2007/7/15. DDR2 x 1. DDR2 x 1 SATA1. 4 x SATA150,300 ports SATA2 SATA3 SATA4 IDE X1. USB2.0 8 ports WIFI. BIOS Flash ROM (SPI)

Transcription

1 PI-EX x lot ch udio PI-EX x lot LN THERO RELTEK L PI lot PI lot V PKPL-VM/I PI-EX x PI-EX x PI-EX x zalia V PI U MHz Intel L Pentium (90/nm).Hz PU Intel MH earlake (North ridge) F 00/0/MHz MI U Intel IH (ourth ridge) U U PI LP U R.0 hannel R /00 Non-E hannel T IE R x R IMM T T T T IE X U.0 ports WIFI IO Flash ROM (PI) UPER I/O WH- 00// R x R IMM x T0,00 ports x Parallel x Floppy x erial K & M TITLE VERION 0.LOK IRM.00 0.NMIN RULE 0.POWER EQUENE 0.POWER FLOW 0.LOK IRM 0.PU TIMIN 0.LOK EN 0.L- 09.L- 0.L-.L-.L-.ROWTER-.00.ROWTER-.ROWTER-.ROWTER-.ROWTER-.ROWTER- 9.R 0.R.R TERM RE.M.00.PI-E X.00.V.00.IH-.IH-.00.IH-.IH- 9.PI-E X 0.PI LOT.UIO-LT.Z ONNETOR.IE N T.00.IO WH-.I/O ONNETOR.PI, TPM.FN ONTROL.LN TTNI 9.U PORT,WIFI 0.FRONT PNEL.VORE ONTROLLER.VORE RIVER..VUL&VTTR.00.V&V_UL&V_UL.00..V_MH&.V&.0V.00.VTT_PU.00.LN_.V&LN_.V.00.EMI UTEK PKPL-VM/I ate:,, 00 heet of 9 LOK IRM Kimi_wang.0

2 Reference Naming Rule udio H PU Q X PI-E X I IE R RI Y TPM K lock J Z ITP MI K T T PI R L LN U U.0 R M V V E EMI N N W H/W Monitor F O uper I/O X PI-E X P PI X PI-E X Net Naming Rules.When a net passes a resistor, add R_ to net name to identify the shorter route..when a net passes a capacitor, add _ to net name to identify the shorter route..use function as a net main name. If there're inflictions, please add _(destination) to identify. (e.g. R_K_M_PI, _EXP_TXP0, REETON#_IO) Jumper Naming Rule refer to Version.0. Naming Rule UTEK Kimi_wang PKPL-VM/I ate:,, 00 heet of 9.0

3 0 Intel 9Z MH earlake (North ridge) MH_PWROK Power upply IE Press trl lt el Press Power utton PWRTN# 0 PON# PWROK_N UPER I/O WH- uffer out PWROK_P IE_RT# PIRT#_PIEX PIRT#_PIEX.V PI-EX x WIFI PI-EX x RT_K RMRT# IO_PWRTN# LP_# LP_# PWROK_ 0OHM LOK EN Press Reset utton RTON# Intel 0 IH (ourth ridge) 0 PI_RT# 0 _PLTRT# PI lot PURT# 9 PUPWR lear MO RTRT# LN THERO Intel L Pentium (90/nm).Hz PU HINIT# Vcore ontroller VORE_P Kimi_wang UTeK OMPUTER IN PKPL-VM/I ate:,, 00 heet of 9 Power equence.0

4 VR PROHOT KT V RT00RT90RT90 RT90 * PHE VORE/ 0/ RT9PP VTT_R 0.9 0/ V P0T0H P0 V_UL PW0Hi-side P0T0H*Low-side P0T0H* only.v_ul.v_ul. 0/ OPP9TH*.V_MH.9 0// V L0 L V 0//// LN_.V 0// OPP9*.0V 0. 0/ L0 LN_.V 0// V L OPP0T0*.V 0/ 0..V. 0/ OPP0T0* VTT_PU 0. 0/ POWER FLOW UTek Inc. PKPL-VM/I ate:,, 00 heet of 9.0

5 MHHLK K_00M_MH K_9M_REF /00/MHz 00 MHz 9MHz Intel MH earlake (North ridge) R H R H V K_00M_PIEX 00 MHz PI-EX x lot K_00M_PIEX 00 MHz PI-EX x lot Intel L Pentium (90/nm).Hz PU /00/MHz PUHLK LOK K_00M_IH K_00M_T K_M_IH K_M_U K_M_IH 00 MHz 00 MHz MHz MHz. MHz Intel 0 IH (ourth ridge) MHz RELTEK L ITP /00/MHz I PR K_M_L MHz PI lot K_M_L MHz PI lot K_00M_LN K_M_LN 00MHz MHz LN THERO K_00M_WIFI 00MHz WIFI K_M_IO MHz UPER I/O K_M_IO MHz WH- U UTEK PKPL-VM/I LOK IRM ate:,, 00 heet of 9.0

6 UTEK PU Timing P-MX ate:,, 00 heet of 9 Lazy Li.0

7 V.0:del V_UL circuit LKV LKV L /00Mhz 0.UF/V c00 0UF/.V c00_h 0.UF/V 0.UF/V c00 c00 0.UF/V 0.UF/V c00 c00 0.UF/V c UF/V c00.0:change POE to 00uf POE 00UF/V 0.UF/V c00 0.UF/V c00 0.UF/V c00 LKV LKV LKV O_KM_XTLOUT O_KM_XTLIN K_REET# / dd R (,) VORE_P (,) LP_# PF/0V R R0 R R X.Mhz PF/0V RTON# (0,,0) IO_REET# () (,) LP_# PWROK_ (,) TW LKV RN.KOHM _P R.KOhm.KOHM RN.KOHM RN divide voltage because M of L must be.v LKV F FL FL O O R_K_M_IO R_K_M_U _P K_REET# K_9M_REF K_9M_REF# K_00M_T K_00M_T# K_00M_PIEX K_00M_PIEX# K_00M_LN K_00M_LN# R_K_M_L R_K_M_L F FL U Mhz VMhz **RLTH VPI PILK PILK 0 PILK_x PILK0 9 F/PILK_x PILK_REF0/ELPI_REF#** FL/PILK REF/FL FL/PILK 9 **O_ X 0 **O_ X V VREF **EL_#/_MHz LK **EL/MHz T PUT_LR0 0 Vtt_Pwrd/WOL_TOP# PU_LR0 Reset# VPU 9 PUT_LR OT9T_LR/TT_LR PU_LR 9 OT9_LR/T_LR 0 VT VI/O TT_LR/PIeT_LR0 T_LR/PIe_LR0 V VPIEX PIeT_LR PIe_LR 0 PIeT_LR 9 PIe_LR PIeT_LR PIeT_LR PIe_LR PIe_LR PIeT_LR 9 PIeT_LR PIe_LR 0 PIe_LR 9 PIeT_LR PIeT_LR PIe_LR PIe_LR I9LPRLF_T OHM RN OHM RN OHM RN OHM RN OHM RN.0:change R0,R,R,R0 to resistor array.0/.0:hange RN,RN to 00 array resistor.0/0.0:del TPM LOK.0/ del 9clock R_K_M_L R_K_M_L FL O_KM_XTLIN O_KM_XTLOUT MLK_LK MT_LK PUHLK PUHLK# MHHLK MHHLK# K_00M_MH K_00M_MH# K_00M_PIEX K_00M_PIEX# K_00M_IH K_00M_IH# 0PF/0V 0PF/0V 9 0 0PF/0V 0PF/0V 0PF/0V /x K_M_L (0) K_M_L (0) K_M_IH () K_M_IO () 0PF/0V /x MT_LK () MLK_LK ().0:del caps for differential signals 0/ MHHLK () MHHLK# () PUHLK (9,0) PUHLK# (9,0) K_00M_PIEX (9) K_00M_PIEX# (9) K_9M_REF () K_9M_REF# () K_00M_T () K_00M_T# () K_00M_MH () K_00M_MH# () K_00M_IH () K_00M_IH# () K_00M_PIEX () K_00M_PIEX# () K_00M_LN () K_00M_LN# () R.KOhm MH INPUT I.V MO LEVEL RN /POtrap () O_PEL0 RN.KOHM.KOHM /POtrap () O_PEL RN.KOHM /POtrap () O_PEL RN.KOHM /POtrap RN.KOHM M_HEL0 M_HEL M_HEL MOUNT WHEN UE PU TRP HEL0 HEL HEL RN /PUtrap.KOHM RN /PUtrap.KOHM RN /PUtrap.KOHM RN /PUtrap.KOHM M_HEL0 () M_HEL () M_HEL () () K_M_IH () K_M_U () K_M_IO 0PF/0V 0PF/0V 0PF/0V FL OHM RN R_K_M_U OHM RN R_K_M_IO OHM RN R.KOhm /POtrap RN.KOHM /POtrap RN.KOHM /POtrap RN.KOHM /POtrap RN.KOHM FL FL FL F.KOHM RN.KOHM RN.KOHM RN.KOHM RN R KOhm % / HEL0 (0) HEL (0) HEL (0) UTEK PKPL-VM/I LOK EN ate:,, 00 heet of 9.0

