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data contained i n this document ma y be changed w i thout prior notification. msd-m 3 a-8 k 02- ue renesas usb full-s peed microcomputers 38k0/38k2 group development board m3a-8k02 instruction manual ver.1.0 renesas t e ch nol o g y corpo r a t ion renesas s o lutio n s co rpo r a t ion 2003.0 7 .07
keep s a fet y first in y our circuit desig n s! * renesas technology corp or a t ion put s the maximum ef fort into mak i ng s e mic o nduc tor produc t s better and m o re reliable, b u t there i s al ways the po ssibility that troubl e may occur with t hem. t r oubl e wit h semi con d u c tors m a y lead to perso nal injury , fire or prop erty dam age. rem e m ber to give due con s id eration to safety when making your circuit designs , with appropriate m e asures such as (i) placement of substitutive, auxiliary circuit s , (ii) u s e of non-flam mable mate ri al or (iii) p r ev ention ag ain s t any malfunction or misha p . notes r e gardi n g these mat e rials these materi als are intended as a ref e rence to assi st our custom ers in the selection of the renesas semi con d u c tor produ ct b e st suite d to the cu stome r ? s appli c atio n ; they do not conv ey any licen se u nde r any intellectu a l property right s, or any other right s, belo n g ing to re nesas technol ogy co rpora t io n or a third p a rty . renesas technology corp ora t ion assum e s no responsib ility for any damage, or i n fringement of any third-p a rty? s ri ght s, origi nati ng in th e u s e of any produ ct dat a, dia g ra ms, cha r t s , p r ogra m s, al go rithms, or circuit appli c ation ex ample s co nt a i ned in the s e material s. all informatio n co nt ain ed i n these mate rials, in clu d in g pro d u c t dat a, diagram s, cha r t s , pro g rams a nd al go rithms rep r e s ent s inf o rmatio n on prod uct s at the time of pu blic atio n of these m a terial s, and are sub j ect to ch ang e by renesas technology corpora t ion without notice due to product improvement s or other reasons. it is therefore recommended t hat custom ers cont act renesas technolo gy corpora t ion or an authorized renesas semic o nduc t or produc t dis t ributor for the late s t produc t information bef ore purc has i ng a produc t listed he rei n . the informa t ion describe d here may cont ain tech nical in accu racie s o r typogra phi cal e r rors. renesas technology corpora t ion assum e s no respons ibility for any damage, liability , or other loss rising from t hese inaccuracies or errors. please al so p a y attenti on to inform ation publi s hed by rene sas tech no lo gy co rpo r a t io n by v a riou s me a n s, in cludi ng the re nes as semicon ducto r h o me p a g e ( http://www .re nesas. c om/e ng/ ). whe n u s ing any or all of the info rmatio n co nt ain ed i n t hese mate rials, in clu d in g produ ct dat a, diagram s, cha r t s , prog ram s , an d algorithm s, please be sure to evalua te a ll information as a tot a l system befo r e maki ng a final dec is ion on t he applic ability of the information and produc t s . renesas technology corpora t ion assumes no responsibility for any dam age, liability or other loss result ing from the informat ion cont ained herein. renesas technology corpora t ion semiconductors ar e not designed or manufactured for use in a device o r system that is u s ed unde r circum st a n ce s i n wh i c h h u m an life is p o te ntially at st ake. please co nt act renesas technology corpora t ion or an authoriz ed renesas se mic o nduc tor produc t dis t ributor whe n co nsi d ering th e use of a pro d u c t con t aine d herei n for a n y specifi c pu rpo s e s , su ch as ap p a ratu s or system s for transport a tion, vehicul a r , me dical a e ro sp a c e, nu clea r , o r unde rsea re peater u s e. the prior writt en approval of renesas technology corpor a t ion is necess ary to r eprint or reproduc e in whol e or in p a rt these material s. if these pro d u ct s or techn o logie s are subje c t to the ja p a n e se export cont rol restri ction s , they must be e x ported unde r a li cen s e from the jap a ne se g o vernm ent an d can not be i m ported into a cou n try othe r than the a p p r oved destin a tion. any diversio n or re export contrary to th e ex port cont rol la ws a nd regul ation s of jap an a nd/o r the cou n try of destination i s prohibited. pleas e c ont ac t renesas technology corp ora t io n or an authorized renesa s semic onduc tor prod uct di stri butor for fu rth e r det ail s on t hese materi al s or the p r od uct s co nt ain e d therein.
revisi on hi st ory 38k0/38k2 g r oup develo p m ent board m3a-8k02 rev . no. dat e con t ent s 0.0 2003/2/1 draf t v e rsion 1.0 2003/7/7 first edition of pdf v e r s ion * related m a terial s renesas microcomputers: 38k0 (38k2) group dat a sheet * home p a g e of renesas semic o nduc tors . http://www .re nesas. c om/e n/usb
- index - chapter 1 .................................................................................................................................... 1 m3a-8k02 ............................................................................................................................... .1 1.0 introduction ..............................................................................................................................................2 1.1 package contents ....................................................................................................................................3 1.2 top view ....................................................................................................................................................4 1.3 top boards g02/g03 ............................................................................................................................... .5 1.4 mounting ad conversion capacitors and oscillators .........................................................................7 1.5 power supply ...........................................................................................................................................8 1.6 switching vcc voltage (5v, 3.3v) ............................................................................................................9 1.7 usb function ............................................................................................................................... ..........10 1.8 keyboard connection ...........................................................................................................................11 1.9 jumper functions ............................................................................................................................... ...12 1.10 flash chip reprogramming (g03) .......................................................................................................13 1.10.1 serial reprogramming (flash writer) ..................................................................................................14 1.10.2 flash over usb reprogramming (fousb) ........................................................................................15 1.11 peripheral circuits ............................................................................................................................... ..16 1.12 components table ............................................................................................................................... ..18 chapter 2 ............................................................................................................................... ... 20 other development boards ................................................................................................. 20 2.1 g02 z g03 z g04 options ........................................................................................................................21 2.2 m3a-8k10 (com class demo board) ..................................................................................................21 2.3 m38c29t-64fpd ............................................................................................................................... ......22 2.4 m38c29t-64lca ............................................................................................................................... ......22 chapter 3 ............................................................................................................................... ... 23 development environment .................................................................................................. 23 3.1 development environment example ...................................................................................................24
