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mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.1 overview the mn103h is a 32-bit microcontroller combining ease of use intended for programs development in the c lan- guage with a simple, high-performance architecture ma de possible through pursuit of cost performance. built around a compact 32-bit cp u with a basic instruction word length of 1 byte, this lsi includes internal mem- ory for instructions and data, dma controller, a clock ge nerator, bus controller, interrupt controller, watchdog timer, standard peripheral circuitry su ch as timers and serial interfaces, pwm circuit best suited to controlling 3- phase motors, arithmetic unit for speed-up of inverter control and analog circuits (a/d converters and vga (vari- able gain amplifier)) for motor position control. the mn103h series? high-speed cpu coupled with abundance of peripheral features provides an easy means of developing on lsi for motor and power control applications requiring fast response - a feature previously unavailable with conventional microcontrollers.
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.2 product summary this manual describes lsis in the following table:1.2.1. table:1.2.1 product summary lsi rom size ram size (data ram+instruction ram) classification package mn103hf38y / hf28y 384 kb 40 kb (20 kb + 20 kb) flash eeprom version lqfp144-p-2020d mn103hf38x / hf28x 384 kb 36 kb (16 kb + 20 kb) flash eeprom version lqfp144-p-2020d mn103hf38m / hf28m 384 kb 32 kb (12 kb + 20 kb) flash eeprom version lqfp144-p-2020d mn103hf38w / hf28w 320 kb 36 kb (16 kb + 20 kb) flash eeprom version lqfp144-p-2020d mn103hf38l / hf28l 320 kb 32 kb (12 kb + 20 kb) flash eeprom version lqfp144-p-2020d mn103hf37y / hf27y 384 kb 40 kb (20 kb + 20 kb) flash eeprom version lqfp128-p-1818f mn103hf37x / hf27x 384 kb 36 kb (16 kb + 20 kb) flash eeprom version lqfp128-p-1818f mn103hf37m / hf27m 384 kb 32 kb (12 kb + 20 kb) flash eeprom version lqfp128-p-1818f mn103hf37w / hf27w 320 kb 36 kb (16 kb + 20 kb) flash eeprom version lqfp128-p-1818f mn103hf37l / hf27l 320 kb 32 kb (12 kb + 20 kb) flash eeprom version lqfp128-p-1818f mn103hf37z / hf27z 256 kb 28 kb (12 kb + 16 kb) flash eeprom version lqfp128-p-1818f mn103hf37k / hf27k 256 kb 24 kb (8 kb + 16 kb) flash eeprom version lqfp128-p-1818f mn103hf36x / hf26x 384 kb 36 kb (16 kb + 20 kb) flash eeprom version lqfp100-p-1414c qfp100-p-1818b mn103hf36m / hf26m 384 kb 32 kb (12 kb + 20 kb) flash eeprom version lqfp100-p-1414c qfp100-p-1818b mn103hf36w / hf26w 320 kb 36 kb (16 kb + 20 kb) flash eeprom version lqfp100-p-1414c qfp100-p-1818b mn103hf36l / hf26l 320 kb 32 kb (1 2 kb + 20 kb) flash eeprom version lqfp100-p-1414c qfp100-p-1818b mn103hf36z* / hf26z* 2 56 kb 28 kb (12 kb + 16 kb) flash eeprom version lqfp100-p-1414c qfp100-p-1818b mn103hf36k* / hf26k* 256 kb 24 kb (8 kb + 16 kb) flash eeprom version lqfp100-p-1414c qfp100-p-1818b mn103hf35x / hf25x 384 kb 36 kb (16 kb + 20 kb) flash eeprom version tqfp080-p-1212f mn103hf35m / hf25m 384 kb 32 kb (12 kb + 20 kb) flash eeprom version tqfp080-p-1212f mn103hf35w / hf25w 320 kb 36 kb (16 kb + 20 kb) flash eeprom version tqfp080-p-1212f mn103hf35l / hf25l 320 kb 32 kb (12 kb + 20 kb) flash eeprom version tqfp080-p-1212f mn103hf35z* / hf25z* 256 kb 28 kb (12 kb + 16 kb) flash eeprom version tqfp080-p-1212f mn103hf35k* / hf25k* 256 kb 24 kb (8 kb + 16 kb) flash eeprom version tqfp080-p-1212f mn103hf35h* / hf25h* 128 kb 20 kb (8 kb + 12 kb) flash eeprom version tqfp080-p-1212f mn103hf35g* / hf25g* 128 kb 18 kb (6 kb + 12 kb) flash eeprom version tqfp080-p-1212f mn103hf34x / hf24x 384 kb 36 kb (16 kb + 20 kb) flash eeprom version tqfp064-p-1010d mn103hf34m / hf24m 384 kb 32 kb (12 kb + 20 kb) flash eeprom version tqfp064-p-1010d
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e .. this lsi manual is written names of lsi in table:1.2.1 the following two series names. ? mn103hfx4 series, mn103hfx5 series, mn103hfx6 series,mn103hf x7 series, mn103hfx8 series ? mn103hf2y series, mn103hf3y series .. mn103hf34w / hf24w 320 kb 36 kb (16 kb + 20 kb) flash eeprom version tqfp064-p-1010d mn103hf34l / hf24l 320 kb 32 kb (12 kb + 20 kb) flash eeprom version tqfp064-p-1010d mn103hf34z* / hf24z* 256 kb 28 kb (12 kb + 16 kb) flash eeprom version tqfp064-p-1010d mn103hf34k* / hf24k* 256 kb 24 kb (8 kb + 16 kb) flash eeprom version tqfp064-p-1010d mn103hf34h* / hf24h* 128 kb 20 kb (8 kb + 12 kb) flash eeprom version tqfp064-p-1010d mn103hf34g* / hf24g* 1 28 kb 18 kb (6 kb + 12 kb) flash eeprom version tqfp064-p-1010d * under development lsi rom size ram size (data ram+instruction ram) classification package
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e the function comparisons in this series is listed in table:1.2.2. table:1.2.2 function comparisons in mn103hf3y/hf2y series function mn103hf3y/hf2y series number of pins 144 pin 128 pin 100 pin 80 pin 64 pin extended arithmetic unit (high-speed multiplication/division, trigonometric function, nth multiply -accumulate operation, pi control operation) ????? dma 33333 interrupt internal interrupt 122 122 97 97 83 external interrupt 16 16 16 12 10 8-bit timer timer 0 ????? timer 1 ????? timer 2 ????? timer 3 ????? timer 4 ????? timer 5 ????? timer 6 ????? timer 7 ????? timer 8 ????? timer 9 ????? timer 10 ????? timer 11 ????? timer 12 ?? --- timer 13 ?? --- timer 14 ?? --- timer 15 ?? --- timer 26 ?? --- timer 27 ?? --- timer 28 ?? --- timer 29 ?? ---
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 16-bit timer timer 16 (high resolution output of pwm) ????? timer 17 (high resolution output of pwm) ????? timer 18 (high resolution output of pwm) ????? timer 19 (high resolution output of pwm) ????? timer 20 ????? timer 21 ????? timer 22 ???? - timer 23 ???? - timer 24 (high resolution output of pwm) ?? --- timer 25 (high resolution output of pwm) ?? --- pwmcomplementary 3-phase pwm33222 watchdog timer (external oscillation) ????? watchdog timer2 (internal oscillation) ????? serial serial 0 ( serial interface clock synchronous / uart / iic) ????? serial 1 ( serial interface clock synchronous / uart / lin) ????? serial 2 ( serial interface clock synchronous / uart) ???? - serial 3 ( serial interface clock synchronous / uart) ????? serial 4 ( serial interface clock synchronous / uart) ?? --- a/d converter a/d0(12 bit) ? (12 ch) ? (12 ch) ? (12 ch) ? (12 ch) ? (8 ch) a/d1(12 bit) ? (12 ch) ? (12 ch) ? (10 ch) ? (8 ch) ? (8 ch) a/d2(10 bit) ? (20 ch) ? (20 ch) ? (12 ch) ? (8 ch) - vga vga0 ? /- ? /- ? /- ? /- ? /- vga1 ? /- ? /- ? /- ? /- ? /- vga2 ? /- ? /- ? /- ? /- -/- function mn103hf3y/hf2y series number of pins 144 pin 128 pin 100 pin 80 pin 64 pin
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e comparator comparator0 ????? comparator1 ????? comparator2 ???? - d/a converter d/a0(10 bit) ????? d/a1(10 bit) ????? d/a2(10 bit) ???? - power supply voltage detection function ????? auto reset circuit ????? clock monitoring function ????? general ports i/o port 112 100 74 54 46 input port 121210104 special pin reset input pin 11111 oscillation pin 22222 test mode input pin 22222 power pin 99997 on-board debugger pin 22222 function mn103hf3y/hf2y series number of pins 144 pin 128 pin 100 pin 80 pin 64 pin
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.3 hardware functions ? cpu core (mn103s core) 4 gb of memory space (for instructions / data) load/store architecture with 5-stage pipeline 46 basic instructions + 23 exte nded arithmetic instructions 6 addressing modes instruction set of 1 byte in word length extended arithmetic unit incorporated (high-speed multiply/divide instructions, trigo-nometric func tion, nth multiply-accu mulate operation, pi control operation) machine cycle: 8.33 ns (oscillation frequency: 10 mhz, 12 multiplying) operation mode: normal mode, sleep mode, halt mode, stop mode ? oscillation circuit external high-speed oscill ation (crystal/ ceramic) internal low-speed oscillation for watchdog timer 2 (240 khz) ? clock multiplication circuit high-speed oscillation is multiplied by 6 to 30 ? internal memory rom 384 kb to 128 kb ram 40 kb to 18 kb ? dma controller channel:3 ch transfer requests: external interrupts, timer, seri al, iic, a/d converter, pwm, software transfer mode:3 modes (one word transfer / burst transf er / intermittent transfer) ? interrupts internal interrupts factors: timer, pwm, uart, iic, synchronous serial, lin, a/d converter, comparator detection, dma, watchdog timer, power supply voltage detection, system error, fail safe function (watchdog timer2, clock error, register protect, task overflow) external interrupts ? timer counter timer 0 (8-bit timer) function: interval timer, timer pulse output, event count, baud rate timer count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm0io pin input, timer 1 underflow, timer 2 underflow timer 1 (8-bit timer) functions:
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e interval timer, timer pulse output, event count, baud rate timer, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm1io pin input, timer 0 underflow, timer 2 underflow timer 2 (8-bit timer) functions: interval timer, timer pulse output, event count, baud rate timer, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm2io pin input, timer 0 underflow, timer 1 underflow timer 3 (8-bit timer) functions: interval timer, timer pulse output, event count, baud rate timer, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, timer 0 underflow, timer 1 underflow, timer 2 underflow timer 4 (8-bit timer) functions: interval timer, timer pulse output, event count count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm4io pin input, timer 5 underflow, timer 6 underflow timer 5 (8-bit timer) functions: interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm5io pin input, timer 4 underflow, timer 6 underflow timer 6 (8-bit timer) functions: interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm6io pin input, timer 4 underflow, timer 5 underflow timer 7 (8-bit timer) functions: interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm7io pin input, timer 4 underflow, timer 5 underflow, timer 6 underflow timer 8 (8-bit timer) functions:
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e interval timer, timer pulse output, event count count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm8io pin input, timer 9 underflow, timer 10 underflow timer 9 (8-bit timer) functions: interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm9io pin input, timer 8 underflow, timer 10 underflow timer 10 (8-bit timer) functions: interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm10io pin input, timer 8 underflow, timer 9 underflow timer 11 (8-bit timer) functions: interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm11io pin input, timer 8 underflow, timer 9 underflow, timer 10 underflow timer 12 (8-bit timer) functions: interval timer, timer pulse output, event count count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm12io pin input, timer 13 underflow, timer 14 underflow timer 13 (8-bit timer) functions: interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm13io pin input, timer 12 underflow, timer 14 underflow timer 14 (8-bit timer) functions: interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm14io pin input, timer 12 underflow, timer 13 underflow timer 15 (8-bit timer) functions:
