魅族M8电路图

N A M E: er ic .h ua ng 20 08 .0 9 .2 2 M E IZ U M 8 V 8 A 1 v1 1 14 R E V : S IZ E : C O D E : D R A W N : D AT E D : D A TE D : C H E C K E D : Q U AL IT Y C O N T R O L : D AT E D : D A TE D : R E LE A SE D : C O M P A N Y : T IT LE : S H E ET : O F S C A LE : R E V IS IO N R E C O R D ABCD D A TE : 1 2 3 4 5 6 D C B A LT R E C O N O : A P P R O V E D : 20 07 .8 .1 3: C H A N G E D 6 40 0X 51 IN FO R M A TI O N :P O P _V C C Q ,P O P _V C C C H A N G E D T O 1 .8 V 20 07 .6 .1 3: S 3C 64 00 C H A N G E D T O X 51 20 07 .6 .1 : C O D E C C H A N G E D T O W M 97 13 20 07 .7 .1 : C O D E C C H A N G E D T O W M 87 53 20 07 .7 .2 5: c ha ng ed lc d pi n in fo rm at io n . 20 07 .8 .7 : C H A N G E D C A M E R A IN FO R M A TI O N 20 07 .8 .1 4: W IF I_ B LU E TO O TH S C H I S P R E P A R E D 20 07 .8 .1 5: g sm m od ul e is o k 20 07 .8 .1 5: IR M O D U LE IS P R E P A R E D 20 07 .8 .1 8: d el et e m ic s w itc h. ad d jta c of b lu et oo th a nd w ifi . c ha ng e vd d2 .5 v to V rtc .s ep er at e g nd a nd a dg nd b y r1 24 V ER SI O N 20 07 .8 .2 9: a dd e ar ph on e ja ck (j2 01 ) . de le te p cm m cl k ,a dd p cm c lk 20 07 .8 .3 0: c ha ng ed c am er a pa rt .n ee d m or in fo rm at io n to c on fir m :p w dn l ev el .p in s eq ue ns e, an d th er e ar e 10 b it da ta ,y uv n ee d 8 bi t d at a. 20 07 .8 .3 1: c ha ng ed p ho to _s en so r t o av ag o, ad d em i f ilt er o f a ud io s pe ak er to p re ve nt p w m e m i o f d am pl ife r, ch an ge d s tf2 02 to e cl am p0 50 2b to p re ve nt i nt er fe re o f u sb 2 .0 20 07 .9 .1 : M O TO C H A N G E D T O V M T -0 4 (A A C ) 20 07 .9 .5 :a dd c 13 9. c2 40 fo r f ilt ra te h ig h fr eq ue nt ly n oi se 20 07 .9 .7 :a dd r5 18 ,r5 19 ,r 52 0, tp 51 9. ch an ge d r5 11 ,r5 15 20 07 .9 .9 :c ha ng ed c am er a pi n m ap . 20 07 .9 .9 :c ha ng ed a cc el ar y se ns or to m em 20 07 .9 .9 :a dd a b uc k to c re at p ll1 .0 v .a dd s ys te m 3 .0 v. ad d ot g3 .0 v ad d ot g 1. 0v d el et o ne ln an d to u se n an d pl as h . 20 07 .9 .2 8: a dd m ov in an d in st ea d of n an d fla sh (6 40 0 on ly s up po rt 1. 