chapter 1 m3a-8k02
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 2 1.0 introduction m3a-8k0 2 is a developm ent board for the rene sa s usb full-s peed m cu 3 8 k0/38k2 group (8 -bit) note 1 . m3a-8k0 2 co mes with the usb functio n , usb hub, a n d m any key p e riph eral ci rcuit s e nabli ng faster and m o re ef ficient appli c ation d e velo pment. note 1: 38k0 gr oup devices com e w i th t he usb f unction; 38k2 gr oup devices com e w i th t he usb f unction as w e ll a s the usb hub. m3a-8k0 2 co nsi s t s of 4 bo ard s : g01/g 0 2/g03/ g0 4. each b oard is descri bed in det ail bel ow . * g01 this i s the m a in m3a-8k0 2 boa rd. it provides the u sb hub and other p e rip h e r al ci rcuit s ne ce ssary for t he developm ent pro c e ss. * g02 this is the rfs top board (?rfs b oard ? hereon ) with built-in socket s for mounting the debug ge r (m38k0 9 rs/ m 38k29 rfs). g02 is mo stly used fo r p r o g ram eval uati on with the d ebug ge r . * g03 this i s the f l ash chip (m 38k29f 8hp ) top board (?fla sh -chip b oard ? he re on ), and is normally use d for prog ram ve rification with flash chip s. * g04 this is the external univ e rsal board, whi c h enabl e s circuit exp ansi o n s for g01. this can be used fo r integratin g ci rcuit s not incl u ded on g 01. the m3a - 8k 02 come s bu ndled with all four bo ards. each b o a r d can al so be pu rch a sed se p a rately und er t h e corre s p ondin g p a rt n u mbe r (m3a -8k02 g 02/g0 3/g0 4). g01 (main board) g02 (rfs board) g03 (flash-chip board) g04 (external universal board) m3a-8k02 -> m3a-8k 02
renesas usb f 38k0/38k2 group m 3a-8k02 u ll- s p eed mic r ocomputers 3 1.1 packag e content s * m3a-8k02g01 ------------- --------------------- ------------------ --- 1 board * m3a-8k02g02 ------------- --------------------- ------------------ --- 1 board * m3a-8k02g03 ------------- --------------------- ------------------ --- 1 board * m3a-8k02g04 ------------- --------------------- ------------------ --- 1 board * dc plug ----------------- -------------------- ------------------ 1 piece * accessories ------------- --------------------- ------------------ --- 4 pcs. oscillators ------- 6mhz (1), 12mhz (1) cap aci tor -- -- -- - 30pf ( 2 ) * instruction manual (jap an ese) ----------------- ----------- 1 * instruction manual (englis h) ----------------- ----------- 1
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 4 1.2 t op v i ew figure 1.2 sh ows the top view of m3a-8 k 02 with det a iled com pon e n t names. usb up-po r t flash w r iter conn ector ke y board conn ector usb do w n - p or t 1 ov ercurrent but t on usb do w n - p or t 2 ov ercurrent but t on ov ercurrent detec t ion jumper s w i t ch hub conn ection sw i t c h flash mode sw i t c h po w e r gate res e t sw i t c h g04 conn ector port pins t op bo ard conn ection socket s po w e r input & sw i t c h vcc sw i t c h boo t mode s e t sw i t c h r e mote-w akeup t e s t bu tto n figure 1.2 t op v i e w a nd compon ent names
renesas usb f 38k0/38k2 group m 3a-8k02 u ll- s p eed mic r ocomputers 5 1.3 t op boards g02/g03 t op board s g02 and g0 3 allow the user to perfo rm either deb ug evaluation s or chip test ing with a simple swit ch of a b oard. att a ch g02 (rfs b o a rd ) to the m a in boa rd in orde r to conn ect a de bug g e r , or att a ch g03 (fla sh-chi p b oard ) for chip testing. g02 (rfs bo ard ) provid es an rfs so ck et in the center of the board for at t a ch m ent of the emulation chi p fo r debu g evalua tions. t o perform an evalu a tion, inse rt ei ther m38k 2 9 rfs or m3 8k09rfs into the socket and con n e c t the debug ger (see figure 1.3 ( 2 ) ). g03 (fla sh-chip bo ard ) p r ovides a socket in the ce nt er of the b oard fo r att a chment of m3 8k29f8 h pl f o r flash chip o p e ration al verif i cation. be ca use th e fla s h ch ip already cont ain s the rewritin g control program, th e appli c ation so f t ware can b e dire ctly down l oade d to the flash - chip bo ard a nd o p e r ational verifi cation pe rform ed (for mo re det ail s con c ernin g flash-chip re pro g rammi ng, see ?1.1 1 flash - chip rep r og ram m i ng?). m38k29f 8hpl can al so run 38k0 ap pli c ation sof t wa re. ( 3 8k 2) f l a s h c h ip ( 3 8k 2) r e w r itin g contr o l prog ram emulation chip socket figure 1.3(1) t op v i e w s o f g02 an d g 03
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 6 debu gger cable emulation chip figure 1.3(2) g02 and de bugger con n ection
renesas usb f 38k0/38k2 group m 3a-8k02 u ll- s p eed mic r ocomputers 7 1.4 mounting ad conversion cap acitors and oscillators the ca p a citor p a ttern for 3 8 k0/38k2 ad conversion is located on the upper lef t si de of both g02 and g03 (1 ). t o evaluate ad co nversion, mount 0.1uf chip cap a cito rs (si z e ?1608 ?) he re. the 38k0/38 k2 oscill ator so cket s a r e l o cate d on the le f t side of both g02 an d g03 (2 ). insert the bu nd led oscillator (6m h z or 12m hz, as required) (note 1) , and a 30pf o scill ator ca p a cito r . note 1: t he m a r g in of er r o r f o r the us b f u ll- s p e ed data r a te is 0.2 5 % ( 2 , 500 ppm ) at 12 mb /s . s e lec t a c r y s t a l os c ill ator t hat c a n gu ar ant ee th e s a m e . 1.cap aci tor mounting pa tter n when evaluating ad conversion, insert 0.1uf chip cap a c i tors. 2. oscillation circuit s insert 6mhz or 12mhz cr y s t a l oscillator here, i n accordance w i th use r prog ra m. figure 1.4 oscillator and cap acitor m ounting patterns
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 8 1.5 power supply m3a-8k0 2 can run on ei ther self-po w er (extern a l su p p ly of 5v) or bus-po w er (vbus po wer fro m usb up-p o rt). * self-po w er t o run m 3 a-8 k 02 on self-p owe r , conn ect the external sup p ly throu g h tp1 (1 ) o r the dc ja ck (2 ), as sh own in figure 1.5. the pola r ity of the dc ja ck is ?g nd? inte rnally and ?+? externally . the self-p o we r switch (s2 in 3) turns the self-p o w er o n /off . whe n swit ch ed to on, the self-power lamp (le d 1 i n 4) g oes on, and volt ag e is supplie d to the boa rd fro m the extern al sou r ce (note 1) . in additi o n , b y con n e c ting jumpe r powe rint (jp 1 in 5 ) , on/off ev ent s can b e a ssi gne d to the int0 pin. note 1: this bo ard i s not prot ected aga i nst coun ter pow er suppl y . * bus-po w e r if there is no external p o wer supply , the board go es to the bus-po w er mod e an d receives po wer from th e usb. if the board is conn ecte d to a pc without external po we r su pply , the usb-powe r lamp (led4 in 6) will go on and po we r wil l be sup p lied via the usb vbus. * receiving p o we r from sel f -power a nd b u s-po we r port s : if power is supplie d from both self- power and bu s-p o we r port s , the board w ill automaticall y conne ct to the self-p ower su pply . + gnd 3. self-po w e r s w i t ch on/ o f f sw itch for exter nal po w e r suppl y 5. conne ctio n to int0 a ssigns external powe r on/ o f f event to int o interrupt. 6. bus-p ow er lam p t u rns on when b u s power is in use. 4. self-power lamp t u rns on w h e n e x tern al po w e r is on. 2. dc ja ck jack for external po w e r supply con nection gnd + 1. 5v input p o rt fo r electric a l clip s pin for exte rna l pow e r supply con nection figure 1.5 po w e r supply area s
