MN103S97N data ram ( 32-bit) 24 k-byte command rom ( 64-bit) 512 k-byte type MN103S97N (under development) package mbga255-c-1111a *lead-free minimum instruction execution time 16 ns (at 1.65 v to 1.95 v, 60 mhz) interrupts ? reset irq 11 nmi key input timer 40 input capture 16 pwm 5 sif 17 dma 12 wdt a/d system error timer counter 8-bit timer 8 reload-down count cascade connection possible (usable as a 16-bit to 32-bit timer) 8-bit timer with pwm 8 reload-down count cascade connection possible (usable as a 16-bit to 32-bit timer) pwm generating function 16-bit timer 6 up-down count input capture function pwm generating function compare/capture register 2-ch. 16-bit timer 6 reload-down count watchdog timer 1 dma controller number of channels: 4 unit of transfer: 8/16/32 bits max. transfer cycles: 65535 staring factor: external interrupt, timer factor, pwm factor, serial transmission / reception factor, a/d conversion finish, software factor transfer method: 2-bus cycle transfer adressing modes: fixed, increment, decrement transfer modes: word transfer, burst transfer, intermittent transfer serial interface serial 0, 1, 3 to 6: start-stop synchronization / synchronization commonly used, 6 lines serial 2: start-stop synchronization / synchronization commonly used: 16 bytes containing transmission/reception fifo i2co: i 2 c serial interface, multi master transmission/reception function i/o pins 170 common use i/o 25 common use input a/d inputs 10-bit 25-ch. pwm 12-, 14-bit resolution 5-ch. icr 28-bit 13-ch. + 16-bit 6-ch. (common with timer) ocr 16-bit 12-ch. (common with timer) timer synchronous output 4-bit (synchronous output) 2-ch. maf00017bem rom collection 8-ch. (mn103sf66r : 12-ch.)
MN103S97N maf00017bem electrical characteristics limit symbol condition typ max unit parameter vdd = 1.95 v idd1 vddb, vddh, a vdd = 3.6 v 65(tbd) 100(tbd) ma fosc = 15 mhz, pll = on, lon = l operating supply current a/d converter proformance limit conditon min typ max unit parameter 10 bits avdd = 3.3 v 4 lsb vss = avss = 0.0 v ioclk = 20 mhz, tad = 200 ns 2.4 s (ta = 25 c, avdd = 3.3 v , avss = 0.0 v) tad : a/d conversion clock cycle resolution non-linear error a/d coversion time vdd = 1.95 v idd6 vddb, vddh, a vdd = 3.6 v 30(tbd) 55(tbd) ma fosc = 15 mhz, pll = on, lon = l vdd = 1.95 v idd5 vddb, vddh, avdd = 3.6 v 180(tbd) a fosc = oscillation stopped, lon = l tj = 85 c supply current at stop vdd = 1.95 v vdd14 vddb, vddh, avdd = 3.6 v 10(tbd) a fosc = oscillation stopped, lon = l tj = 85 c (ta = ? 20 c to +85 c , vss = avss = 0.0 v) vdd vddh, avdd vdd vddh, avdd
maf00017bem pin assignment mbga255-c-1111a * lead-free * nd has an electrode (pin) but nc is not guaranteed. please design so as not to cause short circuit with other wiring on the use r board. each of vdd, vddb, vddh, and vss has multiple electrodes (pins). connect the same electrode names to the same power supply. [ ]: not available with MN103S97N. * 1 connect the k4 pin to the vddh power for the mn103sf66r. * 2 connect the k16 pins to the avdd power for the mn103sf66r. * 3 d4, g3, g4 and g6 pins have signal electrodes for the mn103sf66r. perform the necessary pin processing. * 4 f1 pin should be pull-down, or pull-up to the vddh power for the mn103sf66r. * 5 e1 pin should be open for the mn103sf66r. * 6 a5, b4, b6, c4, c6, c7, d5 and e6 pins are debugging pins. perform the necessary pin processing. pl4 / pm1 / pm0 / pn0 / po1 pp4 / pp7 / pq5 / pq7 / pp5 / pr5 / pr7 / ps5 / pt0 / n.d a12 / icr1 icr0 icr8 d4 d7 d13 d15 d5 tm22iob tm23iob bg a16 n.d adm12 pl3 / pl6 / pm3 / pm4 / pm2 / pn2 / pp1 / pq1 / pq6 / pr4 / pr3 / ps3 / ps2 / pt2 / pu5 / pu7 / a11 / a14 / icr3 icr4 icr2 icr10 d1 d9 d14 tm22ioa tm21iob we2 wdovf a18 a24 / ki7 adm11 adm14 ki5 pk7 / pl7 / pm7 / pm6 / pm5 / pn4 / pp3 / pq3 / pr1 / ps1 pu1 / pu3 / pt1 / pu2 / p03 / pu0 / a7 / a15 / icr7 icr6 icr5 icr12 d3 d11 tm20iob a20 / a22 / a17 a21 / d19 / a19 / adm7 adm15 ki1 ki3 ki2 sbi1 ki0 pk5 / pk4 / po0 pn1 / pl5 / pl1 / pp0 / pp6 / pq0 / pq4 / ps4 / pr0 / p01 / p05 / p04 / p13 / a5 / a4 / icr9 a13 / a9 / d0 d6 d8 d12 we3 tm20ioa d17 / d21 / d20 / d27 / adm5 adm4 adm13 adm9 sbo0 sbt1 sbo1 sbo3 pj5 / pl0 / pj3 / pl2 / pk6 / pn3 / pp2 / pq2 / pr6 / pr2 / ps0 / pu4 / p07 / p12 / pu6 / p00 / as a8 / re a10 / a6 / icr11 d2 d10 tm23ioa tm21ioa pwm4 a23 / d23 / d26 / a25 / d16 / adm8 adm10 adm6 ki4 sbi2 sbi3 ki6 sbi0 pi1 / pj4 / pk3 / pk1 / pk2 / pk0 / ps6 / p10 / p11 / p14 / p06 / p02 / cs1 dk a3 / a1 / a2 / a0 / vddb vddb vddb vss br d24 / d25 / d28 / d22 d18 / adm3 adm1 adm2 adm0 sbo2 sbt2 sbt3 sbt0 *2 pi5 / pj1 / pj2 / pi2 / pj0 / p20 / p21 / *1 p16 / p15 / n.c rwsel we1 sysclk cs2 we0 vss vddh vdd vdd sbi4 sbo4 n.c d30 vddb d29 [ vrefh ] ( vddh ) pg5 / pi0 / pi3 / ph0 / pi4 / p31 / p36 / p24 / p23 / p22 / p17 / avdd an21 cs0 cs3 an24 cs4 vss vddh vdd vss irq1 irq6 sbo5 sbi5 sbt4 d31 pg2 / pg4 / pg1 / pg6 / pg0 / pg3 / p33 / p25 / p34 / an18 an20 an17 an22 an16 an19 vss vddh vdd vss irq3 sbt5 irq4 vss vddh osci pf4 / pf0 / pg7 / pf6 / pf1 / pf5 / *3 p35 / * *3 p32 / an12 an8 an23 an14 an9 an13 vss vddh vout vss n.c irq5 n.c n.c irq2 osco pf2 / pe4 / pe7 / pe6 / pf3 / pe3 / p82 / p41 / p37 / p50 / p30 / *4 an10 an4 an7 an6 an11 an3 sy0ot2 vss vss vss irq9 irq7 nmirq mmod1 irq0 n.c pe2 / pe0 / pe1 / pf7 / pe5 / pb1 / p90 / p80 / p66 / p72 / *6 p70 / p53 / p42 / *5 an2 an0 an1 an15 an5 tm1io / sbi6 sy0ot0 tm36io tm12io n.c tm10io mmod0 frqs0 irq10 n.c pwm2 [ trcd1 ] pd3 / pd1 / pc5 / pa0 / p94 p92 / p84 / p74 / p73 / p64 / p62 / *6 *3 p52 / p51 / p40 / tm25iob tm24iob scl0 adtrg sbt6 sy1ot0 tm14io tm13io tm34io tm32io n.c n.c exmod1 exmod0 irq8 [ extrg1 ] pc1 pd0 / pb5 / pb7 / pb4 / p93 p85 / p63 / *6 *6 *6 avss tm24ioa tm5io tm7io tm4io sy1ot1 tm33io n.c n.c tdo n.c nrst frqs1 n.d [ extrg0 ] [ trcclk ] [ trcst ] pc3 / pd2 / pc4 / pb3 / pb6 / p95 p87 / p86 / p75 / p65 / *6 p60 / *6 pwm0 tm25ioa sda0 tm3io tm6io sy1ot3 sy1ot2 tm15io tm35io n.c tm30io n.c tms trst cksel / [ trcd0 ] [ trcd3 ] p55 pc2 pc0 pb2 / pb0 / p91 / p83 / p81 / p71 / p67 / p61 / *6 n.d tm2io / tm0io / sbo6 sy0ot3 sy0ot1 tm11io tm37io tm31io n.c tck tdi lon n.d pwm3 pwm1 [ trcd2 ] 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 perspective ) ' % # " !
type mn103sf66r (under development) command rom ( 64-bit) 1024 k-byte data ram ( 32-bit) 40 k-byte minimum instruction execution time 16 ns (at 1.65 v to 1.95 v, 60 mhz) package mbga255-c-1111a *lead-free support tool flash memory built-in type on-board development tools px-odbamd (on-board debug unit) MN103S97N maf00017bem
request for your special attention and precautions in using the technical information and semiconductors described in this material (1) an export permit needs to be obtained from the competent authorities of the japanese government if any of the products or technical information described in this material and controlled under the "foreign exchange and foreign trade law" is to be exported or taken out of japan. (2) the technical information described in this material is limited to showing representative characteristics and applied circuits examples of the products. it neither warrants non-infringement of intellectual property right or any other rights owned by our company or a third party, nor grants any license. (3) we are not liable for the infringement of rights owned by a third party arising out of the use of the technical information as described in this material. (4) the products described in this material are intended to be used for standard applications or general elec- tronic equipment (such as office equipment, communications equipment, measuring instruments and house- hold appliances). consult our sales staff in advance for information on the following applications: ? special applications (such as for airplanes, aerospace, automobiles, traffic control equipment, combus- tion 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. ? any applications other than the standard applications intended. (5) the products and product specifications described in this material are subject to change without notice for modification and/or improvement. 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 specifica- tions satisfy your requirements. (6) when designing your equipment, comply with the guaranteed values, in particular those of maximum rat- ing, the range of operating power supply voltage, and heat radiation characteristics. 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. (7) when using products for which damp-proof packing is required, observe the conditions (including shelf life and amount of time let standing of unsealed items) agreed upon when specification sheets are individually exchanged. (8) this material may be not reprinted or reproduced whether wholly or partially, without the prior written permission of matsushita electric industrial co., ltd. 2003 sep
|