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm15io pin input, timer 12 underflow, timer 13 underflow, timer 14 underflow timer 26 (8-bit timer) functions: interval timer, timer pulse output, event count, baud rate timer count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm26io pin input, timer 27 underflow, timer 28 underflow timer 27 (8-bit timer) functions: interval timer, timer pulse output, event count, baud rate timer, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm27io pin input, timer 26 underflow, timer 28 underflow timer 28 (8-bit timer) functions: interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm28io pin input, timer 26 underflow, timer 27 underflow timer 29 (8-bit timer) functions: interval timer, timer pulse output, event count, cascade connection count clock source: ioclk, ioclk/8, ioclk/32, ioclk/128, tm29io pin input, timer 26 underflow, timer 27 underflow, timer 28 underflow timer 16 (16-bit timer) functions: interval timer, event count, up/down count, timer output, pwm output, input capture, one-shot output, start trigger, a/d conversion start trigger generation count clock source: mclk, mclk/2, ioclk, ioclk/8, timer 6 underflow, timer 7 underflow, tm16bio pin input timer 17 (16-bit timer) functions: interval timer, event count, up/down count, timer output, pwm output, input capture, one-shot output, start trigger, a/d conversion start trigger generation count clock source: mclk, mclk/2, ioclk, ioclk/8, timer 4 underflow, timer 5 underflow, tm17bio pin input
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e timer 18 (16-bit timer) functions: interval timer, event count, up/down count, timer output, pwm output, input capture, one-shot output, start trigger, a/d conversion start trigger generation count clock source: mclk, mclk/2, ioclk, ioclk/8, timer 6 underflow, timer 7 underflow, tm18bio pin input timer 19 (16-bit timer) functions: interval timer, event count, up/down count, timer output, pwm output, input capture, one-shot output, start trigger, a/d conversion start trigger generation count clock source: mclk, mclk/2, ioclk, ioclk/8, timer 4 underflow, timer 5 underflow, tm19bio pin input timer 20 (16-bit timer) functions: interval timer, event count, up/down count, timer output, pwm output, input capture, one-shot output, start trigger, a/d conversion start trigger generation count clock source: ioclk, ioclk/8, ioclk/32, ioclk/64, timer 10 underflow, timer 11 underflow, tm20bio pin input timer 21 (16-bit timer) functions: interval timer, event count, up/down count, timer output, pwm output, input capture, one-shot output, start trigger, a/d conversion start trigger generation count clock source: ioclk, ioclk/8, ioclk/32, ioclk/64, timer 8 underflow, timer 9 underflow, tm21bio pin input timer 22 (16-bit timer) functions: interval timer, event count, up/down count, timer output, pwm output, input capture, one-shot output, start trigger, a/d conversion start trigger generation count clock source: ioclk, ioclk/8, ioclk/32, ioclk/64, timer 10 underflow, timer 11 underflow, tm22bio pin input timer 23 (16-bit timer) functions: interval timer, event count, up/down count, timer output, pwm output, input capture, one-shot output, start trigger, a/d conversion start trigger generation count clock source: ioclk, ioclk/8, ioclk/32, ioclk/64, timer 8 underflow, timer 9 underflow, tm23bio pin input
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e timer 24 (16-bit timer) functions: interval timer, event count, up/down count, timer output, pwm output, input capture, one-shot output, start trigger, a/d conversion start trigger generation count clock source: mclk, mclk/2, ioclk, ioclk/8, timer 28 underflow, timer 29 underflow, tm24bio pin input ? watchdog timer count clock external high-speed oscillation detection time external high- speed oscillation cycle ? 2 16 to 2 24 generates non-maskable interrupt at detection generates hard-reset at second consecutive overflow ? watchdog timer 2 count clock internal low-speed oscillation detection time internal low- speed oscillation cycle ? 2 7 to 2 18 generates non-maskable interrupt at detection generates hard-reset at s econd consecutive overflow ? a /d converter a/d0 -resolution: 12 bit -minimum conversion time 0.6 ? s -a/d conversion start trigger is in synchr onization with complementary 3-phase pwm cycle and 16-bit timer a/d1 -resolution: 12 bit -minimum conversion time 0.6 ? s -a/d conversion start trigger is in synchr onization with complementary 3-phase pwm cycle and 16-bit timer a/d2 -resolution: 10 bit -minimum conversion time 0.5 ? s -a/d conversion start trigger is in synchr onization with complementary 3-phase pwm cycle and 16-bit timer ? analog circuits vga (variable gain amplifier) -unit: 3 units (max) -gain 2, 3, 4, 5, 6, 8, 10, 20 times -channel 12 (adin00 to adin03, adin08 to adin11, adin16 to adin19) -+input can switch 1-phase/3-phase (vganp0/1/2) --input is common (vgann)
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e comparator -unit: 3 units (max) -reference voltage: pin input(cmpnref), output of d/a converter -input from vga output -pin output(cmpoutn) of comparator output d/a converter -unit: 3 units (max) -resolution: 10 bit -generates reference voltage ? complementary 3-phase pwm output - min. resolution: 8.33 ns - triangular and saw-tooth waves output - incorporates a dead time insertion circuit - can overwrite registers by double buffer during pwm operation - pwm output protection circuit supporting external interrupts and non-maskable interrupt - output timing varying function - a/d conversion start trigger, 16-bit timer start trigger output
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? serial interface serial 0 (synchronous serial interface / full duplex uart / multi master iic) synchronous serial interface -overrun error detection -transfer clock source 1/2, 1/4, 1/16 and 1/64 of timer 0 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 1 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 2 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 3 underflow, ioclk/2, ioclk/4, sbt0 pin -transfer clock division value selection: divided by 8, 16 -can be selected as the fi rst bit to be transferred, any transfer size from 2 to 8 bits can be selected. -can be continuously tran smitted, received or transmitted and received. -maximum transfer rate: 5.0 mbps full duplex uart - parity check, overrun an d framing error detection - transfer clock source 1/2, 1/4, 1/16, and 1/64 of timer 0 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 1 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 2 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 3 underflow, ioclk/2, ioclk/4 -transfer clock division value selection: divided by 8, 16 - can be selected as the first bit to be transferred, any transfer size from 7 to 8 bits can be selected. - continuous transmission, recep tion, and transmission/reception - maximum transfer rate: 300 kbps multi master iic - transfer clock source 1/2, 1/4, 1/16, and 1/32 of timer 0 underflow, 1/2, 1/4, 1/16, and 1/32 of timer 1 underflow, 1/2, 1/4, 1/16, and 1/32 of timer 2 underflow, 1/2, 1/4, 1/16, and 1/32 of timer 3 underflow, ioclk/2, ioclk/4 -transfer clock division value selection: divided by 8 serial 1 (synchronous serial in terface / full duplex uart / lin) synchronous serial interface -overrun error detection -transfer clock source 1/2, 1/4, 1/16 and 1/64 of timer 0 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 1 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 2 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 3 underflow, ioclk/2, ioclk/4, sbt1 pin -transfer clock division value selection: no, divided by 8, 16 -can be selected as the fi rst bit to be transferred, any transfer size from 2 to 8 bits can be selected. -can be continuously transmitted, received or transmitted and received. -maximum transfer rate: 5.0 mbps full duplex uart - parity check, overrun an d framing error detection - transfer clock source 1/2, 1/4, 1/16, and 1/64 of timer 0 underflow,
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1/2, 1/4, 1/16, and 1/64 of timer 1 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 2 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 3 underflow, ioclk/2, ioclk/4 -transfer clock division value selection: divided by 8, 16 - can be selected as the first bit to be transferred, any transfer size from 7 to 8 bits can be selected. - continuous transmission, recep tion, and transmission/reception - maximum transfer rate: 300 kbps lin - operate in conjunction with timer 6 and 19. - master communication synch break field transmission - slave communication wake-up reception, synch break fi eld reception, synch field reception, check sum arithmetic - error detection check sum error, bit error serial 2 (synchronous serial interface / full duplex uart) synchronous serial interface -overrun error detection -transfer clock source 1/2, 1/4, 1/16 and 1/64 of timer 0 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 1 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 2 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 3 underflow, ioclk/2, ioclk/4, sbt2 pin -transfer clock division value selection: no, divided by 8, 16 -can be selected as the fi rst bit to be transferred, any transfer size from 2 to 8 bits can be selected. -can be continuously tran smitted, received or transmitted and received. -maximum transfer rate: 5.0 mbps full duplex uart - parity check, overrun an d framing error detection - transfer clock source 1/2, 1/4, 1/16, and 1/64 of timer 0 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 1 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 2 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 3 underflow, ioclk/2, ioclk/4 -transfer clock division value selection: divided by 8, 16 - can be selected as the first bit to be transferred, any transfer size from 7 to 8 bits can be selected. - continuous transmission, recep tion, and transmission/reception - maximum transfer rate: 300 kbps
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e serial 3 (synchronous serial interface / full duplex uart) synchronous serial interface -overrun error detection -transfer clock source 1/2, 1/4, 1/16 and 1/64 of timer 0 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 1 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 2 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 3 underflow, ioclk/2, ioclk/4, sbt3 pin -transfer clock division value selection: no, divided by 8, 16 -can be selected as the fi rst bit to be transferred, any transfer size from 2 to 8 bits can be selected. -can be continuously tran smitted, received or transmitted and received. -maximum transfer rate: 5.0 mbps full duplex uart - parity check, overrun an d framing error detection - transfer clock source 1/2, 1/4, 1/16, and 1/64 of timer 0 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 1 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 2 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 3 underflow, ioclk/2, ioclk/4 -transfer clock division value selection: divided by 8, 16 - can be selected as the first bit to be transferred, any transfer size from 7 to 8 bits can be selected. - continuous transmission, recep tion, and transmission/reception - maximum transfer rate: 300 kbps serial 4 (synchronous serial interface / full duplex uart) synchronous serial interface -overrun error detection -transfer clock source 1/2, 1/4, 1/16 and 1/64 of timer 26 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 27 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 28 underflow, 1/2, 1/4, 1/16 and 1/64 of timer 29 underflow, ioclk/2, ioclk/4, sbt4 pin -transfer clock division value selection: no, divided by 8, 16 -can be selected as the fi rst bit to be transferred, any transfer size from 2 to 8 bits can be selected. -can be continuously tran smitted, received or transmitted and received. -maximum transfer rate: 5.0 mbps full duplex uart - parity check, overrun an d framing error detection - transfer clock source 1/2, 1/4, 1/16, and 1/64 of timer 26 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 27 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 28 underflow, 1/2, 1/4, 1/16, and 1/64 of timer 29 underflow, ioclk/2, ioclk/4 -transfer clock division value selection: divided by 8, 16 - can be selected as the first bit to be transferred, any transfer size from 7 to 8 bits can be selected. - continuous transmission, recep tion, and transmission/reception - maximum transfer rate: 300 kbps