renesas usb f 38k0/38k2 group m 3a-8k02 u ll- s p eed mic r ocomputers 9 1.6 switching vcc v o lt age (5v , 3.3v) m3a-8k0 2 ha s two po we r li nes: 5v and vcc. th e 5v l i ne de pen ds on the o p e r ati ng volt ag e of the boa rd an d the vcc line depen ds on the 38k0/38k2 oper ating volt age. the user must sw itch the vcc line between 5v an d 3.3v , accordi ng to the 38k0/38k2 ope ra ting volt age. sele ct the volt age value wit h the vcc select switch (s7 in 1) as sho w n in fig. 1.6. set the vcc to either 5v (l ef t side ) or 3. 3v (right side ). in the 38 k0/ 38k2 usb s a mple firm w a re, proce s s i ng differ s a ccording to the vcc v a lue . please con f irm the firm w a re setting s before setting the vcc. usin g a board w i th differing v o lt age th an the firm w a re for an extende d period ma y r esult in dam a ge to the c h ip. 1. vcc select s w i t c h sw itches vcc fr om 3.3v to 5v . figure 1.6 vcc (5v , 3.3v) s w i t ch
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 10 1.7 usb function this boa rd co mes with one usb up-po rt (1) and two u sb down-p o rt s (2). please review the usage co ndition s descri bed b e l o w befo r e setting each port . t o enable det ection of the self-p ower m ode (external power su pply ) on 38k 0/38 k2, insert a heade r link to the powe r int ju mper (3). th e detection sig nal is a ssi gne d to port p50/int0. t o initiate an external rem o te wake-u p interrupt on 38k0/38k2, insert a hea der link to one of the wake-u p jumpers (w ake-up 1 to 3 i n 4). the det ection signal will be assigned to either p50, p 51, or p52, accordi ngly , and an extern al interrupt ca n be gen erat ed to 38k0/3 8 k2 usin g the remote wake -up button (5). * usb hub function t o use the usb hub, switch both the hub circuit con n e cti on switch and the down - po rt conn ecti on swit ch (6 ) to on. thi s will assi gn the n e ce ssary circuit s to t he usb hub, and the hub will b e enabl ed for operatio n. keep these swit che s off at all o t her times. t o test the generatio n of an over-cur rent on the down - port of the usb hub, insert a header lin k to the curre n t int jumper (7). the test signal will be assign ed to po rt p51/cntr0, and the over-c urrent test button will be enabl ed (alth ough a real o v er-curre nt wi ll not be gene rated ) . 7 . c u r r e nt ou t p ut jumper 51/ cntr0 2. dp1 1. up 2. dp2 8. o v ercurre nt te st button press to test over-curr ent generation on do w n -po r t 5. remote w ake up te st b u tto n press to test rem o te w a ke-up f unction 3. conne ctio n to int0 a ssigns external pow e r on/ o f f event to int o interrupt. 4. remote w ake up assig n s jum p er for te st use 6. hub circu i t conn ection s w i t ch t u rn all on when using 38k2. figure 1.7 usb peripher a l circuit s setup area s
renesas usb f 38k0/38k2 group m 3a-8k02 u ll- s p eed mic r ocomputers 11 1.8 keyboard connection m3a-8k0 2 has a built-in ke yboard conn e c tor . pins p0 0- p07, p10-p 13, p24-p27, p30-p37, and p53-p57 are assign ed to the keyb oard con n e c tion. figure 1.8 sh o w s the pi n co nfiguratio n for the conn ecto r . usb hub k e y board firmw a r e is av ailable sep ara t el y . 40 39 2 1 figure 1.8 connec t ion di agram for ke y board connector vcc p03 p04 p05 p07 p01 p06 p02 p00 p13 p12 p11 p10 p36 p37 p35 p33 p34 p30 p31 p32 p56 p57 p54 p55 p26 p27 p53 p24 p25 cn10 keyboard scan vcc 2 return0 28 return1 30 return2 32 return3 33 return4 34 return5 36 return6 38 return7 40 scan0 1 scan1 3 scan2 4 scan3 5 scan4 6 scan5 7 scan6 9 scan7 11 scan8 13 scan9 15 scan10 17 scan11 19 scan12 21 scan13 23 scan14 25 scan15 27 scan16 29 scan17 31 num lock(led) 8 caps lock(led) 10 scroll lock(led) 12 gnd 18 gnd 39 n.c 14 n.c 16 n.c 20 n.c 22 n.c 24 n.c 26 n.c 35 n.c 37 pin configur ation 1. ke y board conn ector
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 12 1.9 jumper functions as de scrib e d previo usly , t he jum pers e quipp ed o n this b o a r d ca n be set fo r spe c ific fu nct i ons. t abl e 1 . 9 sho w s the ju mper n u mbe r and co rrespo nding fun c tio n . t a ble 1.9 ju mper numbe r and func tion jp no. name function att ache d st a t e det a ched s t ate j p 1 ( 1 ) powe r i n t assig ned to int0 pin for self -po w e r on/off eve n t s con n e c t e d f l o a t i n g j p 2 ( 2 ) p 5 0 wa k e u p con n e c ted to pin p5 0 of w a keup swit ch note 1 con n e c t e d f l o a t i n g j p 3 ( 3 ) p 5 1 wa k e u p con n e c ted to pin p5 1 of w a keup swit ch note 2 con n e c t e d f l o a t i n g j p 4 ( 4 ) p 5 2 wa k e u p con n e c ted to pin p52 of w a ke up swit ch con n e c ted floating j p 6 ( 5 ) p o w e r g a t e con n e c ted to g04 vcc con n e c ted floating jp5(6) overcurrent assig ned to cnt r0 pin fo r dete c tion si gnal of down - po rt over-cu r rent con n e c t e d f l o a t i n g note 1: do no t con n e ct p50 w a keup (jp2) w hen po w e rint (jp1) is co nnect ed. note 2: do no t con n e ct p51 w a keup (jp3) w hen o v erc u rrent (jp5) is conne cted . 1. po w e ri nt 6. o v ercurre nt 3. p51 w ake up 4. p52 w ake up 5. po w e r g a t e 2. p50 w ake up figure 1.9 j u mper settings
renesas usb f 38k0/38k2 group m 3a-8k02 u ll- s p eed mic r ocomputers 13 1.10 flash chip reprogramming (g03) m3a-8k0 2 e nable s the user to rep r og ram the fl ash chip (g 03 ) o n boa rd. a s m38k29f 8hpl, bundl ed with this bo ard, h a s be en p r e-progra mmed wi th the flash rewrit in g control pro g ra m, o peratio nal verification with the flash chi p ca n be do ne im mediately af t e r de bug. thi s re writing co ntrol p r og ram can b e reprogra mmed wi th either seri al o r usb interfa c ing: fla s h w ri ter mfw - 1 (s unny lab s) o r flash - ove r -usb (fo u sb). as sho w n in figure 1.10, the flash rewriting control prog ram can b e se le cted usi ng the boot -mo d e swit ch (s10 in 2) t a ble 1.10 sho w s th e setup con d ition s for the boo t -m ode swit ch. by setting the flash swit ch (s9 in 1) to on a nd sup p lying power to the board (note 2 ) , the flash lamp (le d 5 in 3) will go o n and 38k0/3 8 k2 will be in the flash reprogramming mode. ho w e v e r , if the b o ard vcc is diffe r e nt than the firm w a re v o lt age w h e n p r oce ssing the fl ash re w r itin g con t rol pr ogram, the chip ma y b e damag e d. make sure th e vcc-select s w i t ch (s7 ) is set to the same v o lt age as the fi rm w a re. finally , make sure the oscillat o r is com p atible wi th the system as well. note 1: do no t set the boo t -mode s w i t c h es w h ile po w e r is being su pplied to t h e board. t a ble 1.10 s e lecting flas h re w r i t ing con t rol prog ram w i th bo ot -m ode s w i t che s p 2 6 p 2 7 p 4 2 p 1 6 v c c m o d e * * h h 5v serial mod e (use fla s h wri t er) * h l h 3.3v fousb 3v/6mhz h l l h 5 v fousb 5v/1 2 m h z l l l h 5 v fousb 5v/6 m h z *: either s e tting 1. flash sw i t c h 2. boot -m o d e sw i t c h e s 3. flash lamp figure 1.10 selecting th e flash prog ram
