PART for BOM only 02G GPU NB8M

Transcription

1 RT_TY P PRT for OM only Function U Partnumber RT TY 000 LOTION Temp Modify 0: elete E,,,, already have in location elete E, No space to add elete,,0,,,,,,, No space to add TT PU NM Title Revision ize ocument Number Rev T.0, 0, 00 ate: heet of 0

2 PU YONH MEROM W P.~ W LOK EN ILPRLF-T P.0 Z/E R Mx x P. THERML ONTROL P. L RT P.0 P. nvii NM-E (Z) P.~ NORTH RIE Intel PM(Z) /M(ZE) P.0~0 R O-IMM0 P.~ R O-IMM ebug onn. I ROM Mytes -oard in ard Reader N P. P.0 LN RJ P. P. TPM. INFINEON L P. Internal K Ricoh R E ITE ITE P. Touch Pad ard Reader LN Marvell E0 P. P.~0 P. P. OUTH RIE IH-M P.~ O P. T H ZLI OE Realtek L M & RJ MINIR NEWR P. P. P. P.0 MINIR P. P. UIO MP EXT MI & HP P. P. INT MI & peaker P. ET JM0 P. U Port X luetooth P. P. LE & witch P. Power P.~0 EMI P P. MO amera Finger Printer P.0 lock iagram T UTek omputer IN. ustom T.0 ate:, 0, 00 heet of 0

3 LK+V LK+V LK+V +V L /00Mhz 0.UF/V U 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 L /00Mhz 0UF/0V 0.UF/V [] LK_PWRVE# VPIEX VPIEX VPIEX PWRVE#* V VREF PI/PIEX_TOP# TP_PI# [] X.Mhz PF/0V PF/0V LK_XI LK_XO 0 VPU V X X PU_TOP# PUT_LF PU_LF PUT_L0 PU_L0 PUITPT_L/PIeT_L PUITP_L/PIe_L PULK PULK# PULK0 PULK0# LK_PIE LK_PIE# RN OHM RN OHM RN OHM RN OHM RN /PU OHM RN /M OHM OHM RN OHM RN TP_PU# [] HLK_N [] HLK_N# [] HLK_PU [] HLK_PU# [] LK_00M_PU [] LK_00M_LV [] LK_00M_PU# [] LK_00M_LV# [] FL +.0V R0 KOhm % R KOhm % R KOhm % R 0KOhm F Freq. trap PU_EL0 [] LK F ELELEL0 [] LK_M_PU [] LK_M_PU_ RN OHM RN OHM LK_M_FIX LK_M_ FIX/L_T/PIeT_L0 /L_/PIe_L0 PEREQ#/PIeT_L PEREQ#/PIe_L 0 PIeT_L PIe_L LK_PIE LK_PIE# LK_PIE LK_PIE# RN OHM RN OHM RN OHM RN OHM LK_00M_MIN [] LK_00M_MIN# [] LK_00M_MIN [0] LK_00M_MIN# [0] FL FL R 0KOhm R 0KOhm PU_EL [] PU_EL [] PU riven / 0 0 / / 0 PIeT_L LK_PIE OHM RN0 LK_00M_NEW [] [] LK_M_ FL [] LK_M_ RN OHM RN OHM LK_M FL LK_M FL/U_MHz FL/TET_MOE *ELPIEX0_L#/PILK PIe_L PIeT_L 0 PIe_L PIeT_L PIe_L PIeT_L LK_PIE# LK_PIE LK_PIE# LK_PIE LK_PIE# LK_PIE OHM RN0 RN OHM RN OHM RN OHM RN OHM RN OHM LK_00M_NEW# [] LK_00M_ET [] LK_00M_ET# [] LK_00M_LN [] LK_00M_LN# [] LK_00M_ [] PIN, ELET FOR MHz EL_M# R 0KOhm /PU Internal PU 0 : MHz : PIE/L LK LK_EL PIe_L LK_PIE# RN OHM LK_00M_# [] [] [] LK_M_TPM LK_M_ PI_YN# RN OHM RN OHM LK_M LKM REQ_EL# PILK *PI_sync/PILK PILK0/REQ_EL** PIeT_L PIe_L TLKT_L TLK_L PIeT_L/OTT_MHzL PIe_L/OT_MHzL 0 LK_PIE LK_PIE# LK_T LK_T# LK_M LK_M# RN OHM RN OHM RN OHM RN OHM OHM RN OHM RN LK_00M_N [] LK_00M_N# [] LK_T_ [] LK_T_# [] LK_M_N [] LK_M_N# [] PIN, ELET FOR L/PIE LK LK_EL R 0KOhm Internal PU 0 : L LK = MHz : PIE LK = 00MHz RN OHM PEREQ# 0 = Output PIELK selected by YTE [,,] [,,] [] [] LK_M_ EL_M# EN_ITPLK LK_M_E _MK_V _M_V [] _MK_V _M_V LK+V O# lose to LK EN 00PF/0V RN OHM RN OHM R KOhm % R KOhm % 00PF/0V LK_M_F LK_M_F0 R Ohm % *ELL_#/PILK_F ITP_EN/PILK_F LK T O** ILPRLF-T *PEREQ# PEREQ#* VttPWR_/P# REF/FL/TET_EL REF0/PIEX_ync** ILPRLF-T INT-PU, INT-P resistor value is 0K ohm. 0 0 FL REF0 PEREQ# PI_YN# = isable PIELK selected by YTE RN OHM PIE_YN# LK_NEW_REQ# [] LK_PWR [] LK_M_ [] V. - function PIN- ELET FOR PIE LK YN 0:YN to PI LK :NOT YN (IPU) V. - function PIN-0 ELET FOR PIE LK YN 0:YN to PU LK :NOT YN (IPU) R 0KOhm PIN0, ELET FOR ITP/PIE LK EN_ITPLK REQ_EL# R 0KOhm PIN, ELET FOR LKREQ#/PIE LK R 0KOhm 0 : PIE LK : ITP LK 0 : PIE LK : LK_REQ#, PIE_YN# R 0KOhm +V UTek omputer IN. ILPRLF-T T ustom T, 0, 00 ate: heet of 0.0