8v o ut si de n an df la sh ) 20 07 .9 .2 8: u se 6 40 0- x5 1 in st ea d of 6 40 0- x5 2 fo r m or c ap ac ity o f d dr sd ra m 20 07 .9 .2 8: a dd R 91 3, R 91 4 fo r r es is ta nc e co nt ro l 20 07 .9 .2 8: u se d i2 s of 8 87 6 in st ea d of c od ec 8 75 3( g iv e up re co rd b y bl ue to ot h) 20 07 .9 .2 8: u se d di ffe re nt ia l i np ut fo r m ic ph on e to p m b8 87 6 .re m ov ed a ud io m ic s w itc h 20 07 .9 .2 8: a dd a fe ed ba ck o f b fc lk ou t t o pm b 88 76 b y R 12 08 20 07 .9 .2 8: u se d co m bo ne m em or y p f3 8f 20 30 w 0y tq 1 in st ed o f p f3 8f 20 30 w 0y tq 0 fo r a sy nc hr on is m od e 20 07 .9 .2 8: u se d 3v g pi o of 6 40 0 to p ow er o n sm _p ow er i ns te ad o f u se d a sw itc h to b at 20 07 .9 .2 8: a dd c 11 22 to v bu s of a m _p ow er t o av oi d s up pl y flo at . 20 07 .9 .2 8: a dd c 11 19 fo r v ib b yp as s ca pa ci ty 20 07 .9 .2 8: a dd c 11 21 fo r v ba t b yp as s ca pa ci ty 20 07 .9 .2 8: re m ov e pu llu p re si st er o f d eb ug o f p m b8 87 6 20 07 .9 .2 8: a dd r1 03 7, r1 03 8, rc 10 32 to re se t t o pm b 88 76 20 07 .1 0. 30 : c ha ng ed p ow er to lt c 35 55 20 07 .1 0. 30 : c ha ng ed m em or y to m ov en an d 20 07 .1 1. 12 : A D D P -M O S A N D N P N IN S M -P O W E R F O R O P E N IN G T H E G S M S Y S TE M 20 07 .1 1. 12 : a dd a re si st er IN th e m id dl e p in o f b at te ry to c on ne ct a a d co nv er to r 20 07 .1 1. 21 c ha ng ed R 84 3, R 84 5 R 84 6 to 1 M o hm ,a nd c ha ng ed c 84 7 ,c 84 8, c8 49 t o 4. 7N F to i m pr ov e pe rfo rm en ce o f t ou ch p an el 20 07 .1 1. 28 : d eb ug : u ar t: ca pa ci to r f ro m v - m us t c on ne ct to v dd to b oo st v ol ta ge 20 07 .1 2. 04 :4 8M C R Y S TA L IS N O T W O R K IN G . 20 07 .1 2. 07 :U S E B A T TE R Y C O N N E C T O R T O D E TE C B A TE R R Y D E FA U LT A S S H E M A TI C . . 20 07 .1 2. 13 :a dd R 40 6 ,R 40 7, R 40 8, R 40 9 in s pi o f l cd to s ep ar at e 1. 8v I/O f or lc d fro m 3 .0 vI /O fo r 6 40 0 20 07 .1 2. 07 :c ha ng ed c 11 05 ,c 11 06 fr om 2 .2 u to 1 0u ,c ha ng ed c 62 5 fro m 1 0u to 1 00 u 20 07 .1 2. 28 : Th e s pi o f l cd u se 1 .8 V I/ O in st ea d of 3 .0 v I/O . LI S T :C LK G P Q 8, S IN C P Q 7, S O U T G P Q 5, S C S C P Q 6, R E S E T G P Q 4 2 00 7. 12 .2 8: T H E P A C K A G E O F M O V E N A N D i s ch an ge d to 1 4m m *1 8m m 2 00 7. 