CPU Diamondville N270 & N280 NORTH BRIDGE SOUTH BRIDGE. SATA FPC Conn

Transcription

1 0_lock iagram 0_ystem etting 0_Power equence 0_lock en_ipr 0_iamondville_U 0_iamondville_PWR 0_N-M(OT) 0_N-M(MI) 0_N-M(RPI) 0_N-M(R) _N-M(PWR) _N-M(PWR) _N-M() _-IM(PWR) _-IM() _-IM() _-IM() _R OIMM _R_Termination 0_Onboard V _ onn_i _lank _Mini WIFI+ T _N_theros R _RJ _Flash onn _U Port _amera onn _ard Reader_U 0_odec udio_mp_jack _E_ENE K0 _E _witch_pi ROM_ebug onn _Thermal ensor_fn _K_Touch Pad _E_TERMTRIP _ischarge _PWR Jack 0_rew ole _EMI _POWER FOW _Vcore _Power ystem _Power_+.V & VTTR _Power_VP _Power_+.V & +.V _Power_harger _E Pin efine _istory oard PI ROM /MM/M-Pro ard Reader E RT ebug onn ENE K0 Internal K U Port * ard Reader lcor U luetooth amera Touch Pad PU iamondville N0 & N0 F NORT RIE I-M E OUT RIE T FP onn OK EN IPR TERM ONTRO OIMM 00P ZI OE N Realtek Q MINIR theros R/R MINIR UTek omputer IN. EXT MI INT MI WN RJ INE OUT peaker. & WiMX & ecoder Module lock iagram us u ate: Thursday, March, 00 heet of.0

2 EEE P 0 P version PI PI PI P version U U 0 N PIE PIE N zalia Z_IN0 OE U U onn PIE N Z_IN N U U U U onn U onn ard Reader PIE PIE Minicard Z_IN N U U Minicard luetooth U amera UTek omputer IN. ystem etting atan_e 00 ate: Thursday, March, 00 heet of.0

3 T_IN /_OK_IN dapter T attery ignal 0/ VU_ON U_ON U_ON _T_Y MXETI / Power dapter V attery Main U _OK _T_Y VU_ON _T_Y U_ON RT0 V RT0 +V +V +VU +VU VU_PWR +VU +.V +VU U_ON +VU U_ON _T_Y U_ON 0T0 0T0 PW EN +V +V +.V +.V +V +V EN RT P +VTT_R +.V +V VU_ON VU_PWR PWR_W# ENE K0 U_ON U_ON PU_VRON VRM_PWR E_PWROK 0 VRM_PWR E_PWROK V0 PM_PWROK _T_Y U_ON V RT0 EN +V +VP VP_PWR 0 PI_RT# K_PI_E +VP +.V _PWR _T_Y +.V _PWR +.V _PURT# iamondville VI[:0] P0 PU_VRON +.V K_K_M +VP VORE VRM_PWR +V_RT VRM_PWR Intel K_PIE_M + 0 TT PM_PWROK M +VU K_M_UM 0 VRM_PWR K_K_PU K V +VU PI_RT# +.VU PT_RT# (internal) PT_RT# MK_R Intel +V I-M OIMM K_PIE_I +V K_T_I +.V K_M_U +V Onboard PI_RT# +.V +VU K_PI_I Flash +VP F K 00M K_REF_I VP_PWR PU M ITP VTT_PWR# +VU +V +.V +VU PM_RMRT# PM_PWRTN# MINIR U# Onboard N U# K_PIE_MINIR PT_RT# K_PIE_N PT_RT# REF K M I U K M I PI K M I E EU T K 00M I IPR PIE K 00M M I MINIR N V K 00M M UM K M M +V UTek omputer IN. Flash Module 0 PI_RT# Power equence atan e ate: Thursday, March, 00 heet of 0.0

4 +V +V_K +V_K_V _XIN PF/0V R MOhm X.Mhz _XOUT PF/0V _M MT _MK _F_PU _F_PU# _F_N _F_N# _ITP_K _ITP_K# _PIE_WN# _PIE_WN Y_REET#, _REQ#_N _REQ#_WN E0 _N_M TP_PI# TP_PU# _PI_EU _P_E _PI M_R_REER _M_U _M_N _M_N# V V# _PIE_N# 0 _PIE_N 0 _PIE PIE_# _PIE_N _PIE_N# VP_PWR, 0. eta /00Mhz /x +VU /00Mhz 0 0.UF/V :isable 0:Enable PEREQ:PIEx0 & PIEx PEREQ:PIEx & PIEx & T PEREQ:PIEx & PIEx & PIEx _O _REQ#_N _REQ#_WN _PI_EU _P_E _PI M_R_REER, VP_PWR _M_U +V_K _M_N _M_N# V V# 0 _PIE_N 0 _PIE_N# _PIE_WIMX _PIE_WIMX# _PIE_WN _PIE_WN# _T T_# R /O Q Q R UMKN O_O UMKN KOhm O_O /O /O /O R.KOhm N/ KOhm If the PIK is driving two devices ( loads),the series resisters need to be changed. ( Ohm or Ohm is recommended. ) OM RN OM RN OM RN OM RN /00Mhz Ohm R /WIMX/EOE R R /WIMX/EOE 0UF/.V _PI R _M_R _F _F V_R V#_R _PIE_WIMX_R _PIE_WIMX#_R +V_K _PI_E_R O_O O_O c00 * 0.UF/V Voltage.0-.V 0.-.V 0V 0.UF/V _F 0.UF/V.KOhm RN.KOhm RN _F _M_R.KOhm RN tatus uper Normal Power saving U V Mz/FREERUN PI&PIEX_TOP# PEREQ# PU_TOP# PEREQ# REF0/F F/PIK0 O_PEREQ# VPI X 0 ITP_EN/PIK_F0 X E_#/_Mz VREF 0 Vtt_Pwrd/P# T V K F/U_Mz PUT_R0 OTT_MzR PU_R0 OT_MzR VPU F PUT_R PIeT_R0 PU_R 0 PIe_R0 REET# PIeT_R 0 PIe_R V VPIEX PUITPT_R/PIeT_R PIeT_R PUITP_R/PIe_R PIe_R VPIEX PIeT_R PIeT_R PIe_R PIe_R TKT_R PIeT_R TK_R PIe_R 0 VPIEX IPRFT 0.UF/V _PI_E_R +V_K 0.UF/V +V_K_V _F +V_K _N_M_R _F _O _XIN _XOUT _F_PU_R _F_PU#_R _F_N_R _F_N#_R _REET# R _ITP_KOUT _ITP_KOUT# R.KOhm R N/ 0.UF/V.KOhm +V_K +V_K R 0KOhm N/ RN.KOhm 0.UF/V _T_ 0 0PF/0V //RF _T_# 0PF/0V //RF _PIE_WIMX_R 0PF/0V Ohm R _N_M _PIE_WIMX#_R TP_PI# 0PF/0V TP_PU# Ohm R V# _M_ 0PF/0V R _REQ#_N V 0PF/0V /N_REQ _M_N 0 0PF/0V //RF _M_N# _MT 0PF/0V //RF _MK _PI R _REQ#_WN _REQ#_N F F F 0 0.UF/V R R 0 _F_PU _F_PU# _F_N _F_N# Y_REET#, _ITP_K _ITP_K# _PIE_N _PIE_N# _PIE PIE_# PU(MZ). 0 K_F.V-.V 0.V-.V 0V-0.V traping efine enter Test Mode F trap igh F trap ow +V_K.KOhm RN.KOhm RN.KOhm RN.KOhm RN TP_PI# TP_PU# _PIE_N _PIE_N# _PI R _PI_E_R _F _F _M_R _N_M_R UTek omputer IN. standard circiut 0PF/0V //RF 0PF/0V //RF 0PF/0V 0PF/0V PF/0V //RF PF/0V //RF PF/0V //RF 0PF/0V 0 //RF 0PF/0V //RF 0PF/0V //RF lock en_ipr nic_wang ate: Thursday, March, 00 heet of 0.

5 0. eta +VP +VP KOhm RN KOhm RN KOhm RN KOhm RN Ohm RN Ohm RN Ohm RN Ohm RN _# _# _# _# _#[..] _T#0 _REQ#[0..] _T# _0M# _FERR# _INNE# _TPK# _INTR _NMI _MI# _0M#,_FERR#, _INNE# should pull high at side. _# _# _# _# _# _# _# _#0 _# _# _# _# _# _# T _P0 _REQ#0 _REQ# _REQ# _REQ# _REQ# _# _# _# _#0 _# _# _# _# _# _# _# _# _# _#0 _# _# _# _# _# T _P _TPK# _INTR _NMI _MI# U P []# 0 []# N0 []# R0 []# J []# N []# 0 []# M [0]# []# 0 []# M0 []# K []# J0 []# []# K0 T[0]# P0 N REQ[0]# J REQ[]# REQ[]# P0 REQ[]# R REQ[]# []# F []# E []# [0]# []# []# []# 0 []# E0 []# 0 []# []# []# []# [0]# []# []# []# []# []# T[]# M P U 0M# T FERR# J INNE# R TPK# T INT0 R INT U MI# N N N K N K N M N N # NR# PRI# EFER# RY# Y# R0# IERR# INIT# OK# REET# R[0]# R[]# R[]# TRY# IT# ITM# PM[0]# PM[]# PM[]# PM[]# PRY# PREQ# TK TI TO TM TRT# R# PROOT# TRM TRM TERMTRIP# K[0] K[] RV RV RV V Y U T T Y T0 F V W0 W Y U0 W V0 K J J K J M N M K V E E V V _IERR# _INIT#_R _PURT# _R#0 _R# _R# _PM#0 _PM# _PM# _PM# _PRY# _PREQ# _TK _TI _TO _TM _TRT# KOhm R % Y_REET#_R _PROOT#_R R _TERM_PU+ Ohm _TERM_PU- _F_PU _F_PU# R KOhm % _F_PU _# _NR# _PRI# _EFER# _RY# _Y# _R0# _INIT# _OK# _R#[0..] _TRY# _IT# _ITM# _IERR# _F_PU _F_PU# _PROOT# Y_REET#, _PROOT# _TERMTRIP# 0PF/0V _PURT# _MK _MT +VP Ohm If not use,mount R with Ohm,mount R with 0 Ohm. 0PF/0V R OM 0.UF/V OM R RN 0PF/0V _PURT# +VP T _ERT# _T# _0M# _FERR# _INNE# _PROOT# _#[..] _REQ#[0..] _T#0 U MK V MT XP ERT# XN TERM# PF +V_TRM _TERM_PU- _TERM_PU+ _TERM_PU- _TERM# _TERM_PU+ _R#[0..] _TPK# _INTR _NMI _MI# _# _NR# _PRI# _EFER# _RY# _Y# _R0# _INIT# _OK# _TRY# _IT# _ITM# Y_REET#, _MK _MT _TERMTRIP# _F_PU _F_PU# _PURT# /00Mhz 0.UF/V T 000PF/0V XR +V F F_PU# 0PF/0V R Place within '' to the connector +VP, _PUPWR,0,, _MK_MIN,0,, _MT_MIN _PM# _PM# KOhm R ITP_PWR TETIN# Ohm R _TK XP PM# PM# PM# PM# PM# 0 PWROO PM0# REERVE VTT K0 Kp K Kn 0 REET# R# TO TRT# N 0 TK TI TM TO_ON_P btob_con_p f_nomask KOhm R ITP_PURT# _PREQ# _PRY# _PM# _PM#0 _PURT# Y_REET# _TO _TRT# _TI _TM _ITP_K _ITP_K# _PM#0 _PM# _PM# _PM# _PRY# _TO _PREQ# RN _TM _TI RN RN _TRT# RN _TK RN Ohm lose to PU OM RN OM RN OM RN OM RN R Ohm Ohm RN OM R0 RN Ohm Ohm Ohm Ohm Ohm +VP +VP UTek omputer Inc. iamondville- nic_wang tandard irciut ate: Thursday, March, 00 heet of 0.