8 H#[..] () H#[..0] () L L () HREQ#[..0] () HT#0 H# H# H# H# H# H# H#9 H#0 H# H# H# H# H# H# HT HT HREQ#0 HREQ# HREQ# HREQ# HREQ# L P M L M R T U T U U V V W N P K J M K J R 0# 0# 0# 0# 0# 0# 09# 0# # # # # # # RV RV REQ0# REQ# REQ# REQ# REQ# T0# # NR# HIT# RP# PRI# Y# RY# HITM# IERR# INIT# LOK# TRY# INIT# EFER# MERR# P0# P# H E P E U U H# () HNR# () HHIT# () HT /x HIERR# HT HT HT HPRI# () HY# () HRY# () HHITM# () HINIT# () HLOK# () HTRY# () HEFER# () H_VTT_OUT_R HIERR# HR Ohm HT HRN Ohm H_VTT_OUT_L () () () HI#0 HTN#0 HTP#0 H#0 H# H# H# H# H# H# H# H# H#9 H#0 H# H# H# H# H# # 0# 0# 0# 0# 0# 0# 0# 0# 09# 0# # # # # # I0# TN0# TP0# # # # # # # # 9# 0# # # # # # # # I# TN# TP# E E F F E E9 F0 E F E H# H# H# H# H# H# H# H#9 H#0 H# H# H# H# H# H# H# HI# () HTN# () HTP# () H# H# H#9 H#0 H# H# H# H# H# H# H# H# H#9 H#0 H# W Y Y F F # # 9# 0# # # # # # # # # 9# 0# # R0# TETHI0 TETHI09 TETHI0 P0# P# P# P# TLREF0 TLREF F H J H H J H H HTETHI0 HT HT9 HT0 HT HTETHI0 HTETHI09 HTETHI0 HR#0 () HPU_TLREF0 HPU_TLREF HR#0 HTETHI0 (0) HTETHI09 (0) HRN Ohm HRN Ohm HRN Ohm HR Ohm () () () HI# HTN# HTP# H# H# H# H#9 H#0 H# H# H# H# H# H# H# H# H#9 H#0 H# 9 F F9 E9 E0 0 F F E F F E # # # 9# 0# # # # # # # # # 9# 0# # I# TN# TP# # 9# 0# # # # # # # # # 9# 0# # # # I# TN# TP# H# H#9 H#0 H# H# H# H# H# H# H# H# H#9 H#0 H# H# H# HI# () HTN# () HTP# () () HT# H# H# H# H# HT HT H H J J E # # # # RV RV T# TLREF TLREF_EL E H9 Omit 0ohm resister between TLREF0& H_TLREF_EL PU_MH_TLREF () HT /x HPURT# HR Ohm H 0PF/0V H_VTT_OUT_R OKET PU_TLREF Voltage ivider * PU_TLREF = 0. * VTT = 0.V ** ivider hould be within. in. of the TLREF Pin *** Layout : W/ = 0/ HR = 0 Ohm to upport NW PU HR = Ohm ( Original ) H_VTT_OUT_R OKET REET# R0# R# R# HR#0 F HR# HR# HR = 0 Ohm to upport NW PU HR = Ohm ( Original ) HPURT# (0,) HR#[..0] () (9) HPU_TLREF0 PU_TLREF0 Voltage ivider * PU_TLREF = 0. * VTT = 0.V ** ivider hould be within. in. of the TLREF0 Pin *** Layout : W/ = 0/ HPU_TLREF0 H 0PF/0V lose to PU lose to ivider HR0 HPU_TLREF0_R H UF/0V H_VTT_OUT_R HR9 OHM % HR 0 % H 0PF/0V HPU_TLREF (9) HPU_TLREF lose to ivider HPU_TLREF_R HR lose to PU.0:add HR,H,HR,HR for future PU. UTEK H UF/0V HR OHM % HR 0 % PKPL-VM/I L- ate:,, 00 heet of 9.0

9 VTT_PU.0:del 0ohm HR,HR.0:H HV_PLL VTT_PU VTT_PU add circuit to control this timing HL 0UH HL 0UH HL 0UH () HMI# () H0M# () HFERR# () HINTR () HNMI () HINNE# () HTPLK# H HTP_ RV U HTETHI RV RV 0UF/.V RV E9 HT RV H HV_PLL HV 0UF/.V H 0UF/.V H 0.0UF/0V P MI# K 0M# R FERR#/PE# K LINT0/INTR L LINT/NMI N INNE# M TPLK# L V V VIOPLL V_PLL F HTETHI00 TETHI_0 F HTETHI0 TETHI_ HTETHI0 TETHI_ HTETHI0 TETHI_ HTETHI0 TETHI_ HTETHI0 TETHI_ F HTETHI0 TETHI_ W HTETHI0 TETHI_ P HTETHI TETHI_ W HTETHI TETHI_ L HTETHI TETHI_ F F/TLREF 0 RV/TLREF FOREPR# RV PWROO PROHOT# THERMTRIP# K H N L M HT HR 9.9Ohm HPU_TLREF () HPU_TLREF0 () HFOREPH# () HPROHOT# () HTHERMTRIP# () HR 9.9Ohm VTT_PU HRN Ohm HRN Ohm HRN Ohm HRN Ohm Ohm HR0 H_VTT_OUT_L HR 0 H9 PF/0V H_VTT_OUT_L HTP_ HPU_PWR (0,) RV HTETHI HR HR9 KOhm HR HPM#0 (0).0:change the value from pf to pf for combine components HPULP# () HFOREPH# HPROHOT# H_VTT_OUT_R HR %.0:change HR,HR,HR, HR,HR to 9.9ohm for combine components. HR % H_VTT_OUT_R H_VTT_OUT_L PU VI Termination (PU ide) HVI0 HVI HVI HVI HVI HVI HVI 0.KOHM RP HVI[..0] () 0.KOHM RP 0.KOHM RP (,) HTHERM.0 () HTHERM 0.KOHM RP VORE 0.KOHM RPE 0.KOHM RPF (,) VI_EL (,0) PUHLK (,0) PUHLK# () H_KTO# H 0.KOHM RP 00PF/0V 9 0.KOHM RPH H_KTO# M L M L K L M M N F E L K J H N N N N L L VI0 VI VI VI VI VI VI VI VI_EET LK0 LK KTO# THERM THERM RV RV V_ENE V_ENE V_M_REULTION V_M_REULTION V ENE V ENE OMP0 OMP OMP OMP OMP OMP OMP OMP OMP IMPEL PEI N RV MI MI0 OOTELET LL_I0 T R J T Y E F L V W Y V HOMP0 HOMP HOMP HOMP HOMP HOMP HOMP HOMP HOMP HT HT9 HT0 HT HR 9.9Ohm HR9 9.9Ohm % HR0 9.9Ohm % HR 9.9Ohm % HR 9.9Ohm % HR 9.9Ohm % HR 9.9Ohm % HR 9.9Ohm % HR 9.9Ohm % HR.9Ohm % HPEI () HR0 Ohm HR 9.9Ohm HR 9.9Ohm H_VTT_OUT_R H 0.UF/V c00 H_VTT_OUT_R H 0.UF/V c00 HT F9 RV9 LL_I HT OKET UTEK PKPL-VM/I L- ate:,, 00 heet 9 of 9.0

10 L HTK E HTI TK HTO TI F HTM TO HTRT# TM TRT# VTT VTT VTT VTT VTT VTT VTT VTT VTT9 VTT0 VTT VTT VTT VTT VTT VTT VTT VTT VTT9 VTT0 VTT VTT VTT VTT VTT_PU / hange to for time short H_VTT_OUT_R () () HTETHI0 HTETHI09 HPM# HR /ITP HPM# HR /ITP HPM# HTK HTRT# OHM HRN OHM HRN OHM HRN OHM HRN H_VTT_OUT_R (9) HPM#0 HPM#0 J HPM# J HPM# HPM# HPM# F HPM# PM0# PM# PM# PM# PM# PM# VTTPWR M HR Ohm VTT_PWR (,) (,9) PUHLK (,9) PUHLK# HR /ITP HR /ITP ITP_LK ITP_LK# (,,0) RTON# R# () () () H_VTT_OUT_L HEL0 HEL HEL HPM#.0:change HR ohm to 9.9ohm for combining component UE K ERIE RE TO IOLTE LOK HR /ITP HR 9.9Ohm VTT_PU HRN KOHM HT HTP_9 HT HT HT HT HT9 HRN KOHM K ITPLKOUT0 J ITPLKOUT N RV 9 RV E RV9 E RV0 RV 0 RV E HRN KOHM RV 9 EL0 H0 EL 0 EL OKET VTT_OUT_R VTT_OUT_L VTT_EL J F H_VTT_OUT_R H_VTT_OUT_L H H0 H H 0.UF/V 0.UF/V 0.UF/V 0.UF/V c00 VTT_ELET () H_VTT_OUT_R ITP_LK# (,,9,) MLK_OTHER (,,0) RTON# HTK HTO HPM#0 HPM# HPM# (9,) HPU_PWR ITP IE IE IE IE FP_ON_0P ITP_LK MT_OTHER (,,9,) HPURT# (,) HTM HTI HPM# HPM# HPM# HTRT# HRN KOHM UTEK PKPL-VM/I L- ate:,, 00 heet 0 of 9.0

11 VORE ate: heet of 9,, 00 UTEK L-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK L-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK L-.0 PKPL-VM/I V V V V V V V V V9 9 V0 0 V V V V V V V V 9 V9 0 V0 V E V E V E V E V E V E9 V E V E V9 E V0 E9 V F V F V F V F V F V F9 V F V F V9 F V0 F9 V V V V V V 9 V V V9 V0 V V V 9 V 0 V V 9 V H V H V9 H V0 H V H V H9 V H V H V H V H V H V H V9 H9 V0 H0 V H V H9 V J V J V J V J V J V J9 V9 J V0 J V J V J V J V J9 V K V K V K V K V9 K V90 K9 V9 K V9 K V9 K V9 K V9 K V9 K9 V9 L V9 L V99 L V00 L V0 L V0 L9 V0 L V0 L V0 L V0 L V0 L9 V0 L0 V0 L9 V M V M V M V M V M V M9 V M V M V9 M V0 M V M9 V M0 V M V M9 V N V N V N V N V9 N V0 N9 V N V N V N V N V N9 V N0 V N V N9 V9 J0 V0 J V J V J V J V J V J V J9 V J0 V J V9 J V0 J V J V J V J V J V J V J9 V J0 V J V9 J9 V0 K V K V K V K V K V K V K9 V K0 V K V L V M V M V M V M V M V0 M V9 M9 V M0 V M V N V N V N V N V N V N V0 N9 V09 N0 V0 N V0 P V0 R V0 T V0 T V0 T V0 T V0 T V00 T V99 T9 V9 T0 V9 T V9 U V9 U V9 U V9 U V9 U V9 U V90 U9 V9 U0 V U V V V W V W V W V W V W V W V0 W9 V9 W0 V W V Y V Y V Y V Y V Y V Y V Y9 V0 Y0 V9 Y LE OKET LE OKET