12 .2 8: th e bl ue to ot h m ou dl e is c ha ng ed to B TT M 46 C 2S B ,a nd th e w ifi m ou dl e is c ha ng ed to S W L- N 10 20 08 .1 .5 : A D D 2 .8 V L D O F O R L C D P O W E R 20 08 .1 .5 : A D D T W O K E Y S : K E Y 4 ,K E Y 5 20 08 .1 .5 : U S E g pi o G P D 4 fro m 6 40 0 to o pe n sm po w er 20 08 .1 .1 0: U S E g pi o G P D 1 to c on tro l v ib ra to r 20 08 .1 .1 0: U S E rt 92 92 to in st ea d of rt 92 84 b 20 08 .1 .1 1: u se p in 4 to d et ec t h ea dp ho ne 's in pu tin g 20 08 .1 .1 1: c ha ne ge d j3 01 to a xk 72 41 47 g fo r c am er a 20 08 .1 .1 1: c ha ne ge d j8 03 to a xk 72 41 47 g fo r t ou ch pa ne l 20 08 .1 .1 1: d el et e rtc ic U 10 5 s o it ca n no t w ak e m ob ile u p af te r p ow er o ff . a dd a ld o U 60 4 to c re at e 2. 5v fo r r tc 20 08 .3 .8 :u se s 3c 64 10 -x 51 .s o ch an ge d lis t : d el et e rt 80 23 ,r t9 26 6, rt 97 02 ,i 2c 1 is u se d by to uc hp an le ,r em ov e ho st p ow er c ha ng ed p in in fo rm at io n of u sb c on ne ct or , ad d 1. 8v o n m ov en an d ,a dd te st p oi nt o n ur at 0 fo r w ifi te st in g . 20 08 .4 .1 7: a dd n ew re se r I C u 60 5 in st ea d of re se t f ro m l tc 35 55 . 20 08 .4 .1 7: a dd a d io de s in p bs ta t t o se pe ra te v 3. 3v fr om v 3. 0v ,a dd a 3 .0 v fro m v bu s to o pe n th e sy st em 20 08 .4 .2 2d el et e ex te rn al m ic ,a dd m od ul e in se rt d et ec t a nd k ey a dc ad d lo w v ol ta ge d et ec t i c u6 07 , ad d ne w re se t i c u6 06 ch an ge d ltc 35 55 c on tro l . us e i/o c on tro l i ns te ad o f i ic c on tro l . 08 .0 9. 18 :A D D 1 .2 V L D O F O R W IF I , C H A N G E D T S P P O W E R F R O M 3 .3 V T O 3 .0 V V 8 20 0 8. 0 9. 2 2 S H E ET N AM E : M C U _6 40 0 er ic .h ua ng M E IZ U M 8 A 1 v1 2 14 R E V : S IZ E : C O D E : D R A W N : D A T ED : D A TE D : C H E C K E D : Q U AL IT Y C O N TR O L: D A T ED : D A TE D : R E LE A SE D : C O M P A N Y : T IT LE : S H E ET : O F S C A LE : R E V IS IO N R E C O R D ABCD D A TE : 1 2 3 4 5 6 D C B A LT R E C O N O : A P P R O V E D : T O C A M E R A T V O U T LC D IIS J1 02 [X D B ][S N ][X 4] [X 3] [X 2] [X 1] [X O M 0] bo ot in g m od e na nd 5 21 /3 c yc le N O R /S R A M O ne na nd M O D E M na nd 5 21 /4 c yc le A na nd 2 K /4 c yc le A na nd 2 K /5 c yc le in te rn al r om [x ] [0 ] [x ] [x ] [1 ] [1 ] [1 ] [1 ] [0 ] [0 ] [0 ] [0 ] [0 ] [0 ] [0 ] [1 ] [0 ] [0 ] [0 ] [0 ] [1 ] [1 ] [1 ] [1 ] [0 ] [0 ] [1 ] [1 ] [0 ] [1 ] [1 ] [1 ] [0 ] [0 ] 0 8b it [1 ] [1 ] 1 16 bi t [0 ] [1 ] [1 ] 1 ecxt clk 0 XTI 1 ARM11 JTAC 0 PERIPHERAL JTAC 08 01 14 08 .0 4. 