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 14 1.10.1 serial reprogramming (flash w r iter) the m3a - 8k 02 boa rd al lows the u s er to re prog ram the 3 8 k 0/38k2 fla s h chip o n board (seri a l rep r og rammi ng of f/w) u s ing a flash wri t er . t o perform serial rep r og ramming, in sert the flash writ er ca ble in the flash writer co nn ecter (1 ), set the vcc-select s w it c h (s7) to 5v , the b oot -mode s w it c h (s1 0 in 2) to p42 = ?h? a nd p16 = ?h?, the flas h swit ch (s9 in 3) to on, a nd then ap ply external po wer (o r usb u p -po r t vbus power). follo w inst ru ctions for the flash writ er to co ntinue with the rep r ogra mming p r ocess. note 1: multi-flas hwriter = mfw - 1 (su n n y labs) note 2: a sep a rate flash write r and re prog ram m ing ada pter is n e ce ssary for p a rallel programming ne w firmwa re in th e 38k0/38k2 boot ro m area. 1. flash w r iter conn ector 3. flash sw i t c h 4. flash lamp 2. boot -m o d e sw i t c h figure 1.10.1 serial repr ogramming
renesas usb f 38k0/38k2 group m 3a-8k02 u ll- s p eed mic r ocomputers 15 1.10.2 flash over usb reprogramming (fousb) m3a-8k0 2 e nable s ?fla sh over usb? on-boa rd p r ogra mming o f 38k0/38k2 flash chip s usin g the usb function. t o p e rform f o us b (alway s ma ke sure exte r nal po wer su pply is disco n necte d), set t he vcc-sel ect swit ch (s7) a nd the bo ot -mo d e switch app rop r iatel y , se t the fla s h switch (s 9) to o n , an d then conn ect the up-port to your computer . the flash lamp (4) w ill go on and the host will re cognize operations wit h ?re n esas flash-over us b.? af ter the host p c is conne cted, run the appli c ati on program bundl ed with the m3a-8k0 2 on the pc and follow the in struction s for re prog ram m ing the application firmware. note: this screen appears in vers ions 2.00. scree n s ma y dif f er slightly bet w e e n pro duct versions. figure 1.10.2 flash ov er usb repro g ramming for 38k0/38 k2 f l ash chip s
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 16 1.11 peripheral circuit s additional external circuit s can b e used with the main board via the external univ e rsal boa rd (g04 in 1). * pow e r suppl y powe r is sup p lied to external universal board g04 from the main board (g0 1 ) or an externa l source. wh e n usin g an exte rnal p o wer so urce, co nne ct the sou r ce to powe r suppl y input pin t p 9 (2). when supplyin g po wer from the mai n boa rd, co n nect g 04 to the main b o a r d throu gh the jp6 powe rga t e (3 ) (m ake su re noth i ng i s con n e c ted to jp6 on g01 before co n nectin g the exter nal so urce to tp9). af ter making the appropri a t e con n e c tion, set the power sup p ly switch (s2 in 4) on g04 to on. led1 will light up and external power or vcc from g01 will be su pplied t o vcc pin s t p 10, tp1 1 , tp12, and tp1 3 . * sy stem reset pin the main board reset si gnal can be used for the external universal board as well. t o reset external ci rcuit s in the same manner as 38k0/ 38k2, use reset pin tp8 (5). 5. reset pi n 4. po w e r s w i t ch 2. po w e r input pin 3. po w e r g a t e 1. external univ ersal board g04 figure 1.1 1 (1 ) exter n al univ ersal boa r d g04
renesas usb f 38k0/38k2 group m 3a-8k02 u ll- s p eed mic r ocomputers 17 reset p04 p05 p06 p07 p14 p15 p16 p17 p24 p25 p26 p27 p34 p35 p36 p37 p54 p55 p56 p57 gnd gnd p00 p01 p02 p03 p10 p1 1 p12 p13 p20 p21 p22 p23 p30 p31 p32 p33 p40 p41 p42 p43 p50 p51 p52 p53 p60 p61 p62 p63 gnd gnd figure 1.1 1 (2 ) boar d pin number s
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 18 1.12 component s t a ble t able 1.12 sh ows the va rio u s com pon en t s of the m3a- 8k02 mai n bo ard g01 (the same informa t ion appli e s t o g02, g0 3, a nd g0 4). not e that the co mpone nt s li st ed he re a r e not gua rante ed for o p e r at ion in the users? sy st em. * please confi r m the co rrect compon ent symbol in the sch ematics a nd on the bo a r d it self. t a ble 1.12 m a in board g 01 compo n e n t s com p o n en t na me s p ec. n a m e s y m b o l com p o n en t no. (sche m atic no., prod. s p ec. ) maker qt y per set notes mos fe t ic1, ic3, ic 7, ic 10 f y 4adj-03a renesas 4 2 p-ch included ic2 rk4936 rohm 1 2 n-ch included usbov e r-c u rren t protection ic i c 4 m i c 2 0 2 6 - 2 b m m i c r e l 1 analog sw itch ic5 max4644eut - t maxim 1 1pc. i c 1 1 m a x 3 9 4 c w p 1 4 p c s . and logic ic6 tc7sh08 f u t o shiba 1 reset ic ic8 pst9140n mit s umi 1 4.0v reset r e g u l a t o r i c 9 rn5r t 3 3 a r i c o h 1 3 . 3 v (150ma ) usb up-po r t co nnector cn1 ubb-4r- d 14t - 1 jst 1 c n 2 , cn 3 uba-4r- d 14t - 1 2 option board connector c n 4 x c 5 f - 6 4 3 2 - 2 omr o n 1 6 4 p i n s mfw1connecto r c n 5 xg4a-10 3 1 1 1 0 p i n s t op boa rd socket pin cn6-c n9 mf-3- 1 mac8 8 8 coupled ke y boa rd con n e c tor cn10 xg4a-40 31 omr o n 1 40 pins electroly t e cap a citor c1 uut1c 100mc r 1 g s n i c h i c o n 1 10uf (1 6 v w i thst a n d ) c 2 , c 3 uwt1c221 mcr 1 g s 2 2 2 0 u f ( 1 6 v w i th st a n d ) chip cap a citor bc1-bc10 grm40 f 104 z50 murat a w o rks 10 0.1uf ( p recision unspecified) chip resistor r1, r3, r4 , r15, r29-r3 3 mcr10ez h j301 rohm 9 300, 1/16w or gr eater (p recision unspecified) r2, r8 -r10, r12, r 20, r25-r2 8 mcr10ez h j104 1 0 100k(precision u n s p e c i f i e d ) r 5 - r 7 m c r 1 0 e z h j103 r o h m 3 1 0 k ( p r e c i s i o n u n s p e c i f i e d ) chip resistor r1 1 mcr10ez h j152 1 1.5k(precision u n s p e c i f i e d ) r 1 3 , r 1 4 , r16- r 1 9 mcr10ez h f33 r 0 6 3 3 + - 1 % r21-r2 4 mcr10ez h j153 murat a w o rks 4 15k(precision unspecified) ferri te bea d s fb1-fb6 blm21pg 2 2 1 sn1 d s h a r p 6 led led1, led4 (gre en) gl3k g8 2 for w ar d volt age 2 . 1v led2, led3 (red ) gl3h d8 2 for w ar d volt age 2 . 0v led5 ( y ellow) gl3h y 8 1 for w ar d volt age 2 . 0v led6-led9 (or a nge) gl3hs8 ot ax 4 for w ar d volt age 2 . 0v sw itch s1, s3, s10 ksd04 nikkai kaiheiki 3 4-unipolar , single-thro w (dip ) s 2 a s - 1 2 a p 1 u n i p o l a r s 7 , s 9 a s - 2 2 a p alp s 2 b i p o l a r s 4 s k h m p w e 0 1 0 1 g r e e n s 5 , s 6 s k h m p s e 0 1 0 2 bro w n s 8 skhmpue010 marushin musen 1 r e d dc socket j1 mj-25n1 1 1.3mm diameter dc lamp mp-121wh honda t s ushin kog y o 1 1.3mm diamete r bundled w i th board lapping pin jp1-jp6 ffc -6bsm1b mac8 6/34 2 coupled jumper socket jp1, jp3, jp5, jp6 js-1 4 insert lapping pin check pin tp1, tp2 st -1-1 2 tp5, tp12, t p 16, tp24, tp27, tp30, tp33, p00 - p07 hk-5- g black 15 surface mount (b lack) check pin p10-p17 hk-5- g br o w n 8 surface mount (b ro w n ) tp4, tp8, tp9, tp13, tp25, hk-5- g re d 16 surface mount (r ed)
renesas usb f 38k0/38k2 group m 3a-8k02 u ll- s p eed mic r ocomputers 19 com p o n en t na me s p ec. n a m e s y m b o l com p o n en t no. (sche m atic no., prod. s p ec. ) maker qt y per set notes tp28, tp31, tp 34, p20-p27 tp26, tp29, t p 32, tp35, p30-p37 hk-5- g or ange mac8 12 surface mount (o range) tp7, tp1 1 , tp15 , rxd, txd, scl k , srd y hk-5- g yellow 7 surface mount ( y ellow ) int0, cn tr0, i n t1, p53-p57 h k-5- g gr een 8 surface mount (g reen) p60-p63 hk-5- g blue 4 surface mount (b lue) tp6, tp10, tp1 4 hk-5- g gr a y 3 surface mount (g ra y) tp3 hk-5- g w h ite 1 surface mount ( w hite ) s p a c e r a p - 1 3 4 1 3 m m l o n g m 3 , d e p t h - 6mm 4 * usb conn e c tor (jst mfg co., lt d.) me et s the usb 2.0 compli an ce test.