6 0. eta Place within 0.'' to processor pin +VP +VP _PU_TREF _EXTREF E0 E E 0 X R KOhm % R KOhm % R KOhm % R0 KOhm % X 0.UF/V UF/0V F 00 X X _#[0..] _TN#0 _TP#0 _INV#0 _TN# _TP# _INV# T T U _#0 Y _# _# [0]# []# R W0 _# _# []# []# R Y _# _# []# []# P _# _# []# []# N _# _# []# []# M W _# _# []# []# P _# _# []# []# J Y0 _# _# []# []# N Y _#0 _# []# [0]# Y _# _#0 []# []# W _# _# [0]# []# N _# _# []# []# Y _# _# []# []# M W _# _# []# []# J _# _# []# []# W _# []# []# J Y TN[0]# TN[]# K Y TP[0]# TP[]# K W T _P#0 INV[0]# INV[]# V _P# T P#0 P# M T T _# _# _# _# _#0 _# _# _# _# _# _# _# _# _# _#0 _# T T T0 T T _P# _PU_TREF _KP _KP _INIT# _EM _EXTREF _FOREPR# _FP _MERR# _RP# T E0 T0 E T E []# Y []# W []# U []# W [0]# W []# Y []# []# Y []# W []# V []# U []# T []# []# V [0]# W []# Y TN[]# Y TP[]# Y INV[]# R P# TREF U KP V KP T INIT# R EM M EXTTEF N FOREPR# N FP P MERR# T RP# J E[0] E[] E[] F_ []# []# [0]# F []# []# []# E []# []# []# []# F []# []# [0]# []# []# []# TN[]# E TP[]# F INV[]# P# OMP[0] T OMP[] T OMP[] F0 OMP[] F PRTP# R PP# R PWR# U PWROO V P# N ORE_ET MREF _P# _OMP0 _OMP _OMP _OMP PRTP# PP# _# _# _#0 _# _# _# _# _# _# _# _# _# _#0 _# _# _# _PUPWR _ORE_ET PU_MREF T T _TN# _TP# _INV# _TN# _TP# _INV# R.Ohm % R.Ohm % R.Ohm % R.Ohm % _PWR# _PUP# PP# PRTP# _#[0..] _TN#0 _TP#0 _INV#0 _TN# _TP# _INV# E0 +VP +VP Place within 0.'' to processor pin R KOhm R0 R KOhm R _PP# _PRTP#, _TN# _TP# _INV# _TN# _TP# _INV# _PWR# _PUP# _PP# _PRTP#, _PRTP# _PP#, 0 Ohm, KOhm Pull up,, KOhm Pull up, 0ohm +VP +VP +VP _PWR# R KOhm R KOhm PU_MREF 0.UF/V R KOhm % R KOhm % _PUPWR R KOhm 0.UF/V _PUPWR, Place within 0.'' to processor pin _PWR-->_PUPWR UTek omputer Inc. iamondville- nic_wang tandard irciut ate: Thursday, March, 00 heet of 0.

7 _VI _VI _VI _VI0 _VI _VI _VI +.V +VP +VORE +VP +_V _VI[0..] _VI[0..] _V_ENE _V_ENE ate: heet of Thursday, March, 00 UTek omputer Inc. iamondville- 0. tandard irciut nic_wang ate: heet of Thursday, March, 00 UTek omputer Inc. iamondville- 0. tandard irciut nic_wang ate: heet of Thursday, March, 00 UTek omputer Inc. iamondville- 0. tandard irciut nic_wang 0. eta _VENE-->_V_ENE _VENE-->_V_ENE VR_VI[0:]-->_VI[0:],_VI_T +VORE +VORE UF/0V UF/0V V V V V V V V 0 V V0 V V V V 0 V V V V V V0 V V V V E V E V E V E V E V E V0 E V F V F V F V F V F V F V V V V V V V V V V V V V V V J V J V J V J V0 J V K V K V K V K V K V K V K V V V0 V V V V V V V V M V M V0 M V M V M V M V N V 0 V V V V V00 0 V0 V0 V0 V0 V0 Y V0 Y0 V0 Y V0 Y V0 W V0 W V W V W V W V W V W V V V V V V V V V0 V V V V V V V V V V U V U V U V U V U V0 U V T V T V T V T V T0 V T V T V T V T V0 R V R V R V R V R V R V P V P V P V P V P V P V P V P V P V P V P V N V N V0 N V N V N U F_ U F_ 0UF/.V c00 0UF/.V c00 0.UF/V 0.UF/V + E 00U/.V cd_h + E 00U/.V cd_h 0 0UF/.V c00 0 0UF/.V c00 0UF/.V c00 0UF/.V c00 0UF/.V c00 0UF/.V c00 + E 00U/.V cd_h + E 00U/.V cd_h VF V0 VQ0_ VQ0_ VP 0 VP VP VP 0 VP VP VP 0 VP VP VP0 0 VP VP VP E0 VP E VP E VP F0 VP F VP F VP 0 VP0 VP VP 0 VP VP VP J0 VP J VP J VP K0 VP K VP0 K VP 0 VP VP VP M0 VP M VP M VP N0 VP N VP N VP0 P0 VP P VP P VP R0 VP R VP R VTT U VTT U VTT0 U VTT U VTT U0 VTT U VTT U VTT T VTT T VTT R VTT R VTT P VTT0 P VTT N VTT N VTT M VTT M VTT VTT VTT K VTT K VTT J VTT0 J VTT VTT VTT VTT VTT F VTT F VTT E VTT VTT VP F VP F VP E VP E V VI[0] F VI[] VI[] E VI[] VI[] VI[] E VI[] V_ENE V_ENE U F_ U F_ 0 0UF/.V c00 0 0UF/.V c00 0.UF/V 0.UF/V T TPT T TPT 0.UF/V 0.UF/V UF/0V UF/0V R r00_h R r00_h

8 0. eta _#[..] _#[0..] _REQ#[0..] +VP NR Ohm % _YWIN +VP NR0 0 % NR.Ohm % _YOMP _YROMP NR.Ohm % N 0.UF/V +VP +VP NR Ohm % _XWIN NR 0 % NR.Ohm % _XOMP _XROMP NR.Ohm % N 0.UF/V _#[0..] Voltage wing For Providing a Reference Voltage to the F ROMP circuit ignal voltage level= 0.*VP Trace shoulde be 0 mil wide with 0 mil spacing OMP For lew Rate ompenssation on the F ROMP For alibrating the F I/O uffer _#0 _# _# _# _# _# _# _# _# _# _#0 _# _# _# _# _# _# _# _# _# _#0 _# _# _# _# _# _# _# _# _# _#0 _# _# _# _# _# _# _# _# _# _#0 _# _# _# _# _# _# _# _# _# _#0 _# _# _# _# _# _# _# _# _# _#0 _# _# _# _XROMP _XOMP _XWIN _YROMP _YOMP _YWIN NU _#_0 F _# # #_ F _#_ E _# # #_ K _#_ F _#_ J _#_0 K _# #_ E _#_ K _#_ J _#_ J _#_ J _#_ N _#_ M _#_ K _#_0 J _# #_ J _#_ N _#_ M _#_ M _#_ N _#_ N _#_ K _#_ N _#_0 M _#_ V _#_ V _#_ R _#_ T _#_ R _#_ N _#_ N _#_ R _#_ U _#_0 R _#_ T _#_ T _#_ R _#_ T _#_ V _#_ V _#_ W _#_ W _#_ V _#_0 W _#_ W _#_ W _#_ V _# # #_ W _# # # #_0 _# # #_ 0 _XROMP _XOMP _XWIN J _YROMP K _YOMP _YWIN OT _# # # # # # # #_0 _# # # # # # # # # #_0 _# # # # # # # # # #_0 _# # _T#_0 _T# VREF0 _NR# _PRI# _REQ0# _PURT# _VREF KINN KINP _Y# _EFER# _INV#_0 _INV# INV# INV# PWR# _RY# _TN#_0 _TN# TN# TN# TP#_0 _TP# TP# TP# IT# _ITM# _OK# _REQ#_0 _REQ# REQ# REQ# REQ# R#_0 _R# R# PPU# _TRY# F E E J F J E E E F0 E 0 E 0 J T U E F M T F M T E F 0 E E0 _# _# _# _# _# _# _# _#0 _# _# _# _# _# _# _# _# _# _#0 _# _# _# _# _# _# _# _# _# _#0 _# _VREF _VREF _REQ#0 _REQ# _REQ# _REQ# _REQ# _#[..] _# _T#0 _T# _NR# _PRI# _R0# _PURT# _F_N# _F_N _Y# _EFER# _INV#0 _INV# _INV# _INV# _PWR# _RY# _TN#0 _TN# _TN# _TN# _TP#0 _TP# _TP# _TP# _IT# _ITM# _OK# _REQ#[0..] _R#0 _R# _R# _PUP# _TRY# T+ I/O Voltage Reference 0.uF should be placed 00mils or less from M pin N _F_N# _F_N 0PF/0V N 0PF/0V _# _T#0 _T# _NR# _PRI# _R0# _PURT# _F_N# _F_N _Y# _EFER# _INV#0 _INV# _INV# _INV# _PWR# _RY# _TN#0 _TN# _TN# _TN# _TP#0 _TP# _TP# _TP# _IT# _ITM# _OK# _R#0 _R# _R# _PUP# _TRY# _VREF N 0.UF/V +VP NR 0 % NR 0 % M UTeK OMPUTER IN. tandard ircuit E-(OT) greenstar_xiao ate: Thursday, March, 00 heet of 0.

9 0. eta MI_RXN0 MI_RXN MI_RXP0 MI_RXP +VP NR KOhm N/ +VP NR KOhm K F E NU E E0 MI_TXN0 MI_TXN MI_TXP0 MI_TXP _M_K0 0 _M_K 0 _M_K#0 0 _M_K# 0 _KE_0 0, _KE_ 0, #0 0, # 0, _OT_0 0, _OT_ 0, 0K- pull up resistor has been used on the PM_EXTT#_, if the Fast E feature is required, this resistor has to be unstuffed. MIX_EET 0=MI X(EFUT) =Reserved +V, PM_PWROK, PTRT# _M_N# _M_N V# V _REQ#_N NR I_YN# 0KOhm PM_MUY# NR NR 0KOhm NT NR00 NR.KOM NR 0 % MIX_EET N_E0 N_E N_E MIX_EET F_ & F_ Reserved N_PM_EXTT#0 N_PM_EXTT# TERMTRIP# N_PTRT# F_0 E F_ 0 F_ F_ J0 F_ J F_ K REERVE K REERVE REERVE F REERVE REERVE E I_YN# PM_MUY# F PM_EXTT#_0 PM_EXTT#_ J TRMTRIP# PWROK W RTIN# _REFKINN _REFKINP J _REFKINN _REFKINP J KREQ# M F/RV PM K MI R MUXIN MI_RXN_0 MI_RXN_ MI_RXP_0 MI_RXP_ MI_TXN_0 MI_TXN_ MI_TXP_0 MI_TXP_ M_K_0 M_K_ M_K_ M_K_ M_K#_0 M_K#_ M_K#_ M_K#_ M_KE_0 M_KE_ M_KE_ M_KE_ M_#_0 M_#_ M_#_ M_#_ M_OOMP_0 M_OOMP_ M_OT_0 M_OT_ M_OT_ M_OT_ M_ROMPN M_ROMPP M_VREF_0 M_VREF_ Y Y Y Y V V V V F J M0 F K N0 N N F F F K J F E F J J N N E N_OOMP_0 N_OOMP_ N_ROMPN N_ROMPP N_VREF_M I_YN# MI_RXN0 PM_MUY# MI_RXN PM_PWROK, MI_RXP0 PTRT#, MI_RXP _M_N# _M_N MI_TXN0 V# MI_TXN V MI_TXP0 _REQ#_N MI_TXP PM_PRPVR, NR 0.Ohm % _M_K0 0 _M_K 0 _M_K#0 0 _M_K# 0 _KE_0 0, _KE_ 0, #0 0, # 0, _OT_0 0, _OT_ 0, +.V NR 0.Ohm % NR 0.Ohm % NR 0.Ohm % +.V NR KOhm % N_VREF_M NR N_PM_EXTT# PM_PRPVR, EXTT# can alternately be used to implement 0. ate fast /E exit,if the Fast E feature is required,pm_extt# have to connect to PRPVR _M_N# _M_N N 0PF/0V N Place N close to Pin Place N close to E Pin N 0.UF/V N 0.UF/V NR KOhm % V# 0PF/0V N V 0PF/0V N0 0PF/0V UTek omputer Inc. E-(MI&F) greenstar_xiao tandard ircuit ate: Thursday, March, 00 heet of 0.