4 Z: (PM) ZE: (M) V.0 +.0V +.0V NR Ohm % NR 0 % N [] NR.Ohm % NR.Ohm % [,] [] H_#[:0] 0.UF/0V ML 0.UF/0V (00) XR 0% NR.Ohm % PURT# H_PULP# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# N_HWIN_0MIL N_HROMP_0MIL N_HOMP_0MIL N_HOMP#_0MIL E M H H F N H M0 N N H P K M W0 Y V M J N N W W N Y Y P W N E Y E J H J E E H J H J E J J E J H H W W E NU H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_WIN H_ROMP H_OMP H_OMP# H_PURT# H_PULP# H_VREF H_VREF H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_# H_T#_0 H_T#_ H_NR# H_PRI# H_REQ# H_EFER# H_Y# HPLL_LK HPLL_LK# H_PWR# H_RY# H_HIT# H_HITM# H_LOK# H_TRY# H_INV#_0 H_INV#_ H_INV#_ H_INV#_ H_TN#_0 H_TN#_ H_TN#_ H_TN#_ H_TP#_0 H_TP#_ H_TP#_ H_TP#_ H_REQ#_0 H_REQ#_ H_REQ#_ H_REQ#_ H_REQ#_ H_R#_0 H_R#_ H_R#_ J M F L K L J K P R H0 L M N J E E N H 0 E F 0 M M H K E 0 K L E M K H L K J0 M E H E H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_REQ#0 H_REQ# H_REQ# H_REQ# H_REQ# H_#[:] [] H_# [] H_T#0 [] H_T# [] H_NR# [] H_PRI# [] H_REQ#0 [] H_EFER# [] H_Y# [] HLK_N [] HLK_N# [] H_PWR# [] H_RY# [] H_HIT# [] H_HITM# [] H_LOK# [] H_TRY# [] H_INV#0 [] H_INV# [] H_INV# [] H_INV# [] H_TN#0 [] H_TN# [] H_TN# [] H_TN# [] H_TP#0 [] H_TP# [] H_TP# [] H_TP# [] H_REQ#[:0] [] H_R#0 [] H_R# [] H_R# [] RETLINE_M +.0V NR KOhm % N_HVREF_0MIL NR KOhm % N 0.UF/0V ML 0.UF/0V (00) XR 0% UTek omputer IN. N-M-F T ustom T, 0, 00 ate: heet of 0.0