chapter 2 other development boards
renesas usb f 38k0/38k2 group m 3a-8k02 u ll- s p eed mic r ocomputers 21 2.1 g02,g03,g04 options g02/g0 3/g0 4 can al so b e purcha s e d se p a rately . please ord e r u s ing the corresp ondi ng produ ct numbe r: m3a-8k0 2 g0 2, m3a-8k02 g03, or m3a - 8k02g0 4 . g 0 2 g 0 3 g04 figure 2.1 g 02, g03, g04 options 2.2 m3a-8k10 (com class demo board) m3a-8k1 0 g0 1, a com cla ss d e mo nstra t ion boa rd, is also avail able for the 38k0 grou p. please cont act you r loc a l repres ent a tive for more det ails . figure 2.2 com clas s de mo board m 3 a-8k10g 01
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 22 2.3 m38c29t - 64fpd m38c29t -6 4 f pd is a p a ckag e conve r sion board for con n e c ting the emulation chip to the hp p a ckag e foot p a ttern (64p 6 q -a). use thi s boa rd whe n the emulatio n ch ip 100 -pi n so cket (10 0 p 6s_a ) foot p a ttern doe s not fit the trial boa rd . 100-pin rfs-type emulator mcu -> 64 -pi n 0.5 5 mm pitch l q fp (hp p a ckag e) figure 2.3 m 38c29t -64 f pd 2.4 m38c29t - 64lca m38c29t -6 4 l ca is a p a ckag e co nversion boa rd for con n e c ting th e emulation chip to the fp p a cka ge foo t p a ttern (64p6 u -a). use this board whe n the emulation chip 100 -pi n socket (1 0 0 p 6s_a) foot p a ttern do es not fit the trial boa rd . whe n usin g this conversion bo ard, you will also need to purch ase 64-pi n socket ic61-0 644 -05 2 or ic61-064 4-05 3 for the syst em boa rd. (note1) note 1: t he 64- p i n socket foot pattern is slightly big ger than th e fp package foot patt e rn. 100-pin rfs-type emulator mcu -> 64 -pi n 0.8 mm pitch lq fp (fp p a cka ge) figure 2.4 m 38c29t -64 l ca
chapter 3 development environment
renesas usb f 38k0/38k2 group m3a-8k02 u ll- s p eed mic r ocomputers 24 3.1 development environment example t able 3.1 sho w s the types of tools requi red for t he firmwa re devel opment envir onment of the m38k0/38k 2 grou p. t a ble 3.1 de v e lopment env i ronment example product nu mber ho st machi n e p c / a t com p a t ible (with lpt p a rallel, usb interface) e m u l a t o r p c 4 7 0 1 u emulator deb ugge r pd38 emulator pod m3800 0tl 2 -fpd emulation ch ip m38k09 rfs, m38k29 rfs t a rget board m3a-8k0 2 emulation board t a rg et boar d emulation chi p emulato r hos t machin e figure 3.1 dev e lopment en v i ronment example
renesas usb full-s peed microcomputer 38k0/38k2 grou p development bo ard m3 a - 8k02 i n struction manual ver.1.0 renesas techno l ogy corpo r a t i o n. renesas so l u tions co rp o r a t ion. no unautho rized cop y , please. a n y content s (inc luding chart s ) ar e not allow ed for reprinting w i thout cont act to r t c. cop y right(c ) 200 3 renes a s te chn ology c o rpora t ion an d renes a s so l u tions co rp o r a t ion.