10 0. eta +V NR NR0 NR lose to M V_UE NR % V_RE NR0 % _N_EN NRN 0KOhm NRN 0KOhm NRN 0KOhm NRN 0KOhm NR % V_REEN N T_K N T_T K T _V_EN V_UE V_REEN V_RE NR,NR decide by E test N _PIE_N# 0PF/0V N _PIE_N 0PF/0V _PIE_N# _PIE_N V K V T V_VYN V_YN _N_TR _N_EN K T _V_EN _KN _KP _TN0 _TN _TN NR Ohm NR Ohm N_RT_IREF N T_K N T_T N_V_IREF N_VYN N_YN J Y 0 E F F 0 F E K0 K J J0 K F NUF VO_TRT VO_TRK _KINN _KINP RT K RT T RT_UE RT_UE# RT_REEN RT_REEN# RT_RE RT_RE# RT_VYN RT_YN RT_IREF _KTT _KTEN _KT _TT K T _VEN _I _V _VREF _VREF _KN _KP _KN _KP _TN_0 _TN TN_ MI V V EXP OMPI EXP IOMPO VO_TVKIN# VO_INT# VO_FT# VO_TVKIN VO_INT VO_FT VO VO_RE# VO_REEN# VO_UE# VO_KN VO_RE VO_REEN VO_UE VO_KP TV OUT TV OUT TV OUT TV_IREF TV_IRTN TV_IRTN TV_IRTN TV R M N0 R0 T M0 P0 T0 P N P T N M P R 0 E0 N_EXP_OMP NR.Ohm % Place NR within 00mils of M void rounting next to clock pins +.V +.V_PIE For isable TV _PIE_N# _PIE_N V K V T V_UE V_REEN V_RE V_VYN V_YN _N_TR _N_EN _V_EN _KN _KP _TN0 _TN _TN _TP0 _TP _TP NR 00KOhm NR 00KOhm _TP0 _TP _TP F F0 _TP_0 _TP TP TN_0 _TN TN_ TV_ONE0 TV_ONE J E F _TP_0 _TP TP_ M N_V_IREF N_RT_IREF NR.KOhm % NR Ohm % UTek omputer Inc. E-(RPI) greenstar_xiao tandard ircuit ate: Thursday, March, 00 heet 0 of 0.

11 0. eta _M_[0..] 0 _Q_[0..] 0 _Q_#[0..] 0 _M[0..] 0, 0 _Q_[0..] _Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q_ E F E K K 0 J J F F J N M J J N M K M K M K F F K F J N M K M J J F E F F 0 NU _Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q # _R# _WE# R YTEM MEMORY 0 _M_0 _M M M M M M M Q_0 _Q Q Q Q Q Q Q Q#_0 _Q# Q# Q# Q# Q# Q# Q# M_0 _M M M M M M M M M M_0 _M M M # _R# _RVENIN# _RVENOUT# _WE# 0 _M_0 _M M M M M M M M M M_0 _M M M_ K 0 F0 K K J0 K N M E K0 J M N J M E J M M K N J F N J K N M J0 E N0 K K F M E 0 E E E0 _M_0 _M M M M M M M Q_0 _Q Q Q Q Q Q Q Q_#0 _Q_# _Q_# _Q_# _Q_# _Q_# _Q_# _Q_# _M0 _M _M _M _M _M _M _M _M _M _M0 _M _M _M _0 0, _ 0, _ 0, _M_[0..] 0 _Q_[0..] 0 _Q_#[0..] 0 _M[0..] 0, _# 0, _R# 0, _WE# 0, _Q_[0..] 0 _0 0, _ 0, _ 0, _# 0, _R# 0, _WE# 0, M UTek omputer Inc. E-(R) greenstar_xiao tandard ircuit ate: Thursday, March, 00 heet of 0.

12 +.V +VP ate: heet of Thursday, March, 00 UTek omputer Inc. E-(N&NTF) 0. tandard ircuit greenstar_xiao ate: heet of Thursday, March, 00 UTek omputer Inc. E-(N&NTF) 0. tandard ircuit greenstar_xiao ate: heet of Thursday, March, 00 UTek omputer Inc. E-(N&NTF) 0. tandard ircuit greenstar_xiao Place in the Pin 0. eta Place in the F Pin Place in the Pin Place in the Pin In avity t Edge Pin ocation t Package Edge XR.0V~.V Max:. N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V V_NTF T V_NTF R V_NTF P V_NTF N V_NTF M V_NTF P V_NTF N V_NTF M V_NTF Y V_NTF0 W V_NTF V V_NTF U V_NTF T V_NTF R V_NTF P V_NTF N V_NTF M V_NTF Y V_NTF W V_NTF0 V V_NTF U V_NTF T V_NTF R V_NTF P V_NTF N V_NTF M V_NTF Y0 V_NTF W0 V_NTF V0 V_NTF0 U0 V_NTF T0 V_NTF R0 V_NTF P0 V_NTF N0 V_NTF M0 V_NTF Y V_NTF P V_NTF N V_NTF M V_NTF0 Y V_NTF P V_NTF N V_NTF M V_NTF Y V_NTF P V_NTF N V_NTF M V_NTF Y V_NTF P V_NTF0 N V_NTF M V_NTF Y V_NTF P V_NTF N V_NTF M V_NTF Y VUX_NTF VUX_NTF VUX_NTF VUX_NTF VUX_NTF VUX_NTF VUX_NTF VUX_NTF 0 VUX_NTF VUX_NTF0 VUX_NTF VUX_NTF VUX_NTF VUX_NTF VUX_NTF K VUX_NTF VUX_NTF Y VUX_NTF W VUX_NTF V VUX_NTF0 U VUX_NTF T VUX_NTF R VUX_NTF P VUX_NTF N VUX_NTF M VUX_NTF VUX_NTF Y VUX_NTF W V_NTF N V_NTF V_NTF V V_NTF U V_NTF V_NTF V_NTF 0 V_NTF V_NTF V_NTF0 V_NTF V_NTF V_NTF VTT_NTF T0 VTT_NTF R0 VTT_NTF P0 VTT_NTF N0 VTT_NTF 0 V_NTF W V_NTF V V_NTF U V_NTF0 T V_NTF R VUX_NTF V VUX_NTF0 U VUX_NTF T VUX_NTF R VUX_NTF P VUX_NTF N VUX_NTF M VUX_NTF VUX_NTF 0 VUX_NTF K0 V_NTF P V_NTF N V_NTF M VTT_NTF V_NTF V_NTF V_NTF V_NTF V_NTF N V_NTF REERVE M0 REERVE REERVE 0 REERVE 0 F_ K REERVE0 K REERVE K REERVE R REERVE T REERVE K REERVE K REERVE K0 REERVE K REERVE K REERVE J REERVE0 K REERVE K REERVE K REERVE K REERVE K REERVE K NTF NU M NTF NU M N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0UF/.V c00 N 0UF/.V c00 N UF/0V c00 N UF/0V c00 N 0UF/.V c00 N 0UF/.V c00 N UF/0V c00 N UF/0V c00 + NE 00U/.V cd_h + NE 00U/.V cd_h N W N M N N N N N N N N N W N0 V N W N J N N W N N F N E N N K N0 N E N N N N M N N N N0 Y N J N N N F N E N N N N N F N E N N N N N N Y N0 M N F N N N K N N N E N0 M N Y N N Y N W0 REERVE Y REERVE Y REERVE REERVE REERVE0 REERVE REERVE REERVE REERVE W REERVE REERVE REERVE 0 REERVE REERVE REERVE0 REERVE N N K N J N N0 Y N N W N J REERVE N Y0 N W0 N W N V N U N0 V0 N U0 N K N NU M N NU M N UF/0V c00 N UF/0V c00 + NE 00U/.V cd_h + NE 00U/.V cd_h N 0UF/.V c00 N 0UF/.V c00 N 0.0UF/V N 0.0UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N0 0.UF/V N0 0.UF/V N 0.UF/V N 0.UF/V N UF/0V c00 N UF/0V c00 + NE 00U/.V cd_h + NE 00U/.V cd_h N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0UF/.V c00 N 0UF/.V c00 N 0.UF/V N 0.UF/V

13 VP_ +.V +.V_PIE +.V +.V +.V +.V +.V +.V_P +.V +.V_P +.V +.V +VP +.V_P +.V_P +.V_PIE +.V_P +.V_P +.V +V +VP +VP +.V_RT +.V_RT +VP +.V_MP +.V +.V_P +.V_P +.V +.V_MP +.V ate: heet of Thursday, March, 00 UTek omputer Inc. E-(PWR) 0. tandard ircuit reenstar_xiao ate: heet of Thursday, March, 00 UTek omputer Inc. E-(PWR) 0. tandard ircuit reenstar_xiao ate: heet of Thursday, March, 00 UTek omputer Inc. E-(PWR) 0. tandard ircuit reenstar_xiao 0. eta Top ayer Place in the Pin isable TV Place in the N Pin Place in the M Pin Place in the N Pin XR 0m 0m..V~.V Max: m.v~.v Max: m.v~.v Max: 0m.V~.V Max: 0m 0m.V~.V Max: 0m 0.. N /00Mhz l00 N /00Mhz l00 N UF/0V c00 N UF/0V c00 N 0.UF/V N 0.UF/V N0 0UF/.V c00 N0 0UF/.V c00 N UF/0V c00 N UF/0V c00 N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0UF/.V c00 N 0UF/.V c00 N 0UF/.V c00 N 0UF/.V c00 N UF/0V c00 N UF/0V c00 N 0.UF/V N 0.UF/V N TWPT N TWPT N UF/0V c00 N UF/0V c00 N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N UF/0V c00 N UF/0V c00 N UF/0V c00 N UF/0V c00 N UF/0V c00 N UF/0V c00 N /00Mhz l00 N /00Mhz l00 N0 0.UF/V N0 0.UF/V N 0UF/.V c00 N/ N 0UF/.V c00 N/ N UF/0V c00 N UF/0V c00 N 0.UF/V N 0.UF/V N 0UF/.V c00 N 0UF/.V c00 N /00Mhz l00 N /00Mhz l00 NR r00_h NR r00_h N 0.UF/V N 0.UF/V N0 UF/0V c00 N0 UF/0V c00 N0 0.UF/V N0 0.UF/V N 0.UF/V N 0.UF/V N 0UF/.V c00 N 0UF/.V c00 NR0 KOhm % NR0 KOhm % N UF/0V c00 N UF/0V c00 N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V N 0.UF/V + NE 00U/.V cd_h + NE 00U/.V cd_h N UF/0V c00 N UF/0V c00 N 0.UF/V N 0.UF/V V0 T V R V P V N V M V V V U V T V W V V V0 T V R VMP E VMP VP VP J VP VMP VRT0 VRT VRT VYN J VTT0 VTT 0 VTT P VTT VTT VTT P VTT VTT VTT P VTT VTT0 VTT VTT P VTT VTT VTT VTT U VTT P VTT VTT VTT0 V N V M VP V V0 U V T VTXV VM0 VM M VM N VM M VM VM K VM J VM VM VM F VM0 E VM N VM M VM VM K VM J VM VM VM F VM E VM0 N VM N VV0 E VV VV VV VV0 VV VV VTV F0 VQTV F VTV VTV E VTV0 0 VTV 0 VTV0 VTV VTV0 VTV V W V U V R V W V V V T V R V V V0 U V T VUX VUX VUX VUX 0 VUX VUX VUX VUX VUX VUX0 VUX VUX E VUX E VUX F VUX E VUX F VUX E VUX F VUX E VUX0 J VUX J0 VUX VUX VUX VTXV0 VM M VM VM K VM J VM N VM M VM VM K VM0 J VM VM VM F VM E VM N VM M0 VM 0 VM K0 VM VM0 0 VM 0 VM F0 VM E0 VM N VTT U VTT P VM M VTT VTT VTT VTT Y VTT U VTT P VTT0 VTT VTT VTT Y VTT U VTT VTT P VTT VTT VTT VTT Y VUX 0 VUX E VUX VUX U VV VTT U VTT P VTT VTT VTT0 F VM VM K VM J VM VM0 N0 VM J0 VTT Y POWER NU M POWER NU M N 0.0UF/V N 0.0UF/V N 0UF/.V c00 N 0UF/.V c00 N 0.UF/V N 0.UF/V N /00Mhz l00 N /00Mhz l00 N 0UF/.V c00 N 0UF/.V c00 N0 0.UF/V N0 0.UF/V N 0UF/.V c00 N 0UF/.V c00 N UF/0V c00 N UF/0V c00 N0 0UF/.V c00 N0 0UF/.V c00 N /00Mhz l00 N /00Mhz l00 N UF/0V c00 N UF/0V c00 N 0.UF/V N 0.UF/V N UF/0V c00 N UF/0V c00