12 HTP_E HTP_J ate: heet of 9,, 00 UTEK L-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK L-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK L-.0 PKPL-VM/I Place at bottom HT HT V F9 V F V F0 V F V F V 0 V V V9 V0 0 V V V V H V H0 V H V H V H V9 H0 V0 H V H V H V H V J0 V J V J V J V9 J0 V90 J V9 J V9 J V9 J V9 J9 V9 J0 V9 J V9 K0 V99 K V00 K V0 K V0 K V0 K0 V0 K V0 K V0 K V0 K V0 K9 V09 K0 V0 K V K V L0 V L V L V L V L0 V L V L V9 L V0 L V M V M0 V M V M V M V M0 V9 M V0 M V M V M V M V N V N0 V N V N V9 N V0 N V N0 V N V N V N V N V V V9 V0 V 0 V V V V 0 V V V 9 V9 V0 V V V V V V V V V9 V0 V 9 V E V E V E V E V E0 V E V E V9 E V0 E V E V F0 V F V F V F9 V F V F V9 F V9 H0 V9 H V9 H V9 H V9 H V9 H V9 H V9 H9 V99 H0 V00 H V0 H V0 H V0 H V0 H V0 H V0 H V0 H V09 H V0 H V H V H V H9 V J V J V K V K V K V9 L V0 L V L V L V L V L V L9 V L V L0 V L V9 L V0 M V M V N V N V N V P V P V P V P V9 P V0 P V P9 V P0 V P V P V R V R V R V R V9 R V0 R V R V R9 V R0 V R V R V T V T V T V0 U V V V V V V V V V V V V V V9 V V V9 V0 V0 V V V V W V W V Y V Y V Y L OKET L OKET HR KOhm HR KOhm V V V V V V V 9 V9 V0 V V V V V 9 V V 0 V V9 V0 V V V V V V V 9 V 0 V9 V0 V V V V V E0 V E V E V E V9 E V0 E0 V E V E V E V E V E V E9 V E0 V E V9 E V0 F0 V F V F V F V F0 V F V F V F V F V9 F V0 F RV RV RV9 E RV0 E post_nc post_nc post_nc post_nc RV F RV J LF OKET LF OKET HT0 HT0 HT HT HR KOhm HR KOhm HT HT

13 () X_RXP0 () X_RXN0 () X_RXP () X_RXN () X_RXP () X_RXN () X_RXP () X_RXN () X_RXP () X_RXN () X_RXP () X_RXN () X_RXP () X_RXN () X_RXP () X_RXN () X_RXP () X_RXN () X_RXP9 () X_RXN9 () X_RXP0 () X_RXN0 () X_RXP () X_RXN () X_RXP () X_RXN () X_RXP () X_RXN () X_RXP () X_RXN () X_RXP () X_RXN () MI_RXP0 () MI_RXN0 () MI_RXP () MI_RXN () MI_RXP () MI_RXN () MI_RXP () MI_RXN () K_00M_MH () K_00M_MH# () VO_TRL_T () VO_TRL_LK.V_MH NR.KOhm MI_RXP0 NR.KOhm MI_RXN0 NR.KOhm MI_RXP NR9.KOhm MI_RXN NR0.KOhm MI_RXP NR.KOhm MI_RXN NR.KOhm MI_RXP NR.KOhm MI_RXN LOE TO MH NU F EXP_RXP0 EXP_RXN0 K EXP_RXP J EXP_RXN F EXP_RXP E EXP_RXN J EXP_RXP H EXP_RXN J EXP_RXP H EXP_RXN F EXP_RXP E EXP_RXN E EXP_RXP F EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN L9 EXP_RXP9 L EXP_RXN9 M EXP_RXP0 M9 EXP_RXN0 M EXP_RXP L EXP_RXN M EXP_RXP M EXP_RXN R9 EXP_RXP R0 EXP_RXN T EXP_RXP R EXP_RXN R EXP_RXP R EXP_RXN W MI_RXP0 V MI_RXN0 Y MI_RXP Y9 MI_RXN MI_RXP MI_RXN MI_RXP MI_RXN LKP LKN VO_TRLT E VO_TRLLK PIE MI EXP_TXP0 EXP_TXN0 EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP9 EXP_TXN9 EXP_TXP0 EXP_TXN0 EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN MI_TXP0 MI_TXN0 MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN EXP_OMPO EXP_OMPI X_TXP0 () X_TXN0 () X_TXP () 0 X_TXN () 0 X_TXP () 9 X_TXN () 9 X_TXP () X_TXN () X_TXP () X_TXN () X_TXP () X_TXN () X_TXP () X_TXN () F X_TXP () E X_TXN () F X_TXP () X_TXN () J X_TXP9 () K X_TXN9 () L X_TXP0 () K X_TXN0 () N X_TXP () M X_TXN () P X_TXP () N X_TXN () R X_TXP () P X_TXN () U X_TXP () T X_TXN () V X_TXP () U X_TXN () V _M_TXP0 c00 N 0.UF/V V _M_TXN0 c00 N9 0.UF/V W _M_TXP c00 N90 0.UF/V Y _M_TXN c00 N9 0.UF/V _M_TXP c00 N9 0.UF/V 9 _M_TXN c00 N9 0.UF/V Y _M_TXP c00 N9 0.UF/V _M_TXN c00 N9 0.UF/V.V_MH NR.9Ohm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hm % HOMP HOMP# HROMP MH_TLREF MHHLK MHHLK# % H#[..0] () R.OHM 0.UF/V c00 0PF/0V HOMP HOMP# VTT_PU R % R 0 % R0 9.9Ohm.0:el R 0PF/0V R N/ UF/0V R 9.9Ohm % R 9.9Ohm % 0PF/0V.0:change R0 ohm to 9.9ohm for combining component VTT_PU VTT_PU PU_MH_TLREF () VTT_PU R9 0 % R 0 % MHHLK# () UTEK PKPL-VM/I ROWTER- ate:,, 00 heet of 9.0

14 NU (9,) M_H_M[..0] M_H_M0 M_H_M M_0 M_H_M M_ M_H_M M_ M_H_M M_ Y M_H_M M_ M_H_M M_ Y M_H_M M_ Y M_H_M M_ M_H_M9 M_ M_H_M0 M_9 Y M_H_M M_0 M_H_M M_ W M_H_M M_ Y M_H_M M_ M_ (9,) M_H_WE# WE_# Y (9,) M_H_# _# (9,) M_H_R# R_# (9,) M_H_0 _0 W (9,) M_H (9,) M_H W (9,) M_H_#0 _0# (9,) M_H_# _# REERVE REERVE 0 (9,) M_H_KE0 KE_0 Y0 (9,) M_H_KE KE_ Y REERVE 9 REERVE Y (9,) M_H_OT0 OT_0 (9,) M_H_OT OT_ REERVE 9 REERVE U (9) M_H_LK0 LK_0 R (9) M_H_LK0# LK_0# P (9) M_H_LK LK_ N (9) M_H_LK# LK_# V (9) M_H_LK LK_ W (9) M_H_LK# LK_# P9 REERVE P REERVE M REERVE9 M REERVE0 T REERVE U REERVE HT /x TP_W_N N REERVE TPb R_ Q_0 Q_0# M_0 Q_0 Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_9 Q_0 Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_9 Q_0 Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_9 Q_0 Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_9 Q_ Q_# M_ Q_0 Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_9 Q_0 Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_9 Q_0 Q_ Q_ Q_ U R R R R V V P P U V Y Y Y W W 9 9 Y9 Y W Y 0 0 T0 U N T R U T P N P0 V0 R R0 U V U0 P N9 V0 V R P L L0 M N M9 K K N0 N L L9 0 J0 H F9 E0 J J F F E E 9 M_H_Q0 (9) M_H_Q0# (9) M_H_M0 (9) M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q (9) M_H_Q# (9) M_H_M (9) M_H_Q M_H_Q9 M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q (9) M_H_Q# (9) M_H_M (9) M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q (9) M_H_Q# (9) M_H_M (9) M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_Q0 M_H_Q M_H_Q (9) M_H_Q# (9) M_H_M (9) M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_Q (9) M_H_Q# (9) M_H_M (9) M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q (9) M_H_Q# (9) M_H_M (9) M_H_Q M_H_Q9 M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q (9) M_H_Q# (9) M_H_M (9) M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_Q0 M_H_Q M_H_Q M_H_Q (0,) M_H_M[..0] M_H_M0 M_H_M M_0 Y M_H_M M_ M_H_M M_ M_H_Q[..0] (9) M_H_M M_ W M_H_M M_ M_H_M M_ M_H_M M_ M_H_M M_ Y M_H_M9 M_ M_H_M0 M_9 W M_H_M M_0 M_H_M M_.V_UL M_H_M M_ Y9 M_H_M M_.0:change R.0Kohm to Y M_ Kohm for combining component R (0,) M_H_WE# WE_# W9 KOhm (0,) M_H_# _# W % (0,) M_H_R# R_# Y9 (0,) M_H_0 _0 M_R_OMPVOH (0,) M_H (0,) M_H (0,) M_H_#0 _0# 0 R 0.UF/V (0,) M_H_# _# Y KOhm c00 REERVE Y % REERVE Y (0,) M_H_KE0 KE_0 W M_R_OMPVOL (0,) M_H_KE KE_ REERVE REERVE R 9 KOhm (0,) M_H_OT0 OT_0 0 % 0.UF/V (0,) M_H_OT OT_ 9 c00 REERVE REERVE9 V (0) M_H_LK0 LK_0 W (0) M_H_LK0# LK_0# U (0) M_H_LK LK_ T (0) M_H_LK# LK_# V (0) M_H_LK LK_ T.V_UL (0) M_H_LK# LK_# U9 REERVE0 R9 REERVE V9 REERVE W REERVE N REERVE P R 0.UF/V REERVE KOhm c00 % /x HT TPb REERVE W /x HT9 TPb REERVE N R /x HT0 TPb REERVE M KOhm 9 /x HT TPb REERVE9 % /x HT TPb REERVE0 F 0.UF/V /x HT TPb REERVE P c00 /x HT TPb REERVE 9 /x HT TPb REERVE M REERVE M_VREF /x HT TPb M_VREF M VREF.V_UL R M_R_OMPXPU N % M_R_OMPXP ROMP N M_R_OMPYPU ROMP0 0 0 M_R_OMPYP ROMP 0 ROMP 0.UF/V 0.UF/V R c00 c00 R9 % %.V_UL M_R_OMPVOH M0 M_R_OMPVOL MROMPVOH M R0 MROMPVOL % 0.UF/V c00 NU R_ HT /x 9 REERVE TPb Q_0 Q_0# M_0 Q_0 Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_9 Q_0 Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_9 Q_0 Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_9 Q_0 Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_9 Q_ Q_# M_ Q_0 Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_9 Q_0 Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_9 Q_0 Q_ Q_ Q_ V U R N N W W N N N9 U R P W9 T U P R R U9 V U P R W U V U T U M V W T U P V T T P U W R N W9 U9 U W V N N U R N R L L M M M J L R9 M L L 9 J F F J J F F M_H_Q0 (0) M_H_Q0# (0) M_H_M0 (0) M_H_Q0 M_H_Q[..0] (0) M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q (0) M_H_Q# (0) M_H_M (0) M_H_Q M_H_Q9 M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q (0) M_H_Q# (0) M_H_M (0) M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q (0) M_H_Q# (0) M_H_M (0) M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_Q0 M_H_Q M_H_Q (0) M_H_Q# (0) M_H_M (0) M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_Q (0) M_H_Q# (0) M_H_M (0) M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q (0) M_H_Q# (0) M_H_M (0) M_H_Q M_H_Q9 M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q (0) M_H_Q# (0) M_H_M (0) M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_Q0 M_H_Q M_H_Q M_H_Q UTEK PKPL-VM/I ROWTER- ate:,, 00 heet of 9.0