1 1 2 2 3 3 4 4 5 5 1 1 2 2 3 3 4 4 38k0/38k2 power gnd signal gnd m3a-8k02 g01 renesas solutions corp. a3 1 3 monday, september 29, 2003 m3a-8k02g01 dw30146 (1 /3) titl e size document number rev date: shee t of p21 p2 2 p23 p24 p25 p2 6 p27 p17 p12 p14 p12 p15 p15 p60 p17 p1 6 p13 p16 p1 4 p13 d1+ p23 d2+ p24 d0+ d0+ p10 p25 d2+ d2- p10 p11 p61 p11 p21 d1+ p62 p22 d2- p63 d0- d0- p20 d1- p20 d1- p06 p05 p0 4 p03 p01 p00 p2 2 p20 p24 p25 p27 p21 p23 p2 6 p54 p55 p57 p5 6 p5 2 p51 p5 3 p50 reset to p0 7 vss p13/dq3/an3 re set p12/dq2/an2 p17/dq7/an7 vcc p14/dq4/an4 vcce cnvss p16/dq6/an6 cnvss2 p15/dq5/an5 vref p60(led0) p05/ki5 p04/ki4 p03/ki3 p00/ki0 p57 p5 6 p55 p54 p5 3 p52/i nt1 p51/cntr0 p50/int0 p27 p0 2 p02/ki2 p01/ki1 p2 6 int0 p17 p16 p15 p14 p13 p12 p11 p10 p30 p43 p42 p41 p40 p34 p36 p32 p33 p35 p37 p31 p60 p61 p62 p63 cnvss to p61(led1) p62(led2) p63(led3) pvss pvcc dvcc usb vref tron d0+ d0- p20/d1- p21/d1+ p22/d2- p23/d2+ p24 p25 p11/dq1/an1 p10/dq0/an0 p37/exa0 p36/exrd p35/exwr p34/excs p33/exint p32 p31 p30 p43/exa1/srdy p42/extc/sclk p41/exdack/txd p40/exdreq/rxd p07/ki7 p06/ki6 int0 vcc vcc 5v vcc vcc vcc vcc vcc vcc vcc vcc vcc vcc 5v + c2 220u f r22 15 k r24 15 k r23 15 k r21 15k r14 27 led3 + c3 220u f bc2 0.1uf + c1 10u f r15 300 bc4 0.1uf bc5 0.1uf tp 9 vbus 1 tp 10 d1- 1 tp 11 d1+ 1 tp 13 vbus 1 tp 14 d2- 1 tp 15 d2+ 1 tp7 d0+ 1 tp 4 vbus 1 tp6 d0- 1 jp1 power int jp5 overcurrent int r19 27 r17 27 r18 27 tp 1 5v in 1 tp 2 power gnd 1 led2 tp8 usbvref 1 r7 10 k tp 5 gnd 1 tp3 reset 1 tp 16 gnd 1 r11 1.5k r13 27 tp 12 gnd 1 j1 dc5v in 3 1 r20 100 k jp2 p50 wakeup jp3 p51 wakeup jp4 p52 wakeup r4 300 fb2 blm21pg221s n1d vbus d- d+ gnd cn2 usb dp1 1 4 2 3 5 fb3 blm21pg221 sn1d fb4 blm21pg221s n1d vbus d- d+ gnd cn3 usb dp2 1 4 2 3 5 fb5 blm21pg221 sn1d fb6 blm21pg221s n1d s5 ovcur dp1 1,2 3.4 s6 ovcur dp2 1,2 3.4 ic6 tc7sh08fu 1 2 4 3 5 r6 10k r3 300 r5 10 k s3 p2 junc 1 2 3 4 8 7 6 5 r16 27 r10 100k vbus d+ d- gnd cn1 usb upport 1 4 3 2 5 fb1 blm21pg221 sn1d r9 100 k r2 100 k bc3 0.1uf r1 300 r8 100 k led1 bc1 0.1uf ic2-1 rk4936 2 7,8 1 ic2-2 rk4936 4 5,6 3 ic1 fy4dj-03a 7,8 1 4 2 3 5,6 ic3 fy4dj-03a 7,8 1 4 2 3 5,6 ic5 max4644eut -t v+ 2 no 6 com 5 in 1 gnd 3 nc 4 r12 100 k s1 hub curr junc 1 2 3 4 8 7 6 5 led4 ic4 mic2026-2bm ena 1 flga 2 flgb 3 enb 4 ou tb 5 gnd 6 in 7 ou ta 8 s2 self-power 2 3 1 s4 wakeup sw 1,2 3.4
1 1 2 2 3 3 4 4 5 5 1 1 2 2 3 3 4 4 m3a-8k02 g01 renesas solutions corp. a3 2 3 monday, september 29, 2003 m3a-8k02g01 dw30146 (2 /3) titl e size document number rev date: shee t of cnvss to p16 p26 p43 p40 p41 p42 p27 rese t to p06 p03 p36 reset to p02 p22 p51 p14 p54 p23 p60 p17 p56 p32 p61 p04 p25 p05 p11 p33 p10 p20 p35 rese t to p01 p07 p52 p21 p37 p00 p15 p53 p30 p55 p24 p62 p31 p57 p34 p63 p12 p13 p50 usb vref vcc 5v 5v vcc vcc 5v vcc 5v 5v vcc r29 300 led5 bc10 0.1uf jp6 power gat e 1 2 s10 boot-mo de 1 2 3 4 8 7 6 5 r31 300 led7 r30 300 led6 led8 r32 300 led9 r33 300 bc6 0.1uf bc7 0.1uf r25 100 k ic8 resetic pst9140n vcc 5 gnd 3 vout 4 sub 2 ic11 max394cwp no1 2 in1 1 no2 9 in2 10 com2 8 com3 13 gnd 6 no3 12 in3 11 no4 19 in4 20 com4 18 com1 3 v+ 16 nc1 4 nc2 7 nc3 14 nc4 17 v- 5 n.c 15 s8 reset sw 1,2 3.4 cn5 flash serial 1 2 3 4 5 6 7 8 9 10 bc8 0.1uf bc9 0.1uf ic9 3.3vregulator/rn5rt gnd 1 vdd 2 vout 3 nc 4 ce 5 r26 100 k ic7 fy4dj-03a 7,8 1 4 2 3 5,6 r27 100 k ic10 fy4dj-03a 7,8 1 4 2 3 5,6 r28 100 k s9 flash 5 6 4 2 3 1 s7 vcc-select 5 6 4 2 3 1 cn4 header 32x2 1b 1b 1a 1a 2b 2b 2a 2a 3b 3b 3a 3a 4b 4b 4a 4a 5b 5b 5a 5a 6b 6b 6a 6a 7b 7b 7a 7a 8b 8b 8a 8a 9b 9b 9a 9a 10b 10b 10a 10a 11b 11b 11a 11a 12b 12b 12a 12a 13b 13b 13a 13a 14b 14b 14a 14a 15b 15b 15a 15a 16b 16b 16a 16a 17b 17b 17a 17a 18b 18b 18a 18a 19b 19b 19a 19a 20b 20b 20a 20a 21b 21b 21a 21a 22b 22b 22a 22a 23b 23b 23a 23a 24b 24b 24a 24a 25b 25b 25a 25a 26b 26b 26a 26a 27b 27b 27a 27a 28b 28b 28a 28a 29b 29b 29a 29a 30b 30b 30a 30a 31b 31b 31a 31a 32b 32b 32a 32a
1 1 2 2 3 3 4 4 5 5 1 1 2 2 3 3 4 4 m3a-8k02 g01 renesas solutions corp. a3 3 3 monday, september 29, 2003 m3a-8k02g01 dw30146 (3 /3) titl e size document number rev date: shee t of p11/dq1/an1 p10/dq0/an0 p37/exa0 p36/exrd p35/exwr p34/excs p32 p33/exint p31 p30 p40/exdreq/rxd p43/exa1/srdy p41/exdack/txd p42/extc/sclk p07/ki7 p06/ki6 p04/ki4 p50/int0 p5 7 p00/ki0 p03/ki3 p54 p27 p52/i nt1 p5 6 p5 3 p26 p02/ki2 p51/cntr0 p01/ki1 p55 p05/ki5 p37 p36 p35 p34 p33 p32 p31 p30 p53 p51 p55 p52 p54 p57 p56 p50 p13 p11 p15 p12 p14 p17 p16 p10 p23 p21 p25 p22 p24 p27 p26 p20 p63 p61 p62 p60 p04 p06 p01 p02 p07 p00 p03 p05 p43 p40 p42 p41 usb vref p63(led3) p24 p21/d1+ p23/d2+ d0- pvss tron dvcc pvcc p62(led2) p20/d1- d0+ p25 p22/d2- p61(led1) vcc