14 ate: heet of Thursday, March, 00 UTek omputer Inc. E-() 0. tandard ircuit reenstar_xiao ate: heet of Thursday, March, 00 UTek omputer Inc. E-() 0. tandard ircuit reenstar_xiao ate: heet of Thursday, March, 00 UTek omputer Inc. E-() 0. tandard ircuit reenstar_xiao 0. eta V_ V_ Y V_ V V_ R V_ K V_ V_ E V_ V_0 V_ U V_ V_ E V_ V_ M V_ J V_ V_ U V_ T V_0 R V_ P V_ N V_ M V_ J V_ F V_ 0 V_ 0 V_ E0 V_ 0 V_0 0 V_ Y0 V_ V0 V_ U0 V_ 0 V_ E0 V_ 0 V_ V_ U V_ R V_0 P V_ N V_ M V_ V_ E V_ V_ K V_ V_ E V_ V_0 U V_ T V_ J V_ V_ M V_ F V_ V_ V_ Y V_ U V_0 T V_ R V_ P V_ N V_ M V_ V_ V_ V_ V_ W V_ U V_ N V_ K V_ J V_ V_ V_0 V_ F V_ J V_ V_ V_ W V_ R V_ F V_ V_ M V_ V_0 E V_ V_ V_ F V_ V_ V_ V_ V_ V_ N V_0 J V_ E V_ M V_ V_ W V_ R V_ M V_ J V_ F V_0 V_ V_ V_ V_ E V_ U V_ V_ V V_ R V_ N V_0 V_ E V_ V_ V_ V_ E V_ V_ W V_ T V_ M V_0 K V_ N V_ J V_ V_ V_ V V_ R V_ N V_ K V_ V_0 E V_ V_ V_ W V_ T V_ V_ J V_ V_ K V_ V_ F V_ V_0 M V_ K V_ V_ F V_ V V_ R V_ E V_0 V_ V_ E V_ V_ J V_ F V_ V_ M V_ E V_ J V_ V_0 F V_ M0 V_00 F V_ V_ M V_ W V_ 0 V_ F0 V_ K0 V_ 0 V_ R V_0 U V_0 V_0 V_0 K V_0 V V_0 T V_0 F V_0 V_0 V_0 U V NUE M V NUE M

15 +V_T_R T 0. eta T_TE# _TT IE IE WTO_ON_P T +RTT R KOhm +V TWPT +V_RT UF/0V c00 T RTRT#R delay should be ms~ms 0/ newjane: hange R from 0K 0000to 0K R 0KOhm % UF/0V c00 RTRT# RT _JUMP Place Near Open oor T_T0_RXN T_T0_RXP T_T0_TXN T_T0_TXP _T_# _T_ F_0, F_, F_, F_, F_FRME#, 0TE _0M# _PRTP#, _PP# _FERR# _PUPWR, _INNE# _INIT# _INTR O_KRT# _NMI _MI# _TPK# _TERMTRIP# _Z_ITK _Z_IN0 _Z_IN _Z_ITK _Z_YN I_IRQ RTRT# _Z_K _Z_YN _Z_IN X_RT X_RT INTRUER# INTVRMEN _Z_RT# _Z_RT# OM RN R Z_RT# RIN# O_KRT# _Z_OUT _Z_K _T T_# +V RN RN RN RN OE MOEM 0KOM PF/0V 0PF/0V 0PF/0V 0KOM 0KOM 0KOM OM RN OM RN OM RN I_IORY T_TE# _Z_IN0 T_TE# T_T0_RXN T_T0_RXP T_T0_TXN T_T0_TXP _T_# _T_ NPO +V_RT T Place R 00mils within IM ball 0PF/0V X IE NPO 0PF/0V.KZ R MOM R 0KOM % _Z_OUT 0.0UF/V 0.0UF/V R Ohm % R 0MOhm T_T0_TXN_ T_T0_TXP_ TRI/# I_IRQ I_IORY U RTX RTX RTRT# Y INTRUER# W INTVRMEN W EE_ Y EE_K Y EE_OUT W EE_IN V U N_K N_RTYN U N_RX0 V N_RX T N_RX U N_TX0 V N_TX V N_TX U Z_K R Z_YN T Z_IN0 T Z_IN T Z_IN T F Z_OUT TE# F T0RXN E T0RXP T0TXN T0TXP F TRXN E TRXP TTXN TTXP F T_KN E T_KP 0 TRIN 0 TRIP F IOR# IOW# F K# IEIRQ IORY E REQ IM RT N -/ZI T IE PU P 0 Y RQ0# RQ#/PIO FRME# 0TE E 0M# PUP# TP/PRTP# F TP/PP# FERR# PIO/PUPWR INNE# INIT_V# INIT# F INTR F NMI MI# F TPK# TERMTRIP# F 0 E F E F 0 F 0 E F # E # F_RQ#0 F_RQ# _TERMTRIP#_R T T R.Ohm % F_0, F_, F_, F_, F_FRME#, 0TE _0M# _PRTP#, _PP# _FERR# _PUPWR, _INNE# _INIT# _INTR _NMI _MI# _TPK# _TERMTRIP# <OrgName> _INNE# _INIT# _Z_YN _Z_RT# _Z_OUT _Z_IN0 +VP +VP R KOhm +VP R _TERMTRIP# O_KRT# +VP 0TE _0M# +VP R OM _FERR# +VP +V R OM R0 0KOhm R KOhm IM- Endy_Wu R KOhm tandard ircuit ate: Thursday, March, 00 heet of 0.

16 0. eta +V +V +V RP 0.KOM RP 0.KOM RP 0.KOM RP 0.KOM PI_INT# PI_INT# PI_INT# PI_INT# U E 0 REQ0# PI NT0# REQ# F NT# E REQ# NT# E REQ# NT# REQ#/PIO NT#/PIO E 0 PIO/REQ# PIO/NT# /E0# /E# /E# E /E# IRY# PR 0 0 PIRT# F EVE# F0 PERR# E POK# ERR# TOP# TRY# FRME# PTRT# E 0 PIK PME# Interrupt I/F PIRQ# PIO/PIRQE# PIRQ# PIO/PIRQF# PIRQ# PIO/PIRQ# PIRQ# PIO/PIRQ# MI E RV_ RV_ RV_ RV_ RV_ IM RV_ RV_ RV_ RV_ M_YN# E E F E0 E 0 F F F F F E F 0 PI_REQ#0 PI_REQ# PI_REQ# PI_REQ# PI_REQ# IO_E0 PI_REQ# IO_E PI_IRY# PI_PR PI_EVE# PI_PERR# PI_OK# PI_ERR# PI_TOP# PI_TRY# PI_FRME# PI_PME# PI_INT PI_INT PI_INT# PI_INT# RP.KOM 0 RP.KOM RP.KOM 0 T 0 I_YN# 0 R +V RP.KOM RP.KOM RPF.KOM 0 0 RP.KOM 0 RPE.KOM 0 +VU 0KOhm RP.KOM 0 RPE.KOM 0 +V R KOhm R KOhm IM oot IO elect IO_E0 IO_E P PI PI RPF 0.KOM RPE 0.KOM RP 0.KOM RP 0.KOM U IN V IN OUTY V0W +V +V RP 0.KOM RP 0.KOM RP 0.KOM RP 0.KOM R _PIRT# _PI_ PT_RT#,, _PIRT# _PI_ PTRT#, PT_RT#,, I_YN# PI_INT PI_INT R 00KOM PTRT#, R 00KOhm uffer to enhance driving of PTRT# +V 0 OM Resistor for ost own RPF 0.KOM RP 0.KOM <OrgName> IM- Endy_Wu tandard ircuit ate: Thursday, March, 00 heet of 0.

17 0. eta X_X_RXN X_X_RXP X_X_TXN X_X_TXP X_X_RXN X_X_RXP X_X_TXN X_X_TXP U_UO#0 0 U_UO# +VU X_X_RXN X_X_RXP For WN X_X_TXN X_X_TXP X_X_RXN X_X_RXP X_X_TXN X_X_TXP X_X_RXN X_X_RXP For Onboard N X_X_TXN X_X_TXP R 0KOhm M_O# RN 0KOM R_O# RN 0KOM U_O# RN 0KOM T_O# RN 0KOM _O# PIE Port eft N 0.UF/V 0.UF/V /WIMX/EOE 0.UF/V 0 U_UO#0 U_UO# 0 0.UF/V T T T T T M_O# R_O# U_O# PIK PI_# PI_R PI_MOI PI_MIO T_O# _O# U F PERn F PERp E PETn E PETp PERn X_X_TXN_ PERp X_X_TXP_ PETn 0.UF/V PETp K PERn K X_X_TXN_ PERp J X_X_TXP_ PETn J 0.UF/V PETp /WIMX/EOE M PERn M X_X_TXN_ PERp X_X_TXP_ PETn PETp P PERn P PERp N PETn N PETp T PERn T PERp R PETn R PETp R PI_K P PI_# P PI_R P PI_MOI P PI_MIO O0# O# O# O# E O# O#/PIO O#/PIO0 O#/PIO IM PI PI-Express U irect Media Interface MI0RXN MI0RXP MI0TXN MI0TXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MI_KN MI_KP MI_ZOMP MI_IROMP UP0N UP0P UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP URI# URI V V U U Y Y W W E E F F J J K K M M N N MI_OMP URI/# MI_TXN0 MI_TXP0 MI_RXN0 MI_RXP0 MI_TXN MI_TXP MI_RXN MI_RXP _PIE_# _PIE_ R0.Ohm % U_U0-0 U_U0+ 0 U_M- U_M+ U_R- U_R+ U_U- U_U+ U_U- U_U+ U_T- U_T+ U_- U_+ R Ohm % +.V_PIE_I U0 U U U U N amera ard Reader U ONN U ONN MI_TXN0 MI_TXP0 MI_RXN0 MI_RXP0 MI_TXN MI_TXP MI_RXN MI_RXP _PIE_# _PIE_ U_M- U_M+ U_R- U_R+ U_U0-0 U_U0+ 0 U_U- U_U+ U_U- U_U+ U_T- U_T+ U_- U_+ U U ONN _PIE PIE_# 0PF/0V 0PF/0V Place R within 00 mils of IM U U lue Tooth ard <OrgName> IM- Endy_Wu tandard ircuit ate: Thursday, March, 00 heet of 0.