15 pin : R:N NUE pin E:0:TX :TX () M_HEL0 0 EL0 HYN V_HYN () () M_HEL J0 EL VYN V_VYN () () M_HEL J EL.V_MH () WEXP_EN avid ai modify R KOhm r00_h R9 R0 HT /x K0 HT /x LLZTET F0 XORTET REERVE E HT9 /x EXP_LR K R_WEXP_EN REERVE J HT0 /x EXP_EN H REERVE J Pin: EXP & VO oncurrent election V RE REEN LUE RE# REEN# LUE# R0 Ohm R Ohm R Ohm V_RE () V_REEN () V_LUE () 0 Only VO or PI EXP Operational VO and PI EXP operating via PI EXP- port _T _LK L M _T () _LK () HT /x HT /x HT /x HT /x HT /x HT /x HT /x HT /x L N N N M0 L L M REERVE9 REERVE0 REERVE REERVE REERVE REERVE REERVE REERVE REFET 0 REFET Placed NR as close to the MH within 00 mils. NR.KOhm r00_h % U0 U R9 R0 U U R R REERVE REERVE REERVE9 REERVE0 REERVE REERVE REERVE REERVE REFLKP REFLKN K_9M_REF () K_9M_REF# ().V_MH R KOhm % R 9Ohm % (,) _PLTRT# M_L_VREF 0.UF/V c00 INTEL EMO OR:.K,K,%.0:change NR.Kohm to.kohm for combining component NR.KOhm HT /x HT /x () PWROK_N V_P_PLTRT# NR KOhm REERVE REERVE M V_P_PLTRT# VREF V_P_PLTRT# M PWROK HT /x 0 HT /x REERVE 9 HT /x REERVE HT /x REERVE9 Y REERVE0 MI N N N N N N N N REERVE REERVE REERVE RTIN# PWROK IH_YN# N9 TET0 TET TET N0 F F M M J HT9 /x HT0 /x HT /x PWROK_N HT /x HT /x HT /x HT9 /x _PLTRT# (,) PWROK_N ().0:del NR,NR 0ohm N9 0PF/0V V R KOhm r00_h IH_YN# () UTEK PPKL-VM/I ROWTER- ate:,, 00 heet of 9.0

16 V_PLL HVPLL HVPLL V_HPLL V_EXPPLL V_HPLL V_EXP VQ_RT V_MPLL V_ V_ V_PLL V_MPLL V_ V_EXPPLL V V_L_PLL VQ_RT.V_MH.V_MH.V_MH.V_MH V.V_MH.V_MH HVPLL.V.V_MH.V_MH ate: heet of 9,, 00 UTEK ROWTER-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK ROWTER-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK ROWTER-.0 PKPL-VM/I 0m PLE NEXT TO PWR ORRIOR PLE ON OTTOM 0u PLE IN PI-E REKOUT.0:del NR 0ohm.0:el R,R 0 UF/0V 0 UF/0V 9.UF/0V 9.UF/0V L /00Mhz FERRITE E(00)0OHM/00m L /00Mhz FERRITE E(00)0OHM/00m L /00Mhz L /00Mhz 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 R R 9 0UF/0V c00_h 9 0UF/0V c00_h 0.0UF/0V 0.0UF/0V UF/0V UF/0V 0.UF/V c00 0.UF/V c00 UF/0V UF/0V UF/0V UF/0V 0UF/0V c00_h 0UF/0V c00_h 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 UF/0V UF/0V V90 V9 V V V 9 V 0 V V0 V99 F V9 F V9 F V9 F V9 F V9 F0 V9 F V9 F V9 F V0 E V0 E V00 E V0 E V0 E9 V0 E V0 E V V V0 V09 V0 V0 V V V V V V V0 V9 V V V V V V V Y V Y V Y V0 Y V9 Y V Y V0 W V9 W V W9 V W V W V W V W V W V V V V V V V0 V V9 V9 V V0 V V V V V V V V V V V V V V V U V U V U V U V U9 V0 U0 V9 U V U V U V U V U V U V0 R V9 R V P V R V R V P V R0 V P0 V_ Y V_EXPPLL V_HPLL REERVE V V_MPLL V_PLL V_PLL V_ V J V J V J0 V J9 V J V J V J V J V9 J V0 J V J V H V H V H V V V V 0 V9 9 V0 V V V V V V V F V F V9 F V0 V V 0 V V V V 9 V V V9 V0 V 0 V V V V 9 V V V Y V9 Y V0 Y0 V Y V Y V V V V V V0 V V9 V U V U0 V9 U9 V0 U V U V N V N V N9 V N V N V N V L V9 J V0 J V J V V F V F9 V V V 9 V9 Y REERVE L REERVE J V_ V_ V_EXP V_RT VQ_RT V V V V V L POWER NUF POWER NUF 0UF/0V c00_h 0UF/0V c00_h 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 UF/0V UF/0V HT /x TPb HT /x TPb E 00UF/V E 00UF/V 0.UF/V c00 0.UF/V c00 0UF/0V c00_h 0UF/0V c00_h 9 UF/0V 9 UF/0V L /00Mhz FERRITE E(00)0OHM/00m L /00Mhz FERRITE E(00)0OHM/00m 9 0.UF/V c UF/V c00 HT /x TPb HT /x TPb 0.UF/V c00 0.UF/V c00 L /00Mhz FERRITE E(00)0OHM/00m L /00Mhz FERRITE E(00)0OHM/00m UF/0V UF/0V UF/0V UF/0V UF/0V UF/0V 0 0.UF/V c UF/V c00 0UF/0V c00_h 0UF/0V c00_h 0.UF/V c00 0.UF/V c00 UF/0V UF/0V HT /x TPb HT /x TPb 0.UF/V c00 0.UF/V c00 L /00Mhz FERRITE E(00)0OHM/00m L /00Mhz FERRITE E(00)0OHM/00m 0.UF/V c00 0.UF/V c00 0UF/0V c00_h 0UF/0V c00_h

17 V_MLK VTT_PU VTT_PU.V_UL.V_MH.V_UL.V_MH ate: heet of 9,, 00 UTEK ROWTER-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK ROWTER-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK ROWTER-.0 PKPL-VM/I close to MH split at edge of the package. del the bead LIP NHOR_LIP LIP LIP NHOR_LIP LIP V_ L V_ L V_ L V_ L0 V_ L V_ L V_ L V_0 L V_ K V_9 K0 V_0 K9 V_ J V_0 9 V_9 0 V_ 9 V_ 0 V_ F V_ F9 V_ F0 V_ V_ V_ 9 V_0 0 V_9 J V_ J9 V_ J0 V_ V_ V_ V_ F V_ V_ L V_ L V_ L0 V_ L9 V_ L V_ L V_ L V_9 L V_0 L V_ L V_ L V_ K V_ K V_ K V_ K V_ K0 V_ K V_9 K V_0 K V_ K V_ K V_ K V_ J V_ V_ V_ V_ Y V_9 J V_0 J V_ J V_ J V_ J0 V_ J V_ J V_ J V_ J V_ 0 V_9 9 V_0 Y0 V_ Y9 V_ V0 V_ V9 V_ U9 V_ U V_ L V_ K V_ L9 V_9 L V_MLK V_MLK V_MLK Y V_MLK V_MLK VTT P9 VTT P VTT P VTT P VTT P VTT N9 VTT N VTT N VTT9 N VTT0 M9 VTT M VTT M VTT L VTT L VTT K VTT K VTT J VTT J VTT9 H VTT0 H VTT VTT VTT VTT F VTT F VTT F VTT E9 VTT E VTT9 E VTT0 E VTT 9 VTT VTT VTT 0 VTT 9 VTT VTT 0 VTT 9 VTT9 VTT0 VTT 0 VTT VTT R VTT R VTT R VTT R VM 9 VM VM 0 VM VM VM VM VM 9 VM9 VM0 VM VM VM VM 0 VM VM VM VM Y VM9 W VM0 W0 VM V VM V V_EXP V_EXP 0 V_EXP 9 V_EXP V_EXP V_EXP V_EXP V_EXP V_EXP9 V_EXP0 V_EXP V_EXP V_EXP V_EXP E V_EXP E V_EXP E NU NU 9 0UF/0V c00_h 9 0UF/0V c00_h LIP NHOR_LIP LIP LIP NHOR_LIP LIP UF/0V UF/0V UF/0V UF/0V UF/0V UF/0V UF/0V UF/0V 0 0.UF/V c UF/V c00 UF/0V UF/0V UF/0V UF/0V UF/0V UF/0V 0.UF/V c00 0.UF/V c00 UF/0V UF/0V 9 0.UF/V c UF/V c00 9 0UF/0V c00_h 9 0UF/0V c00_h HETINK HETINK_NHOR HETINK HETINK_NHOR 0 0.UF/V c UF/V c00 UF/0V UF/0V 9 0UF/0V c00_h 9 0UF/0V c00_h 0.UF/V c00 0.UF/V c00 L /00Mhz L /00Mhz 9 0UF/0V c00_h 9 0UF/0V c00_h UF/0V UF/0V 90 0UF/0V c00_h 90 0UF/0V c00_h

