Supervisor signature
Customer Date issued Date
Confirmation Specify name product being ordered type EPROMs submitted. Three EPROMs required each pattern. least three sets EPROMs submitted contain identical data, will produce masks based this data. shall assume responsibility errors only mask data products produce differs from this data. Thus, extreme care must taken verify data submitted EPROMs. Checksum code entire EPROM EPROM type (indicate type used) (hexadecimal notation)
27256
EPROM address 000016 Product name 000F16 100016 15FF16 180016 1DFF16 600016
bytes) ASCII code `M37211M2
Character ROM1
Character ROM2
7FFF16
"FF16" shaded area. Write ASCII codes that indicates product name "M37211M2-" addresses 000016 000F16.
Mark specification Mark specification must submitted using correct form type package being ordered fill appropriate mark specification form (52P4B M37211M2-XXXSP) attach mask confirmation form. Note stack page selection "0", because this after reset internal located page only. Both (9th pin) (10th pin) used output pins.
Comments
(1/3)
signature
Issuance
Company name
Submitted
Supervisor
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
GZZ-SH06-11B< 25B1
FAMILY MASK CONFIRMATION FORM SINGLE-CHIP MICROCOMPUTER M37211M2-XXXSP MITSUBISHI ELECTRIC
Writing product name character data onto EPROMs
Addresses 000016 000F16 store product name, addresses 100016 15FF16 addresses 180016 1DFF16 store character pattern. name product contained EPROMs does match name mask confirmation form, processing disabled. Write data correctly. Inputting name product with ASCII code ASCII codes `M37211M2-' listed right. addresses data hexadecimal notation. Address 000016 000116 000216 000316 000416 000516 000616 000716 Address 000816 000916 000A16 000B16 000C16 000D16 000E16 000F16
Inputting character Input character data dividing into character ROM1 character ROM2. character data, next page
(2/3)
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
GZZ-SH06-11B 25B1
FAMILY MASK CONFIRMATION FORM SINGLE-CHIP MICROCOMPUTER M37211M2-XXXSP MITSUBISHI ELECTRIC
structure character (divided dots font)
Example Character code "1A16"
Character ROM1
Character ROM2
Example
11A0 11AF
0016 0416 0416 0A16 0A16 1116 1116 1116 2016 2016 3F16 4016 4016 4016 0016 0016
Example 19A0 19AF F016 F016 F016 F016 F016 F016 F016 F016 F816 F816 F816 F416 F416 F416 F016 F016 (3/3)
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
MITSUBISHI MICROCOMPUTERS
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP M37210E4-XXXSP/FP, M37210E4SP/FP
SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER VOLTAGE SYNTHESIZER with ON-SCREEN DISPLAY CONTROLLER
MITSUBISHI DATA BOOK SINGLE-CHIP 8-BIT MICROCOMPUTERS Vol.3
Sep. First Edition 1996 H-DF319-B Editioned Committee editing Mitsubishi Semiconductor Data Book Published Mitsubishi Electric Corp., Semiconductor Division This book, parts thereof, reproduced form without permission Mitsubishi Electric Corporation.
REVISION DESCRIPTION LIST
M37210M3-XXXSP/FP, M37210M4-XXXSP, M37211M2-XXXSP, M37210E4-XXXSP/FP, M37210E4SP/FP DATA SHEET
Rev. First Edition
Revision Description
Rev. date 9708 971130
Information about copyright note, revision number, release date added (last page).
(1/1)

MITSUBISHI MICROCOMPUTERS M37210M3-XXXSP/FP, M37210M4-XXXSP, M372

Top Searches for this datasheet

Other recent searches