18 _MK 0 For RF 0. eta +VU R 0KOhm TP_PI# +VU +VU RN 0KOM _MK RN 0KOM _MT Q UMKN Q UMKN +V RN 0KOM RN 0KOM +V _MK_MIN,0,, +V _MT_MIN,0,, _M M_U PM_RMRT# 0PF/0V 0PF/0V 0PF/0V 0.UF/V _M M_U PM_U#, PM_U# PM_PWROK, PM_PRPVR, PM_TOW# PM_PWRTN# PTRT#, PM_RMRT# O_K_I# WN_PWREN# MER_PWREN _MK _MT _MK_MIN,0,, _MT_MIN,0,, T_I# TP_OFF_E, N_OFF PM_MUY# TP_PI# TP_PU# R_PWREN# PIE_WKE# F_ERIRQ VRM_PWR, WN_E EXTMI# Y_REET#, R0 0KOhm TP_PU# +VU +V +VU +V +V RN RN RN RN RN RN RN RN 0KOM 0KOM 0KOM 0KOM 0KOM 0KOM 0KOM 0KOM R 0KOhm R 0KOhm R 0KOhm R KOhm _PKR M_ERT# M_INK0 M_INK INKERT# TRM_ERT# F_ERIRQ PM_KRUN# VRM_PWR PIE_WKE# RIN# Y_REET# PKR=,disable TO Timer reboot, Y_REET# _MK _MT PM_MUY# TP_PI# TP_PU# R_PWREN# PIE_WKE# F_ERIRQ, VRM_PWR PKR=0,enable TO Timer reboot T T T WN_E EXTMI# INKERT# M_INK0 M_INK RIN# _PKR U_TT# Y_REET# M_ERT# PIO PM_KRUN# PIO PIO TRM_ERT# PIO U MK MT INKERT# MINK0 MINK RI# PKR U_TT# Y_RT# PIO0/M_UY# MERT#/PIO M Y PIO 0 PIO/TPPI# F PIO0/TPPU# PIO PIO E PIO PIO/KRUN# PIO/Z_OK_EN# U PIO/Z_OK_RT# Power MT locks T PIO F0 WKE# ERIRQ F0 TRM# VRMPWR PIO PIO PIO E PIO IM PIO/T0P PIO/TP PIO/TP PIO/TP K K UK P_# P_# P_# PWROK PIO/PRPVR TP0/TOW# PWRTN# N_RT# RMRT# PIO PIO0 PIO PIO PIO PIO PIO PIO PIO PIO PIO F E 0 F Y E0 0 F E R E R 0 0 E0 PIO P_I0 UK T0 P_# T PIO WN_ON# PIO N_OFF PIO PIO P_I P_I IMR_IN# T_I# PIO isable lue Tooth _M M_U PM_U#, PM_U# PM_PWROK, PM_PRPVR, PM_TOW# PM_PWRTN# PTRT#, PM_RMRT# WN_ON# O_K_I# N_OFF WN_PWREN# MER_PWREN PIO WN_PWREN# O_K_I# EXTMI# PIO R_PWREN# PM_TOW# PIO N_OFF PIO PM_PWROK MER_PWREN WN_ON# PM_PWRTN# PM_RMRT# R 0KOhm 0.UF/V R 0KOhm +V 0KOM RN RN 0KOM RN 0KOM RN 0KOM RN 0KOM 0KOM RN 0KOM RN RN 0KOM RN 0KOM RN 0KOM RN 0KOM R 0KOhm R 0KOhm R 0KOhm +VU RN RN RN RN 0KOM 0KOM 0KOM 0KOM PIO IMR_IN# PIO T_I# +V +VU R PIO P_I[:0] P Version 0KOhm R R. 0 0 R. 0 R. P_I P_I P_I0 R 0KOhm R 0KOhm R 0KOhm R 0KOhm R 0KOhm R 0KOhm Others Reserved <OrgName> IM-(PIO) Endy_Wu tandard ircuit ate: Thursday, March, 00 heet of 0.

19 VU_0_ VU_0 VU_0_ VU_0_ VU_0_ VMIP VU_ VccTP +.V +VREF +.V +V +.V +VP +V +VU +VU +VREF_U +VU +VP +V +V_RT +.V +V +VU +V +VU +V +.V +.V +V +VU +.V +V +.V_PIE_I +.V ate: heet of Thursday, March, 00 <OrgName> IM-(PWR) 0. tandard ircuit Endy_Wu ate: heet of Thursday, March, 00 <OrgName> IM-(PWR) 0. tandard ircuit Endy_Wu ate: heet of Thursday, March, 00 <OrgName> IM-(PWR) 0. tandard ircuit Endy_Wu istribute in PI ection On Edge 0. eta Vss Vss Vss Vss Vss Vss Vss Vss 0 Vss Vss0 Vss Vss Vss Vss 0 Vss Vss Vss Vss Vss E Vss0 E Vss E Vss E Vss E Vss F Vss F Vss F Vss F Vss F Vss F Vss0 Vss Vss Vss Vss Vss Vss Vss Vss Vss Vss0 Vss Vss Vss Vss Vss Vss Vss J Vss J Vss J Vss0 J Vss J Vss J Vss K Vss K Vss K Vss Vss Vss Vss Vss0 Vss M Vss M Vss M Vss M Vss M Vss M Vss M Vss M Vss M Vss0 M Vss M Vss M Vss N Vss N Vss N Vss N Vss N Vss N Vss N Vss0 N Vss N Vss N Vss N Vss N Vss N Vss N Vss N Vss P Vss P Vss0 P Vss P Vss P Vss P Vss P Vss P Vss P Vss P Vss P Vss R Vss00 R Vss0 R Vss0 R Vss0 R Vss0 R Vss0 R Vss0 R Vss0 R Vss0 T Vss0 T Vss0 T Vss T Vss T Vss T Vss T Vss U Vss U Vss U Vss U Vss U Vss0 U Vss U Vss U Vss U Vss U Vss V Vss V Vss V Vss V Vss V Vss0 V Vss W Vss W Vss W Vss W Vss Y Vss Y Vss Y Vss Y Vss Vss0 Vss Vss Vss Vss Vss Vss Vss Vss Vss Vss0 Vss Vss Vss Vss Vss Vss Vss Vss Vss Vss0 Vss Vss Vss Vss Vss Vss E Vss E Vss E Vss E Vss0 E Vss E Vss E Vss E Vss E Vss F Vss F Vss F Vss F Vss F Vss0 F Vss Vss Vss Vss Vss Vss Vss 0 Vss Vss Vss0 Vss Vss Vss Vss UE IM UE IM 0 0UF/.V c00 0 0UF/.V c00 /00Mhz l00 /00Mhz l UF/V 0 0.UF/V 0.UF/V 0.UF/V T T R0 R0 0.UF/V 0.UF/V T T 0.UF/V 0.UF/V 0.UF/V 0.UF/V R r00_h R r00_h 0UF/.V c00 0UF/.V c00 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V R0 R0 0 0.UF/V 0 0.UF/V 0.UF/V 0.UF/V /00Mhz l00_h /00Mhz l00_h 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V + E 00U/.V N/ + E 00U/.V N/ TWPT TWPT 0.UF/V 0.UF/V VREF_ 0 VREF_ VREF_us F Vcc Vcc Vcc Vcc Vcc Vcc Vcc Vcc Vcc Vcc 0 Vcc Vcc Vcc Vcc Vcc E Vcc E Vcc E Vcc F Vcc F Vcc 0 Vcc Vcc Vcc Vcc J Vcc J Vcc K Vcc K Vcc Vcc Vcc 0 M Vcc M Vcc N Vcc N Vcc P Vcc P Vcc R Vcc R Vcc R Vcc R Vcc 0 R Vcc T Vcc T Vcc T Vcc T Vcc T Vcc U Vcc U Vcc V Vcc V Vcc 0 W Vcc W Vcc Y Vcc Y Vcc VccMIP Vcc Vcc Vcc Vcc Vcc E Vcc F Vcc Vcc Vccus E VccUP Vccus_0/VccN_0_ Vccus_0/VccN_0_ Y Vcc_0_ Vcc_0_ Vcc_0_ Vcc_0_ Vcc_0_ Vcc_0_ Vcc_0_ M Vcc_0_ M Vcc_0_ P Vcc_0_0 P Vcc_0_ T Vcc_0_ T Vcc_0_ U Vcc_0_ U Vcc_0_ V Vcc_0_ V Vcc_0_ V Vcc_0_ V Vcc_0_ V Vcc_0_0 V Vccus_/VccN V Vccus_/VccN V Vccus_/VccN W Vccus_/VccN W Vcc_/Vcc U Vccus_/Vccus R V_PU_IO E V_PU_IO E V_PU_IO Vcc Vcc Vcc 0 Vcc Vcc Vcc Vcc Vcc 0 Vcc Vcc Vcc Vcc Vcc Vcc 0 Vcc Vcc F Vcc Vcc 0 Vcc VccRT W Vccus P Vccus Vccus Vccus Vccus Vccus Vccus K Vccus K Vccus K Vccus 0 K Vccus Vccus Vccus Vccus Vccus Vccus M Vccus M Vccus N Vcc Vcc 0 Vcc T Vcc F Vcc Vcc Vcc Vccus_0_ K Vccus_0_ Vccus_0_ 0 Vcc Vcc Vcc Vcc J Vcc 0 J Vcc F VccTP Vcc Vcc 0 0 Vcc Vcc 0 Vcc 0 Vcc E0 Vcc F0 Vcc F Vcc Vcc ORE VPUX VP IE PI U RX TX U ORE UF IM ORE VPUX VP IE PI U RX TX U ORE UF IM R r00_h R r00_h UF/0V UF/0V 0.UF/V 0.UF/V 0.UF/V 0.UF/V TWPT TWPT T T 0.0UF/V 0.0UF/V 0 0UF/.V c00 0 0UF/.V c00 T T 0.UF/V 0.UF/V + E 00U/.V + E 00U/.V 0.UF/V 0.UF/V /00Mhz l00 /00Mhz l00 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V T0 T0

20 _M0 _M _M _M _M _M _M _M _M _M _M M0 _M _M _0 VREF _M M M M_0 _M M M M Q_0 _Q Q_# _Q_# _Q_# _Q_# _Q Q Q_# _Q Q_#0 _Q Q_# _Q_# _Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 _Q Q Q Q Q Q Q Q Q Q_0 +V +.V +.V +.V _MK_MIN,,, #0, #, _M_K0 _M_K#0 _M_K _M_K# _#, _R#, _WE#, _KE_0, _KE_, _MT_MIN,,, _OT_0, _OT_, _Q_[0..] _Q_[0..] _Q_#[0..] _M_[0..] _M[0..], _[0..], ate: heet of 0 Thursday, March, 00 UTek omputer IN. R-O-IMM 0. tandard ircuit Endy_Wu ate: heet of 0 Thursday, March, 00 UTek omputer IN. R-O-IMM 0. tandard ircuit Endy_Wu ate: heet of 0 Thursday, March, 00 UTek omputer IN. R-O-IMM 0. tandard ircuit Endy_Wu 0. eta NPO NPO R KOhm % R KOhm % 0PF/0V 0PF/0V 0.UF/V 0.UF/V UF/0V c00 UF/0V c00 V V V V V V V V V V0 0 V V 0 VP N N 0 N 0 N NTET VREF V V V V V V V V V V0 V V V V V V V V V V0 V V V V 0 V V V V V V0 V V V V V V 0 V V V V0 V V V V V V V V V V0 V V V V 0 V V 0 V NP_N 0 NP_N 0 IMM R_IMM_00P IMM R_IMM_00P R KOhm % R KOhm % 0.UF/V 0.UF/V 0 0PF/0V 0 0PF/0V NT NT 0.UF/V 0.UF/V + E 00U/.V cd_h + E 00U/.V cd_h 0UF/.V c00 0UF/.V c00 0.UF/V 0.UF/V /P # 0 # K0 0 K0# K K# KE0 KE 0 # R# 0 WE# OT0 OT M0 0 M M M M 0 M M 0 M Q0 Q Q Q 0 Q Q Q Q Q#0 Q# Q# Q# Q# Q# Q# Q# Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q 0 Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q 0 Q Q Q Q Q Q0 Q Q Q 0 Q Q Q Q Q Q Q0 0 Q Q _ Q IMM R_IMM_00P IMM R_IMM_00P 0.UF/V 0.UF/V UF/0V c00 UF/0V c00 0.UF/V 0.UF/V 0UF/.V c00 0UF/.V c00