07 04 .2 9 05 .3 1 ve rs io n 0 0 0 0 ve rs io n 1 0 0 1 0 1 0 1 0 0 ve rs io n 2 ve rs io n 3 R 1 43 R 1 4 4 R 1 4 5 N C N C N C N C N C 1 00 K N C 1 00 K 1 00 K N C N C N C ve rs io n c on tr ol ne ed a b uf fe r f ro m 1 .8 v to 3 .0 v 10 .1 3 10 .1 3 X M 0 A D D R 0 X M 0 A D D R 1 X M 0 A D D R 2 X M 0 A D D R 3 X M 0 A D D R 4 X M 0 A D D R 5 X M 0 A D D R 6/ G P O 6 X M 0 A D D R 7/ G P O 7 X M 0 A D D R 8/ G P O 8 X M 0 A D D R 9/ G P O 9 X M 0 A D D R 10 /G P O 1 0 X M 0 A D D R 11 /G P O 1 1 X M 0 A D D R 12 /G P O 1 2 X M 0 A D D R 13 /G P O 1 3 X M 0 A D D R 14 /G P O 1 4 X M 0 A D D R 15 /G P O 1 5 X M 0D A T A 0 X M 0D A T A 1 X M 0D A T A 2 X M 0D A T A 3 X M 0D A T A 4 X M 0D A T A 5 X M 0D A T A 6 X M 0D A T A 7 X M 0D A T A 8 X M 0D A T A 9 X M 0D A T A 10 X M 0D A T A 11 X M 0D A T A 12 X M 0D A T A 13 X M 0D A T A 14 X M 0D A T A 15 X M 0 O E N /N IO R D _ C F X M 0W E N /N IO W R _C F X M 0A D V /G P P 0 X M 0S M C L K /G P P 1 XM0CSN0 XM0CSN1 XM0CSN2/GPO0 XM0CSN3/GPO1 XM0CSN4/GPO2 XM0CSN5/GPO3 XM0CSN6/GPO4 XM0CSN7/GPO5 XM0WAITN/IORDY/GPP2 XM0RDY0/ALE/GPP3 XM0RDY1/CLE/GPP4 XM0INTSM0/FWEN/GPP5 XM0INTSM1/FREN/GPP6 XM0RPN/RNB/GPP7 XM0INTATA/GPP8 XM0RSTATA/GPP9 XM0INPACKATA/GPP10 XM0REGATA/GPP11 XM0WEATA/GPP12 XM0OEATA/GPP13 XM0CDATA/GPP14 XM0DQM0/BE0 XM0DQM1/BE1 XM0RAS/GPQ0 XM0CAS/GPQ1 XM0SCLK/GPQ2 XM0SCLKN/GPQ3 XM0CKE/GPQ4 XM0DQS0/GPQ5 XM0DQS1/GPQ6 XM0WENDMC/GPQ7 XM0APDMC/GPQ8 X M 1C K E 0 X M 1C K E 1 X M 1 S C LK X M 1S C LK N X M 1R A S N X M 1C A S N X M 1W E N X M 1 D Q M 0 X M 1 D Q M 1 X M 1 D Q M 2 X M 1 D Q M 3 X M 1 D Q S 0 X M 1 D Q S 1 X M 1 D Q S 2 X M 1 D Q S 3 X M 1C S N 0 X M 1C S N 1 X M 1 A D D R 0 X M 1 A D D R 1 X M 1 A D D R 2 X M 1 A D D R 3 X M 1 A D D R 4 X M 1 A D D R 5 X M 1 A D D R 6 X M 1 A D D R 7 X M 1 A D D R 8 X M 1 A D D R 9 X M 1 A D D R 10 X M 1 A D D R 11 X M 1 A D D R 12 X M 1 A D D R 13 X M 1 A D D R 14 X M 1 A D D R 15 XM1DATA30 XM1DATA29 XM1DATA28 XM1DATA27 XM1DATA26/XM0ADDR26 XM1DATA25/XM0ADDR25 XM1DATA24/XM0ADDR24 XM1DATA23/XM0ADDR23 XM1DATA22/XM0ADDR22 XM1DATA21/XM0ADDR21 XM1DATA20/XM0ADDR20 XM1DATA19/XM0ADDR19 XM1DATA18/XM0ADDR18 XM1DATA17/XM0ADDR17 XM1DATA16/XM0ADDR16 XM1DATA15 XM1DATA14 XM1DATA13 XM1DATA12 XM1DATA11 XM1DATA10 XM1DATA9 XM1DATA8 XM1DATA7 XM1DATA6 XM1DATA5 XM1DATA31 