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? power supply voltage detection detection level can select 3 phase; 4.15 v 0.25 v (at falling voltage) 4.25 v 0.25 v (at rising voltage) 3.70 v 0.20 v (at falling voltage) 3.80 v 0.20 v (at rising voltage) 2.80 v 0.20 v (at falling voltage) 2.90 v 0.20 v (at rising voltage) when power supply voltage become equal to det ection level, interrupt or reset is generated. ? auto reset circuit detection level 2.70 v 0.30 v (at falling voltage) 2.45 v 0.15 v (at rising voltage) when power supply voltage is under detection level, reset is generated. ? clock monitoring function frequency error of the external high-speed oscillation (include pll output) can detect. when the error is detect ed, reset is generated. ? package lqfp144(20 mm square, 0.5 mm pitch, halogen free), code name:lqfp144-p-2020d lqfp128(18 mm square, 0.5 mm pitch, halogen free), code name:lqfp128-p-1818f lqfp100(14 mm square, 0.5 mm pitch, halogen free), code name:lqfp100-p-1414c qfp100 (18 mm square, 0.65 mm pitch), code name:qfp100-p-1818b tqfp080(12 mm square, 0.5 mm pitch, halogen free), code name:tqfp080-p-1212f tqfp064(10 mm square, 0.5 mm pitch, halogen free), code name:tqfp064-p-1010d panasonic "halogen free" semiconductor products refer to the products made of molding resin and interposer which conform to the following standards. - bromine : 900 ppm (maximum concentration value) - chlorine : 900 ppm (maximum concentration value) - bromine + chlorine : 1500 ppm (maximum concentration value) the above-mentioned standards are based on the numerical value described in iec61249-2-21. antimony and its compounds are not added intentionally.
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.4 pin configuration 1.4.1 pin configuration ? mn103hf38/28 series (lqfp144-p-2020d) figure:1.4.1 shows the pin config uration of mn103hf38/28 series. figure:1.4.1 pin configuration of mn103hf38/28 series * the function is only mn103hf38 series vdd50 pb5/tm25bio vss p13/irq11 p12/irq10/cmp2out p11/irq09/cmp1out p10/irq08/cmp0out pb4/tm25aio pb3/tm24bio pb2/tm24aio/adtrg2 pb1/tm23bio/adtrg1 pb0/tm23aio/adtrg0 p 95/pw m15_a /tm25bo_hr p94/pwm14_a/tm25ao_hr p93/pw m13_a/tm17bo_hr p97 p96 p 90/pw m10_a /tm16ao_hr p85/pwm05_a/tm19bo _hr p87 p86 130 129 135 134 133 132 142 141 140 131 139 138 137 136 irq12/p14 1 144 143 irq14/p16 3 irq13/p15 2 pw m20/pa0 8 5 irq15/p17 4 pw m24/pa4 9 pw m25/pa5 pw m21/pa1 10 pw m23/pa3 6 pw m22/pa2 7 cmp0ref/vga0n*/adin00/pc0 11 cmp0in/vga0p0*/adin01/pc1 12 n.c. vga0p1*/adin02/pc2 13 avss 14 vga0p2*/adin03/pc3 15 avdd50 16 17 n.c. 19 18 22 adin07/pc7 20 adin04/pc4 21 adin05/pc5 adin06/pc6 24 vga1p1*/adin10/pd2 23 cmp1in/vga1p0*/adin09/pd1 25 cmp1ref/vga1n*/adin08/pd0 128 127 126 p80/pwm00_a/tm24ao_hr p84/pw m04_a/tm19ao_hr p83/pwm03_a/tm18bo_hr p82/pwm02_a/tm18ao_hr p81/pwm01_a/tm24bo_hr p92/pwm12_a/tm17ao_hr p91/pwm11_a/tm16bo_hr p65/tm19bio/pwm03_b p67/tm19bo/pwm05_b 107 p66/tm19ao/pwm04_b 106 108 105 p64/tm19aio/pwm02_b 104 p63/tm18bo/pwm01_b 103 p62/tm18ao/pwm00_b 102 p61/tm18bio 101 p60/tm18aio 100 99 p57/tm17bo/pwm15_b p56/tm17ao/pwm14_b adin20/pe4 vga2p2*/adin19/pe3 adin15/pd7 30 cmp2ref/vga2n*/adin16/pe0 33 31 cmp2in/vga2p0*/adin17/pe1 vga2p1*/adin18/pe2 32 36 73 34 75 74 35 adin14/pd6 27 82 28 adin13/pd5 29 adin12/pd4 p37/tm27io p36/tm26io vga1p2*/adin11/pd3 83 26 vdd50 p47/tm11io p53/tm16bo/pwm11_b p41/tm7io/sbt4 p46/tm10io/pwmbcst2 p45/tm9io/pwmbcst1 p51/tm16bio p50/tm16aio p52/tm16ao/pwm10_b p55/tm17bio/pwm13_b 90 89 93 92 91 49 50 96 p54/tm17aio/pwm12_b p43/tm3io/sbi4 p42/tm2io/sbo4 81 80 p40/tm6io/sbcs3 84 40 98 94 97 87 86 85 76 52 48 47 44 sdata vout18 p76/tm28io n.c. 51 osci 124 123 122 116 115 117 sda0_b/scl0_a/sbo0_b/sbt0_a/p21 p70/tm20aio 113 65 66 67 68 72 109 p77/tm29io p71/tm20bio p75/tm22bio p74/tm22aio 112 111 p73/tm21bio p72/tm21aio 110 114 linrxd/sbi1/p25 69 70 71 lintxd_a/sbt1_b/sbo1_a/p23 sbi0/p22 lintxd_b/sbo1_b/sbt1_a/p24 64 53 54 61 57 55 56 62 63 58 125 120 119 118 121 adin21/pe5 pf4 adin27/pf3 41 42 43 ad in 26/pf2 da0out/adin22/pe6 da1out/adin23/pe7 adin24/pf0 tm12io/irq04/p04 sclk n.c. vss osco test vdd50 tm1io/irq01/p01 extrg0/tm5io/irq03/p03 37 38 39 59 60 adin25/pf1 pf5 45 46 nboot tm14io/irq06/p06 tm15io/irq07/p07 scl0_b/sda0_a/sbt0_b/sbo0_a/p20 tm13io/irq05/p05 pf6 pf7 tm0io/irq00/p00 nrst extrg1/tm4io/irq02/p02 p34/sbt3_a/sbo3_b p35/sbi3 78 77 79 p33/sbo3_a/sbt3_b p31/sbt2_a/sbo2_b p32/sbi2 mn103hf28 series mn103hf38 series 144pin-lqfp 0.5mm-pitch p26 p27 p30/sbo2_a/sbt2_b vss 95 p44/tm8io/pwmbcst0 88 * the function is only mn103hf38 series vdd50 pb5/tm25bio vss p13/irq11 p12/irq10/cmp2out p11/irq09/cmp1out p10/irq08/cmp0out pb4/tm25aio pb3/tm24bio pb2/tm24aio/adtrg2 pb1/tm23bio/adtrg1 pb0/tm23aio/adtrg0 p 95/pw m15_a /tm25bo_hr p94/pwm14_a/tm25ao_hr p93/pw m13_a/tm17bo_hr p97 p96 p 90/pw m10_a /tm16ao_hr p85/pwm05_a/tm19bo _hr p87 p86 130 129 135 134 133 132 142 141 140 131 139 138 137 136 irq12/p14 1 144 143 irq14/p16 3 irq13/p15 2 pw m20/pa0 8 5 irq15/p17 4 pw m24/pa4 9 pw m25/pa5 pw m21/pa1 10 pw m23/pa3 6 pw m22/pa2 7 cmp0ref/vga0n*/adin00/pc0 11 cmp0in/vga0p0*/adin01/pc1 12 n.c. vga0p1*/adin02/pc2 13 avss 14 vga0p2*/adin03/pc3 15 avdd50 16 17 n.c. 19 18 22 adin07/pc7 20 adin04/pc4 21 adin05/pc5 adin06/pc6 24 vga1p1*/adin10/pd2 23 cmp1in/vga1p0*/adin09/pd1 25 cmp1ref/vga1n*/adin08/pd0 128 127 126 p80/pwm00_a/tm24ao_hr p84/pw m04_a/tm19ao_hr p83/pwm03_a/tm18bo_hr p82/pwm02_a/tm18ao_hr p81/pwm01_a/tm24bo_hr p92/pwm12_a/tm17ao_hr p91/pwm11_a/tm16bo_hr p65/tm19bio/pwm03_b p67/tm19bo/pwm05_b 107 p66/tm19ao/pwm04_b 106 108 105 p64/tm19aio/pwm02_b 104 p63/tm18bo/pwm01_b 103 p62/tm18ao/pwm00_b 102 p61/tm18bio 101 p60/tm18aio 100 99 p57/tm17bo/pwm15_b p56/tm17ao/pwm14_b adin20/pe4 vga2p2*/adin19/pe3 adin15/pd7 30 cmp2ref/vga2n*/adin16/pe0 33 31 cmp2in/vga2p0*/adin17/pe1 vga2p1*/adin18/pe2 32 36 73 34 75 74 35 adin14/pd6 27 82 28 adin13/pd5 29 adin12/pd4 p37/tm27io p36/tm26io vga1p2*/adin11/pd3 83 26 vdd50 p47/tm11io p53/tm16bo/pwm11_b p41/tm7io/sbt4 p46/tm10io/pwmbcst2 p45/tm9io/pwmbcst1 p51/tm16bio p50/tm16aio p52/tm16ao/pwm10_b p55/tm17bio/pwm13_b 90 89 93 92 91 49 50 96 p54/tm17aio/pwm12_b p43/tm3io/sbi4 p42/tm2io/sbo4 81 80 p40/tm6io/sbcs3 84 40 98 94 97 87 86 85 76 52 48 47 44 sdata vout18 p76/tm28io n.c. 51 osci 124 123 122 116 115 117 sda0_b/scl0_a/sbo0_b/sbt0_a/p21 p70/tm20aio 113 65 66 67 68 72 109 p77/tm29io p71/tm20bio p75/tm22bio p74/tm22aio 112 111 p73/tm21bio p72/tm21aio 110 114 linrxd/sbi1/p25 69 70 71 lintxd_a/sbt1_b/sbo1_a/p23 sbi0/p22 lintxd_b/sbo1_b/sbt1_a/p24 64 53 54 61 57 55 56 62 63 58 125 120 119 118 121 adin21/pe5 pf4 adin27/pf3 41 42 43 ad in 26/pf2 da0out/adin22/pe6 da1out/adin23/pe7 adin24/pf0 tm12io/irq04/p04 sclk n.c. vss osco test vdd50 tm1io/irq01/p01 extrg0/tm5io/irq03/p03 37 38 39 59 60 adin25/pf1 pf5 45 46 nboot tm14io/irq06/p06 tm15io/irq07/p07 scl0_b/sda0_a/sbt0_b/sbo0_a/p20 tm13io/irq05/p05 pf6 pf7 tm0io/irq00/p00 nrst extrg1/tm4io/irq02/p02 p34/sbt3_a/sbo3_b p35/sbi3 78 77 79 p33/sbo3_a/sbt3_b p31/sbt2_a/sbo2_b p32/sbi2 mn103hf28 series mn103hf38 series 144pin-lqfp 0.5mm-pitch p26 p27 p30/sbo2_a/sbt2_b vss 95 p44/tm8io/pwmbcst0 88
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? mn103hf37/27 series (lqfp128-p-1818f) figure:1.4.2 shows the pin config uration of mn103hf37/27 series. figure:1.4.2 pin configuration of mn103hf37/27 series p70/tm20aio p30/sbo2_a/sbt2_b nboot 104 103 102 101 100 99 lintxd_a/sbt1_b/sbo1_a/p23 lintxd_b/sbo1_b/sbt1_a/p24 linrxd/sbi1/p25 63 64 scl0_b/sda0_a/sbt0_b/sbo0_a/p20 sda0_b/scl0_a/sbo0_b/sbt0_a/p21 sbi0/p22 tm12io/irq04/p04 tm13io/irq05/p05 tm14io/irq06/p06 tm15io/irq07/p07 extrg1/tm4io/irq02/p02 extrg0/tm5io/irq03/p03 vdd50 sclk nrst tm0io/irq00/p00 tm1io/irq01/p01 sdata osci vout18 adin27/pf3 vss osco test adin20/pe4 adin21/pe5 da0out/adin22/pe6 da1out/adin23/pe7 adin24/pf0 adin25/pf1 adin26/pf2 61 62 57 58 59 60 53 54 55 56 49 50 51 52 45 46 47 48 41 42 43 44 37 38 39 40 33 34 35 36 128pin-lqfp 0.5mm-pitch vss vdd50 83 82 85 p53/tm16bo/pwm11_b 84 p54/tm17aio/pwm12_b p55/tm17bio/pwm13_b p34/sbt3_a/sbo3_b p35/sbi3 p41/tm7io/sbt4 p32/sbi2 p40/tm6io/sbcs3 74 p44/tm8io/pwmbcst0 72 73 p43/tm3io/sbi4 p42/tm2io/sbo4 75 adin13/pd5 26 71 adin14/pd6 27 70 cmp2in/vga2p0*/adin17/pe1 30 p31/sbt2_a/sbo2_b adin15/pd7 28 69 67 vga2p1*/adin18/pe2 31 66 76 p46/tm10io/pwmbcst2 p45/tm9io/pwmbcst1 vga2p2*/adin19/pe3 32 65 p33/sbo3_a/sbt3_b cmp2ref/vga2n*/adin16/pe0 29 68 86 p56/tm17ao/pwm14_b 77 p47/tm11io 79 78 81 p51/tm16bio 80 p50/tm16aio p52/tm16ao/pwm10_b 91 p62/tm18ao/pwm00_b 90 p61/tm18bio 89 p60/tm18aio 88 87 p57/tm17bo/pwm15_b 93 p64/tm19aio/pwm02_b 92 p63/tm18bo/pwm01_b p65/tm19bio/pwm03_b p67/tm19bo/pwm05_b 95 p66/tm19ao/pwm04_b 94 105 96 109 108 107 106 98 97 p71/tm20bio p75/tm22bio p74/tm22aio p73/tm21bio p72/tm21aio p77/tm29io p76/tm28io 112 111 110 p80/pwm00_a/tm24ao_hr p84/pwm04_a/tm19ao_hr p83/pwm03_a/tm18bo_hr p82/pwm02_a/tm18ao_hr p81/pwm01_a/tm24bo_hr adin12/pd4 25 vga1p2*/adin11/pd3 24 vga1p1*/adin10/pd2 23 cmp1in/vga1p0*/adin09/pd1 22 adin07/pc7 20 cmp1ref/vga1n*/adin08/pd0 21 adin05/pc5 18 adin06/pc6 19 avdd50 16 adin04/pc4 17 avss 14 vga0p2*/adin03/pc3 15 cmp0in/vga0p0*/adin01/pc1 12 vga0p1*/adin02/pc2 13 pwm25/pa5 10 cmp0ref/vga0n*/adin00/pc0 11 pwm23/pa3 8 pwm24/pa4 9 pwm21/pa1 6 pwm22/pa2 7 pwm20/pa0 5 irq15/p17 4 irq14/p16 3 irq13/p15 2 irq12/p14 1 128 127 126 125 124 115 123 122 121 120 119 118 117 116 p91/pwm11_a/tm16bo_hr p90/pwm10_a/tm16ao_hr p85/pwm05_a/tm19bo_hr 114 113 p95/pwm15_a/tm25bo_hr p94/pwm14_a/tm25ao_hr p93/pwm13_a/tm17bo_hr p92/pwm12_a/tm17ao_hr pb3/tm24bio pb2/tm24aio/adtrg2 pb1/tm23bio/adtrg1 pb0/tm23aio/adtrg0 mn103hf27 series mn103hf37 series vdd50 pb5/tm25bio vss p13/irq11 p12/irq10/cmp2out p11/irq09/cmp1out p10/irq08/cmp0out pb4/tm25aio * the function is only mn103hf37 series p70/tm20aio p30/sbo2_a/sbt2_b nboot 104 103 102 101 100 99 lintxd_a/sbt1_b/sbo1_a/p23 lintxd_b/sbo1_b/sbt1_a/p24 linrxd/sbi1/p25 63 64 scl0_b/sda0_a/sbt0_b/sbo0_a/p20 sda0_b/scl0_a/sbo0_b/sbt0_a/p21 sbi0/p22 tm12io/irq04/p04 tm13io/irq05/p05 tm14io/irq06/p06 tm15io/irq07/p07 extrg1/tm4io/irq02/p02 extrg0/tm5io/irq03/p03 vdd50 sclk nrst tm0io/irq00/p00 tm1io/irq01/p01 sdata osci vout18 adin27/pf3 vss osco test adin20/pe4 adin21/pe5 da0out/adin22/pe6 da1out/adin23/pe7 adin24/pf0 adin25/pf1 adin26/pf2 61 62 57 58 59 60 53 54 55 56 49 50 51 52 45 46 47 48 41 42 43 44 37 38 39 40 33 34 35 36 128pin-lqfp 0.5mm-pitch vss vdd50 83 82 85 p53/tm16bo/pwm11_b 84 p54/tm17aio/pwm12_b p55/tm17bio/pwm13_b p34/sbt3_a/sbo3_b p35/sbi3 p41/tm7io/sbt4 p32/sbi2 p40/tm6io/sbcs3 74 p44/tm8io/pwmbcst0 72 73 p43/tm3io/sbi4 p42/tm2io/sbo4 75 adin13/pd5 26 71 adin14/pd6 27 70 cmp2in/vga2p0*/adin17/pe1 30 p31/sbt2_a/sbo2_b adin15/pd7 28 69 67 vga2p1*/adin18/pe2 31 66 76 p46/tm10io/pwmbcst2 p45/tm9io/pwmbcst1 vga2p2*/adin19/pe3 32 65 p33/sbo3_a/sbt3_b cmp2ref/vga2n*/adin16/pe0 29 68 86 p56/tm17ao/pwm14_b 77 p47/tm11io 79 78 81 p51/tm16bio 80 p50/tm16aio p52/tm16ao/pwm10_b 91 p62/tm18ao/pwm00_b 90 p61/tm18bio 89 p60/tm18aio 88 87 p57/tm17bo/pwm15_b 93 p64/tm19aio/pwm02_b 92 p63/tm18bo/pwm01_b p65/tm19bio/pwm03_b p67/tm19bo/pwm05_b 95 p66/tm19ao/pwm04_b 94 105 96 109 108 107 106 98 97 p71/tm20bio p75/tm22bio p74/tm22aio p73/tm21bio p72/tm21aio p77/tm29io p76/tm28io 112 111 110 p80/pwm00_a/tm24ao_hr p84/pwm04_a/tm19ao_hr p83/pwm03_a/tm18bo_hr p82/pwm02_a/tm18ao_hr p81/pwm01_a/tm24bo_hr adin12/pd4 25 vga1p2*/adin11/pd3 24 vga1p1*/adin10/pd2 23 cmp1in/vga1p0*/adin09/pd1 22 adin07/pc7 20 cmp1ref/vga1n*/adin08/pd0 21 adin05/pc5 18 adin06/pc6 19 avdd50 16 adin04/pc4 17 avss 14 vga0p2*/adin03/pc3 15 cmp0in/vga0p0*/adin01/pc1 12 vga0p1*/adin02/pc2 13 pwm25/pa5 10 cmp0ref/vga0n*/adin00/pc0 11 pwm23/pa3 8 pwm24/pa4 9 pwm21/pa1 6 pwm22/pa2 7 pwm20/pa0 5 irq15/p17 4 irq14/p16 3 irq13/p15 2 irq12/p14 1 128 127 126 125 124 115 123 122 121 120 119 118 117 116 p91/pwm11_a/tm16bo_hr p90/pwm10_a/tm16ao_hr p85/pwm05_a/tm19bo_hr 114 113 p95/pwm15_a/tm25bo_hr p94/pwm14_a/tm25ao_hr p93/pwm13_a/tm17bo_hr p92/pwm12_a/tm17ao_hr pb3/tm24bio pb2/tm24aio/adtrg2 pb1/tm23bio/adtrg1 pb0/tm23aio/adtrg0 mn103hf27 series mn103hf37 series vdd50 pb5/tm25bio vss p13/irq11 p12/irq10/cmp2out p11/irq09/cmp1out p10/irq08/cmp0out pb4/tm25aio * the function is only mn103hf37 series