18 ate: heet of 9,, 00 UTEK ROWTER-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK ROWTER-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK ROWTER-.0 PKPL-VM/I V9 V9 V9 V9 V9 0 V9 V99 V00 Y V0 Y V0 W V0 W V0 W V0 V V0 V V0 V V0 V V09 V V0 V V V V V9 V V V U V U V U V U V U0 V9 U V0 U V T V T9 V T V T V T V R V R V R V9 R V0 R V R V R V R0 V R V R9 V R V P V P V9 P V0 P V N V N V N9 V N V N V N0 V N V N V9 N V N V N V M V M0 V M V M V M9 V M V9 M V0 M0 V M V M9 V M V M V M V M V L V L V9 K V0 J9 V J V J V H V V V F V F V F V9 F0 V0 F9 V F V F V F V0 F V0 F V0 F V0 F V09 V0 9 V V V V V V V 9 V V9 V0 V V 0 V 0 V V V V V V9 V0 9 V V V V V V V 0 V V9 V0 Y V Y V Y V Y V Y V Y V Y V Y9 V Y0 V9 Y V0 Y V Y V W V V V V9 V V V V V V V V V9 V V0 V V V V U V U V U V U V U V T V T V9 R V0 R V R V R V R V R V R V P V P0 V P V9 P V0 P V P V N V N V N V N V N V N V N0 V9 N V90 N V9 M V9 M V9 M V0 M V M V M V M V M V M0 V9 M V0 M V L V L V L V L9 V L V L0 V L V L V9 L V0 L V K V K V K V K V K V K V K V J V9 J V0 J V J V J V J9 V J V J V H V H9 V H V9 H0 V0 H V H V H V V V V V V V9 V0 9 V V V F V F V F V F V F V F V9 E V90 E V9 E V9 E V0 E0 V0 E V0 E V0 E V E9 V E V 0 V0 V9 V V V V V V00 V99 V9 V9 V9 V9 V9 V9 V9 9 V9 V90 0 V9 9 V V V V V V V V V Y0 V F V F V F9 V E V9 E V0 E0 V E V V V W V W V W0 V R V E V9 V0 V V V V9 M NUH NUH

19 M_H_M M_H_Q M_H_Q0 M_H_Q M_H_M M_H_Q M_H_Q MT_MIN M_H_Q M_H_M9 M_H_Q0 M_H_Q9 M_H_Q M_H_Q M_H_M M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_M M_H_Q M_H_Q M_H_M M_H_Q M_H_Q M_H_Q0 _H_VREF M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_M M_H_Q M_H_Q M_H_M _H_VREF M_H_Q M_H_M M_H_Q9 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q0 M_H_Q MLK_MIN M_H_Q M_H_M M_H_M0 M_H_Q M_H_M M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_M M_H_Q9 M_H_Q0 M_H_Q M_H_M M_H_Q M_H_Q M_H_M0 M_H_Q M_H_Q9 M_H_Q M_H_Q0 M_H_Q M_H_Q M_H_Q.V_UL.V_UL V.V_UL M_H_M () M_H_M0 () M_H_Q () M_H_M () M_H_OT0 (,) M_H_# (,) M_H_Q () M_H_Q () MT_MIN (0,) M_H_Q# () M_H_Q0# () M_H_Q# () M_H_M () M_H_Q () M_H_M () M_H_M () M_H_OT (,) M_H_Q () M_H_Q# () M_H_Q () M_H_Q0 () M_H_Q () M_H_M () M_H_Q# () M_H_Q# () M_H_Q# () M_H_Q# () M_H_M[..0] (,) M_H_LK# () M_H_LK0 () M_H_Q[..0] () M_H_LK () M_H_ (,) M_H_#0 (,) M_H_LK0# () M_H_LK# () M_H_LK () M_H_ (,) M_H_KE0 (,) M_H_0 (,) M_H_# (,) M_H_KE (,) M_H_WE# (,) M_H_R# (,) MLK_MIN (0,) M_H_M () ate: heet of 9 9,, 00 UTEK R.0 PKPL-VM/I ate: heet of 9 9,, 00 UTEK R.0 PKPL-VM/I ate: heet of 9 9,, 00 UTEK R.0 PKPL-VM/I I-IRETION R KOhm r00_h % R KOhm r00_h % 0PF/0V 0PF/0V 0.UF/V c00 0.UF/V c00 R KOhm r00_h % R KOhm r00_h % 0.UF/V c00 0.UF/V c00 V0 9 V9 9 V V V V V 9 V V V 9 V VQ9 9 VQ VQ VQ 0 VQ VQ VQ VQ VQ VQ0 VQ VP VREF IMM_ R_IMM_0P IMM_ R_IMM_0P 0PF/0V 0PF/0V 0.UF/V c00 0.UF/V c00 WE# R# 9 # / 9 0/P KP 0 KN KP KN K0P K0N # 0# 9 KE KE L 0 R0 REET# N/ N/ N/ N/ N/ 9 N/ N/ N/0 Q Q Q 0 Q0 9 Q9 Q Q Q 0 Q Q Q Q Q 0 Q0 0 Q9 99 Q 9 Q Q Q 09 Q 0 Q 9 Q 9 Q 90 Q0 9 Q9 0 Q 0 Q 00 Q 99 Q Q Q Q 0 Q 9 Q0 Q9 Q Q 0 Q 9 Q Q Q 0 Q 9 Q Q0 Q9 Q 0 Q Q Q Q 0 Q Q Q Q0 Q9 Q Q 9 Q Q Q Q 0 Q 9 Q Q0 OT OT0 9 Q0P Q0N QP QP QN QN QP QN QP QN QP 9 QN 9 QP 0 QN 0 QP QN M0/Q9P N/Q9N N/QP N/QN N/Q0N M/Q0P N/QN M/QP N/QN M/QP N/QN 0 M/QP 0 N/QN M/QP N/QN M/QP N/QN M/QP N/QN M/QP N 0 N N0 9 NP_N NP_N NP_N IMM_ R_IMM_0P IMM_ R_IMM_0P

20 M_H_Q M_H_Q M_H_Q9 M_H_Q9 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_M9 M_H_Q M_H_Q M_H_M M_H_M M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_M M_H_Q M_H_M _H_VREF M_H_Q M_H_Q M_H_Q M_H_Q0 M_H_Q M_H_M0 M_H_Q M_H_Q M_H_Q0 M_H_Q M_H_Q0 M_H_Q M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q0 M_H_Q M_H_M M_H_Q M_H_Q M_H_Q M_H_M M_H_Q M_H_M M_H_M M_H_Q9 M_H_Q M_H_Q M_H_Q M_H_M M_H_Q M_H_Q9 M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q M_H_Q0 _H_VREF M_H_M M_H_Q M_H_M0 M_H_M M_H_Q M_H_Q0 M_H_Q M_H_Q M_H_Q M_H_Q9 M_H_Q9 M_H_M.V_UL.V_UL.V_UL V V M_H_M () M_H_M () MT_MIN (9,) M_H_Q0# () M_H_Q# () MLK_MIN (9,) M_H_KE (,) M_H_LK () M_H_Q# () M_H_Q () M_H_M0 () M_H_LK0 () M_H_LK# () M_H_M () M_H_LK () M_H_ (,) M_H_Q0 () M_H_Q# () M_H_M () M_H_Q# () M_H_# (,) M_H_Q () M_H_0 (,) M_H_ (,) M_H_#0 (,) M_H_M () M_H_OT (,) M_H_WE# (,) M_H_M () M_H_Q () M_H_M () M_H_LK# () M_H_Q () M_H_KE0 (,) M_H_Q () M_H_Q# () M_H_Q# () M_H_# (,) M_H_LK0# () M_H_R# (,) M_H_Q# () M_H_OT0 (,) M_H_Q[..0] () M_H_M[..0] (,) M_H_Q () M_H_Q () ate: heet of 0 9,, 00 UTEK R.0 PKPL-VM/I ate: heet of 0 9,, 00 UTEK R.0 PKPL-VM/I ate: heet of 0 9,, 00 UTEK R.0 PKPL-VM/I I-IRETION WE# R# 9 # / 9 0/P KP 0 KN KP KN K0P K0N # 0# 9 KE KE L 0 R0 REET# N/ N/ N/ N/ N/ 9 N/ N/ N/0 Q Q Q 0 Q0 9 Q9 Q Q Q 0 Q Q Q Q Q 0 Q0 0 Q9 99 Q 9 Q Q Q 09 Q 0 Q 9 Q 9 Q 90 Q0 9 Q9 0 Q 0 Q 00 Q 99 Q Q Q Q 0 Q 9 Q0 Q9 Q Q 0 Q 9 Q Q Q 0 Q 9 Q Q0 Q9 Q 0 Q Q Q Q 0 Q Q Q Q0 Q9 Q Q 9 Q Q Q Q 0 Q 9 Q Q0 OT OT0 9 Q0P Q0N QP QP QN QN QP QN QP QN QP 9 QN 9 QP 0 QN 0 QP QN M0/Q9P N/Q9N N/QP N/QN N/Q0N M/Q0P N/QN M/QP N/QN M/QP N/QN 0 M/QP 0 N/QN M/QP N/QN M/QP N/QN M/QP N/QN M/QP N 0 N N0 9 NP_N NP_N NP_N IMM_ R_IMM_0P IMM_ R_IMM_0P R KOhm r00_h % R KOhm r00_h % R KOhm r00_h % R KOhm r00_h % 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 V0 9 V9 9 V V V V V 9 V V V 9 V VQ9 9 VQ VQ VQ 0 VQ VQ VQ VQ VQ VQ0 VQ VP VREF IMM_ R_IMM_0P IMM_ R_IMM_0P 0.UF/V c00 0.UF/V c00

21 VTT_R VTT_R RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM M_H_M0 (,9) M_H_M (,9) M_H_M (,9) M_H_M (,9) M_H_M (,9) M_H_M (,9) M_H_M (,9) M_H_M (,9) M_H_M (,9) M_H_M9 (,9) M_H_M0 (,9) M_H_M (,9) M_H_M (,9) M_H_M (,9) M_H_M (,9).V_UL VTT_R 9 0.UF/V c UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM M_H_R# (,9) M_H_# (,9) M_H_WE# (,9) M_H_0 (,9) M_H_ (,9) M_H_ (,9) UF/0V UF/0V 9 0 UF/0V UF/0V.V_UL UF/0V UF/0V 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c UF/V c UF/V c00 RN OHM RN OHM RN OHM RN OHM M_H_KE (,9) M_H_KE0 (,9) M_H_# (,9) M_H_#0 (,9) UF/0V UF/0V UF/0V UF/0V UF/0V UF/0V VTT_R VTT_R RN OHM RN OHM RN OHM M_H_OT (,9) M_H_OT0 (,9) 0UF/0V c00_h 0UF/0V c00_h 9 0UF/0V c00_h 0 0UF/0V c00_h.v_ul change to 0Uf VTT_R UF/0V UF/0V UF/0V UF/0V VTT_R RN OHM RN9 OHM RN9 OHM RN9 OHM RN9 OHM RN0 OHM RN0 OHM RN OHM RN0 OHM RN0 OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM RN OHM M_H_M0 (,0) M_H_M (,0) M_H_M (,0) M_H_M (,0) M_H_M (,0) M_H_M (,0) M_H_M (,0) M_H_M (,0) M_H_M (,0) M_H_M9 (,0) M_H_M0 (,0) M_H_M (,0) M_H_M (,0) M_H_M (,0) M_H_M (,0) M_H_# (,0) M_H_WE# (,0) M_H_0 (,0) M_H_ (,0) M_H_ (,0) M_H_R# (,0) VTT_R 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c UF/V c00 0.UF/V c UF/V c00 0.UF/V c00.v_ul.v_ul RN OHM RN OHM RN OHM RN OHM M_H_KE (,0) M_H_KE0 (,0) M_H_# (,0) M_H_#0 (,0) RN OHM RN OHM RN OHM M_H_OT (,0) M_H_OT0 (,0) UTEK PKPL-VM/I R TERM RE ate:,, 00 heet of 9.0