5 LOW = PE Lane Reverse HIH = Normal (IPU) PE_REVERE# NR KOhm % +V LOW = Normal (IP) HIH = MI Lane Reverse NR KOhm % MI_REVERE NU P RV P RV R RV N RV R RV R RV M RV N RV J RV R RV0 M RV L RV M RV 0 RV H0 RV0 RV J0 RV K RV F RV H0 RV K RV J RV F RV RV RV0 RV J _M_ E _M_ H RV W0 RV K0 RV LV_T#_ LV_T_ RV RV0 RV RV RV RV RV 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_OT_0 M_OT_ M_OT_ M_OT_ M_ROMP M_ROMP# M_ROMP_VOH M_ROMP_VOL M_VREF_0 M_VREF_ PLL_REF_LK PLL_REF_LK# PLL_REF_LK PLL_REF_LK# PE_LK PE_LK# V V W0 W W E Y 0 K E H J J E L K K L R W H H K K M_LK0 [] M_LK [] M_LK0 [] M_LK [] M_LK#0 [] M_LK# [] M_LK#0 [] M_LK# [] M_KE0 [,] M_KE [,] M_KE0 [,] M_KE [,] M_#0 [,] M_# [,] M_#0 [,] M_# [,] M_OT0 [,] M_OT [,] M_OT0 [,] M_OT [,] N_MROMP_0MIL N_MROMP#_0MIL N_MROMPVH_0MIL N_MROMPVL_0MIL N_MVREF_0MIL LK_M_N [] LK_M_N# [] LK_00M_LV [] LK_00M_LV# [] LK_00M_N [] LK_00M_N# [] NR % NR % NR KOhm % NR KOhm % N +.V 0.UF/0V ML 0.UF/0V (00) XR 0% N_MROMPVH_0MIL N_MROMPVL_0MIL +.V N 0.UF/0V ML 0.UF/0V (00) XR 0% N 0.UF/0V ML 0.UF/0V (00) XR 0% NR KOhm % NR.0KOHM % NR KOhm % +.V MI_RXN_0 MI_RXN_ MI_RXN_ MI_RXN_ N J N N MI_TXN0 [] MI_TXN [] MI_TXN [] MI_TXN [] [] [] [] PU_EL0 PU_EL PU_EL +V NT NT NT NT NT NT NT NT NT NT0 NT NT NT NT NT NT N_TRP N_TRP N_TRP N_TRP N_TRP N_TRP PE_REVERE# N_TRP0 N_TRP N_TRP N_TRP N_TRP N_TRP N_TRP N_TRP N_TRP MI_REVERE N_TRP0 P N N F N J0 0 R L J E E0 K M0 M L N L F_0 F_ F_ F_ F_ F_ F_ F_ F_ F_ F_0 F_ F_ F_ F_ F_ F_ F_ F_ F_ F_0 MI_RXP_0 MI_RXP_ MI_RXP_ MI_RXP_ MI_TXN_0 MI_TXN_ MI_TXN_ MI_TXN_ MI_TXP_0 MI_TXP_ MI_TXP_ MI_TXP_ M J N N J J M0 M J J M M MI_TXP0 [] MI_TXP [] MI_TXP [] MI_TXP [] MI_RXN0 [] MI_RXN [] MI_RXN [] MI_RXN [] MI_RXP0 [] MI_RXP [] MI_RXP [] MI_RXP [] [] [] [] [] [] [] PM_MUY# PM_PRTP# MEM_THROTT# VRM_PWR PLT_RT# PM_PRLPVR NR0 KOhm % L MEM_THROTT# L J W V0 N0 PM_M_UY# PM_PRTP# PM_EXT_T#_0 PM_EXT_T#_ PWROK RTIN# THERMTRIP# PRLPVR FX_VI_0 FX_VI_ FX_VI_ FX_VI_ FX_VR_EN E E FX_VI0 FX_VI FX_VI FX_VI NT NT NT NT0 VFX_EN [] +.V NR J K K0 L0 L L L K J E 0 0 K N_ N_ N_ N_ N_ N_ N_ N_ N_ N_0 N_ N_ N_ N_ N_ N_ RETLINE_M L_LK L_T L_PWROK L_RT# L_VREF VO_TRL_LK VO_TRL_T LK_REQ# IH_YN# TET_ TET_ M K0 T N M0 H K 0 R VO_K N_PE_LKREQ# N_TET L_LK [] L_T [] VRM_PWR [] L_RT# [] NT NT IH_YN# [] NR0 0KOhm N_LVREF_0ML N 0.UF/0V ML 0.UF/0V (00) XR 0% KOhm % NR Ohm % UTek omputer IN. N-M-MI/MI T T, 0, 00 ate: heet of.0 0