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? mn103hf36/26 series(lqfp100-p-1414c, qfp100-p-1818b) figure:1.4.3 shows the pin config uration of mn103hf36/26 series. figure:1.4.3 pin configuration of mn103hf36/26 series pb2/adtrg2 pb1/tm23bio/adtrg1 pb0/tm23aio/adtrg0 100 99 98 97 95 94 p11/irq09 vdd50 vss p10/irq08 cmp0ref/vga0n*/adin00/pc0 cmp0in/vga0p0*/adin01/pc1 cmp0out/pb3 5 4 1 3 2 cmp1out/pb4 cmp2out/pb5 avdd50 8 vga0p1*/adin02/pc2 9 avss 6 7 vga0p2*/adin03/pc3 adin05/pc5 10 adin06/pc6 12 11 adin04/pc4 16 vga1p1*/adin10/pd2 17 adin07/pc7 13 cmp1ref/vga1n*/adin08/pd0 14 15 cmp1in/vga1p0*/adin09/pd1 adin12/pd4 21 20 18 19 25 vga1p2*/adin11/pd3 24 96 adin21/pe5 cmp2in/vga2p0*/adin17/pe1 adin15/pd7 100pin-lqfp 0.5mm-pitch 23 22 p95/pwm15_a/tm22bio p72/tm21aio/irq14/pwm04_b p73/tm21bio/irq15/pwm05_b p83/pwm03_a/tm18bo_hr p82/pwm02_a/tm18ao_hr p81/pwm01 p80/pwm00 p94/pwm14_a/tm22aio p93/pwm13_a/tm17bo_hr p92/pwm12_a/tm17ao_hr p85/pwm05_a/tm19bo_hr p84/pwm04_a/tm19ao_hr p91/pwm11_a/tm16bo_hr p90/pwm10_a/tm16ao_hr p61/tm18bio 75 93 92 91 90 76 77 89 82 p60/tm18aio 71 68 p57/tm17bo/pwm15_b 74 73 72 p56/tm17ao/pwm14_b p55/tm17bio/pwm13_b p53/tm16bo/pwm11_b p54/tm17aio/pwm12_b 67 70 69 p44/tm8io/pwmbcst0 p52/tm16ao/pwm10_b p51/tm16bio 56 p46/tm10io 58 57 60 p50/tm16aio 59 p43/tm3io/irq11 52 p42/tm2io/irq10 55 54 p35/sbi3 p32/sbi2 p33/sbo3_a/sbt3_b 51 p41/tm7io adin13/pd5 p40/tm6io/sbcs3 p34/sbt3_a/sbo3_b adin14/pd6 cmp2ref/vga2n*/adin16/pe0 53 adin20/pe4 p31/sbt2_a/sbo2_b 62 61 64 vdd50 63 vss p45/tm9io/pwmbcst1 p47/tm11io 66 65 26 27 28 29 30 34 35 36 31 32 33 49 50 45 46 47 48 da0out/tm0io/irq00/p00 da1out/tm1io/irq01/p01 extrg1/tm4io/irq02/p02 extrg0/tm5io/irq03/p03 sclk sdata vout18 test vss osco osci vdd50 78 41 42 43 44 37 38 nboot 81 80 79 39 40 nrst irq04/p04 irq05/p05 irq06/p06 linrxd/sbi1/p25 sbt2_b/sbo2_a/p30 irq07/p07 scl0_b/sda0_a/sbt0_b/sbo0_a/p20 sda0_b/scl0_a/sbo0_b/sbt0_a/p21 sbi0/p22 p70/tm20aio/irq12/pwm02_b lintxd_a/sbt1_b/sbo1_a/p23 lintxd_b/sbo1_b/sbt1_a/p24 p71/tm20bio/irq13/pwm03_b mn103hf26 series mn103hf36 series p65/tm19bio p64/tm19aio 88 87 86 85 84 83 * the function is only mn103hf36 series 100pin-qfp 0.65mm-pitch
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? mn103hf35/25 series (tqfp080-p-1212f) figure:1.4.4 shows the pin config uration of mn103hf35/25 series. figure:1.4.4 pin configuration of mn103hf35/25 series p90/pwm10_a/tm20aio/tm16ao_hr 75 74 p93/pw m13_a/tm21bio/tm17bo_hr p60/tm18aio/pwm10_b pb0/tm23aio/pwm12_b/adtrg0 p95/pwm15/tm22bio p92/pwm12_a/tm21aio/tm17ao_hr p91/pwm11_a/tm20bio/tm16bo_hr vdd50 p61/tm18bio/pwm11_b/cmp2out vss pb1/tm23bio/pwm13_b/adtrg1 cmp0in/vga0p0*/adin01/pc1 vga0p1*/adin02/pc2 cmp0out/pwmbcst0/tm19aio/p64 5 4 1 3 2 cmp1out/pwmbcst1/tm19bio/p65 cmp0ref/vga0n*/adin00/pc0 avss 9 vga0p2*/adin03/pc3 6 7 avdd50 adin04/pc4 8 adin05/pc5 10 15 12 vga1p1*/adin10/pd2 adin06/pc6 adin07/pc7 11 14 79 78 77 76 p85/pwm05_a/tm19bo _hr p94/pwm14/tm22aio adin12/pd4 16 vga1p2*/adin11/pd3 17 cmp1ref/vga1n*/adin08/pd0 13 cmp1in/vga1p0*/adin09/pd1 80 p54/tm17aio/pwm04_b p82/pw m02_a/tm18ao_hr p81/pwm01 p80/pwm00 p55/tm17bio/pwm05_b 62 p84/pwm04_a/tm19ao_hr p83/pwm03_a/tm18bo_hr 66 65 p46/tm10io/sbi2 vss p51/tm16bio/pwm03_b 60 p50/tm16aio/pwm02_b 56 vdd50 59 58 57 p47/tm11io 47 46 p43/tm3io/irq11 p44/tm8io/sbo2_a/sbt2_b 52 53 p32/sbi3 49 p31/sbt3_a/sbo3_b p25/sbi1/linrxd p24/sbt1_a/sbo1_b/lintxd_b p30/sbo3_a/sbt3_b 45 44 cmp2ref/vga2n*/adin16/pe0 p23/sbo1_a/sbt1_b/lintxd_a 43 42 18 19 adin13/pd5 p22/sbi0 cmp2in/vga2p0*/adin17/pe1 41 20 p45/tm9io/sbt2_a/sbo2_b p33/sbcs3/adtrg2 51 50 p42/tm2io/irq10 p41/tm7io/irq09 p40/tm6io/irq08 54 48 55 21 22 23 24 40 25 29 30 31 26 27 28 37 da0out/tm0io/irq00/p00 da1out/tm1io/irq01/p01 extrg1/tm4io/irq02/p02 extrg0/tm5io/irq03/p03 39 32 33 vdd50 36 34 35 38 irq06/p06 sclk scl0_b/sda0_a/sbt0_b/sbo0_a/p20 sda0_b/scl0_a/sbo0_b/sbt0_a/p21 sdata vout18 test vss 64 63 80pin-tqfp 0.5mm-pitch irq04/p04 irq07/p07 osco osci nrst nboot irq05/p05 mn103hf25 series mn103hf35 series 73 61 70 69 68 67 72 71 * the function is only mn103hf35 series p90/pwm10_a/tm20aio/tm16ao_hr 75 74 p93/pw m13_a/tm21bio/tm17bo_hr p60/tm18aio/pwm10_b pb0/tm23aio/pwm12_b/adtrg0 p95/pwm15/tm22bio p92/pwm12_a/tm21aio/tm17ao_hr p91/pwm11_a/tm20bio/tm16bo_hr vdd50 p61/tm18bio/pwm11_b/cmp2out vss pb1/tm23bio/pwm13_b/adtrg1 cmp0in/vga0p0*/adin01/pc1 vga0p1*/adin02/pc2 cmp0out/pwmbcst0/tm19aio/p64 5 4 1 3 2 cmp1out/pwmbcst1/tm19bio/p65 cmp0ref/vga0n*/adin00/pc0 avss 9 vga0p2*/adin03/pc3 6 7 avdd50 adin04/pc4 8 adin05/pc5 10 15 12 vga1p1*/adin10/pd2 adin06/pc6 adin07/pc7 11 14 79 78 77 76 p85/pwm05_a/tm19bo _hr p94/pwm14/tm22aio adin12/pd4 16 vga1p2*/adin11/pd3 17 cmp1ref/vga1n*/adin08/pd0 13 cmp1in/vga1p0*/adin09/pd1 80 p54/tm17aio/pwm04_b p82/pw m02_a/tm18ao_hr p81/pwm01 p80/pwm00 p55/tm17bio/pwm05_b 62 p84/pwm04_a/tm19ao_hr p83/pwm03_a/tm18bo_hr 66 65 p46/tm10io/sbi2 vss p51/tm16bio/pwm03_b 60 p50/tm16aio/pwm02_b 56 vdd50 59 58 57 p47/tm11io 47 46 p43/tm3io/irq11 p44/tm8io/sbo2_a/sbt2_b 52 53 p32/sbi3 49 p31/sbt3_a/sbo3_b p25/sbi1/linrxd p24/sbt1_a/sbo1_b/lintxd_b p30/sbo3_a/sbt3_b 45 44 cmp2ref/vga2n*/adin16/pe0 p23/sbo1_a/sbt1_b/lintxd_a 43 42 18 19 adin13/pd5 p22/sbi0 cmp2in/vga2p0*/adin17/pe1 41 20 p45/tm9io/sbt2_a/sbo2_b p33/sbcs3/adtrg2 51 50 p42/tm2io/irq10 p41/tm7io/irq09 p40/tm6io/irq08 54 48 55 21 22 23 24 40 25 29 30 31 26 27 28 37 da0out/tm0io/irq00/p00 da1out/tm1io/irq01/p01 extrg1/tm4io/irq02/p02 extrg0/tm5io/irq03/p03 39 32 33 vdd50 36 34 35 38 irq06/p06 sclk scl0_b/sda0_a/sbt0_b/sbo0_a/p20 sda0_b/scl0_a/sbo0_b/sbt0_a/p21 sdata vout18 test vss 64 63 80pin-tqfp 0.5mm-pitch irq04/p04 irq07/p07 osco osci nrst nboot irq05/p05 mn103hf25 series mn103hf35 series 73 61 70 69 68 67 72 71 * the function is only mn103hf35 series
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? mn103hf34/24 series (tqfp064-p-1010d) figure:1.4.5 shows the pin config uration of mn103hf34/24 series. figure:1.4.5 pin configuration of mn103hf34/24 series mn103hf24 series mn103hf34 series 54 53 58 57 56 55 scl0_b/sda0_a/sbt0_b/sbo0_a/p20 p42/tm2io/irq10 p41/tm7io/irq09 p40/tm6io/irq08 p33/sbcs3/adtrg2 p24/sbt1_a/sbo1_b/lintxd_b p25/sbi1/linrxd p30/sbo3_a/sbt3_b p32/sbi3 p31/sbt3_a/sbo3_b sda0_b/scl0_a/sbo0_b/sbt0_a/p21 32 vss osco osci vdd50 29 nboot 30 da0out/tm0io/irq00/p00 da1out/tm1io/irq01/p01 ex trg1/t m4io/irq02/p02 extrg0/tm5io/irq03/p03 sclk sdata vout18 test 31 28 17 18 19 20 p46/tm17aio/tm10io/irq04/pwm04_b p50/tm16aio/pwm02_b/adtrg0 p47/tm17bio/tm11io/irq05/pwm05_b p43/tm3io/irq11 p81/pwm01 p80/pwm00 35 34 38 40 43 42 44 41 48 p51/tm16bio/pwm03_b/adtrg1 52 51 50 49 p83/pwm03_a/tm18bo_hr p82/pwm02_a/tm18ao_hr p85/pwm05_a/tm19bo_hr p84/pwm04_a/tm19ao_hr p93/pwm13/tm21bio/tm17bo_hr p92/pwm12/tm21aio/tm17ao_hr p91/pwm11_a/tm20bio/tm16bo_hr p90/pwm10_a/tm20aio/tm16ao_hr adin15/pd7 tqfp-64pin 0.5mm-pitch adin06/pc6 16 adin14/pd6 cmp1ref/vga1n*/adin08/pd0 14 15 cmp1in/vga1p0*/adin09/pd1 13 adin07/pc7 adin05/pc5 avss adin03/pc3 avdd50 12 10 11 8 cmp0in/vga0p0*/adin01/pc1 adin02/pc2 9 6 7 adin04/pc4 5 4 p94/pwm14 cmp0ref/vga0n*/adin00/pc0 cmp0out/pwmbcst0/tm19aio/p64 cmp1out/pwmbcst1/tm19bio/p65 1 3 2 61 60 59 p95/pwm15 64 63 62 vdd50 vss p60/tm18aio/pwm10_b p61/tm18bio/pwm11_b nrst p23/sbo1_a/sbt1_b/lintxd_a 21 25 26 33 27 22 23 24 p22/sbi0 47 46 45 36 37 39 * the function is only mn103hf34 series mn103hf24 series mn103hf34 series 54 53 58 57 56 55 scl0_b/sda0_a/sbt0_b/sbo0_a/p20 p42/tm2io/irq10 p41/tm7io/irq09 p40/tm6io/irq08 p33/sbcs3/adtrg2 p24/sbt1_a/sbo1_b/lintxd_b p25/sbi1/linrxd p30/sbo3_a/sbt3_b p32/sbi3 p31/sbt3_a/sbo3_b sda0_b/scl0_a/sbo0_b/sbt0_a/p21 32 vss osco osci vdd50 29 nboot 30 da0out/tm0io/irq00/p00 da1out/tm1io/irq01/p01 ex trg1/t m4io/irq02/p02 extrg0/tm5io/irq03/p03 sclk sdata vout18 test 31 28 17 18 19 20 p46/tm17aio/tm10io/irq04/pwm04_b p50/tm16aio/pwm02_b/adtrg0 p47/tm17bio/tm11io/irq05/pwm05_b p43/tm3io/irq11 p81/pwm01 p80/pwm00 35 34 38 40 43 42 44 41 48 p51/tm16bio/pwm03_b/adtrg1 52 51 50 49 p83/pwm03_a/tm18bo_hr p82/pwm02_a/tm18ao_hr p85/pwm05_a/tm19bo_hr p84/pwm04_a/tm19ao_hr p93/pwm13/tm21bio/tm17bo_hr p92/pwm12/tm21aio/tm17ao_hr p91/pwm11_a/tm20bio/tm16bo_hr p90/pwm10_a/tm20aio/tm16ao_hr adin15/pd7 tqfp-64pin 0.5mm-pitch adin06/pc6 16 adin14/pd6 cmp1ref/vga1n*/adin08/pd0 14 15 cmp1in/vga1p0*/adin09/pd1 13 adin07/pc7 adin05/pc5 avss adin03/pc3 avdd50 12 10 11 8 cmp0in/vga0p0*/adin01/pc1 adin02/pc2 9 6 7 adin04/pc4 5 4 p94/pwm14 cmp0ref/vga0n*/adin00/pc0 cmp0out/pwmbcst0/tm19aio/p64 cmp1out/pwmbcst1/tm19bio/p65 1 3 2 61 60 59 p95/pwm15 64 63 62 vdd50 vss p60/tm18aio/pwm10_b p61/tm18bio/pwm11_b nrst p23/sbo1_a/sbt1_b/lintxd_a 21 25 26 33 27 22 23 24 p22/sbi0 47 46 45 36 37 39 * the function is only mn103hf34 series
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.5 pin functions 1.5.1 pin functions (mn103hfx8) the function of each pin is listed in table:1.5.1. table:1.5.1 pin functions of mn103hfx8 pins other pins function power supply/gnd vdd50 power pin for digital io connect 1 ? f capacitor or more between all of the vdd50 and vss pins. (put the capacitor near the pins.) avdd50 power pin for analog connect 1 ? f capacitor or more between avdd50 and avss pins. (put the capacitor near the pins.) vout18 internal power pin connect 1 ? f capacitors between vout18 and vss pins. (put the capacitor near the pins.) avss gnd for analog vss gnd for digital function control test test signal input pin add the pull-up resistor of 2 k ? or more usually. (put the resistor near the pins.) nboot boot area startup pin use switching rom boot area. add the pull-up resistor of 2 k ? or more usually. (put the resistor near the pins.) reset nrst reset pins (negative logic) connect 0.1 ? f capacitor or more between nrst and vss pins. clock osci high-speed oscillation input pin osco high-speed oscillation output pin interrupt irq00 p00 tm0io external interrupt input pin irq01 p01 tm1io irq02 p02 tm4io extrg1 irq03 p03 tm5io extrg0 irq04 p04 tm12io irq05 p05 tm13io irq06 p06 tm14io irq07 p07 tm15io