21 0. eta _M[0..],0 _[0..],0 +VTTR _#,0 _R#,0 _WE#,0 #0,0 _OT_0,0 _KE_0,0 _KE_,0 #,0 _OT_,0 _M0 _M _M _M _M _M _M _M RN OM RN OM RN OM RNE OM 0 RN OM RN OM RNE OM RNF OM,0 _#,0 _R#,0 _WE#,0 #0,0 _OT_0,0 _KE_0,0 _KE_,0 #,0 _OT M _M _M0 _M _M _M _0 RNF OM 0 RN OM RN OM RN OM RN OM RNE OM RNF OM RN OM RN OM RN OM RN OM RN OM RN OM RN OM 0 RN OM RN OM RN Ohm RN Ohm RN Ohm RN Ohm +VTTR 0.UF/V +VTTR 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V 0.UF/V UTek omputer IN. R-Termination Endy_Wu tandard ircuit ate: Thursday, March, 00 heet of 0.

22 0. eta 0 0 V_RE V_REEN +.V V VW_ +.V V VW_ VR % You can change the value of & to meet signal quality RT_RE_R V PF/0V NPO RT_REEN_R V 0.0u l00 V V PF/0V NPO +V_RT V 0.UF/V +V_RT_R VR r00_h VF. +V_RT_F V FJTP V 0.UF/V +V V_RE 0 V_REEN 0 V_UE 0 V T 0 V K 0 V_YN 0 V_VYN 0 +V_RT 0 V_UE +.V V VW_ VR % VR % RT_UE_R V PF/0V NPO V PF/0V NPO 0.0u l00 V 0.0u l00 V PF/0V NPO V PF/0V NPO RT_RE_ON RT_REEN_ON RT_UE_ON V 0 _U_P _T_ON RT_YN_ON RT_VYN_ON _K_ON For EMI PF/0V NPO V0 VR V r00_h _T_R +V VR Ohm RT_YN_ RT_VYN_ VR0 Ohm V VR,VR0 decide by E test +V VQ UMKN V OE# OE# VU VUR VRN +V.KOM.KOM VRN V T 0 V_VYN 0 V_YN 0 PF/0V PF/0V NPO NPO +V +V V VW_ N/ V VW_ N/ RT_YN_ON RT_VYN_ON +V_RT +V_RT V VW_ N/ V VW_ N/ _T_ON _K_ON Place close to V connector For EMI VR PF/0V NPO +V V V 0.UF/V r00_h Place Near VU Pin _K_R VQ UMKN +V V K 0 +V VRN +V_RT.KOM.KOM VRN UTek omputer IN. Onboard-V usan_hi tandard ircuit ate: Thursday, March, 00 heet of 0.

23 +V_EIN V_ON 0. eta 0 _N_TR 0 _KP 0 _KN 0 _TP 0 _TN 0 _TP 0 _TN 0 _TP0 0 _TN0 _EN R 0 _V_EN R0 0 T R 0 K R,,0, _MT_MIN R,,0, _MK_MIN R _EN_R T K_ IE IE IE IE IE 0 0 WTO_ON_0P V +V_ +V PR r00_h PQ I0 +V_ PR MOhm /x P 0.UF/V PQ UMKN V_EN _V_EN /x PR0 /x 00KOM 0 _N_TR 0 _TN0 0 _TP0 0 _TN 0 _TP 0 _TN 0 _TP 0 _KN 0 _KP 0 _V_EN 0 K 0 T 0 _N_EN _KOFF#, O_I_E# +V +V_ /x P 0.UF/V 0PF/0V 0 UF/0V 0 _N_EN _KOFF# TW _EN _KN PF/0V //RF _KP PF/0V //RF K_ 0PF/0V R 0KOhm +V _EN_R P0 0.UF/V +V +V_EIN PR r00_h PQ I0 /x T_ 0PF/0V _TN0 _TP0 _TN _TP _TN _TP 0PF/0V //RF 0PF/0V //RF 0PF/0V //RF 0PF/0V //RF 0PF/0V //RF 0PF/0V //RF +V PRMOhm /x P 0.UF/V P UF/V PR 00KOM P 0.UF/V +V_EIN PQ UMKN _EN +V I# VW_ +V R 00KOhm O_I_E#, 0PF/0V I# +V UF/0V c00 0.UF/V O_I_E# U V Output E--F UTek omputer Inc. -ON EMO 0. ate: Thursday, March, 00 heet of

24 0. eta U_- U_+ P Near IM ocket,, PT_RT# N_OFF IMR_IN# UIM_PWR W W 0.UF/V 0PF/0V /EMI UIM_REET W 0PF/0V /EMI UIM_K UIM IE NP_N NP_N IE IM_ON_P 000P 0 UIM_T W 0PF/0V /EMI WR 0KOhm +V W 0PF/0V /EMI U_- U_+ WR0 WR IMR_IN# W_UPN W /00Mhz / W_UPP UIM_PWR UIM_T UIM_K UIM_REET PT_RT# N_OFF W_UPN W_UPP _PIE_WIMX# _PIE_WIMX# _PIE_WIMX X_X_RXN X_X_RXN X_X_RXP X_X_RXP X_X_TXN X_X_TXN X_X_TXP X_X_TXP _ON 0 0 IE 0 0 IE FP_ON_P UTek omputer IN. and WIMX 0. ate: Thursday, March, 00 heet of

25 0. eta T_PRIORITY T T _PIE_WN# _PIE_WN X_X_RXN X_X_RXP X_X_TXN X_X_TXP,, PT_RT#, PM_U# WN_PWREN# _REQ#_WN WN_ON# +VU_PE +V_PE 0 m +.V_PE WT WT T_PRIORITY T T _PIE_WN# _PIE_WN WN WKE# Reserved Reserved KREQ# REFK- REFK+.V_.V_ UIM_PWR UIM_T 0 UIM_K UIM_REET UIM_VPP +V_PE +.V_PE +VU_PE W UF/V c00 W 0.UF/V W W 0UF/.V 0.UF/V c00 N/ W 0.UF/V W0 0UF/.V c00 X_X_RXN X_X_RXP X_X_TXN X_X_TXP _PIE_WN# _PIE_WN Reserved/UIM_ Reserved/UIM_W_IE# 0 PERT# PERn0 +.Vaux PERp0.V_ M_K 0 PETn0 M_T PETp0 0 U_- Reserved U_+ Reserved 0 Reserved E_WWN# Reserved E_WN# Reserved E_WPN# Reserved.V_ Reserved 0 Reserved0.V_ WN_ON W_PERT# +V_PE +V_PE_R NP_N NP_N MINI_PI_T_P WR r00_h r00_h _REQ#_WN,, PT_RT# WT, PM_U# MINIR_EN +V +V_PE_R W_PERT# +VU WN_O# WNK_EN +VU +VU_PE +.V +.V_PE WN_PWREN# WR WN_PWREN# +V W_WN_EN#_ WQ I0 /WN +V_PE WNK_EN WN_ON# WN_ON W 0PF/0V W0 W WQ UMKN WQ UMKN W W W 0.UF/V 0.UF/V 0.UF/V 0PF/0V WU W 0.UF/V YRTZ NZ TYZ V_PI_ V_PI_ VOUT_PI_ VOUT_PI_ PERTZ N 0 V PTFE +V +.V OZ 0 RKEN V_UX VOUT_UX V V VOUT VOUT PPE# PU# WT KOhm /WN W 0.UF/V /WN WT W W 0.UF/V 0.UF/V 0.UF/V UTek omputer IN. WN Joe_Zhou tandard circuit ate: Thursday, March, 00 heet of 0.

26 +V +V T U_T- U_T+ TR TR UN T /00Mhz UP T_PRIORITY T_I# T T UP UN T_PRIORITY T T TR 0KOhm T_ON 0 0 T UF/0V Wto_ON_0P UTek omputer IN. tandard irciut UETOOT JOE_ZOU ate: Thursday, March, 00 heet of 0.

27 +.VU_N,, separate close to PIN,PIN,PIN. +VU +VU +VU 0. eta V_N 0UF/.V c00 XR V_N 0 UF/0V c00 XR N_V_TR _V _V close to pin UF/0V c00 XR For,Q close to pin 0UF/.V UF/0V 0.UF/V 0.UF/V c00 c00 XR XR XR XR +VU _X 0.UF/V 0.UF/V 0.UF/V 0.UF/V XR XR XR XR /R 0.UF/V XR 0.UF/V R 0 0.UF/V XR /RM R 0KOhm /R N_.V Q MWM /R.U E 0 0.UF/V /R XR V_N /RM lose to pin. 0UF/.V c00_h /RM 0UF/.V c00 /R XR 0 000PF/V /R lose to pin 0&,,, separate close to PIN,PIN,PIN,PIN. +.VU_N _E_K 0 0.UF/V XR If overclocking,please unmount R. +VU,, PT_RT# PIE_WKE# R /RM R /R V_N Input R M,unmount R..KOhm Input M,mount R. U 0 V WP +.VU_N T0N--T /x/r _X UF/0V c00 /R N_V_TR _V _E_K _XTO _XTI _VRE _RI For,unmount U,0.Mount U,,R,R=.Ohm. R.KOhm R.KOM % /R 0.UF/V UF/0V c00 XR 0.UF/V /RM XR 0KOhm U R 0.UF/V XR T R E_0_00 E_T _V _V X VV PERTn WKEn VV V E_Mz V_RE XTO 0 XTI V_RE RI R_E 0000 R /R.KOhm N_EEK N_EET 0 0.UF/V /RM XR _VRE _PIE PIE_#_ 0PF/0V _PIE PIE_#_ RX_N RX_P V REFKP REFKN 0 V_ TX_P TX_N TRXP0 qfn_p s_pad_athe_v TRXN0 E_0_00n VO E_Tn V_ V_RE_ TRXP V_RE_ TRXN V_ N N V_ N N 0 X_X_RXP_ X_X_RXN_ V_ N TETMOE MT V_ MK TWI_T 0 TWI_K V_ KREQn N V_ V_N 0PF/0V 0.UF/V 0.UF/V V_N N_EET N_EEK _V _REQ#_N_R +.VU_N X_X_TXN X_X_TXP _PIE_N 0.UF/V _PIE_N# 0.UF/V X_X_RXP X_X_RXN _M_T _V 0.UF/V XR +VU R.KOhm 0.UF/V XR,, PT_RT# PIE_WKE# _PIE_N# _PIE_N X_X_RXN X_X_RXP X_X_TXP X_X_TXN _REQ#_N _N_M U 0 R_E 0000 _REQ#_N_R +VU R.KOhm R _REQ#_N _V _MI_0+ _MI_0- _MI_+ _MI_- R 0MOhm /00Mhz l00 /R 0.UF/V N_MI_0_R 0.UF/V N_MI R R.Ohm % R.Ohm % R.Ohm % _MI_0+ _MI_0- _MI_+ _N_M 0 0PF/0V R Ohm _XTI X Mhz N/ PF/0V N/ _XTO PF/0V N/ R r00_h R0 _VRE To pin r00_h _VRE 0.UF/V To pin XR 0.UF/V XR. If not overclocking,please mount R,,,unmount R0.. If overclocking, please unmount R, mount R0,,. R.Ohm % lose to U _MI_- UTek omputer IN. R&M hui-sheng_wu tandard irciut ate: Thursday, March, 00 heet of 0.bata

28 0. eta _X _V R0 r00_h /RM UF/0V c00 N/ R r00_h /R _MI_+ _VT _MI_- _MI_0+ _MI_0-0.UF/V 0.UF/V N/ PTT/TTXT T+ TX+ T- TX- N N N N U R+ RX+ R- RX- RT RXT FE N_RXP_ N_RXN_ N_RXT N_TXT N_TXP_ N_TXN_ OM R0 % OM R % F 000PF/KV c0_h 000PF/0V R r00_h N_RXP_ N_RXN_ N_TXP_ N_TXN_ R N_RXP /00Mhz N_RXN R R0 N_TXP /00Mhz N_TXN R N_ON F OM R % OM R0 % N_TXP N_TXN N_RXP N_RXN N_ON N_ON 0 0 WTO_ON_0P UTek omputer IN. RJ ui-sheng_wu tandard irciut ate: Thursday, March, 00 heet of 0.