XM1DATA4 XM1DATA3 XM1DATA2 XM1DATA1 XM1DATA0 X U R X D 0/ G P A 0 X U TX D 0 /G P A 1 X U C T S N 0/ G P A 2 /A D D R _ C F 0 X U R T S N 0/ G P A 3 /A D D R _ C F 1 X U R X D 1/ G P A 4 X U TX D 1 /G P A 5 X U C T S N 1/ G P A 6 /A D D R _ C F 0 X U R T S N 1/ G P A 7 /A D D R _ C F 1 X U R X D 2/ E X D R E Q /IR R X D /G P B 0/ A D D R _C F 0 X U TX D 2 /E X D A C K /I R T X D /G P B 1/ A D D R _C F 1 X U R X D 3/ IR R X D /E X D R E Q /I 2C S C L 1G P B 2 /A D D R _ C F 2 X U TX D 3 /IR TX D /E X D A C K /I2 C S D A 1 /G P B 3 X IR S D B W /B U F_ D IR /G P B 4 X I2 C S C L/ G P B 5 X I2 C S D A /G P B 6 X S P IM IS O 0 /A D D R _ C F 0 /G P C 0 X S P IC LK 0/ A D D R _C F1 /G P C 1 X S P IM O S I0 /A D D R _ C F 2 /G P C 2 X S P IC S 0 /G P C 3 X S P IM IS O 1 /M M C C M D 2/ G P C 4 X S P IC LK 1/ M M C C LK 2 /G P C 5 X S P IM O S I1 /G P C 6 X S P IC S 1 /G P C 7 X U S B D P X U S B D N X O T G D P X O T G D M X O T G TI X O T G TO X R E X T X V B U S X O T G ID X O T G D R V _V B U S XMMCCLK0/ADDR_CF0/GPG0 XMMCCMD0/ADDR_CF1/GPG1 XMMCDATA0_0/ADDR_CF2/GPG2 XMMCDATA0_1/GPG3 XMMCDATA0_2/GPG4 XMMCDATA0_3/GPG5 XMMCCDN0/MMCCDN1/GPG6 XMMCCLK1/KPCOL0/ADDR_CF0/GPH0 XMMCCMD1/KPCOL1/ADDR_CF1/GPH1 XMMCDATA1_0/KPCOL2/ADDR_CF2/GPH2 XMMCDATA1_1/KPCOL3/GPH3 XMMCDATA1_2/KPCOL4/GPH4 XMMCDATA1_3/KPCOL5/GPH5 XMCDATA1_4/MCDATA2_0/KPCOL6/ADR_CF0/GPH6 XMCDATA1_5/MCDATA2_1/KPCOL7/ADR_CF1/GPH7 XMMCDATA1_6/MMCDATA2_2/ADDR_CF2/GPH8 XMMCDATA1_7/MMCDATA2_3/GPH9 XPCMDCLK0/I2SCLK/BITCLK/ADDR_CF0/GPD0 XPCMEXTCLK0/I2SCDCLK/RESN/ADR_CF1/GPD1 XPCMFSYNC0/I2SLRCK/SYNC/ADDR_CF2/GPD2 XPCMSIN0/I2SDI/SDI/GPD3 XPCMSOUT0/I2SDO/SDO/GPD4 XPCMDCLK1/I2SCLK/BITCLK/GPE0 XPCMEXTCLK1/I2SCDCLK/RESETN/GPE1 XPCMFSYNC1/I2SLRCK/SYNC/GPE2 XPCMSIN1/I2SDI/SDI/GPE3 XPCMSOUT1/I2SDO/SDO/GPE4 X E IN T1 5/ G P N 15 X E IN T1 4/ G P N 14 X E IN T1 3/ G P N 13 X E IN T1 2/ G P N 12 X E IN T1 1/ G P N 11 X E IN T1 0/ A D D R _C F 2/ G P N 1 0 X E IN T9 /A D D R _ C F 1 /G P N 9 X E IN T8 /A D D R _ C F 0 /G P N 8 X E IN T7 /K P R O W 7 /G P N 7 X E IN T6 /K P R O W 6 /G P N 6 X E IN T5 /K P R O W 5 /G P N 5 X E IN T4 /K P R O W 4 /G P N 4 X E IN T3 /K P R O W 3 /G P N 3 X E IN T2 /K P R O W 2 /G P N 2 X E IN T1 /K P R O W 1 /G P N 1 X E IN T0 /K P R O W 0 /G P N 0 X P W M E C L K /G P F 13 X P W M TO U T0 /X C L K O U T /G P F1 4 X P W M TO U T1 /G P F 1 5 X R TC X T I X R TC X T O X 2 7M X TI X 2 7M X TO X X T I X X T O X E X TC LK XTRSTN XTMS XTCK XTDI XTDO XRTCK XDBGSEL XOM0 XOM1 XOM2 XOM3 XOM4 XPWRRGTON XNBATF XSELNAND XEFFVDD XNRESET XWRESET XNRSTOUT X C IC LK /G P F0 X C IH R E F/ G P F 1 X C IP C L K /G P F2 X C IR S T N /G P F 3 X C IV S Y N C /G P F 4 X C IY D A T A 0 /G P F5 X C IY D A T A 1 /G P F6 X C IY D A T A 2 /G P F7 X C IY D A T A 3 /G P F8 X C IY D A T A 4 /G P F9 X C IY D A T A 5 /G P F1 0 X C IY D A T A 6 /G P F1 1 X C IY D A T A 7 /G P F1 2 X D A C O U T_ 0 X D A C O U T_ 1 X D A C IR E F X D A C V R E F X D A C C O M P X A D C _ A IN 0 X A D C _ A IN 1 X A D C _ A IN 2 X A D C _ A IN 3 X A D C _ A IN 4 X A D C _ A IN 5 X A D C _ A IN 6 X A D C _ A IN 7 X P L LE FL IT E R XVVD0/GPI0 XVVD1/GPI1 XVVD2/GPI2 XVVD3/GPI3 XVVD4/GPI4 XVVD5/GPI5 XVVD6/GPI6 XVVD7/GPI7 XVVD8/GPI8 XVVD9/GPI9 XVVD10/GPI10 XVVD11/GPI11 XVVD12/GPI12 XVVD13/GPI13 XVVD14/GPI14 XVVD15/GPI15 XVVD16/GPJ0 XVVD17/GPJ1 XVVD18/GPJ2 XVVD19/GPJ3 XVVD20/GPJ4 XVVD21/GPJ5 XVVD22/GPJ6 XVVD23/GPJ7 XVHSYNC/GPJ8 XVVSYNC/GPJ9 XVVDEN/GPJ10 XVVCLK/GPJ11 X H ID A T A 3 /R X D A T A /C F _D A T A 3 /G P K 3 X H ID A T A 4 /T X R E A D Y /C F _ D A T A 4 /G P K 4 X H ID A T A 5 /T X W A K E /C F _D A T A 5 /G P K 5 X H ID A T A 6 /T X F L A G /C F _D A T A 6/ G P K 6 X H ID A T A 7 /T X D A T A /C F _ D A T A 7 /G P K 7 X H ID A T A 8 /K P R O W 0/ C F_ D A TA 8/ G P K 8 X H ID A T A 9 /K P R O W 1/ C F_ D A TA 9/ G P K 9 X H ID A T A 1 0/ K P R O W 2 /C F _D A T A 1 0/ G P K 1 0 X H ID A T A 1 1/ K P R O W 3 /C F _D A T A 1 1/ G P K 1 1 X H ID A T A 1 2/ K P R O W 4 /C F _D A T A 1 2/ G P K 1 2 X H ID A T A 1 3/ K P R O W 5 /C F _D A T A 1 3/ G P K 1 3 X H ID A T A 1 4/ K P R O W 6 /C F _D A T A 1 4/ G P K 1 4 X H ID A T A 1 5/ K P R O W 7 /C F _D A T A 1 5/ G P K 1 5 X H ID A T A 1 6/ E IN T2 1/ G P L 13 X H ID A T A 1 7/ E IN T2 2/ G P L 14 X H IC S N M A IN /C E _C F 1/ E IN T 2 4/ G P M 1 X H IC S N /C E _ C F 0/ E IN T2 3/ G P M 0 X H IC S N _S U B /C F_ IO R D /E IN T2 5/ G P M 2 X H IW E N /C F _ IO W R /E IN T2 6/ G P M 3 X H IO E N /C F _I O R D Y /E IN T 2 7/ G P M 4 X H IIN TR /B U F _ D IR /G P M 5 XHIADDR12/EINT20/GPL12 XHIADDR11/EINT19/GPL11 XHIADDR10/EINT18/GPL10 XHIADDR9/EINT17/GPL9 XHIADDR8/EINT16/GPL8 XHIADDR7/KPCOL7/GPL7 XHIADDR6/KPCOL6/GPL6 