22 M asus PKPL-VM/I.0 ate:,, 00 heet of 9

23 MLK_OTHER _X_TXP _X_TXP9 _X_TXP _X_TXN MT_OTHER _X_TXN _X_TXN9 _X_TXN _X_TXN _X_TXN0 _X_TXP _X_TXN _X_TXP _X_TXN _X_TXN _X_TXP _X_TXP _X_TXN _X_TXP _X_TXN _X_TXP _X_TXP0 _X_TXP _X_TXN0 _X_TXN _X_TXP _X_TXP _X_TXP _X_TXN _X_TXP0 _X_TXP _X_TXN _X_TXN V V V V V V V V X_RXN () MT_OTHER (0,,9,) X_TXN () X_TXP () X_TXP () X_TXN () X_TXN () X_TXP () X_RXP () X_TXN () WEXP_EN () X_TXP () X_TXP () MLK_OTHER (0,,9,) X_TXN9 () X_RXN () X_RXN () X_TXP () X_RXP0 () X_TXP () X_RXP () PIE_X_ET# () X_RXP () X_TXN () X_TXP () X_RXN () VO_TRL_LK () X_RXP () X_TXP () X_RXP () X_TXN () X_TXN () X_RXP () X_TXN0 () X_TXN () X_TXN () X_TXP () X_RXP () X_TXP9 () X_RXN () X_TXN () X_RXP () X_TXP0 () X_TXN () X_TXN () X_RXP9 () X_TXP () X_RXN () X_RXN () X_RXN () X_TXN () X_TXP () X_RXN0 () X_TXP () PIRT#_PIEX () X_TXP0 () X_TXN0 () X_RXN0 () K_00M_PIEX () K_00M_PIEX# () X_RXP () X_RXP () X_RXN () VO_TRL_T () WKE# (,9,) X_RXP () X_RXN () X_RXP0 () X_RXN () X_RXN9 () X_RXP () X_RXN () X_RXP () X_RXN () ate: heet of 9,, 00 UTEK PI-E X.0 PKPL-VM/I ate: heet of 9,, 00 UTEK PI-E X.0 PKPL-VM/I ate: heet of 9,, 00 UTEK PI-E X.0 PKPL-VM/I change to 0pf X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 XE 0uF/V XE 0uF/V X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X0 0.UF/V c00 X0 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0PF/0V X 0PF/0V 0PF/0V 0PF/0V X9 0.UF/V c00 X9 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X0 0.UF/V X0 0.UF/V X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 XE 0UF/.V XE 0UF/.V X 0.UF/V c00 X 0.UF/V c00 X0 0.UF/V c00 X0 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 0PF/0V 0PF/0V X9 0.UF/V c00 X9 0.UF/V c00 X9 0.UF/V c00 X9 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V X 0.UF/V X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X9 0.UF/V c00 X9 0.UF/V c00 X0 0.UF/V c00 X0 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V X 0.UF/V X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 X 0.UF/V c00 V_ V_ RV MLK MT.V_ JT 9.Vaux 0 WKE# RV HOP0 HON0 PRNT_# HOP 9 HON 0 HOP HON 9 HOP HON 0 9 RV 0 PRNT_# HOP HON HOP HON 9 0 HOP HON HOP HON PRNT_# 9 9 PRNT# V_ V_ JT JT JT JT.V_ 9.V_ 0 PWR REFLK REFLK- HIP0 HIN0 RV HIP HIN 0 HIP HIN HIP 9 HIN 0 RV RV HIP HIN HIP 9 HIN 0 9 HIP HIN 0 HIP HIN 9 HOP 0 HON 0 HOP9 HON9 HOP0 HON0 9 0 HOP HON HOP HON 9 9 HOP 0 HON 0 HOP HON HOP HON 9 0 PRNT_# RV RV9 0 HIP HIN HIP9 HIN9 9 HIP0 0 HIN0 9 HIP HIN 0 HIP HIN 9 0 HIP HIN HIP HIN 9 HIP 0 HIN NP_N NP_N PIEX PI_EXPRE_X PIEX PI_EXPRE_X X 0.UF/V c00 X 0.UF/V c00

24 V V VV () V_RE () V_REEN () V_LUE R R R N 0.UF/V c00 9 V99WPT V99WPT V99WPT L /00Mhz L /00Mhz L9 /00Mhz 0PF/0V 0PF/0V 0PF/0V RE REEN LUE 9 0PF/0V 0PF/0V 0PF/0V RO HYN VYN RO L V_V RE N REEN T LUE HYN 9 V N VYN 0 LK V IE_ IE_ PR 0.UF/V c00.0:change () V_HYN () V_VYN HYN VYN change to OHM VV JP HORTPIN _ lose to MH V V VV 0 V99WPT V99WPT 0 00PF/0V 00PF/0V 0.UF/V c00 L /00Mhz F./V 0.UF/V c00 0PF/0V 0PF/0V Ohm R Ohm R 0 V99WPT V99WPT N/ N/ RN.KOHM RN.KOHM RN.KOHM RN.KOHM () _LK RO L R Q 0 % () _T N00K RO R Q 0 % N00K UTeK OMPUTER IN PKPL-VM/I Onboard V ate:,, 00 heet of 9.0

25 V R.KOhm PPME# V R:PNT# has kohm pull down R KOhm PNT# R KOhm PNT# oot IO estination election 0:PI ampled at Rising Edge of PWROK 0:PI (NT# is M) :LP(Weak internal pullup) IH will not driver PME# high,but it will be pull up to V by an internal pull-up resistor (0) PPR (0) PEVEL# () K_M_IH (0) PIRT# (0) PIRY# (0) PPME# (0) PERR# (0) PTOP# (0) PPLOK# (0) PTRY# (0) PPERR# (0) PFRME# (0) PNT#0 (0) PNT# (0) PREQ#0 (0) PREQ# (0) PREQ# (0) PREQ# (0) PREQ# (0) PREQ# (0) PINT# (0) PINT# (0) PINT# (0) PINT# (0) PINTE# (0) PINTF# (0) PINT# (0) PINTH# PNT# PNT# U E0 PR EVEL# 9 PILK PIRT# IRY# 9 PME# 0 ERR# F TOP# E PLOK# F TRY# 9 PERR# F FRME# E NT0# NT# NT# F NT# NT#/PIO NT#/PIO REQ0# REQ# REQ# E REQ# REQ#/PIO PIO/REQ# PIRQ# PIRQ# PIRQ# PIRQ# PIO/PIRQE# F PIO/PIRQF# F PIO/PIRQ# PIO/PIRQH# IH PI /E0# /E# /E# /E# E F E E E E 0 F F0 E9 9 9 E P0 P P P P P P P P P9 P0 P P P P P P P P P9 P0 P P P P P P P P P9 P0 P P/E#0 P/E# P/E# P/E# P[..0] (0) P/E#[..0] (0) () () () () () () () () MI_RXN0 MI_RXP0 MI_RXN MI_RXP MI_RXN MI_RXP MI_RXN MI_RXP lose to IH () MI_TXN0 0 () MI_TXP0 0.UF/V 0.UF/V () MI_TXN () MI_TXP 0.UF/V 0.UF/V () MI_TXN () MI_TXP 0.UF/V 0.UF/V () MI_TXN () MI_TXP 0.UF/V 0.UF/V () K_00M_IH# () K_00M_IH U MI_TXN0 V MI_TXP0 MI0RXN V _I_RXN0 MI0RXP U _I_RXP0 MI0TXN U MI_TXN MI0TXP Y MI_TXP MIRXN Y _I_RXN MIRXP W _I_RXP MITXN W MI_TXN MITXP MI_TXP MIRXN _I_RXN MIRXP _I_RXP MITXN MI_TXN MITXP MI_TXP MIRXN _I_RXN MIRXP _I_RXP MITXN MITXP U0- (9) U0 (9) U- (9) U (9) U- (9) U (9) U- (9) U (9) U- (9) U (9) U- (9) U (9) U- (9) U (9) U- (9) U (9) U_O0# O0# U_O0# (9) U_O# (9) X_RXN0 F PERN_0 O# U_O# (9) X_RXP0 F PERP_0 O# U_O# U_O# (9) E (9) X_TXN0 PETN_0 O# E E U_O# (9) X_TXP0 PETP_0 O# U_O# U_O# (9) () X_RXN H PERN_ O#/PIO9 U_O# () X_RXP H PERP_ O#/PIO0 U_O# (9) U_O# () X_TXN PETN_ O#/PIO () X_TXP PETP_ K PERN_ K R PERP_ J PETN_ URI J PETP_ URI# M PERN_ M % PERP_ L PETN_ Place it within 00mils of IH,avoid routing next to clock L PETP_ P pins K_M_U () IH_PIE_ORE PERN_ LK P PERP_ N PETN_ N PETP_ lose to IH T PERN_ change R to 0.ohm for testing eyepattern R9 T PERP_ <00mil.9Ohm R PETN_ R PETP_.0:change R to 0ohm MI_ZOMP for combining component MI_IROMP MI_ZOMP MI_IROMP E MI_LKN E MI_LKP MI PI-E U UP0N F UP0P F UPN UPP UPN H UPP H UPN J UPP J UPN K UPP K UPN L UPP L UPN M UPP M UPN N UPP N IH () IE_P[..0] () IE_PK# () IE_PREQ# () IE_PIOR# () IE_PIOW# () IE_PIORY () IE_P0 () IE_P () IE_P () IE_P# () IE_P# () IE_IRQ IE_P0 IE_P IE_P IE_P IE_P IE_P IE_P IE_P IE_P IE_P9 IE_P0 IE_P IE_P IE_P IE_P IE_P E F E F F H H F E F H H E F E H U K# REQ IOR# IOW# IORY 0 # # IEIRQ IH IE T HOT T0RXN T0RXP T0TXN T0TXP TRXN TRXP TTXN TTXP TRXN TRXP TTXN TTXP TRXN TRXP TTXN TTXP T_LKN T_LKP TRI# TRI TLE# PIO/T0P PIO9/TP PIO/TP PIO/TP 0TE 0M# PULP# INNE# INIT_V# INIT# INTR FERR# NMI RIN# ERIRQ MI# TPLK# THERMTRIP# F E H E H F E H 9 E9 H F E H0 0 F F9 H H9 E9 E H F F H H F H F T_I HTP INIT_V# T_RXN0 () T_RXP0 () T_TXN0 () T_TXP0 () T_RXN () T_RXP () T_TXN () T_TXP () T_RXN () T_RXP () T_TXN () T_TXP () T_RXN () T_RXP () T_TXN () T_TXP () K_00M_T# () K_00M_T () R0.9Ohm T_T# () 0PF/0V IH_0TE () H0M# (9) HPULP# (9) HTP HINNE# (9) /x HINIT# () TPb HINTR (9) HFERR# (9) HNMI (9) O_KRT# () ERIRQ () HMI# (9) HTPLK# (9) HTHERMTRIP# (9).KOHM RN.KOHM RN.KOHM RN.KOHM RN V R0 Ohm HFERR# r00_h Ohm R0 HTHERMTRIP# r00_h lose to IH L<'' VTT_PU IH_0TE V R9.KOhm IH- UTEK PKPL-VM/I ate:,, 00 heet of 9.0