29 U_M+ MR U_M- U_M+ M_UPP MER_PWREN U_U- U_U+ U_U- U_U+ U_UO# U_M- M /00Mhz M_UPN MR +V +V _Z_OUT _Z_ITK _Z_IN0 _Z_YN _Z_RT# _OP_# O_PWR_W#, O_PWR_E_UP, O_I_E# YQ UMKN O_I_E# YQ UMKN O_PWR_E_UP PWRTN_E T_T0_RXN T_T0_RXP +V I 0.UF/V N/ I I 0.0UF/VT_T_RXN_R 0.0UF/V T_T_RXP_R T_T0_TXP T_T0_TXN _Z_OUT _Z_IN0 _Z_YN _Z_ITK _Z_RT# _OP_# MER_PWREN O_PWR_W# U_UO# +V T_T_RXN_R T_T_RXP_R M_UPN M_UPP PWRTN_E UPN UPP UPN UPP +V_U +V U_ON IE IE 0 0 FP_ON_0P 000F U_U+ UR UPP +V_U 0m +V U_U- U UR UR /00Mhz UPN U_U+ UPP I 0UF/.V c00_h I 0.UF/V N/ I UF/0V I UF/0V I0 0.UF/V N/ U_U- U /00Mhz UPN UR UTek omputer IN. T Kinga_Jin 000N ate: Thursday, March, 00 heet of.0

30 0. eta U_U0+ UR U_UPN0 U /00Mhz U_UPP0 UR U_PORT +V_U_ON For E U U_UPP0 VW_ U U_UPN0 VW_ +V_U +V_U +V_U_ON./V U_UO#0 UF UR.KOhm U /00Mhz l00_h + UE UF/.V c UR.KOhm U_UPN0 U_UPP0 U 0.UF/V U P_ P_ U_ON_XP 000T U_U0- U_U0+ U_U0- U_UO#0 UTEK OMPUTER IN U Port JOE_ZOU tandard irciut ate: Thursday, March, 00 heet 0 of 0.

31 UTEK OMPUTER IN amera ONN KEN_JIN tandard irciut ate: Thursday, March, 00 heet of 0.

32 +V 0. eta O 0UF/.V c00 +V +V +V.KOM ORN.KOM ORN 00KOhm ORN 00KOhm ORN 00KOhm ORN 00KOhm ORN T_ERN T_T _EN# VU_ON O_N_PI O 0.UF/V O 0.UF/V O0 0.UF/V +V _MK _MT 0KOhm ORN _MK 0KOhm ORN _MT 0KOhm ORN O_TP_K 0KOhm ORN O_TP_T T_IN _OK PM_U# PM_U# 00KOhm O_E_RT# O UF/0V /x 0KOhm OR 0KOhm OR OR 0KOhm OR 0KOhm OR0 0KOhm OR O 0.UF/V +V O 0.UF/V FOR T,0 _MK,0 _MT O 0.UF/V TRO_PU F_ERIRQ, F_FRME# _P_E O E_REEN#, F_0, F_, F_, F_ O_KRT# O_K_I# 0TE _PIRT# O_KO[0..] OR 0KOhm O_KI[0..] O_TP_K O_TP_T O_E_RT# O_KO0 O_KO O_KO O_KO O_KO O_KO O_KO O_KO O_KO O_KO O_KO0 O_KO O_KO O_KO O_KO O_KO O_KI0 O_KI O_KI O_KI O_KI O_KI O_KI O_KI O_P_E# TP_OFF# Ohm OROTKEY_W0# EXTMI#, O_I_E# O_P_E# _MK _MT Thermal sensor PWR_W_E# 0 _OK PM_RMRT# 0 T_IN O E_ORNE#, O_PWR_E_UP OQ UMKN O 0.UF/V _PROOT# O_N_PI TP_OFF# O ERIRQ FRME# PIK KRUN# 0 0 KRT# 0 I# 0 PIRT# OU ERT# KO0 0 KO KO KO KO KO KO KO KO KO KO0 0 KO KO KO KO KO KO KO KI0 KI KI KI KI 0 KI KI KI PIO PIO PIO PK0 PT0 PK PT PK PT 0 PIO0 PIO0 PIO0 PIO0 PIO0 PIO0 PIO0 PIO PIO0 PIO PI PI PIO0 0 PIO PIO PIO PIO K0QF P I/F Key Matrix can M U PIO P I/F 0KOhm OR 0.UF/V E +V V V V V V V V V/ V PWM / FN PI I/F URT 0 PWM0 PWM PIO PIO FNPWM0 FNPWM FNF0 FNF PO PO PO 0 POE POF PXIO00 PXIO0 PXIO0 PXIO0 00 XIO PXIO0 0 PXIO0 0 PXIO0 0 PXIO0 0 PXIO0 0 PXIO0 0 PXIO0 0 PXIO 0 PXIO0 0 PXIO 0 PXIO PXIO XIO PXIO PXIO PXIO PXIO +V TP_OFF_E O_PI_WP# PU_EVEOWN# TRO_PU O_E_TX O_E_RX O_K_XKI O_K_XKO O_K_VR T_T O_PI_O MIO O_PI_I MOI 0 O_PI_K PIK O_PI_# PI# PIO 0 PIO PIO XKI XK XKO VR PU_EVEOWN# O_PI_MOE O0 UF/0V O 0.UF/V +V_E PI_K OR r00_h N/ +V OT OT O PM_PWRTN# TP_OFF_E +V O /00Mhz 0UF/.V c00 O_FN0_PWM,, PU_EVEOWN, PM_U# O_FN0_T PM_U# +V, VRM_PWR VU_PWR O_O O E_REEN# _KOFF# O_O PM_TOW# _MK _MT, F_0 ORN +V U_ON, F_ VU_ON.KOM, F_ PU_VRON,, F_ U_ON, PM_PWROK, TP_OFF# PM_EVEOWN#,,,, O_O _EN# 0 O_O P-ON _OP_# ORN T_ERN 0 O.KOM O_PI_K 0.UF/V OR 0KOhm PM_U#, PM_U# VRM_PWR, VU_PWR OR 0MOhm OU # O WP# 0PF/0V O V O# K IO WX0VI OKX.KZ IE 0PF/0V O PM_PWRTN# _KOFF# PM_TOW# U_ON VU_ON, PU_VRON, U_ON, PM_PWROK,,,, PM_EVEOWN# 0 _EN# P-ON _OP_# 0 T_ERN PI_O F_ERIRQ, F_FRME# _P_E O_KRT# O_K_I# 0TE _PIRT#,0 _MK,0 _MT EXTMI# 0 _OK PM_RMRT# 0 T_IN O E_ORNE#, O_PWR_E_UP PI_K O_PI_MOE E_ENE K0 UN_I tandard irciut ate: Thursday, March, 00 heet of OR00.KOhm N/ PU_EVEOWN,, OQ UTek omputer Inc. UMKN O 0PF/0V //RF O PF/0V 0.

33 O_KO[0..] 0. eta O_KI[0..] For Keyboard onnector K 0 0 IE 0 0 IE FP_ON_P O_KO O_KO0 O_KO O_KO O_KO O_KO O_KO O_KO O_KO O_KO0 O_KO O_KI O_KI0 O_KI O_KI O_KI O_KI O_KI O_KI O_KO O_KO O_KO O_KO O_KO O_KO0 O_KI0 O_KO O_KO O_KI O_KO O_KI O_KI O_KO O PN0Y O PN0Y O O_KO O_KI O_KI O_KO O_KI O_KI +V O /00Mhz +V_TP O UF/V O 0.UF/V, F_0, F_, F_, F_, F_FRME# _PI_EU O_TP_T O_TP_K O_KO[0..] O_KI[0..] PN0Y O_KO O_KO O_KO O PN0Y O_KO O_KO O_KO O_KO O PN0Y O_KO0 O_KO +V_TP, F_0, F_, F_, F_, F_FRME# _PI_EU +V O 0.UF/V EU IE 0 0 IE FP_ON_P For ebug O_TP_K O_TP_T E PF/0V /EMI E PF/0V /EMI TOU_P IE 0 0 IE FP_ON_P UTek omputer Inc. E_ENE K0 UN_I tandard irciut ate: Thursday, March, 00 heet of 0.

34 0. eta +V O_FN0_T O_FN0_PWM TP_OFF#_ O O TP_OFF_TN TP_WIT_P TP_OFF# O_FN0_T 0/ newjane: hange OR from.k to K 0000 OR 0UF/.V c00 ORN.KOM +V 0.UF/V ORN.KOM +V FN_T O FN IE IE Wto_ON_P KOhm +V ORN.KOM +V_R ORN.KOM FN_PWM OQ PM0 E 00PF/0V O 00PF/0V O_FN0_PWM For TP E +V TPR.KOhm TP_E TP_OFF_E+ + UE TP_OFF_E- TPR TP_E_ 0KOhm TPQ UMKN TP_OFF_E TP_OFF_E TPQ UMKN UTek omputer Inc. E_ENE K0 UN_I tandard irciut ate: Thursday, March, 00 heet of 0.

35 0. eta IN _PWR P_ P_ P_ P_ NP_N _POWER_JK_P _JK_IN T T T T /00Mhz 0.UF/V 00 0UF/V c0_h UF/V c00_h /_OK_IN 0.UF/V T_IN# 0, _MK,0 _MT,0 IN_ T T T T IN_ /00Mhz FOR EMI change from IP to M T TT P_ 0 T T0 T T _MK _MT _T_IN# /00Mhz /00Mhz /00Mhz _MK,0 _MT,0 T_IN# 0, P_ TT_ON_P 0000U R 0.UF/V T T T T 00PF/0V 0.UF/V N/ 00PF/0V N/ V00M0 V00M0 V00M0 UTEK OMPUTER IN PWR Jack KEN_JIN tandard irciut ate: Thursday, March, 00 heet of 0.

36 0. eta,,0, _MK_MIN,,0, _MT_MIN PI_INT PI_INT +V +V U V_IO REERVE V /K # /I/IO O/T_RE REERVE 0 INT INT O _MK_MIN,,0, _MT_MIN,,0, PI_INT PI_INT UF/0V c00 0.UF/V Install R being slave addrress "" for I/Freescale/T -sensors 0.UF/V XZ +V +V O R 0KOhm R 0KOhm UTek omputer Inc. _sensor UN_I tandard irciut ate: Thursday, March, 00 heet of 0.