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e interrupt irq08 p10 cmp0out external interrupt input pin irq09 p11 cmp1out irq10 p12 cmp2out irq11 p13 irq12 p14 irq13 p15 irq14 p16 irq15 p17 timer tm0io p00 irq00 8- bit timer i/o pin tm1io p01 irq01 tm2io p42 sbo4 tm3io p43 sbi4 tm4io p02 irq02 extrg1 tm5io p03 irq03 extrg0 tm6io p40 sbcs3 tm7io p41 sbt4 tm8io p44 pwmbcst0 tm9io p45 pwmbcst1 tm10io p46 pwmbcst2 tm11io p47 tm12io p04 irq04 tm13io p05 irq05 tm14io p06 irq06 tm15io p07 irq07 tm26io p36 tm27io p37 tm28io p76 tm29io p77 tm16aio p50 16-bit timer i/o a, b pin tm16bio p51 tm17aio p54 pwm12_b tm17bio p55 pwm13_b tm18aio p60 tm18bio p61 tm19aio p64 pwm02_b tm19bio p65 pwm03_b tm20aio p70 tm20bio p71 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e timer tm21aio p72 16-bit timer i/o a, b pin tm21bio p73 tm22aio p74 tm22bio p75 tm23aio pb0 adtrg0 tm23bio pb1 adtrg1 tm24aio pb2 adtrg2 tm24bio pb3 tm25aio pb4 tm25bio pb5 tm16ao p52 pwm10_b 16-bit timer output a, b pin tm16bo p53 pwm11_b tm17ao p56 pwm14_b tm17bo p57 pwm15_b tm18ao p62 pwm00_b tm18bo p63 pwm01_b tm19ao p66 pwm04_b tm19bo p67 pwm05_b tm16ao_hr p90 pwm10_a tm16bo_hr p91 pwm11_a tm17ao_hr p92 pwm12_a tm17bo_hr p93 pwm13_a tm18ao_hr p82 pwm02_a tm18bo_hr p83 pwm03_a tm19ao_hr p84 pwm04_a tm19bo_hr p85 pwm05_a tm24ao_hr p80 pwm00_a tm24bo_hr p81 pwm01_a tm25ao_hr p94 pwm14_a tm25bo_hr p95 pwm15_a pwm pwm00_a p80 tm24ao_hr motor control 3-phase pwm signal output pin pwm01_a p81 tm24bo_hr pwm02_a p82 tm18ao_hr pwm03_a p83 tm18bo_hr pwm04_a p84 tm19ao_hr pwm05_a p85 tm19bo_hr pwm10_a p90 tm16ao_hr pwm11_a p91 tm16bo_hr pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e pwm pwm12_a p92 tm17ao_hr motor control 3-phase pwm signal output pin pwm13_a p93 tm17bo_hr pwm14_a p94 tm25ao_hr pwm15_a p95 tm25bo_hr pwm00_b p62 tm18ao pwm01_b p63 tm18bo pwm02_b p64 tm19aio pwm03_b p65 tm19bio pwm04_b p66 tm19ao pwm05_b p67 tm19bo pwm10_b p52 tm16ao pwm11_b p53 tm16bo pwm12_b p54 tm17aio pwm13_b p55 tm17bio pwm14_b p56 tm17ao pwm15_b p57 tm17bo pwm20 pa0 pwm21 pa1 pwm22 pa2 pwm23 pa3 pwm24 pa4 pwm25 pa5 pwmbcst0 p44 tm8io motor control 3-phase pwm counter state monitor pin pwmbcst1 p45 tm9io pwmbcst2 p46 tm10io serial sbt0_a p21 sbo0_b scl0_a sda0_b serial interface clock i/o pin sbt0_b p20 sbo0_a sda0_a scl0_b sbt1_a p24 sbo1_b lintxd_b sbt1_b p23 sbo1_a lintxd_a sbt2_a p31 sbo2_b sbt2_b p30 sbo2_a sbt3_a p34 sbo3_b sbt3_b p33 sbo3_a sbt4 p41 tm7io sbo0_a p20 sbt0_b sda0_a scl0_b serial interface data output pin sbo0_b p21 sbt0_a scl0_a sda0_b sbo1_a p23 sbt1_b lintxd_a sbo1_b p24 sbt1_a lintxd_b pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e serial sbo2_a p30 sbt2_b serial interface data output pin sbo2_b p31 sbt2_a sbo3_a p33 sbt3_b sbo3_b p34 sbt3_a sbo4 p42 tm2io sbi0 p22 serial interface data input pin sbi1 p25 linrxd sbi2 p32 sbi3 p35 sbi4 p43 tm3io sbcs3 p40 tm6io serial chip select i/o pin iic scl0_a p21 sbt0_a sbo0_b sda0_b iic clock i/o pin scl0_b p20 sbo0_a sbt0_b sda0_a sda0_a p20 sbo0_a sbt0_b scl0_b iic communication i/o pin sda0_b p21 sbt0_a sbo0_b scl0_a lin lintxd_a p23 sbo1_a sbt1_b lin communication output pin lintxd_b p24 sbt1_a sbo1_b linrxd p25 sbi1 lin communication input pin a/d converter adin00 pc0 vga0n cmp0ref analog input pin for a/d converters adin01 pc1 vga0p0 cmp0in adin02 pc2 vga0p1 adin03 pc3 vga0p2 adin04 pc4 adin05 pc5 adin06 pc6 adin07 pc7 adin08 pd0 vga1n cmp1ref adin09 pd1 vga1p0 cmp1in adin10 pd2 vga1p1 adin11 pd3 vga1p2 adin12 pd4 adin13 pd5 adin14 pd6 adin15 pd7 adin16 pe0 vga2n cmp2ref adin17 pe1 vga2p0 cmp2in adin18 pe2 vga2p1 adin19 pe3 vga2p2 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e a/d converter adin20 pe4 analog input pin for a/d converters adin21 pe5 adin22 pe6 da0out adin23 pe7 da1out adin24 pf0 adin25 pf1 adin26 pf2 adin27 pf3 adtrg0 pb0 tm23aio a/d convertion trigger output pin adtrg1 pb1 tm23bio adtrg2 pb2 tm24aio vga(*1) vga0n pc0 adin00 cmp0ref analog input pin for vga vga0p0 pc1 adin01 cmp0in vga0p1 pc2 adin02 vga0p2 pc3 adin03 vga1n pd0 adin08 cmp1ref vga1p0 pd1 adin09 cmp1in vga1p1 pd2 adin10 vga1p2 pd3 adin11 vga2n pe0 adin16 cmp2ref vga2p0 pe1 adin17 cmp2in vga2p1 pe2 adin18 vga2p2 pe3 adin19 comparator cmp0ref pc0 adin00 vga0n power supply pin for comparator cmp1ref pd0 adin08 vga1n cmp2ref pe0 adin16 vga2n cmp0in pc1 adin01 vga0p0 input pin for comparator cmp1in pd1 adin09 vga1p0 cmp2in pe1 adin17 vga2p0 cmp0out p10 irq08 output pin for comparator cmp1out p11 irq09 cmp2out p12 irq10 d/a converter da0out pe6 adin22 onput pin for d/a converter da1out pe7 adin23 i/o port p00 irq00 tm0io i/o port 0 p01 irq01 tm1io p02 irq02 tm4io extrg1 p03 irq03 tm5io extrg0 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e i/o port p04 irq04 tm12io i/o port 0 p05 irq05 tm13io p06 irq06 tm14io p07 irq07 tm15io p10 irq08 cmp0out i/o port 1 p11 irq09 cmp1out p12 irq10 cmp2out p13 irq11 p14 irq12 p15 irq13 p16 irq14 p17 irq15 p20 sbo0_a sbt0_b sda0_a scl0_b i/o port 2 p21 sbt0_a sbo0_b scl0_a sda0_b p22 sbi0 p23 sbo1_a sbt1_b lintxd_a p24 sbt1_a sbo1_b lintxd_b p25 sbi1 linrxd p26 p27 p30 sbo2_a sbt2_b i/o port 3 p31 sbt2_a sbo2_b p32 sbi2 p33 sbo3_a sbt3_b p34 sbt3_a sbo3_b p35 sbi3 p36 tm26io p37 tm27io p40 tm6io sbcs3 i/o port 4 p41 tm7io sbt4 p42 tm2io sbo4 p43 tm3io sbi4 p44 tm8io pwmbcst0 p45 tm9io pwmbcst1 p46 tm10io pwmbcst2 p47 tm11io p50 tm16aio i/o port 5 p51 tm16bio pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e i/o port p52 tm16ao pwm10_b i/o port 5 p53 tm16bo pwm11_b p54 tm17aio pwm12_b p55 tm17bio pwm13_b p56 tm17ao pwm14_b p57 tm17bo pwm15_b p60 tm18aio i/o port 6 p61 tm18bio p62 tm18ao pwm00_b p63 tm18bo pwm01_b p64 tm19aio pwm02_b p65 tm19bio pwm03_b p66 tm19ao pwm04_b p67 tm19bo pwm05_b p70 tm20aio i/o port 7 p71 tm20bio p72 tm21aio p73 tm21bio p74 tm22aio p75 tm22bio p76 tm28io p77 tm29io p80 pwm00_a tm24ao_hr i/o port 8 p81 pwm01_a tm24bo_hr p82 pwm02_a tm18ao_hr p83 pwm03_a tm18bo_hr p84 pwm04_a tm19ao_hr p85 pwm05_a tm19bo_hr p86 p87 p90 pwm10_a tm16ao_hr i/o port 9 p91 pwm11_a tm16bo_hr p92 pwm12_a tm17ao_hr p93 pwm13_a tm17bo_hr p94 pwm14_a tm25ao_hr p95 pwm15_a tm25bo_hr p96 p97 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e i/o port pa0 pwm20 i/o port a pa1 pwm21 pa2 pwm22 pa3 pwm23 pa4 pwm24 pa5 pwm25 pb0 tm23aio adtrg0 i/o port b pb1 tm23bio adtrg1 pb2 tm24aio adtrg2 pb3 tm24bio pb4 tm25aio pb5 tm25bio pc0 adin00 vga0n cmp0ref input(/output) port c pc1 adin01 vga0p0 cmp0in pc2 adin02 vga0p1 pc3 adin03 vga0p2 pc4 adin04 pc5 adin05 pc6 adin06 pc7 adin07 pd0 adin08 vga1n cmp1ref input(/output) port d pd1 adin09 vga1p0 cmp1in pd2 adin10 vga1p1 pd3 adin11 vga1p2 pd4 adin12 pd5 adin13 pd6 adin14 pd7 adin15 pe0 adin16 vga2n cmp2ref input(/output) port e pe1 adin17 vga2p0 cmp2in pe2 adin18 vga2p1 pe3 adin19 vga2p2 pe4 adin20 pe5 adin21 pe6 adin22 da0out pe7 adin23 da1out pf0 adin24 i/o port f pf1 adin25 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e .. *1 vga is not in mn103hf28 series. .. i/o port pf2 adin26 i/o port f pf3 adin27 pf4 pf5 pf6 pf7 obd sclk on-board debugger clock input pin connect the pull-up resistor of 10 k ? or more. sdata on-board debugger data i/o pin connect the pull-up resistor of 10 k ? or more. extrg0 p03 tm5io irq03 on-board debugger trigger i/o pin extrg1 p02 tm4io irq02 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.5.2 pin functions (mn103hfx7) the function of each pin is listed in table:1.5.2. table:1.5.2 pin functions of mn103hfx7 pins other pins function power supply/gnd vdd50 power pin for digital io connect 1 ? f capacitor or more between all of the vdd50 and vss pins. (put the capacitor near the pins.) avdd50 power pin for analog connect 1 ? f capacitor or more between avdd50 and avss pins. (put the capacitor near the pins.) vout18 internal power pin capacitors between vout18 and vss pins. (put the capacitor near the pins.) avss gnd for analog vss gnd for digital function control test test signal input pin add the pull-up resistor of 2 k ? or more usually. (put the resistor near the pins.) nboot boot area startup pin use switching rom boot area. add the pull-up resistor of 2 k ? or more usually. (put the resistor near the pins.) reset nrst reset pins (negative logic) connect 0.1 ? f capacitor or more between nrst and vss pins. clock osci high-speed oscillation input pin osco high-speed oscillation output pin interrupt irq00 p00 tm0io external interrupt input pin irq01 p01 tm1io irq02 p02 tm4io extrg1 irq03 p03 tm5io extrg0 irq04 p04 tm12io irq05 p05 tm13io irq06 p06 tm14io irq07 p07 tm15io irq08 p10 cmp0out irq09 p11 cmp1out irq10 p12 cmp2out irq11 p13 irq12 p14 irq13 p15 irq14 p16 irq15 p17
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e timer tm0io p00 irq00 8- bit timer i/o pin tm1io p01 irq01 tm2io p42 sbo4 tm3io p43 sbi4 tm4io p02 irq02 extrg1 tm5io p03 irq03 extrg0 tm6io p40 sbcs3 tm7io p41 sbt4 tm8io p44 pwmbcst0 tm9io p45 pwmbcst1 tm10io p46 pwmbcst2 tm11io p47 tm12io p04 irq04 tm13io p05 irq05 tm14io p06 irq06 tm15io p07 irq07 tm28io p76 tm29io p77 tm16aio p50 16-bit timer i/o a, b pin tm16bio p51 tm17aio p54 pwm12_b tm17bio p55 pwm13_b tm18aio p60 tm18bio p61 tm19aio p64 pwm02_b tm19bio p65 pwm03_b tm20aio p70 tm20bio p71 tm21aio p72 tm21bio p73 tm22aio p74 tm22bio p75 tm23aio pb0 adtrg0 tm23bio pb1 adtrg1 tm24aio pb2 adtrg2 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e timer tm24bio pb3 16-bit timer i/o a, b pin tm25aio pb4 tm25bio pb5 tm16ao p52 pwm10_b 16-bit timer output a, b pin tm16bo p53 pwm11_b tm17ao p56 pwm14_b tm17bo p57 pwm15_b tm18ao p62 pwm00_b tm18bo p63 pwm01_b tm19ao p66 pwm04_b tm19bo p67 pwm05_b tm16ao_hr p90 pwm10_a tm16bo_hr p91 pwm11_a tm17ao_hr p92 pwm12_a tm17bo_hr p93 pwm13_a tm18ao_hr p82 pwm02_a tm18bo_hr p83 pwm03_a tm19ao_hr p84 pwm04_a tm19bo_hr p85 pwm05_a tm24ao_hr p80 pwm00_a tm24bo_hr p81 pwm01_a tm25ao_hr p94 pwm14_a tm25bo_hr p95 pwm15_a pwm pwm00_a p80 tm24ao_hr motor control 3-phase pwm signal output pin pwm01_a p81 tm24bo_hr pwm02_a p82 tm18ao_hr pwm03_a p83 tm18bo_hr pwm04_a p84 tm19ao_hr pwm05_a p85 tm19bo_hr pwm10_a p90 tm16ao_hr pwm11_a p91 tm16bo_hr pwm12_a p92 tm17ao_hr pwm13_a p93 tm17bo_hr pwm14_a p94 tm25ao_hr pwm15_a p95 tm25bo_hr pwm00_b p62 tm18ao pwm01_b p63 tm18bo pwm02_b p64 tm19aio pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e pwm pwm03_b p65 tm19bio motor control 3-phase pwm signal output pin pwm04_b p66 tm19ao pwm05_b p67 tm19bo pwm10_b p52 tm16ao pwm11_b p53 tm16bo pwm12_b p54 tm17aio pwm13_b p55 tm17bio pwm14_b p56 tm17ao pwm15_b p57 tm17bo pwm20 pa0 pwm21 pa1 pwm22 pa2 pwm23 pa3 pwm24 pa4 pwm25 pa5 pwmbcst0 p44 tm8io motor control 3-phase pwm counter state monitor pin pwmbcst1 p45 tm9io pwmbcst2 p46 tm10io serial sbt0_a p21 sbo0_b scl0_a sda0_b serial interface clock i/o pin sbt0_b p20 sbo0_a sda0_a scl0_b sbt1_a p24 sbo1_b lintxd_b sbt1_b p23 sbo1_a lintxd_a sbt2_a p31 sbo2_b sbt2_b p30 sbo2_a sbt3_a p34 sbo3_b sbt3_b p33 sbo3_a sbt4 p41 tm7io sbo0_a p20 sbt0_b sda0_a scl0_b serial interface data output pin sbo0_b p21 sbt0_a scl0_a sda0_b sbo1_a p23 sbt1_b lintxd_a sbo1_b p24 sbt1_a lintxd_b sbo2_a p30 sbt2_b sbo2_b p31 sbt2_a sbo3_a p33 sbt3_b sbo3_b p34 sbt3_a sbo4 p42 tm2io sbi0 p22 serial interface data input pin sbi1 p25 linrxd pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e serial sbi2 p32 serial interface data input pin sbi3 p35 sbi4 p43 tm3io sbcs3 p40 tm6io