26 .00 Intel not recommend directly connect LN_RT# to TT KT LITHIUM TT R0 V/0mh TT V TT_P () () () () () () () Z_IN L0 L L L LRQ0# LFRME# () K_M_IH R.0 () () R_PI_MOI PI_MIO () PI_# () R_PI_LK Z_ITLK U Z_RT#_R R T T T Z_OUT_R T Z_YN_R R TT LN_RT# IH_RTX IH_RTX RTRT# R KOhm TW YEO/R00FR-0KL <> TTERY Y W W Y Y V U 9 U V T U V V MLERT# M_LK M_T LINKLERT# MLINK0 MLINK P P P R P U LRQ#/PIO L0 L L L LRQ0# LFRME# Z_IT_LK Z_RT# Z_IN0 Z_IN Z_IN Z_OUT Z_YN LK EE_ EE_IN EE_OUT EE_HLK LN_LK LN_RTYN LN_RT# LN_RX0 LN_RX LN_RX LN_TX0 LN_TX LN_TX RTX RTX RTRT# MLERT#/PIO MLK MT LINKLERT# MLINK0 MLINK PI_MOI PI_MIO PI_# PI_LK PI_R IH TT R 0KOhm 0.UF/V PIO0/M_UY# PIO PIO E PIO E0 PIO9 0 PIO0 F9 PIO E9 PIO R PIO E PIO PIO/PRLPVR 0 PIO/TPPI# F PIO0/TPPU# R PIO 0 PIO EL_RV/PIO EL_TTE0/PIO E EL_TTE/PIO PIO/LKRUN# 9 PIO/Z_OK_EN# U PIO/Z_OK_RT# PIO/TLKREQ# 0 PIO E0 PIO9 PIO9/PUPWR LP UIO EPROM LN RT M PI MI F0 THRM# VRMPWR H0 MH_YN# PWRTN# RI# U_TT# ULK 0 Y_RT# PLTRT# F0 WKE# Y INTRUER# PWROK Y RMRT# INTVRMEN W PKR 9 LP_# LP_# F LP_# TP0/TLOW# F TP/PRTP# H TP/PLP# F TP r00_h UF/0V LRT: MINI_JUMPER PIO0 PIO PIO0 PIO IO_PME# PIO PIO FWHWP# EL_RV EL_TTE0 EL_TTE PIO PIO9 IH_THRM# VORE_P IH_YN# IO_PWRTN# RIN# ULK RTON# WKE# IH_INTRUER# PWROK_ IH_INTVRMEN IH_TP0 _F _H IH_TP LRT HEER_XP RTRT# PETET () FWHWP# () PIE_X_ET# () IO_PME# () FWHWP# () T TPb T TPb /x T TPb /x /x HPU_PWR (9,0) IH_YN# () IO_PWRTN# () T TPb RTON# (,0,0) N/ _PLTRT# (,) WKE# (,9,) RMRT# () _PKR (0) LP_# (,) T LP_# (,) /x TPb LRT:,: Normal;,: lear MO R09.KOhm PLE (0) R09 must be needed.0:keep pin and disconnected. UF/0V IH_INTVRMEN PWROK_ (,) /x T TPb add to /x T TPb /x T9 TPb prevent glitch at power on / () Z_ITLK () Z_RT# M_LK M_T () Z_OUT () Z_YN Mus witch MLK_MIN MT_MIN V M_LK R 90KOhm M_T TT.KOHM RN.KOHM RN.KOHM RN.KOHM RN R.KOhm 0PF/0V FWHWP# PIO0 PIO PIO PIO PIO0 PIO PIO9 PIO OHM RN9 OHM RN9 OHM RN9.0:hange RN9 to 00 array resistor.0/0 0PF/0V V V M_LK M_T R0.KOhm.KOHM RN.KOHM RN.KOHM RN.KOHM RN.KOHM RN.KOHM RN.KOHM RN.KOHM RN RN0.KOHM Z_ITLK Z_RT#_R Z_OUT_R Z_YN_R Mus connect to two kind of devices, one use Main power, another use tandby power, so use this switch circuit to isolate those two device. M_LK and M_T for tandby device. M_LK_MIN and M_T_MIN for Main power device. Q HN00 MLK_MIN MT_MIN V Q HN00 V (,) VORE_P MLERT# LINKLERT# MLINK0 MLINK IH_THRM# LN_RT# RTON# IH_TP0 WKE# MLK_LK () MT_LK () MLK_MIN (9,0) MT_MIN (9,0) R R.0 /9.0:el R,R R,R MLK_OTHER (0,,9,) MT_OTHER (0,,9,) R,R Reserve for PI..KOHM RN.KOHM RN.KOHM RN.KOHM RN.KOHM RN.KOHM RN.KOHM RN.KOHM RN R KOhm RN0.KOHM V V V V V TT Intruder R 0MOhm R 0MOhm IH_INTRUER# Q HN00 HI: MINI_JUMPER V E 0.UF/V /EMI HI HEER_XP_K IH_RTX RT X PF/0V.KHZ R 0MOhm IH_RTX PF/0V.0 JPW:X JUMPER_WIRE RIN# () RRI# RIN# RN0 R_RIN#.KOHM Q E PM90 UTEK PKPL-VM/I IH- ate:,, 00 heet of 9 RN0.KOHM.0

27 VREF _K VREF_U VUPLL VTPLL VMPLL.V.V.V IH_PIE_ORE V V VTT_PU.0V V V V TT.V.V.V ate: heet of 9,, 00 UTEK IH-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK IH-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK IH-.0 PKPL-VM/I.0:change to uf for decreasing power nosie change to uf for T measurement..0.0 /9 place the solder side.0 0.UF/V c00 0.UF/V c UF/V c UF/V c00 R R 0.UF/V c00 0.UF/V c00 E 00UF/V E 00UF/V 0.UF/V 0.UF/V 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 UF/0V UF/0V 0.UF/V 0.UF/V 9 0.UF/V c UF/V c UF/V c UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 L /00Mhz L /00Mhz R KOhm R KOhm 0.UF/V c00 0.UF/V c UF/V c UF/V c00 0.UF/V c00 0.UF/V c00 UF/0V UF/0V 0.UF/V c00 0.UF/V c UF/V 0 0.UF/V 0.0UF/0V 0.0UF/0V 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V 0.UF/V R N/ R N/ 9 0.UF/V c UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 N/ 0.UF/V c00 N/ 0.UF/V c00 0.UF/V c00 HETINK HETINK HETINK HETINK UF/0V UF/0V UF/0V UF/0V 9 0.UF/V c UF/V c00 0.UF/V c00 0.UF/V c00 0 0UF/.V c00_h 0 0UF/.V c00_h 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 V V 0 V V V V 9 V 0 V V 9 V 0 V V 0 V V E0 V E V F0 V F V F V 9 F9 V 0 V 9 V H V H9 V F V V H V H V J V 9 J V 0 T V V V V E V E V E V F V F V 9 V 0 V H V H V J V J V K V K V L V L V 9 M V 0 M V N V N V P V P V R V R V R V R V 9 R V 0 T V T V T V T V T V U V U V V V V V 9 W V 0 W V Y V Y V V V V V V V 9 V 0 V V V VREF_ VREF_ 0 VREF_U F VRT W VUPLL VTPLL VMIPLL V_0_ L V_0_ L V_0_ L V_0_ L V_0_ L V_0_ L V_0_ M V_0_ M V_0_9 P V_0_0 P V_0_ T V_0_ T V_0_ U V_0_ U V_0_ V V_0_ V V_0_ V V_0_ V V_0_9 V V_0_0 V V_PU_IO_ E V_PU_IO_ E V_PU_IO_ H V V V V 0 V V V V V 9 V 0 9 V H V V V V V 0 V V F9 V 9 V 0 V Vcc_/VccH U VU VU VU 9 VU VU E VU 9 VU K VU K VU 9 K VU 0 K VU L VU L VU L VU L VU L VU M VU M VU N VU 9 P Vccus_/VccusH R Vccus_/VccLN 0 V Vccus_/VccLN V Vccus_/VccLN W Vccus_/VccLN W Vccus_0/VccLN_0_ VU_0_ VU_0_ 0 VU_0_ K Vccus_0/VccLN_0_0 Y POWER UE IH POWER UE IH L /00Mhz L /00Mhz 0UF/.V c00_h 0UF/.V c00_h 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 0.UF/V c00 TW TW 0.UF/V c00 0.UF/V c00

28 ate: heet of 9,, 00 UTEK IH-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK IH-.0 PKPL-VM/I ate: heet of 9,, 00 UTEK IH-.0 PKPL-VM/I V E V V V R V R V R V R V R V9 T V0 T V T V T V T V T V T V U V U V U V9 U V0 U V U V U V U V U V U V V V V V V V9 V V0 V V V V W V W V W V W V Y V Y V Y V9 Y V0 V V V V V V V V V9 9 V0 V V V V V V 9 V V V9 V0 V V V V V 9 V V E V E V9 E V0 E V E V E V E V E V E V F V F V F V9 F V0 F V F V V V V V V 0 V V9 H V90 H V9 H V9 H V9 H V9 H V9 V9 V9 V9 V99 V00 V0 V0 0 V0 V0 V0 V0 V0 0 V0 V09 V0 V V E V E V E V E V F V F V F V9 F V0 F V F V V V V V 9 V V V9 V0 V V V H V H V H V H V H V H V9 J V0 J V J V J V J V J V K V K V K V L V9 L V0 L V L V L V M V M V M V M V M V M V9 M V0 M V M V M V M V M V N V N V N V N V9 N V0 N V N V N V N V N V N V N V N V N V9 N V0 P V P V P V P V P V P V P V P V P V9 P V90 P V9 R V9 R V9 R V9 R UF IH UF IH