37 RR U_R+ R_UPP _M_R_REER U_R+ U_R- R_PWREN# U_R- R /00Mhz /RREER R_UPN RR +V +VU +VU _ON, O_PWR_E_UP O E_REEN# O E_ORNE# +V WN_E T_TE# O_P_E# O_PWR_E_UP O E_REEN# O E_ORNE# WN_E T_TE# O_P_E# R_PWREN# _M_R_REER R_UPN R_UPP IE 0 IE FP_ON_0P 000T <OrgName> <oc> <Title> us u ate: Thursday, March, 00 heet of.0

38 NP_N NP_N RTXN s0 N s00 NP_N RTXN s0 NP_N N s00 0 NP_N RTXN s0 T0 NP_N T0 RTXN s0 NP_N RTXN s0 UTek omputer IN. rew ole Kell_uang 00N_MN ate: Thursday, March, 00 heet of.0

39 /_OK_IN TE_P#, PRE, T_ERN, _EN# _PR_U_0 M T (ontrollor) _OK#_0 PM (WIT) PM WIT _T_Y _T_Y VU_ON RT0QW (ontroller) +VU (.) +VO(0.0) U_ON U_ON IN (WIT) IN (WIT) +V +V () () UP +.V (0.) +VU (.) VU_ON IN (WIT) +V_U (.) +V (0.0) UP +V (0.0) U_ON UPQ (ontroller) +.V (.) U_ON UPU VTT_R(0.V)() UPQ (ontroller) +.V () U_ON UPQ (ontroller) +VP(.0V) (.) PU_VRON VR_VI0~VR_VI, PU_VRON, PM_PRPVR, VP_PWR, VORE_VENE,VORE_VENE P0JPZ (ontrollor) +VORE (.) VRM_PWR, K_EN# UTek omputer IN. Power Flow Joy_Zhou 00 ate: Thursday, March, 00 heet of.0

40 E P P /_OK_IN PR mom PT TPT PT TPT _T_Y PU Power stage P_IN_NU_ PR Ohm P 00PF/0V Vmid PQ PM P 0.UF/V P PR_U_0 PR 00KOhm PR KOhm PQ N00 P IR+_ PJP P P IR-_ 000PF/0V PJP PR 0KOhm PR 0KOhm P 0.UF/V PQ N00 P TW PR.MOhm P 0.0UF/V P OK#_0, _OK# =, attetry Mode _OK# = 0, daptor Mode P PE_0 PQ PM PQ IN_T_E T P VIN_ P 0UF/V P 0UF/V M P /00Mhz P /00Mhz _T_Y. I/P urrent: I in = Vo*Io/( 0. * Vin) =.. Ripple urrent: I rip =. I spec= pcs. Inductor pec: I sat=0 I dc =. R=mohm VT of IN:.V / * (0+) =.V hange PR and PRvalue T_ERN /_OK_IN PR 00KOhm T_ERN =, attery discharges P VTT_0 PR 00KOhm P.UF/V PR 0KOhm /_OK_IN IN PQ N00 P PR_U_0 PR KOhm P PR 0PF/0V KOhm PR 00KOhm P TW P 0.UF/V PQ0 N00 M_VREF PR 00KOhm PR 00KOhm PR.KOhm Vmid _V PR 00KOhm P 0.0UF/V P IN_0 P OK#_0 P INE-_0 P JI_0 P UF/V P 0.0UF/V _OMPI_0 P 0.0UF/V PR 0KOhm PQ N00 P0 00PF/0V V -IN +IN IN OK -INE J OMP PU M P IR+_ P IR-_ P T_0 P 0 P PE_0 P V_0 P 0 T OUT 0 X V OUT P E -INE OUT OUT +IN -IN J OMP OMP 0 P JI_0 P OMPI_0 P OMPV_0 P TW VIN T VREF RT 0 J TT PR KOhm PR 0KOhm P UF/V P VIN_0 P T_T_0 P RT_0 P 0 P JV_0 P VTT_0 P 0PF/0V P 0PF/0V PR KOhm _V P INE-_0 P 000PF/0V P 0 M_VREF P 0.UF/V P 0 P PE_ PU P V V P JV_0, _MK OUT P JI_0, T_IN#, _MT OUT UPM P +VU P NU_ +VU P IR+_ P IR-_ P VTT_0 +V +V +V PR 00KOhm P T_T_0 TPT PT0 PQ UMKN P0 _OK _EN# 0.UF/V _EN# = 0, harger Enable _EN# =, harger isable harging urrent = 0m PJP PRE =, Preharging Mode P 0.UF/V PQ IN_T_E P 0.UF/V PR P0 0.UF/V PR Ohm PR KOhm P0 000PF/0V P.U PR 00KOhm P PR 0KOhm % PR0 mom PJP PQ UMKN PJP PJP T_IN PT TPT P 0UF/V T P 0UF/V ontroller. Voltage & urrent: +.V@.. Frequency: PR=KOM, Fosc=Kz. OP: N/. POR: POR ysteresis =0.V V on =.V. MOFET pec: -side MOFET: IN_T_E Rds(ON)= mohm (Vgs=. V) I cont =. (T = ) I peak = 0 (Pause 0 us) -side MOFET: IN_T_E Rds(ON)= mohm (Vgs=. V) I cont =. (T = ) I peak = 0 (Pause 0 us). Enable Voltage: V =. V. oft start time: Tss=ms. Phase selection: N/.Inrush urrent: total =0uF I inrush= UF/V 0.UF/V MOIFY FOR V PTER PR00 PQ0 PM0 /_OK_IN 0.UF/V P PR0 0KOhm PR0 0KOhm _V attery harging urrent :.V > Vadj >= 0V ==> Ichg = (Vadj-0.0)/(*Rs) TE_P# =, Ich=. TE_P# = 0, Ich=. Input daptor Max. urrent imit : Ilimit_current = (Vadj-0.0) / (*Rs)=.0 Pre-harging Mode : Precharging current =.m Vadj = mv IN Threshold =.V daptor >.V, ystem Powered by daptor daptor <.V, ystem Powered by attery attery harging Voltage : Vadj :VREF ==> Vbat =.V /cell.v>vadj>.v ==> Vbat =.V/cell Vadj : ==> Vbat =.0V /cell.v>vadj>.v ==> Vbat = *Vadj /cell attery ell election : E: VREF ==> ells; E: OPEN ==> ells; E: ==> ells; VREF =.0V fosc(kz) = 000 / RT (KOhm) =Kz oft start: ts(s) = 0. * (uf) harger Joy_Zhou UTek omputer IN Thursday, March, 00 ate: heet of 0

41 PR TPT TPT TPT TPT TPT TPT TPT PT PT PT PT PT PT0 PT _V_ENE _V_ENE +V E +V E +VORE P_VORE_F_0,,,, P_VORE_VENE_0 _PRTP# TP_PU# = 0, PU is in eep leep Mode PM_PRPVR PM_PRPVR =, PU eeper leep Mode is enabled, PU_VRON PU_VRON =, Vcore Reglator Enabled VP_PWR VP_PWR =, Vcore Reglator Enabled VRM_PWR VRM_PWR =, Vcore Power OK PQ PM0 PR KOhm PQ PM0 PR.KOhm PR Ohm PJP PJP0 P 0.UF/V PR Ohm 0KOhm PRN P 0.UF/V PR PRN 0KOhm P_VORE_VENE_0 P_VORE_VENE_0 +V Vcore evel own PRN 0KOhm PQ N00 P PR 000PF/0V P PM_EVEOWN#,,,, PRN 0KOhm 000PF/0V P0 P 000PF/0V 0PF/0V PR PU_EVEOWN,,.KOhm PR PR P_VORE_OMPR_0 PR KOhm P_VOREENE-_0 +V PM_EVEOWN# Ohm PR PR P 0PF/0V P PF/0V PR0 00KOhm PR P 00PF/V +V P 0.0UF/V P_VORE_T_0 PU_EVEOWN +V P_VORE_EN_0 P_VRM_PWR_0 P_VORE_PEY_0 P_VORE_F_0 P_VORE_OMP_0 P_VORE 0 0 P_VORE_REF_0 P P_VORE_OMP_0 0.0UF/V PR P 0PF/0V Ohm P EN PWR PEY KEN# FRTN F OMP T VRFREQ VRTT TTN P P_VORE_PRP_0 P_VORE_PRTP#_0 PR P_VORE_VI0_ P_VORE_VI_ P_VORE_VI_ P_VORE_VI_ P_VORE_VI_ P_VORE_VI_ P_VORE_VI_ P_VORE_V_0 PR 00KOhm P_VORE_PMONF_0 P_VORE_IM_0 PR0 0KOhm P_VORE_OMP_0 P_VORE_REF_0 P_VORE_UM_0 P_VORE_RMP_0 0 P_VORE_VRPM_0 P_VORE_RPM_0 PU_EVEOWN# PRP PRTP# PI# VI0 VI VI VI VI VI 0 VI P V PMON PMONF IM INE OMP REF UM RMP VRPM RPM RT 0PF/0V 000PF/0V 00KOhm +V P_VORE_RT_0 PR 0KOhm PR Vcore VI-0mV VI VI + 00mV VI + 0mV T RV W PV RV P P RV PV W RV T 0 PU P0JPZ-R PR P KOhm 0KOhm P UF/0V c00 P_VORE_T_0 P_VORE 0 P_VORE_PE_0 +V P_VORE 0 P 000PF/0V +V 0mil PR 0KOhm 0.0UF/V PR tatus Power aving Normal Performance N/ P KOhm _VI0 _VI _VI _VI _VI _VI _VI 0mil P UF/0V c00 TW P 0.UF/V PQ IN_T_E P_VORE_IN_ 0 P 000PF/0V c00 PR Ohm r0_h _VI0 _VI _VI _VI _VI _VI _VI P_VORE_IN_ PQ IN_T_E P_Vcore_NU_ 0 PU P0JPZ-R P_VOREENE+_0 PJP PRN 0KOhm PRN 0KOhm PRN 0KOhm PRN 0KOhm PRN 0KOhm PRN 0KOhm PRN 0KOhm PRN 0KOhm P0 0UF/V P.U PJP P_VOREENE-_0 P 0UF/V +VORE +VP +VORE _T_Y +VORE /. + PE 00U/.V P /00Mhz PT TPT P P P P 0UF/.V 0UF/.V 0UF/.V 0UF/.V c00_h c00_h c00_h c00_h PT TPT P P P0 P 0UF/.V 0UF/.V 0UF/.V 0UF/.V c00_h c00_h c00_h c00_h Power tage. I/P urrent: I in = Vo*Io/( 0. * Vin) =0.. Ripple urrent: I rip =0. I spec=.. pcs ynamic: I peak=. ER / pcs =mohm V =mv. Inductor pec: I sat= I dc = R= mohm. MOFET pec: -side MOFET: IN_T_E Rds(ON)= mohm (Vgs=. V) I cont =. (T = ) I peak = 0 (Pause 0 us) -side MOFET: IN_T_E Rds(ON)= mohm (Vgs=. V) I cont =. (T = ) I peak = 0 (Pause 0 us) ontroller. Voltage & urrent: VORE=0.-.V@.. Frequency: et PR=0Kohm Fosc=Kz for RPM et PR=0Kohm Fosc=Kz for M. OP: et PR0=0KOM Iocp=.. POR: POR ysteresis =0.V V on =.-. V V off =.0-. V. UVP: VI-00mV. OVP: VI+00mV. oft start time:.ms. Phase selection: P=V sigle phase.oadline: 0mOhm Vcore Joy_Zhou UTek omputer IN. 00. Thursday, March, 00 ate: heet of