p15/dq5/an5 vcce p12/dq2/an2 re set p60(led0) cnvss2 p17/dq7/an7 vss cnvss p13/dq3/an3 vref p16/dq6/an6 p14/dq4/an4 p0 3 p04 p05 p07 p0 1 p0 6 p02 p00 p13 p12 p1 1 p1 0 p36 p37 p3 5 p3 3 p34 p3 0 p31 p32 p5 6 p57 p54 p55 p2 6 p27 p5 3 p24 p25 vcc vcc 5v vcc 5v vcc 5v vcc 5v tp 19 p2 p20 1 p21 2 p22 3 p23 4 p24 5 p25 6 p26 7 p27 8 tp 23 p6 p63 1 p62 2 p61 3 p60 4 tp 20 p3 p30 1 p31 2 p32 3 p33 4 p34 5 p35 6 p36 7 p37 8 tp 22 p5 int0 1 cntr0 2 int1 3 p53 4 p54 5 p55 6 p56 7 p57 8 tp 21 p4 srdy 1 sclk 2 txd 3 rxd 4 cn8 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 cn9 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 cn7 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 cn6 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 tp 17 p0 p00 1 p01 2 p02 3 p03 4 p04 5 p05 6 p06 7 p07 8 tp 18 p1 p10 1 p11 2 p12 3 p13 4 p14 5 p15 6 p16 7 p17 8 cn10 keyboard scan vcc 2 return0 28 return 1 30 return2 32 return3 33 return 4 34 return5 36 return 6 38 return7 40 scan0 1 scan1 3 scan2 4 scan3 5 scan4 6 scan5 7 scan6 9 scan7 11 scan8 13 scan9 15 scan1 0 17 scan11 19 scan1 2 21 scan13 23 scan14 25 scan1 5 27 scan16 29 scan1 7 31 num lock(led) 8 caps lock(le d) 10 scroll lock(led) 12 gnd 18 gnd 39 n.c 14 n.c 16 n.c 20 n.c 22 n.c 24 n.c 26 n.c 35 n.c 37 tp 24 gnd 1 tp 26 vcc 1 tp 25 5v 1 tp 27 gnd 1 tp 29 vcc 1 tp2 8 5v 1 tp 30 gnd 1 tp 32 vcc 1 tp3 1 5v 1 tp 33 gnd 1 tp 35 vcc 1 tp 34 5v 1
a a b b c c d d e e 4 4 3 3 2 2 1 1 100p6s-a cstcr6m00g1 5 **= pattern only m3a-8k02 g02 renesas solutions corp. a3 1 1 monday, september 29, 2003 m3a-8k02g02 dw30 147 titl e size document number rev date: shee t of p11/dq1/an1 p10/dq0/an0 p37/exa0 p36/exrd p35/exwr p34/excs p32 p33/exint p31 p30 p40/exdreq/rxd p43/exa1/srdy p41/exdack/txd p42/extc/sclk p07/ki7 p06/ki6 p04/ki4 p50/i nt0 p5 7 p00/ki0 p03/ki3 p54 p27 p52/int1 p5 6 p53 p26 p02/ki2 p51/cntr 0 p01/ki1 p55 p05/ki5 vcc p15/dq5/an5 vcce p12/dq2/an2 re set p60(led0) p17/dq7/an7 cnvss p13/dq3/an3 p16/dq6/an6 p14/dq4/an4 pvcc dvcc usb vref cnvss2 cnvss vcce vref vcc vss p60(led0) reset p50/int0 p04/ki4 p27 p52/int1 p26 p53 p02/ki2 p57 p00/ki0 p56 p51/cntr0 p01/ki1 p54 p03/ki3 p55 p05/ki5 p07/ki7 p40/exdreq/rxd p32 p37/exa0 p06/ki6 p43/exa1/srdy p33/exint p36/exrd p41/exdack/txd p3 1 p35/exwr p42/extc/sclk p30 p34/excs p25 p61(led1) d0+ tron p21/d1+ p22/d2- p24 d0- p2 4 p61(led1) p23/d2+ p22/d2- p63(led3) pvcc p62(l ed2) p20/d1- p63(led3) p23/d2+ usb vref dvcc d0+ pvss d0- tr on p25 p62(led2) p21/d1+ p20/d1- cnvss2 pvss vref vss p13/dq3/an3 p12/dq2/an2 p16/dq6/an6 p15/dq5/an5 p14/dq4/an4 p17/dq7/an7 p11/dq1/an1 p10/dq0/an0 cn3 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 cn4 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 bc1 0.1uf bc2 0.1uf bc3 0.1uf c9 **30pf c8 **30pf x2 **12mhz bc4 0.1uf bc6 0.1uf c1 2.2uf bc7 **0.1uf bc8 **0.1uf bc9 **0.1uf bc10 **0.1uf bc11 **0.1uf bc12 **0.1uf bc13 **0.1uf bc14 **0.1uf x1 **6mhz 1 3 2 ic1 38k0/38k2 p12/dq2/an2 33 p13/dq3/an3 34 p14/dq4/an4 35 p15/dq5/an5 36 p16/dq6/an6 37 p17/dq7/an7 38 cnvss 39 reset 41 vcce 42 vss 44 xin 45 xout 46 vcc 47 cnvss2 48 p60(led0) 49 p61(led1) 58 p62(led2) 59 p63(l ed3) 60 pvss 61 pvcc 62 dvcc 63 usbvref 64 tr on 65 d0 + 66 d0- 67 p20/d1- 68 p21/ d1+ 69 p22/d2- 70 p23/ d2+ 71 p24 72 p2 5 73 p26 83 p27 84 p50/int0 85 p51/cntr0 86 p52/int1 87 p53 88 p54 89 p55 90 p56 91 p57 92 p00/ki0 93 p01/ki1 94 p02/ki2 95 p03/ki3 96 p04/ki4 97 p05/ki5 98 p06/ki6 8 p07/ki7 9 p40/exdreq/rxd 10 p41/exdack/txd 11 p42/extc/sclk 12 p43/exa1/srdy 13 p30 14 p3 1 15 p32 16 p33/exint 17 p34/excs 18 p35/exwr 19 p36/exrd 20 p37/exa0 21 p10/dq0/an0 22 p11/dq1/an1 23 nc 99 nc 100 nc 82 nc 81 nc 40 nc 50 nc 32 nc 31 nc 24 nc 25 nc 26 nc 27 nc 28 nc 29 nc 1 nc 7 nc 6 nc 5 nc 4 nc 3 nc 2 nc 74 nc 75 nc 76 nc 77 nc 78 nc 79 nc 80 nc 57 nc 56 nc 55 nc 54 nc 53 nc 52 nc 51 nc 30 vref 43 bc5 0.1uf cn1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 cn2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 c7 68p f c6 68p f c5 68p f c4 68p f c3 68pf c2 68p f