29 (0,,,) MLK_OTHER (0,,,) MT_OTHER X c00 0PF/0V X c00 0PF/0V PIEX_ V V V V V V_ PRNT# V_ V_ RV V_ MLK JT MT JT JT.V_ JT 9 9 JT.V_ 0 0.Vaux.V_ (,,) WKE# WKE# PWR PIRT#_PIEX (,) X c00 0PF/0V 0pf,00 () () X_TXP0 X_TXN0 X _X_TXP0 _X_TXN0 X_RXP0 () X_RXN0 () K_00M_PIEX () K_00M_PIEX# () 00 V V V X 0.UF/V 0.UF/V c00 X RV HOP0 HON0 PRNT_# REFLK REFLK- HIP0 HIN0 9 NP_N NP_N LOT_P X9 0.UF/V XE 0UF/.V X0 0.UF/V 0.UF/V c00 XE 0uF/V UTEK PKPL-VM/I PI-E X LOT ate:,, 00 heet 9 of 9.0

30 () P[..0] () P/E#[..0] () K_M_L () PREQ#0 () PIRY# () PEVEL# () PPLOK# () PPERR# () PERR# PINT# PINT# P P9 P P P/E# P P P9 P P/E# P/E# P P P0 V V -V V V V V V V -V V V V V PI -V TK TO V V INT INT 9 PRNT 0 REERVE PRNT REERVE LK REQ 9 V 0 9.V /E V /E IRY.V9 EVEL 9 9 LOK 0 PERR.V0 ERR.V /E TRT V TM TI V INT INT V 9 REERVE 0 V REERVE REERVE RT V NT 9 REERVE 0 0.V IEL.V V FRME TRY TOP 9.V ONE 0 O PR.V P0 P P P P P P9 PINT# PINT# P P P P0 P P PIRT# () PNT#0 () PPME# () PFRME# () PTRY# () PTOP# () PPR () () K_M_L () PREQ# P P9 P P P/E# P P P9 P P/E# PIRY# PEVEL# PPLOK# PPERR# PERR# P/E# P P P0 PINT# PINT# PI -V TK TO V V INT INT 9 PRNT 0 REERVE PRNT REERVE LK REQ 9 V 0 9.V /E V /E IRY.V9 EVEL 9 9 LOK 0 PERR.V0 ERR.V /E TRT V TM TI V INT INT V 9 REERVE 0 V REERVE REERVE RT V NT 9 REERVE 0 0.V IEL.V V FRME TRY TOP 9.V ONE 0 O PR.V PPME# P0 P P P P P0 P P PFRME# PTRY# PTOP# PPR P P P P9 PINT# PINT# PIRT# () PNT# () P P P P P P PK#0 9 0.V V9 K V0 V hold_n hold_n /E0.V 0 0 V REQ V V 9 0 P/E#0 P P P P0 PREQ#0 P P P P P PK# 9 0.V V9 K V0 V hold_n hold_n /E0.V 0 0 V REQ V V 9 0 P/E#0 P P P P0 PREQ# LOT_0P LOT_0P V KRP () () () PINT# PINT# PINT# PINT#.KOHM 0 KRP PINT#.KOHM 0 KRPH PINT# 9.KOHM 0 KRP () PINT# PINT#.KOHM 0 KRP () PREQ#0 () PINTE#.KOHM 0 KRPF () PREQ# () PINTF#.KOHM 0 KRP () PREQ# () PINT#.KOHM 0 KRPE () PREQ# () PINTH#.KOHM 0 () PREQ# () PREQ# V KRP PPERR#.KOHM 0 KRP PERR#.KOHM 0 KRP PPLOK#.KOHM 0 KRP PEVEL#.KOHM 0 KRPF PIRY#.KOHM 0 KRPE PTOP#.KOHM 0 KRP PTRY#.KOHM 0 KRPH PFRME# 9.KOHM 0 PK#0 PK# PREQ# PREQ#0 KRP.KOHM 0 KRP.KOHM 0 KRP.KOHM 0 KRP.KOHM 0 KRPE.KOHM 0 KRPH 9.KOHM 0 KRP.KOHM 0 KRPF.KOHM 0.KOHM KRN.KOHM KRN.KOHM KRN.KOHM KRN.0:stuff KE. V V V KE 0UF/.V K 0.UF/V V KE K 0UF/.V 0.UF/V V KE K 0UF/.V 0.UF/V K 0.UF/V c00 K 0.UF/V c00 K 0.UF/V c00 K 0.UF/V c00 EVIE REQ# NT# INTERRUPT I_EL PI LOT 0 0 _ PI LOT _ PI LOT UTEK PKPL-VM/I ate:,, 00 heet 0 of 9.0

31 You must mount at least one IP capacitor on V, or the regulator will be destroied. R0 % 0 V V 0 V U0 V Q00 V_out J/ Vout OUT E00 E0 P0N IN 0 0 TW PLV R c00 00UF/V /L 0.UF /L 0.UF /L 00UF/V 0.UF 0.UF /L 0.UF R0 0.UF /L % 09 R0 Ohm 0.UF/V MOhm PIF_OUT V 0 V OE L PIF_O V PIF_OUT R0 HEER_XP_K.KOhm 0.UF/V 0.UF/V /L () MIR_VREF_L () MIF_VREF () MIR_VREF_R () ENE_ () ENE_ () Z_RT# () Z_YN () Z_OUT () Z_IN OFF PE MIR_VREF_L MIF_VREF MIR_VREF_R ENE_ ENE_ Z_RT# Z_YN Z_OUT R0 Z_IN_R Ohm IT_LK Port E Port F Port Port Z_RT# Z_ITLK_R Z_YN Z_OUT Z_IN_R ENE_ HP_L HP_R MIF_L MIF_R _L _R MIR_L MIR_R LINR_L LINR_R U00 PIO0 PIO REET# LK 0 YN T_OUT T_IN PEEP ense LINE_L LINE_R MI_L MI_R _L 0 _R MI_L MI_R LINE_L LINE_R L-R V V V V _ 9 _ V V_IO 9 V V V V FRONT_L FRONT_R N VREF MI_VREFO_L N 9 MI_VREFO 0 LINE_VREFO MI_VREFO_R N ense ENTER LFE N N EP PIFO 9 URR_L 0 JREF URR_R LOUT_L LOUT_R Port VREF MIR_VREF_L MIF_VREF MIR_VREF_R VUX ENE_ PIF_O JREF FRONTP NEL UIO E0 HP_R HP_R_ () E0 Port E 00UF/V HP_L HP_L_ () 00UF/V MIF_R MIF_R_ () Port F ML.UF/.V(00)XR.UF/.V 0% MIF_L MIF_L_ () LOUT_R Port LOUT_L ML.UF/.V(00)XR.UF/.V 0% RER PNEL UIO E0 00UF/V E0 00UF/V LOUT_R_ () LOUT_L_ () () Z_ITLK RN9 OHM Z_ITLK_R PF/0V Place near /L Port MIR_R ML.UF/.V(00)XR.UF/.V 0% MIR_L ML.UF/.V(00)XR.UF/.V 0% MIR_R_ () MIR_L_ () _R _L _R_ UF/0V _L_ UF/0V WFER_H_P UF/0V -IN _ JREF R0 % r00_h 0KOhm VUX R09 0KOhm /L REF & FILTER V VREF c00_h 0UF/.V c00 0.UF/V M EMO IRUIT ZLI L REV..0 L LINR_R Port ML.UF/.V(00)XR.UF/.V 9 0% LINR_L <OrgName> LINR_R_ () LINR_L_ () ML.UF/.V(00)XR.UF/.V 0% PKPL-VM/I L ate:,, 00 heet of 9.0

32 Port () LINR_L_ () LINR_R_ L00 /00Mhz L0 RER PORT LINR_L_L LINR_R_L udio onnector Port () LOUT_L_ () LOUT_R_ () MIR_VREF_R () MIR_VREF_L Port () MIR_L_ () MIR_R_ R9 R.KOhm.KOhm /00Mhz Forbid hange Forbid hange L0 /00Mhz L0 R /00Mhz R KOhm KOhm Forbid hange L0 /00Mhz L0 /00Mhz LOUT_L_L LOUT_R_L MIR_L_L MIR_R_L LINR_L_L LINR_R_L J_LINR LOUT_L_L LOUT_R_L J_LOUT MIR_L_L MIR_R_L J_MIR _ 0.UF/V 0.UF/V P UIO P_ P_ P_ P_ NP_N PORT PORT PORT PHONE_JK_P Port F () MIF_VREF () MIF_L_ () MIF_R_ 0 TW MIF_VREF_L MIF_VREF_R R R.KOhm.KOhm Forbid hange L0 /00Mhz L0 FRONT PORT MIF_L_L MIF_R_L () () ENE_ ENE_ R 0KOhm % r00_h R0.KOhm % r00_h R % r00_h 0KOhm Jack ensing J_LINR J_LOUT J_MIR ENE_ Port E LINR_L_L LINR_R_L () HP_R_ () 9 HP_L_ 00PF/0V /L/EMI 00PF/0V /L/EMI R Ohm R0 Ohm HP_R_R HP_L_R LOUT_L_L LOUT_R_L /00Mhz L09 /00Mhz L0 /00Mhz R R KOhm 0 KOhm HP_R_RL HP_L_RL 00PF/0V /L/EMI 00PF/0V /L/EMI EMI Forbid hange MIF_L_L MIF_R_L HP_R_RL ENE_ HP_L_RL zalia Front udio Header FP 9 0 HEER_XP_K J_MIF J_HP R R 9.KOhm 0KOhm % % r00_h r00_h MIF_L_L MIF_R_L HP_R_RL HP_L_RL N00 00PF/0V N00 00PF/0V /L/EMI N00 00PF/0V /L/EMI /L/EMI N00 00PF/0V /L/EMI MIR_L_L MIR_R_L Place near onnector 00PF/0V /L/EMI 00PF/0V /L/EMI E0 /EMI /EMI E0 /EMI E0 /EMI <OrgName> PKPL-VM/I L ate:,, 00 heet of 9.0