serial chip select i/o pin iic scl0_a p21 sbt0_a sbo0_b sda0_b iic clock i/o pin scl0_b p20 sbo0_a sbt0_b sda0_a sda0_a p20 sbo0_a sbt0_b scl0_b iic communication i/o pin sda0_b p21 sbt0_a sbo0_b scl0_a lin lintxd_a p23 sbo1_a sbt1_b lin communication output pin lintxd_b p24 sbt1_a sbo1_b linrxd p25 sbi1 lin communication input pin a/d converter adin00 pc0 vga0n cmp0ref analog input pin for a/d converters adin01 pc1 vga0p0 cmp0in adin02 pc2 vga0p1 adin03 pc3 vga0p2 adin04 pc4 adin05 pc5 adin06 pc6 adin07 pc7 adin08 pd0 vga1n cmp1ref adin09 pd1 vga1p0 cmp1in adin10 pd2 vga1p1 adin11 pd3 vga1p2 adin12 pd4 adin13 pd5 adin14 pd6 adin15 pd7 adin16 pe0 vga2n cmp2ref adin17 pe1 vga2p0 cmp2in adin18 pe2 vga2p1 adin19 pe3 vga2p2 adin20 pe4 adin21 pe5 adin22 pe6 da0out adin23 pe7 da1out adin24 pf0 adin25 pf1 adin26 pf2 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e a/d converter adin27 pf3 analog input pin for a/d converters adtrg0 pb0 tm23aio a/d conversion trigger output pin adtrg1 pb1 tm23bio adtrg2 pb2 tm24aio vga(*1) vga0n pc0 adin00 cmp0ref analog input pin for vga vga0p0 pc1 adin01 cmp0in vga0p1 pc2 adin02 vga0p2 pc3 adin03 vga1n pd0 adin08 cmp1ref vga1p0 pd1 adin09 cmp1in vga1p1 pd2 adin10 vga1p2 pd3 adin11 vga2n pe0 adin16 cmp2ref vga2p0 pe1 adin17 cmp2in vga2p1 pe2 adin18 vga2p2 pe3 adin19 comparator cmp0ref pc0 adin00 vga0n power supply pin for comparator cmp1ref pd0 adin08 vga1n cmp2ref pe0 adin16 vga2n cmp0in pc1 adin01 vga0p0 input pin for comparator cmp1in pd1 adin09 vga1p0 cmp2in pe1 adin17 vga2p0 cmp0out p10 irq08 output pin for comparator cmp1out p11 irq09 cmp2out p12 irq10 d/a converter da0out pe6 adin22 output pin for d/a converter da1out pe7 adin23 i/o port p00 irq00 tm0io i/o port 0 p01 irq01 tm1io p02 irq02 tm4io extrg1 p03 irq03 tm5io extrg0 p04 irq04 tm12io p05 irq05 tm13io p06 irq06 tm14io p07 irq07 tm15io p10 irq08 cmp0out i/o port 1 p11 irq09 cmp1out p12 irq10 cmp2out pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e i/o port p13 irq11 i/o port 1 p14 irq12 p15 irq13 p16 irq14 p17 irq15 p20 sbo0_a sbt0_b sda0_a scl0_b i/o port 2 p21 sbt0_a sbo0_b scl0_a sda0_b p22 sbi0 p23 sbo1_a sbt1_b lintxd_a p24 sbt1_a sbo1_b lintxd_b p25 sbi1 linrxd p30 sbo2_a sbt2_b i/o port 3 p31 sbt2_a sbo2_b p32 sbi2 p33 sbo3_a sbt3_b p34 sbt3_a sbo3_b p35 sbi3 p40 tm6io sbcs3 i/o port 4 p41 tm7io sbt4 p42 tm2io sbo4 p43 tm3io sbi4 p44 tm8io pwmbcst0 p45 tm9io pwmbcst1 p46 tm10io pwmbcst2 p47 tm11io p50 tm16aio i/o port 5 p51 tm16bio p52 tm16ao pwm10_b p53 tm16bo pwm11_b p54 tm17aio pwm12_b p55 tm17bio pwm13_b p56 tm17ao pwm14_b p57 tm17bo pwm15_b p60 tm18aio i/o port 6 p61 tm18bio p62 tm18ao pwm00_b p63 tm18bo pwm01_b p64 tm19aio pwm02_b pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e i/o port p65 tm19bio pwm03_b i/o port 6 p66 tm19ao pwm04_b p67 tm19bo pwm05_b p70 tm20aio i/o port 7 p71 tm20bio p72 tm21aio p73 tm21bio p74 tm22aio p75 tm22bio p76 tm28io p77 tm29io p80 pwm00_a tm24ao_hr i/o port 8 p81 pwm01_a tm24bo_hr p82 pwm02_a tm18ao_hr p83 pwm03_a tm18bo_hr p84 pwm04_a tm19ao_hr p85 pwm05_a tm19bo_hr p90 pwm10_a tm16ao_hr i/o port 9 p91 pwm11_a tm16bo_hr p92 pwm12_a tm17ao_hr p93 pwm13_a tm17bo_hr p94 pwm14_a tm25ao_hr p95 pwm15_a tm25bo_hr pa0 pwm20 i/o port a pa1 pwm21 pa2 pwm22 pa3 pwm23 pa4 pwm24 pa5 pwm25 pb0 tm23aio adtrg0 i/o port b pb1 tm23bio adtrg1 pb2 tm24aio adtrg2 pb3 tm24bio pb4 tm25aio pb5 tm25bio pc0 adin00 vga0n cmp0ref input(/output) port c pc1 adin01 vga0p0 cmp0in pc2 adin02 vga0p1 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e .. *1 vga is not in mn103hf27 series. .. i/o port pc3 adin03 vga0p2 input(/output) port c pc4 adin04 pc5 adin05 pc6 adin06 pc7 adin07 pd0 adin08 vga1n cmp1ref input(/output) port d pd1 adin09 vga1p0 cmp1in pd2 adin10 vga1p1 pd3 adin11 vga1p2 pd4 adin12 pd5 adin13 pd6 adin14 pd7 adin15 pe0 adin16 vga2n cmp2ref input(/output) port e pe1 adin17 vga2p0 cmp2in pe2 adin18 vga2p1 pe3 adin19 vga2p2 pe4 adin20 pe5 adin21 pe6 adin22 da0out pe7 adin23 da1out pf0 adin24 i/o port f pf1 adin25 pf2 adin26 pf3 adin27 obd sclk on-board debugger clock input pin connect the pull-up resistor of 10 k ? or more. sdata on-board debugger data i/o pin connect the pull-up resistor of 10 k ? or more. extrg0 p03 tm5io irq03 on-board debugger trigger i/o pin extrg1 p02 tm4io irq02 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.5.3 pin functions (mn103hfx6) the function of each pin is listed in table:1.5.3. table:1.5.3 pin functions of mn103hfx6 pins other pins function power supply/gnd vdd50 power pin for digital io connect 1 ? f capacitor or more between all of the vdd50 and vss pins. (put the capacitor near the pins.) avdd50 power pin for analog connect 1 ? f capacitor or more between avdd50 and avss pins. (put the capacitor near the pins.) vout18 internal power pin connect 1 ? f capacitors between vout18 and vss pins. (put the capacitor near the pins.) avss gnd for analog vss gnd for digital function control test test signal input pin add the pull-up resistor of 2 k ? or more usually. (put the resistor near the pins.) nboot boot area startup pin use switching rom boot area. add the pull-up resistor of 2 k ? or more usually. (put the resistor near the pins.) reset nrst reset pins (negative logic) connect 0.1 ? f capacitor or more between nrst and vss pins. clock osci high-speed oscillation input pin osco high-speed oscillation output pin interrupt irq00 p00 tm0io da0out external interrupt input pin irq01 p01 tm1io da1out irq02 p02 tm4io extrg1 irq03 p03 tm5io extrg0 irq04 p04 irq05 p05 irq06 p06 irq07 p07 irq08 p10 irq09 p11 irq10 p42 tm2io irq11 p43 tm3io irq12 p70 tm20aio pwm02_b irq13 p71 tm20bio pwm03_b irq14 p72 tm21aio pwm04_b irq15 p73 tm21bio pwm05_b
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e timer tm0io p00 irq00 da0out 8-bit timer i/o pin tm1io p01 irq01 da1out tm2io p42 irq10 tm3io p43 irq11 tm4io p02 irq02 extrg1 tm5io p03 irq03 extrg0 tm6io p40 sbcs3 tm7io p41 tm8io p44 pwmbcst0 tm9io p45 pwmbcst1 tm10io p46 tm11io p47 tm16aio p50 16-bit timer i/o a, b pin tm16bio p51 tm17aio p54 pwm12_b tm17bio p55 pwm13_b tm18aio p60 tm18bio p61 tm19aio p64 tm19bio p65 tm20aio p70 irq12 pwm02_b tm20bio p71 irq13 pwm03_b tm21aio p72 irq14 pwm04_b tm21bio p73 irq15 pwm05_b tm22aio p94 pwm14_a tm22bio p95 pwm15_a tm23aio pb0 adtrg0 tm23bio pb1 adtrg1 tm16ao p52 pwm10_b 16-bit timer output a, b pin tm16bo p53 pwm11_b tm17ao p56 pwm14_b tm17bo p57 pwm15_b tm16ao_hr p90 pwm10_a tm16bo_hr p91 pwm11_a tm17ao_hr p92 pwm12_a tm17bo_hr p93 pwm13_a tm18ao_hr p82 pwm02_a tm18bo_hr p83 pwm03_a tm19ao_hr p84 pwm04_a tm19bo_hr p85 pwm05_a pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e pwm pwm00 p80 motor control 3-phase pwm signal output pin pwm01 p81 pwm02_a p82 tm18ao_hr pwm03_a p83 tm18bo_hr pwm04_a p84 tm19ao_hr pwm05_a p85 tm19bo_hr pwm10_a p90 tm16ao_hr pwm11_a p91 tm16bo_hr pwm12_a p92 tm17ao_hr pwm13_a p93 tm17bo_hr pwm14_a p94 tm22aio pwm15_a p95 tm22bio pwm02_b p70 irq12 tm20aio pwm03_b p71 irq13 tm20bio pwm04_b p72 irq14 tm21aio pwm05_b p73 irq15 tm21bio pwm10_b p52 tm16ao pwm11_b p53 tm16bo pwm12_b p54 tm17aio pwm13_b p55 tm17bio pwm14_b p56 tm17ao pwm15_b p57 tm17bo pwmbcst0 p44 tm8io motor control 3-phase pwm counter state monitor pin pwmbcst1 p45 tm9io serial sbt0_a p21 sbo0_b scl0_a sda0_b serial interface clock i/o pin sbt0_b p20 sbo0_a sda0_a scl0_b sbt1_a p24 sbo1_b lintxd_b sbt1_b p23 sbo1_a lintxd_a sbt2_a p31 sbo2_b sbt2_b p30 sbo2_a sbt3_a p34 sbo3_b sbt3_b p33 sbo3_a sbo0_a p20 sbt0_b sda0_a scl0_b serial interface data output pin pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e serial sbo0_b p21 sbt0_a scl0_a sda0_b serial interface data output pin sbo1_a p23 sbt1_b lintxd_a sbo1_b p24 sbt1_a lintxd_b sbo2_a p30 sbt2_b sbo2_b p31 sbt2_a sbo3_a p33 sbt3_b sbo3_b p34 sbt3_a sbi0 p22 serial interface data input pin sbi1 p25 linrxd sbi2 p32 sbi3 p35 sbcs3 p40 tm6io serial chip select i/o pin iic scl0_a p21 sbt0_a sbo0_b sda0_b iic clock i/o pin scl0_b p20 sbo0_a sbt0_b sda0_a sda0_a p20 sbo0_a sbt0_b scl0_b iic communication i/o pin sda0_b p21 sbt0_a sbo0_b scl0_a lin lintxd_a p23 sbo1_a sbt1_b lin communication output pin lintxd_b p24 sbt1_a sbo1_b linrxd p25 sbi1 lin communication input pin a/d converter adin00 pc0 vga0n cmp0ref analog input pin for a/d converters adin01 pc1 vga0p0 cmp0in adin02 pc2 vga0p1 adin03 pc3 vga0p2 adin04 pc4 adin05 pc5 adin06 pc6 adin07 pc7 adin08 pd0 vga1n cmp1ref adin09 pd1 vga1p0 cmp1in adin10 pd2 vga1p1 adin11 pd3 vga1p2 adin12 pd4 adin13 pd5 adin14 pd6 adin15 pd7 adin16 pe0 vga2n cmp2ref adin17 pe1 vga2p cmp2in adin20 pe4 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e a/d converter adin21 pe5 analog input pin for a/d converters adtrg0 pb0 tm23aio a/d conversion trigger output pin adtrg1 pb1 tm23bio adtrg2 pb2 vga(*1) vga0n pc0 adin00 cmp0ref analog input pin for vga vga0p0 pc1 adin01 cmp0in vga0p1 pc2 adin02 vga0p2 pc3 adin03 vga1n pd0 adin08 cmp1ref vga1p0 pd1 adin09 cmp1in vga1p1 pd2 adin10 vga1p2 pd3 adin11 vga2n pe0 adin16 cmp2ref vga2p pe1 adin17 cmp2in comparator cmp0ref pc0 adin00 vga0n power supply pin for comparator cmp1ref pd0 adin08 vga1n cmp2ref pe0 adin16 vga2n cmp0in pc1 adin01 vga0p0 input pin for comparator cmp1in pd1 adin09 vga1p0 cmp2in pe1 adin17 vga2p cmp0out pb3 output pin for comparator cmp1out pb4 cmp2out pb5 d/a converter da0out p00 irq00 tm0io output pin for d/a converter da1out p01 irq01 tm1io i/o port p00 irq00 tm0io da0out i/o port 0 p01 irq01 tm1io da1out p02 irq02 tm4io extrg1 p03 irq03 tm5io extrg0 p04 irq04 p05 irq05 p06 irq06 p07 irq07 p10 irq08 i/o port 1 p11 irq09 p20 sbo0_a sbt0_b sda0_a scl0_b i/o port 2 p21 sbt0_a sbo0_b scl0_a sda0_b p22 sbi0 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e i/o port p23 sbo1_a sbt1_b lintxd_a i/o port 2 p24 sbt1_a sbo1_b lintxd_b p25 sbi1 linrxd p30 sbo2_a sbt2_b i/o port 3 p31 sbt2_a sbo2_b p32 sbi2 p33 sbo3_a sbt3_b p34 sbt3_a sbo3_b p35 sbi3 p40 tm6io sbcs3 i/o port 4 p41 tm7io p42 tm2io irq10 p43 tm3io irq11 p44 tm8io pwmbcst0 p45 tm9io pwmbcst1 p46 tm10io p47 tm11io p50 tm16aio i/o port 5 p51 tm16bio p52 tm16ao pwm10_b p53 tm16bo pwm11_b p54 tm17aio pwm12_b p55 tm17bio pwm13_b p56 tm17ao pwm14_b p57 tm17bo pwm15_b p60 tm18aio i/o port 6 p61 tm18bio p64 tm19aio p65 tm19bio p70 tm20aio irq12 pwm02_b i/o port 7 p71 tm20bio irq13 pwm03_b p72 tm21aio irq14 pwm04_b p73 tm21bio irq15 pwm05_b p80 pwm00 i/o port 8 p81 pwm01 p82 pwm02_a tm18ao_hr p83 pwm03_a tm18bo_hr p84 pwm04_a tm19ao_hr pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e i/o port p85 pwm05_a tm19bo_hr i/o port 8 p90 pwm10_a tm16ao_hr i/o port 9 p91 pwm11_a tm16bo_hr p92 pwm12_a tm17ao_hr p93 pwm13_a tm17bo_hr p94 pwm14_a tm22aio p95 pwm15_a tm22bio pb0 tm23aio adtrg0 i/o port b pb1 tm23bio adtrg1 pb2 adtrg2 pb3 cmp0out pb4 cmp1out pb5 cmp2out pc0 adin00 vga0n cmp0ref input(/output) port c pc1 adin01 vga0p0 cmp0in pc2 adin02 vga0p1 pc3 adin03 vga0p2 pc4 adin04 pc5 adin05 pc6 adin06 pc7 adin07 pd0 adin08 vga1n cmp1ref input(/output) port d pd1 adin09 vga1p0 cmp1in pd2 adin10 vga1p1 pd3 adin11 vga1p2 pd4 adin12 pd5 adin13 pd6 adin14 pd7 adin15 pe0 adin16 vga2n cmp2ref input(/output) port e pe1 adin17 vga2p cmp2in pe4 adin20 pe5 adin21 obd sclk on-board debugger clock input pin connect the pull-up resistor of 10 k ? or more. sdata on-board debugger data i/o pin connect the pull-up resistor of 10 k ? or more. extrg0 p03 tm5io irq03 on-board debugger trigger i/o pin extrg1 p02 tm4io irq02 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e .. *1 vga is not in mn103hf26 series. ..