a a b b c c d d e e 4 4 3 3 2 2 1 1 **= pattern only 64p6q-a cstcr6m00g 15 64p6u-a m3a-8k02 g03 renesas solutions corp. a3 1 1 monday, september 29, 2003 m3a-8k02g03 dw30 148 titl e size document number rev date: shee t of p32 p31 p30 p04/ki4 p50/i nt0 p5 7 p00/ki0 p03/ki3 p54 p27 p52/int1 p5 6 p53 p26 p02/ki2 p51/cntr 0 p01/ki1 p55 p05/ki5 vcc p15/dq5/an5 vcce p12/dq2/an2 re set p60(led0) p17/dq7/an7 cnvss p13/dq3/an3 p16/dq6/an6 p14/dq4/an4 cnvss p63(led3) tron p24 pvcc p25 p23/d2+ p21/d1+ p22/d2- p62(led2) p61(led1) d0+ d0- dvcc p20/d1- p17/dq7/an7 p16/dq6/an6 p15/dq5/an5 vcce reset vcc p60(led0) p61(led1) p62(led2) p63(led3) d0- d0+ p20/d1- p24 p22/d2- p23/d2+ p25 tron p14/dq4/an4 p12/dq2/an2 p32 p31 p30 p04/ki4 p50/i nt0 p5 7 p00/ki0 p03/ki3 p5 4 p2 7 p52/int1 p56 p53 p26 p02/ki2 p51/cntr0 p01/ki1 p55 p05/ki5 p13/dq3/an3 p17/dq7/an7 p10/dq0/an0 p15/dq5/an5 p16/dq6/an6 p11/dq1/an1 p14/dq4/an4 p13/dq3/an3 p12/dq2/an2 vss usb vref pvcc dvcc cnvss2 pvss vss pvss cnvss2 p17/dq7/an7 p16/dq6/an6 p15/dq5/an5 vcce reset cnvss vcc cnvss2 p60(l ed0) p61(led1) p62(led2) p63(led3) pvss pvcc dvcc d0- d0+ p21/d1+ p20/d1- p24 p22/d2- p23/d2+ p25 tron p14/dq4/an4 p13/dq3/an3 p12/dq2/an2 p32 p31 p30 vss p5 5 p04/ki4 p52/int1 p00/ki0 p54 p26 p50/int0 p2 7 p03/ki3 p05/ki5 p51/cntr 0 p01/ki1 p56 p53 p5 7 p02/ki2 p11/dq1/an1 p06/ki6 p41/exdack/txd p41/exdack/txd p42/extc/sclk p43/exa1/srdy p40/exdreq/rxd p33/exint p33/exint p10/dq0/an0 p11/dq1/an1 p34/excs p06/ki6 p35/exwr p07/ki7 p37/exa0 p37/exa0 p11/dq1/an1 p43/exa1/srdy p34/excs p37/exa0 p34/excs p06/ki6 p33/exint p36/exrd p42/extc/sclk p36/exrd p35/exwr p42/extc/sclk p10/dq0/an0 p43/exa1/srdy p35/exwr p36/exrd p10/dq0/an0 p40/exdreq/rxd p40/exdreq/rxd p07/ki7 p07/ki7 p41/exdack/txd vref vref vref usb vref usb vref p21/d1+ cn4 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 bc5 **0.1uf bc6 **0.1uf bc4 **0.1uf bc2 **0.1uf bc7 **0.1uf bc8 **0.1uf bc3 **0.1uf bc1 **0.1uf x1 **6mhz 1 3 2 x2 **12mhz c2 **30pf c1 **30pf c3 2.2uf bc13 0.1uf bc12 0.1uf bc14 0.1uf bc9 0.1uf bc10 0.1uf cn3 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 bc11 0.1uf ic1 38k0/38k2 p12/dq2/an2 1 p13/dq3/an3 2 p14/dq4/an4 3 p15/dq5/an5 4 p16/dq6/an6 5 p17/dq7/an7 6 cnvss 7 re set 8 vcce 9 vref 10 vss 11 xin 12 xout 13 vcc 14 cnvss2 15 p60(led0) 16 p61(led1) 17 p62(led2) 18 p63(led3) 19 pvss 20 pvcc 21 dvcc 22 usbvref 23 tron 24 d0+ 25 d0- 26 p20/d1- 27 p21/d1+ 28 p22/d2- 29 p23/d2+ 30 p24 31 p25 32 p2 6 33 p27 34 p50/i nt0 35 p51/cntr0 36 p52/i nt1 37 p53 38 p5 4 39 p55 40 p5 6 41 p57 42 p00/ki0 43 p01/ki1 44 p02/ki2 45 p03/ki3 46 p04/ki4 47 p05/ki5 48 p06/ki6 49 p07/ki7 50 p40/exdreq/rxd 51 p41/exdack/txd 52 p42/extc/sclk 53 p43/exa1/srdy 54 p30 55 p31 56 p32 57 p33/exint 58 p34/excs 59 p35/exwr 60 p36/exrd 61 p37/exa0 62 p10/dq0/an0 63 p11/dq1/an1 64 cn1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 ic2 38k0/38k2 p12/dq2/an2 1 p13/dq3/an3 2 p14/dq4/an4 3 p15/dq5/an5 4 p16/dq6/an6 5 p17/dq7/an7 6 cnvss 7 reset 8 vcce 9 vref 10 vss 11 xin 12 xou t 13 vcc 14 cnvss2 15 p60(led0) 16 p61(led1) 17 p62(led2) 18 p63(led3) 19 pvss 20 pvcc 21 dvcc 22 usbvref 23 tron 24 d0+ 25 d0- 26 p20/d1- 27 p21/d1+ 28 p22/d2- 29 p23/d2+ 30 p24 31 p25 32 p26 33 p2 7 34 p50/i nt0 35 p51/cntr0 36 p52/int1 37 p53 38 p5 4 39 p55 40 p56 41 p5 7 42 p00/ki0 43 p01/ki1 44 p02/ki2 45 p03/ki3 46 p04/ki4 47 p05/ki5 48 p06/ki6 49 p07/ki7 50 p40/exdreq/rxd 51 p41/exdack/txd 52 p42/extc/sclk 53 p43/exa1/srdy 54 p30 55 p31 56 p32 57 p33/exint 58 p34/excs 59 p35/exwr 60 p36/exrd 61 p37/exa0 62 p10/dq0/an0 63 p11/dq1/an1 64 cn2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 c9 68p f c8 68p f c7 68pf c6 68p f c5 68p f c4 68p f
1 1 2 2 3 3 4 4 5 5 1 1 2 2 3 3 4 4 **= pattern only m3a-8k02 g04 renesas solutions corp. a3 1 1 monday, september 29, 2003 m3a-8k02g04 dw3 0149 titl e size document number rev date: shee t of p13 p11 p15 p12 p14 p17 p16 p10 p23 p21 p25 p22 p24 p27 p26 p20 p04 p06 p01 p02 p07 p03 p05 p00 p53 p51 p55 p52 p54 p57 p56 p50 p43 p40 p63 p61 p62 p60 p00 p02 p01 p03 p10 p12 p11 p13 p20 p22 p21 p23 p30 p32 p31 p33 p40 p42 p41 p43 p50 p52 p51 p53 p60 p62 p61 p63 p05 p06 p07 p14 p15 p16 p17 p24 p25 p26 p27 p34 p35 p36 p37 p54 p55 p56 p57 p04 p42 p36 p34 p32 p30 p37 p41 p35 p33 p31 tp 9 5v in 1 r1 300 led1 tp 10 vcc 1 tp 15 gnd 1 tp1 p0 p00 1 p01 2 p02 3 p03 4 p04 5 p05 6 p06 7 p07 8 tp 3 p2 p20 1 p21 2 p22 3 p23 4 p24 5 p25 6 p26 7 p27 8 tp7 p6 p63 1 p62 2 p61 3 p60 4 tp 6 p5 int0 1 cntr0 2 int1 3 p53 4 p54 5 p55 6 p56 7 p57 8 tp1 1 vcc 1 tp1 6 gnd 1 tp 17 gnd 1 tp 18 gnd 1 tp 12 vcc 1 tp 13 vcc 1 + c1 **10uf r2 100k tp 14 power gnd 1 tp8 rese t 1 tp5 p4 srdy 1 sclk 2 txd 3 rxd 4 tp4 p3 p30 1 p31 2 p32 3 p33 4 p34 5 p35 6 p36 7 p37 8 tp 2 p1 p10 1 p11 2 p12 3 p13 4 p14 5 p15 6 p16 7 p17 8 ic1 fy4dj-03a 7,8 1 4 2 3 5,6 s1 power sw 2 3 cn1 header 32x2 32b 32b 32a 32a 31b 31b 31a 31a 30b 30b 30a 30a 29b 29b 29a 29a 28b 28b 28a 28a 27b 27b 27a 27a 26b 26b 26a 26a 25b 25b 25a 25a 24b 24b 24a 24a 23b 23b 23a 23a 22b 22b 22a 22a 21b 21b 21a 21a 20b 20b 20a 20a 19b 19b 19a 19a 18b 18b 18a 18a 17b 17b 17a 17a 16b 16b 16a 16a 15b 15b 15a 15a 14b 14b 14a 14a 13b 13b 13a 13a 12b 12b 12a 12a 11b 11b 11a 11a 10b 10b 10a 10a 9b 9b 9a 9a 8b 8b 8a 8a 7b 7b 7a 7a 6b 6b 6a 6a 5b 5b 5a 5a 4b 4b 4a 4a 3b 3b 3a 3a 2b 2b 2a 2a 1b 1b 1a 1a

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