XHIADDR5/KPCOL5/GPL5 XHIADDR4/KPCOL4/GPL4 XHIADDR3/KPCOL3/GPL3 XHIADDR2/KPCOL2/CF_ADDR2/GPL2 XHIADDR1/KPCOL1/CF_ADDR1/GPL1 XHIADDR0/KPCOL0/CF_ADDR0/GPL0 X H ID A T A 2 /R X F LA G /C F_ D A TA 2/ G P K 2 X H ID A T A 1 /R X W A K E /C F _D A T A 1/ G P K 1 X H ID A T A 0 /R X R E A D Y /C F _D A T A 0 /G P K 0 V D D _ A R M 0 V D D _ A R M 1 V D D _ A R M 2 V D D _ A R M 3 V D D _ A R M 4 V D D _ A R M 5 V D D _ A R M 6 V D D _ A R M 7 V D D _ A R M 8 V D D _ A R M 9 V D D _ IN T 0 V D D _ IN T 1 V D D _ IN T 2 V D D _ IN T 3 V D D _ IN T 4 V D D _ IN T 5 V D D _ IN T 6 V D D _ IN T 7 V D D _ IN T 8 V D D _ IN T 9 V D D _ IN T 10 V D D _ A LI V E 0 V D D _ A LI V E 1 V D D _ A LI V E 2 V D D _ A P L L V D D _ E P L L V D D _ M P L L VDD_RTC VDD_MEM0_0 VDD_MEM0_1 VDD_MEM0_2 VDD_MEM0_3 VDD_MEM0_4 VDD_MEM1_0 VDD_MEM1_1 VDD_MEM1_2 VDD_MEM1_3 VDD_MEM1_4 VDD_SYS0 VDD_LCD0 VDD_LCD1 VDD_MMC VDD_PCM VDD_HI0 VDD_HI1 VDD_EXT VDD_UH VDD_OTG0 VDD_OTG1 VDD_OTGI VDD_ADC VDD_DAC V S S _I P 0 V S S _I P 1 V S S _I P 2 V S S _I P 3 V S S _I P 4 V S S _I P 5 V S S _I P 6 V S S _I P 7 V S S _A P LL V S S _E P LL V S S _M P LL V S S _M E M 0 V S S _M E M 1 V S S _M E M 2 V S S _M E M 3 V S S _M E M 4 V S S _M E M 5 V S S _P E R I0 V S S _P E R I1 V S S _P E R I2 V S S _P E R I3 V S S _P E R I4 V S S _P E R I5 V S S _P E R I6 V S S _P E R I7 V S S _A D C V S S _D A C V S S _O T G 0 V S S _O T G 1 V S S _O T G I NC0 NC1 NC2 NC3 NC4 NC5 NC6 NC7 V D D _ A R M 10 V D D _ A R M 11 V D D _ A R M 12 V D D _ A R M 13 NC8 NC9 NC10 NC11 V S S _P E R I8 V S S _M E M 6 V S S _M E M 7 V S S _M E M 8 V S S _M E M 9 V S S _M E M 10 V S S _I P 9 V S S _I P 1 0 V S S _I P 1 1 V S S _I P 1 2 V S S _I P 1 3 V S S _I P 1 4 V S S _I P 1 5 V S S _I P 1 6 V S S _I P 1 7 V S S _I P 1 8 V S S _I P 1 9 V S S _I P 2 0 V S S _I P 2 1 V S S _I P 2 2 V S S _I P 2 3 P O P _ V D D Q 0 P O P _ V D D Q 1 P O P _ V D D Q 2 P O P _ V D D Q 3 P O P _ V D D Q 4 P O P _ V D D Q 5 P O P _ V D D Q 6 P O P _ V D D Q 7 P O P _ V D D Q 8 P O P _ V D D 0 P O P _ V D D 1 P O P _ V D D 2 P O P _ V D D 3 P O P _ V D D 4 P O P _ V D D 5 P O P _ V D D 6 P O P _ N C E 1M M P O P _ N C E 0M M P O P _ V C C Q P O P _ V C C Q 0 POP_VSSQ0 POP_VSSQ1 POP_VSSQ2 POP_VSSQ3 POP_VSSQ4 POP_VSSQ5 POP_VSSQ6 POP_VSSQ8 POP_VSSQ7 POP_VSSD0 POP_VSSD1 POP_VSSD2 POP_VSSD3 POP_VS