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.5.4 pin functions (mn103hfx5) the function of each pin is listed in table:1.5.4. table:1.5.4 pin functions of mn103hfx5 pins other pins function power supply/gnd vdd50 power pin for digital io connect 1 ? f capacitor or more between all of the vdd50 and vss pins. (put the capacitor near the pins.) avdd50 power pin for analog connect 1 ? f capacitor or more between avdd50 and avss pins. (put the capacitor near the pins.) vout18 internal power pin connect 1 ? f capacitors between vout18 and vss pins. (put the capacitor near the pins.) avss gnd for analog vss gnd for digital function control test test signal input pin add the pull-up resistor of 2 k ? or more usually. (put the resistor near the pins.) nboot boot area startup pin use switching rom boot area. add the pull-up resistor of 2 k ? or more usually. (put the resistor near the pins.) reset nrst reset pins (negative logic) connect 0.1 ? f capacitor or more between nrst and vss pins. clock osci high-speed oscillation input pin osco high-speed oscillation output pin interrupt irq00 p00 tm0io da0out external interrupt input pin irq01 p01 tm1io da1out irq02 p02 tm4io extrg1 irq03 p03 tm5io extrg0 irq04 p04 irq05 p05 irq06 p06 irq07 p07 irq08 p40 tm6io irq09 p41 tm7io irq10 p42 tm2io irq11 p43 tm3io
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e timer tm0io p00 irq00 da0out 8-bit timer i/o pin tm1io p01 irq01 da1out tm2io p42 irq10 tm3io p43 irq11 tm4io p02 irq02 extrg1 tm5io p03 irq03 extrg0 tm6io p40 irq08 tm7io p41 irq09 tm8io p44 sbo2_a sbt2_b tm9io p45 sbt2_a sbo2_b tm10io p46 sbi2 tm11io p47 tm16aio p50 pwm02_b 16-bit timer i/o a, b pin tm16bio p51 pwm03_b tm17aio p54 pwm04_b tm17bio p55 pwm05_b tm18aio p60 pwm10_b tm18bio p61 pwm11_b cmp2out tm19aio p64 pwmbcst0 cmp0out tm19bio p65 pwmbcst1 cmp1out tm20aio p90 pwm10_a tm16ao_hr tm20bio p91 pwm11_a tm16bo_hr tm21aio p92 pwm12_a tm17ao_hr tm21bio p93 pwm13_a tm17bo_hr tm22aio p94 pwm14 tm22bio p95 pwm15 tm23aio pb0 pwm12_b adtrg0 tm23bio pb1 pwm13_b adtrg1 tm16ao_hr p90 pwm10_a tm20aio 16-bit timer output a, b pin tm16bo_hr p91 pwm11_a tm20bio tm17ao_hr p92 pwm12_a tm21aio tm17bo_hr p93 pwm13_a tm21bio tm18ao_hr p82 pwm02_a tm18bo_hr p83 pwm03_a tm19ao_hr p84 pwm04_a tm19bo_hr p85 pwm05_a pwm pwm00 p80 motor control 3-phase pwm signal output pin pwm01 p81 pwm02_a p82 tm18ao_hr pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e pwm pwm03_a p83 tm18bo_hr motor control 3-phase pwm signal output pin pwm04_a p84 tm19ao_hr pwm05_a p85 tm19bo_hr pwm10_a p90 tm16ao_hr tm20aio pwm11_a p91 tm16bo_hr tm20bio pwm12_a p92 tm17ao_hr tm21aio pwm13_a p93 tm17bo_hr tm21bio pwm02_b p50 tm16aio pwm03_b p51 tm16bio pwm04_b p54 tm17aio pwm05_b p55 tm17bio pwm10_b p60 tm18aio pwm11_b p61 tm18bio cmp2out pwm12_b pb0 tm23aio adtrg0 pwm13_b pb1 tm23bio adtrg1 pwm14 p94 tm22aio pwm15 p95 tm22bio pwmbcst0 p64 tm19aio cmp0out motor control 3-phase pwm counter state monitor pin pwmbcst1 p65 tm19bio cmp1out serial sbt0_a p21 sbo0_b scl0_a sda0_b serial interface clock i/o pin sbt0_b p20 sbo0_a sda0_a scl0_b sbt1_a p24 sbo1_b lintxd_b sbt1_b p23 sbo1_a lintxd_a sbt2_a p45 sbo2_b tm9io sbt2_b p44 sbo2_a tm8io sbt3_a p31 sbo3_b sbt3_b p30 sbo3_a sbo0_a p20 sbt0_b sda0_a scl0_b serial interface data output pin sbo0_b p21 sbt0_a scl0_a sda0_b sbo1_a p23 sbt1_b lintxd_a sbo1_b p24 sbt1_a lintxd_b sbo2_a p44 sbt2_b tm8io sbo2_b p45 sbt2_a tm9io sbo3_a p30 sbt3_b sbo3_b p31 sbt3_a sbi0 p22 serial interface data input pin sbi1 p25 linrxd sbi2 p46 tm10io sbi3 p32 sbcs3 p33 adtrg2 serial chip select i/o pin pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e iic scl0_a p21 sbt0_a sbo0_b sda0_b iic clock i/o pin scl0_b p20 sbo0_a sbt0_b sda0_a sda0_a p20 sbo0_a sbt0_b scl0_b iic communication i/o pin sda0_b p21 sbt0_a sbo0_b scl0_a lin lintxd_a p23 sbo1_a sbt1_b lin communication output pin lintxd_b p24 sbt1_a sbo1_b linrxd p25 sbi1 lin communication input pin a/d converter adin00 pc0 vga0n cmp0ref analog input pin for a/d converters adin01 pc1 vga0p0 cmp0in adin02 pc2 vga0p1 adin03 pc3 vga0p2 adin04 pc4 adin05 pc5 adin06 pc6 adin07 pc7 adin08 pd0 vga1n cmp1ref adin09 pd1 vga1p0 cmp1in adin10 pd2 vga1p1 adin11 pd3 vga1p2 adin12 pd4 adin13 pd5 adin16 pe0 vga2n cmp2ref adin17 pe1 vga2p cmp2in adtrg0 pb0 tm23aio pwm12_b a/d conversion trigger output pin adtrg1 pb1 tm23bio pwm13_b adtrg2 p33 sbcs3 vga(*1) vga0n pc0 adin00 cmp0ref analog input pin for vga vga0p0 pc1 adin01 cmp0in vga0p1 pc2 adin02 vga0p2 pc3 adin03 vga1n pd0 adin08 cmp1ref vga1p0 pd1 adin09 cmp1in vga1p1 pd2 adin10 vga1p2 pd3 adin11 vga2n pe0 adin16 cmp2ref vga2p pe1 adin17 cmp2in pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e comparator cmp0ref pc0 adin00 vga0n power supply pin for comparator cmp1ref pd0 adin08 vga1n cmp2ref pe0 adin16 vga2n cmp0in pc1 adin01 vga0p0 input pin for comparator cmp1in pd1 adin09 vga1p0 cmp2in pe1 adin17 vga2p cmp0out p64 tm19aio pwmbcst0 output pin for comparator cmp1out p65 tm19bio pwmbcst1 cmp2out p61 tm18bio pwm11_b d/a converter da0out p00 irq00 tm0io output pin for d/a converter da1out p01 irq01 tm1io i/o port p00 irq00 tm0io da0out i/o port 0 p01 irq01 tm1io da1out p02 irq02 tm4io extrg1 p03 irq03 tm5io extrg0 p04 irq04 p05 irq05 p06 irq06 p07 irq07 p20 sbo0_a sbt0_b sda0_a scl0_b i/o port 2 p21 sbt0_a sbo0_b scl0_a sda0_b p22 sbi0 p23 sbo1_a sbt1_b lintxd_a p24 sbt1_a sbo1_b lintxd_b p25 sbi1 linrxd p30 sbo3_a sbt3_b i/o port 3 p31 sbt3_a sbo3_b p32 sbi3 p33 sbcs3 adtrg2 p40 tm6io irq08 i/o port 4 p41 tm7io irq09 p42 tm2io irq10 p43 tm3io irq11 p44 tm8io sbo2_a sbt2_b p45 tm9io sbt2_a sbo2_b p46 tm10io sbi2 p47 tm11io p50 tm16aio pwm02_b i/o port 5 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e i/o port p51 tm16bio pwm03_b i/o port 5 p54 tm17aio pwm04_b p55 tm17bio pwm05_b p60 tm18aio pwm10_b i/o port 6 p61 tm18bio pwm11_b cmp2out p64 tm19aio pwmbcst0 cmp0out p65 tm19bio pwmbcst1 cmp1out p80 pwm00 i/o port 8 p81 pwm01 p82 pwm02_a tm18ao_hr p83 pwm03_a tm18bo_hr p84 pwm04_a tm19ao_hr p85 pwm05_a tm19bo_hr p90 pwm10_a tm16ao_hr tm20aio i/o port 9 p91 pwm11_a tm16bo_hr tm20bio p92 pwm12_a tm17ao_hr tm21aio p93 pwm13_a tm17bo_hr tm21bio p94 pwm14 tm22aio p95 pwm15 tm22bio pb0 tm23aio adtrg0 pwm12_b i/o port b pb1 tm23bio adtrg1 pwm13_b pc0 adin00 vga0n cmp0ref input(/output) port c pc1 adin01 vga0p0 cmp0in pc2 adin02 vga0p1 pc3 adin03 vga0p2 pc4 adin04 pc5 adin05 pc6 adin06 pc7 adin07 pd0 adin08 vga1n cmp1ref input(/output) port d pd1 adin09 vga1p0 cmp1in pd2 adin10 vga1p1 pd3 adin11 vga1p2 pd4 adin12 pd5 adin13 pe0 adin16 vga2n cmp2ref input port e pe1 adin17 vga2p cmp2in pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e .. *1 vga is not in mn103hf25 series. .. obd sclk on-board debugger clock input pin connect the pull-up resistor of 10 k ? or more. sdata on-board debugger data i/o pin connect the pull-up resistor of 10 k ? or more. extrg0 p03 tm5io irq03 on-board debugger trigger i/o pin extrg1 p02 tm4io irq02 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.5.5 pin functions (mn103hfx4) the function of each pin is listed in table:1.5.5. table:1.5.5 pin functions of mn103hfx4 pins other pins function power supply/gnd vdd50 power pin for digital io connect 1 ? f capacitor or more between all of the vdd50 and vss pins. (put the capacitor near the pins.) avdd50 power pin for analog connect 1 ? f capacitor or more between avdd50 and avss pins. (put the capacitor near the pins.) vout18 internal power pin connect 1 ? f capacitors between vout18 and vss pins. (put the capacitor near the pins.) avss gnd for analog vss gnd for digital function control test test signal input pin add the pull-up resistor of 2 k ? or more usually. (put the resistor near the pins.) nboot boot area startup pin use switching rom boot area. add the pull-up resistor of 2 k ? or more usually. (put the resistor near the pins.) reset nrst reset pins (negative logic) connect 0.1 ? f capacitor or more between nrst and vss pins. clock osci high-speed oscillation input pin osco high-speed oscillation output pin interrupt irq00 p00 tm0io da0out external interrupt input pin irq01 p01 tm1io da1out irq02 p02 tm4io extrg1 irq03 p03 tm5io extrg0 irq04 p46 tm10io tm17aio pwm04_b irq05 p47 tm11io tm17bio pwm05_b irq08 p40 tm6io irq09 p41 tm7io irq10 p42 tm2io irq11 p43 tm3io timer tm0io p00 irq00 da0out 8-bit timer i/o pin tm1io p01 irq01 da1out tm2io p42 irq10
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e timer tm3io p43 irq11 8- bit timer i/o pin tm4io p02 irq02 extrg1 tm5io p03 irq03 extrg0 tm6io p40 irq08 tm7io p41 irq09 tm10io p46 tm17aio irq04 pwm04_b tm11io p47 tm17bio irq05 pwm05_b tm16aio p50 pwm02_b adtrg0 16-bit timer i/o a, b pin tm16bio p51 pwm03_b adtrg1 tm17aio p46 pwm04_b tm10io irq04 tm17bio p47 pwm05_b tm11io irq05 tm18aio p60 pwm10_b tm18bio p61 pwm11_b tm19aio p64 pwmbcst0 cmp0out tm19bio p65 pwmbcst1 cmp1out tm20aio p90 pwm10_a tm16ao_hr tm20bio p91 pwm11_a tm16bo_hr tm21aio p92 pwm12 tm17ao_hr tm21bio p93 pwm13 tm17bo_hr tm16ao_hr p90 pwm10_a tm20aio 16-bit timer output a, b pin tm16bo_hr p91 pwm11_a tm20bio tm17ao_hr p92 pwm12 tm21aio tm17bo_hr p93 pwm13 tm21bio tm18ao_hr p82 pwm02_a tm18bo_hr p83 pwm03_a tm19ao_hr p84 pwm04_a tm19bo_hr p85 pwm05_a pwm pwm00 p80 motor control 3-phase pwm signal output pin pwm01 p81 pwm02_a p82 tm18ao_hr pwm03_a p83 tm18bo_hr pwm04_a p84 tm19ao_hr pwm05_a p85 tm19bo_hr pwm10_a p90 tm16ao_hr tm20aio pwm11_a p91 tm16bo_hr tm20bio pwm02_b p50 tm16aio adtrg0 pwm03_b p51 tm16bio adtrg1 pwm04_b p46 tm17aio tm10io irq04 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e pwm pwm05_b p47 tm17bio tm11io irq05 motor control 3-phase pwm signal output pin pwm10_b p60 tm18aio pwm11_b p61 tm18bio pwm12 p92 tm17ao_hr tm21aio pwm13 p93 tm17bo_hr tm21bio pwm14 p94 pwm15 p95 pwmbcst0 p64 tm19aio cmp0out motor control 3-phase pwm counter state monitor pin pwmbcst1 p65 tm19bio cmp1out serial sbt0_a p21 sbo0_b scl0_a sda0_b serial interface clock i/o pin sbt0_b p20 sbo0_a sda0_a scl0_b sbt1_a p24 sbo1_b lintxd_b sbt1_b p23 sbo1_a lintxd_a sbt3_a p31 sbo3_b sbt3_b p30 sbo3_a sbo0_a p20 sbt0_b sda0_a scl0_b serial interface data output pin sbo0_b p21 sbt0_a scl0_a sda0_b sbo1_a p23 sbt1_b lintxd_a sbo1_b p24 sbt1_a lintxd_b sbo3_a p30 sbt3_b sbo3_b p31 sbt3_a sbi0 p22 serial interface data input pin sbi1 p25 linrxd sbi3 p32 sbcs3 p33 adtrg2 serial chip select i/o pin iic scl0_a p21 sbt0_a sbo0_b sda0_b iic clock i/o pin scl0_b p20 sbo0_a sbt0_b sda0_a sda0_a p20 sbo0_a sbt0_b scl0_b iic communication i/o pin sda0_b p21 sbt0_a sbo0_b scl0_a lin lintxd_a p23 sbo1_a sbt1_b lin communication output pin lintxd_b p24 sbt1_a sbo1_b linrxd p25 sbi1 lin communication input pin a/d converter adin00 pc0 vga0n cmp0ref analog input pin for a/d converters adin01 pc1 vga0p cmp0in adin02 pc2 adin03 pc3 adin04 pc4 adin05 pc5 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e a/d converter adin06 pc6 analog input pin for a/d converters adin07 pc7 adin08 pd0 vga1n cmp1ref adin09 pd1 vga1p cmp1in adin14 pd6 adin15 pd7 adtrg0 p50 tm16aio pwm02_b a/d conversion trigger output pin adtrg1 p51 tm16bio pwm03_b adtrg2 p33 sbcs3 vga(*1) vga0n pc0 adin00 cmp0ref analog input pin for vga vga0p pc1 adin01 cmp0in vga1n pd0 adin08 cmp1ref vga1p pd1 adin09 cmp1in comparator cmp0ref pc0 adin00 vga0n power supply pin for comparator cmp1ref pd0 adin08 vga1n cmp0in pc1 adin01 vga0p input pin for comparator cmp1in pd1 adin09 vga1p cmp0out p64 tm19aio pwmbcst0 output pin for comparator cmp1out p65 tm19bio pwmbcst1 d/a converter da0out p00 irq00 tm0io output pin for d/a converter da1out p01 irq01 tm1io i/o port p00 irq00 tm0io da0out i/o port 0 p01 irq01 tm1io da1out p02 irq02 tm4io extrg1 p03 irq03 tm5io extrg0 p20 sbo0_a sbt0_b sda0_a scl0_b i/o port 2 p21 sbt0_a sbo0_b scl0_a sda0_b p22 sbi0 p23 sbo1_a sbt1_b lintxd_a p24 sbt1_a sbo1_b lintxd_b p25 sbi1 linrxd p30 sbo3_a sbt3_b i/o port 3 p31 sbt3_a sbo3_b p32 sbi3 p33 sbcs3 adtrg2 p40 tm6io irq08 i/o port 4 p41 tm7io irq09 p42 tm2io irq10 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e i/o port p43 tm3io irq11 i/o port 4 p46 tm10io tm17aio irq04 pwm04_b p47 tm11io tm17bio irq05 pwm05_b p50 tm16aio pwm02_b adtrg0 i/o port 5 p51 tm16bio pwm03_b adtrg1 p60 tm18aio pwm10_b i/o port 6 p61 tm18bio pwm11_b p64 tm19aio pwmbcst0 cmp0out p65 tm19bio pwmbcst1 cmp1out p80 pwm00 i/o port 8 p81 pwm01 p82 pwm02_a tm18ao_hr p83 pwm03_a tm18bo_hr p84 pwm04_a tm19ao_hr p85 pwm05_a tm19bo_hr p90 pwm10_a tm16ao_hr tm20aio i/o port 9 p91 pwm11_a tm16bo_hr tm20bio p92 pwm12 tm17ao_hr tm21aio p93 pwm13 tm17bo_hr tm21bio p94 pwm14 p95 pwm15 pc0 adin00 vga0n cmp0ref input(/output) port c pc1 adin01 vga0p cmp0in pc2 adin02 pc3 adin03 pc4 adin04 pc5 adin05 pc6 adin06 pc7 adin07 pd0 adin08 vga1n cmp1ref input(/output) port d pd1 adin09 vga1p cmp1in pd6 adin14 pd7 adin15 obd sclk on-board debugger clock input pin connect the pull-up resistor of 10 k ? or more. sdata on-board debugger data i/o pin connect the pull-up resistor of 10 k ? or more. extrg0 p03 tm5io irq03 on-board debugger trigger i/o pin extrg1 p02 tm4io irq02 pins other pins function
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e .. *1 vga is not in mn103hf24 series. ..
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.6 electrical characteristics this lsi manual describes the standard specification. .. electrical characteristics given in this section are prelim inary and subject to ch ange without notice. when using lsi, contact our sales office for product specifications. .. 1.6.1 absolute maximum ratings model cmos lsi application general-purpose function cmos 32-bit 1 chip microcontroller v ss =av ss =0.0 v parameter symbol rating unit a1 external supply voltage 1 v dd50a -0.3 to +7.0 v a2 external supply voltage 2 av dd50a -0.3 to +7.0 a3 internal supply voltage v out18a -0.3 to +2.5 a4 input pin voltage v i1a -0.3 to v dd50 +0.3 (upper limit: 7.0) a5 input pin voltage for vga v i2a -1.5 to v dd50 +0.3 (upper limit: 7.0) a6 i/o pin voltage v ioa -0.3 to v dd50 +0.3 (upper limit: 7.0) a7 average output current (i/o pin 1) i o1a 8.0 ma a8 average output current (i/o pin 2) i o2a 15.0 a9 operating ambient temperature t opra -40 to 105 ? c a10 storage temperature t stga -40 to 125 a11 power dissipation p da mn103hfx8 series 630 mw mn103hfx7 series 480 mn103hfx6 series 500 mn103hfx5 series 480 mn103hfx4 series 490 note: the absolute maximum ratings are the limit values beyond which the lsi may be damaged. it is not guarantee the operation in these conditions. the rating of the average output current is applied for the period of any 100 ms.
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.6.2 operating conditions figure:1.6.1 oscillation circuit operating supply voltage v ss = av ss = 0.0 v ta= -40 ? c to 105 ? c parameter symbol conditions limits unit min typ max b1 external supply voltage1 v dd50 v rst 5.0 5.5 v b2 external supply voltage2 av dd50 v rst v dd50 5.5 note: for the supply voltage detection level v rst, refer to "auto-reset circuit characteristics" on page i-71. note: internal regulator output can not be used for supply to other lsi. oscillation circuit v dd50 = av dd50 = v rst to 5.5 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max b3 input frequency f osc 416mhz b4 internal feedback resistance r fb 1.2 m ? note: a capacity value changes by each oscillator. to decide appropriate capacity value, please consult the oscillator manufacturer and perform matching tests enough. osci osco c1 c2 oscillator (ceramic, crystal) r fb osci osco c1 c2 oscillator (ceramic, crystal) r fb
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e figure:1.6.2 osci timing chart external clock input osci (osco left open) v dd50 = av dd50 = v rst to 5.5 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max b5 clock frequency f cp 4 16 mhz b6 high-level pulse width t wh1 25 ns b7 low-level pulse width t wl1 25 b8 rise time t wr1 5 ns b9 fall time t wf1 5 note: be sure that the clock duty ratio is 45 % to 55 %. t wh1 t wl1 t wf1 1/f cp t wr1 0.7v dd50 0.3v dd50
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.6.3 dc characteristics power supply current during operation v ss =av ss = 0.0 v ta = - 4 0 ? c to 105 ? c output pins left open parameter symbol conditions limits unit typ max c1 power supply current in normal mode i dd1 v dd50 = 5.0 v, f osc = 10.0 mhz, pll is used, mclk = 120.0 mhz, ioclk = 30.0 mhz peripheral circuits are stopped. 38 ma c2 i dd2 v dd50 = 5.0 v, f osc = 10.0 mhz, pll is used, mclk = 120.0 mhz, ioclk = 30.0 mhz peripheral circuits are operating. 65 c3 power supply current in sleep mode i dd3 v dd50 = 5.0 v, f osc = 10.0 mhz, pll is used, mclk = 120.0 mhz, ioclk = 30.0 mhz peripheral circuits are operating. 30 42 c4 power supply current in halt mode i dd4 v dd50 = 5.0 v, f osc = 10.0 mhz, pll is used, mclk is stopped, ioclk is stopped. peripheral circuits are stopped. 48 c5 power supply current in stop mode i dd5 v dd50 = 5.0 v f osc is stopped, pll is stopped. ta = 25 ? c0.2 c6 i dd6 ta = 85 ? c5 input pin 1 nrst, sclk, sdata v dd50 = av dd50 = 5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max c7 input voltage high level v ih1 v dd50 x 0.7 v dd50 v c8 input voltage low level v il1 v ss v dd50 x 0.3 c9 internal pull-up resistance r io1 v dd50 = 5.0 v, v in = 0.0 v 15 30 60 k ? input pin 2 nboot, test v dd50 = av dd50 = 5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max c10 input voltage high level v ih2 v dd50 x 0.7 v dd50 v c11 input voltage low level v il2 v ss v dd50 x 0.3
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e input pin 3 pc0 to pc3, pd0 to pd3, pe0 to pe3 v dd50 = av dd50 =5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max c12 input voltage high level v ih3 when not using vga v dd50 x 0.7 v dd50 v c13 input voltage low level v il3 when not using vga v ss v dd50 x 0.3 c14 input leakage current i lk3 5 ? a c15 vga input voltage range 1 v ivga1 vga gain = 2 times -1.00 1.00 v c16 vga input voltage range 2 v ivga2 vga gain = 3 times -0.66 0.66 c17 vga input voltage range 3 v ivga3 vga gain = 4 times -0.50 0.50 c18 vga input voltage range 4 v ivga4 vga gain = 5 times -0.40 0.40 c19 vga input voltage range 5 v ivga5 vga gain = 6 times -0.33 0.33 c20 vga input voltage difference 6 v ivga6 vga gain = 8 times -0.25 0.25 c21 vga input voltage range 7 v ivga7 vga gain = 10 times -0.20 0.20 c22 vga input voltage range 8 v ivga8 vga gain = 20 times -0.10 0.10 i/o pin 1 p00 to p07, p10 to p17, p20 to p27, p30 to p37, p40 to p47, p76, p77, p86, p87, p96, p97, pc4 to pc7, pd4 to pd7, pe4 to pe7, pf0 to pf7 p00 to p07, p10 to p17, p20 to p25, p30 to p35, p40 to p47, p76, p77, pc4 to pc7, pd4 to pd7, pe4 to pe7, pf0 to pf3 p00 to p07, p10, p11, p20 to p25, p30 to p35, p40 to p47, pb2 to pb5, pc4 to pc7, pd4 to pd7, pe4, pe5 p00 to p07, p20 to p25, p30 to p33, p40 to p47, pc4 to pc7, pd4, pd5 p00 to p03, p20 to p25, p30 to p33, p40 to p43, pc4 to pc7, pd6, pd7 v dd50 = av dd50 = 5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max c23 input voltage high level v ih4 v dd50 x 0.7 v dd50 v c24 input voltage low level v il4 v ss v dd50 x 0.3 c25 input leakage current i lk4 5 ? a c26 internal pull-up resistance r io4 v dd50 = 5.0 v, v in = 0.0 v 15 30 60 k ? c27 output voltage high level v oh4 v dd50 = 5.0 v, i oh = -2.5 ma 4.5 v c28 output voltage low level v ol4 v dd50 = 5.0 v, i ol = 2.5 ma 0.5
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e i/o pin 2 p50 to p57, p60 to p67, p70 to p75, p80 to p85, p90 to p95, pa0 to pa5, pb0 to pb5 p50 to p57, p60 to p67, p70 to p75, p80 to p85, p90 to p95, pa0 to pa5, pb0 to pb5 p50 to p57, p60, p61, p64, p65, p70 to p73, p80 to p85, p90 to p95, pb0, pb1 p50, p51, p54, p55, p60, p61, p64, p65, p80 to p85, p90 to p95, pb0, pb1 p46, p47, p50, p51, p60, p61, p64, p65, p80 to p85, p90 to p95 v dd50 = av dd50 = 5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max c29 input voltage high level v ih5 v dd50 x 0.7 v dd50 v c30 input voltage low level v il5 v ss v dd50 x 0.3 c31 input leakage current i lk5 5 ? a c32 internal pull-up resistance r io5 v dd50 = 5.0 v, v in = 0.0 v 15 30 60 k ? c33 output voltage high level v oh5 v dd50 = 5.0 v, i oh = -5.0 ma 4.5 v c34 output voltage low level v ol5 v dd50 = 5.0 v, i ol = 5.0 ma 0.5
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.6.4 analog characteristics a/d0, a/d1 v dd50 = av dd50 =5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max d1 resolution - 12 bits d2 integral non-linearity error inle a/d sampling time ? 150 ns a/d conversion clock ? 30 mhz 3 lsb d3 differential non-linearity error dnle 3 lsb d4 zero transition voltage - -20 20 mv d5 full-scale transition voltage - 4980 5020 mv d6 a/d conversion time - resolution 12-bit 0.600 ? s d7 - resolution 10-bit 0.534 d8 analog input voltage v ia av ss av dd50 v d9 analog input leakage current i ia when channel is not selected v ia = 0 v to av dd50 5 ? a d10 power supply current during oper- ation (avdd50 pin) i ad a/d conversion clock = 30 mhz 1 ma/unit a/d2 v dd50 = av dd50 =5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max d11 resolution - 10 bits d12 integral non-linearity error inle a/d sampling time ? 150 ns a/d conversion clock ? 30 mhz 2 lsb d13 differential non-linearity error dnle 3 lsb d14 zero transition voltage - -20 20 mv d15 full-scale transition voltage - 4980 5020 mv d16 a/d conversion time - 0.5 ? s d17 analog input voltage v ia av ss av dd50 v d18 analog input leakage current i ia when channel is not selected v ia = 0 v to av dd50 5 ? a d19 power supply current during oper- ation (avdd50 pin) i ad a/d conversion clock = 30 mhz 1 ma
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e vga0, vga1, vga2 v dd50 = av dd50 = 5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max d20 gain error v gaerr1 gain = 2,3,4 or 5 times 1.0 % d21 v gaerr2 gain = 6,8 or 10 times 1.2 d22 v gaerr3 gain = 20 times 1.5 d23 output offset voltage v gaoffset1 gain = 2,3,4 or 5 times -60 -30 0 mv d24 v gaoffset2 gain = 6,8 or 10 times -100 -40 20 d25 v gaoffset3 gain = 20 times -120 -45 30 d26 settling time t vgaset 0.6 ? s d27 power supply current during oper- ation (avdd50 pin) i vga 1.4 ma cmp0, cmp1, cmp2 v dd50 = av dd50 =5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max d28 input offset voltage v cmpoffset ? 5 ? 25 mv d29 input dynamic range 50 4950 d30 input hysteresis width hysteresis setting is on. 30 hysteresis setting is off. 0 d31 response time when noise filter is not using 30 ns d32 power supply current during oper- ation (avdd50 pin) i comp 0.3 ma d/a0, d/a1, d/a2 v dd50 = av dd50 = 5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max d33 resolution - 10 bits d34 reference voltage low level v refl_da av ss v d35 reference voltage high level v refh_da av dd50 d36 integral non-linearity error inle 3 lsb d37 differential non-linearity error dnle 3 d38 zero-scale output voltage v zs d9 to d0 = all "l" 0 20 mv d39 full-scale output voltage v fs d9 to d0 = all "h" 4960 5000 d40 settling time t daset 8 ? s d41 power supply current during oper- ation (avdd50 pin) i da 0.04 ma/unit
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e figure:1.6.3 auto-reset characteristics power supply voltage detection v ss =av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max d42 power supply voltage detection level 1 v lvi11 at rising 2.70 2.90 3.10 v d43 v lvi12 at falling 2.60 2.80 3.00 d44 power supply voltage detection level 2 v lvi21 at rising 3.60 3.80 4.00 d45 v lvi22 at falling 3.50 3.70 3.90 d46 power supply voltage detection level 3 v lvi31 at rising 4.00 4.25 4.50 d47 v lvi32 at falling 3.90 4.15 4.40 d48 change rate of power supply voltage ? v dd50 0.2 ms/v auto-reset v ss =av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max d49 power supply voltage detection level 1 v rst1 at rising 2.40 2.70 3.00 v d50 power supply voltage detection level 2 v rst2 at falling 2.30 2.45 2.60 d51 change rate of power supply voltage ? v dd50 0.2 ms/v v dd50 [v ] 5.0 time [s] 2.6 3.0 0 power supply voltage internal reset nrst pin internal reset reaction time internal reset reaction time 2.4 2.3
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e internal low-speed oscillation v dd50 = av dd50 = v rst to 5.5 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max d52 temperature dependence of fre- quency f rcs output frequency is 240 khz -10 0 10 % mpll v dd50 = av dd50 = v rst to 5.5 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max d53 power supply current during mpll operation i mpll output frequency is 120 mhz 4 ma
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.6.5 ac characteristics figure:1.6.4 reset signal pulse width 1.6.6 flash eeprom e/w characteristics reset signal input timing v dd50 = av dd50 = 5.0 v v ss = av ss = 0.0 v ta = - 4 0 ? c to 105 ? c parameter symbol conditions limits unit min typ max e1 reset signal pulse width (nrst) t nrstw 1 ? s v ss = av ss = 0.0 v parameter symbol conditions limits unit min typ max f1 power supply voltage at e/w v dd50ew 2.7 5.5 v f2 ambient temperature at e/w v oprew -40 105 ? c f3 permissible rewriting times e max1 large sector (32 kb) 1,000 times f4 permissible rewriting times e max2 small sector (8 kb) 100,000 times f5 data retention time t hold 10 years nrst t nrstw
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e 1.7 package dimension ? package code: lqfp144-p-2020d figure:1.7.1 shows the package dimension of lqfp144-p-2020d. figure:1.7.1 package dimension of lqfp144-p-2020d .. the external dimensions of the package are su bject to change. before using this product, please obtain product specifications from the sales offices. .. units:mm
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? package code: lqfp128-p-1818f figure:1.7.2 shows the package dimension of lqfp128-p-1818f. figure:1.7.2 package dimension of lqfp128-p-1818f .. the external dimensions of the package are su bject to change. before using this product, please obtain product specifications from the sales offices. .. units:mm
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? package code: lqfp100-p-1414c figure:1.7.3 shows the package dimension of lqfp100-p-1414c. figure:1.7.3 package dimension of lqfp100-p-1414c .. the external dimensions of the package are su bject to change. before using this product, please obtain product specifications from the sales offices. .. units:mm
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? package code: qfp100-p-1818b figure:1.7.4 shows the package dimension of qfp100-p-1818b. figure:1.7.4 package dimension of qfp100-p-1818b .. the external dimensions of the package are su bject to change. before using this product, please obtain product specifications from the sales offices. .. units:mm
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? package code: tqfp080-p-1212f figure:1.7.5 shows the package dimension of tqfp080-p-1212f. figure:1.7.5 package dimension of tqfp080-p-1212f .. the external dimensions of the package are su bject to change. before using this product, please obtain product specifications from the sales offices. .. units:mm
mn103hf24/25/26/27/ 28/34/35/36/37/38 series 32-bit single-chip microcontroller publication date: october 2015 pubno. 2373801-017e ? package code: tqfp064-p-1010d figure:1.7.6 shows the package dimension of tqfp064-p-1010d. figure:1.7.6 package dimension of tqfp064-p-1010d .. the external dimensions of the package are su bject to change. before using this product, please obtain product specifications from the sales offices. .. units:mm
request for your special attention and precautions in using the technical information and semiconductors described in this book (1) if any of the products or technical information described in this book is to be exported or provided to non-residents, the laws and regulations of the exporting country, especially, those with regard to security export control, must be observed. (2) the technical information described in this book is intended only to show the main characteristics and application circuit examples of the products. no license is granted in and to any intellectual property right or other right owned by panasonic corporation or any other company. therefore, no responsibility is assumed by our company as to the infringement upon any such right owned by any other company which may arise as a result of the use of technical information described in this book. (3) the products described in this book are intended to be used for general applications (such as office equipment, communications equipment, measuring instruments and household appliances), or for specific applications as expressly stated in this book. consult our sales staff in advance for information on the following applications: ? special applications (such as for airplanes, aerospace, automotive equipment, traffic signaling equipment, combustion equipment, life support systems and safety devices) in which exceptional quality and reliability are required, or if the failure or malfunction of the products may directly jeopardize life or harm the human body. it is to be understood that our company shall not be held responsible for any damage incurred as a result of or in connection with your using the products described in this book for any special application, unless our company agrees to your using the products in this book for any special application. (4) the products and product specifications described in this book are subject to change without notice for modification and/or im- provement. at the final stage of your design, purchasing, or use of the products, therefore, ask for the most up-to-date product standards in advance to make sure that the latest specifications satisfy your requirements. (5) when designing your equipment, comply with the range of absolute maximum rating and the guaranteed operating conditions (operating power supply voltage and operating environment etc.). especially, please be careful not to exceed the range of absolute maximum rating on the transient state, such as power-on, power-off and mode-switching. otherwise, we will not be liable for any defect which may arise later in your equipment. even when the products are used within the guaranteed values, take into the consideration of incidence of break down and failure mode, possible to occur to semiconductor products. measures on the systems such as redundant design, arresting the spread of fire or preventing glitch are recommended in order to prevent physical injury, fire, social damages, for example, by using the products. (6) comply with the instructions for use in order to prevent breakdown and characteristics change due to external factors (esd, eos, thermal stress and mechanical stress) at the time of handling, mounting or at customer's process. when using products for which damp-proof packing is required, satisfy the conditions, such as shelf life and the elapsed time since first opening the packages. (7) this book may be not reprinted or reproduced whether wholly or partially, without the prior written permission of our company. 20100202

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