6 +V 0KOhm NRN 0KOhm NRN 0KOhm NRN 0KOhm NRN N_LTRL_K N_LTRL_ LV_EI_K LV_EI_ +.0V [0] L_KLT_EN [,0] LV_EI_K [,0] LV_EI_ [0] LV_V_EN NR.KOhm % /M [0] N_LV_LK- [0] N_LV_LK+ [0] N_LV_0- [0] N_LV_- [0] N_LV_- [0] N_LV_0+ [0] N_LV_+ [0] N_LV_+ Place beside MH VR N_RT_R % /M N pf/0v /M VR N_RT_ % /M N pf/0v /M VR N_RT_ % /M N pf/0v /M [] N_RT_ [] N_RT_ [] N_RT_R [,] RT K [,] RT [] RT_HYN [] RT_VYN NU J0 L_KLT_TRL H N_LTRL_K L_KLT_EN E N_LTRL_ L_TRL_LK E0 LV_EI_K L_TRL_T LV_EI_ L LK L T K0 L_V_EN N_LV_I L LV_I L LV_V N LV_VREFH N0 LV_VREFL LV_LK# LV_LK LV_LK# E LV_LK LV_T#_0 E LV_T#_ F LV_T#_ 0 LV_T_0 E0 LV_T_ F LV_T_ LV_T#_0 LV_T#_ LV_T#_ E LV_T_0 LV_T_ LV_T_ E TV_ TV_ K TV_ F TV_RTN J TV_RTN L TV_RTN M TV_ONEL_0 P TV_ONEL_ H RT_LUE RT_LUE# K RT_REEN J RT_REEN# F RT_RE E RT_RE# K RT LK RT T F N_RT_IREF_0ML RT_HYN RT_TVO_IREF E RT_VYN NR RETLINE_M.KOhm % PE_OMPI PE_OMPO PE_RX#_0 PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_0 PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX_0 PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_0 PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_TX#_0 PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_0 PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX_0 PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_0 PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ NR.Ohm % N PE_OMP_0ML M PE_RXN[:0] [] J PE_RXN0 L PE_RXN N PE_RXN T PE_RXN T0 PE_RXN U0 PE_RXN Y PE_RXN Y0 PE_RXN PE_RXN W PE_RXN PE_RXN0 0 PE_RXN PE_RXN H PE_RXN PE_RXN PE_RXN PE_RXP[:0] [] J0 PE_RXP0 L0 PE_RXP M PE_RXP U PE_RXP T PE_RXP T PE_RXP W PE_RXP W PE_RXP 0 PE_RXP Y PE_RXP PE_RXP0 PE_RXP H PE_RXP PE_RXP H PE_RXP PE_RXP N _PE_TXN0 U _PE_TXN N 0.UF/V U _PE_TXN N 0.UF/V N _PE_TXN N 0.UF/V R0 _PE_TXN N0 0.UF/V T _PE_TXN N 0.UF/V Y _PE_TXN N 0.UF/V W _PE_TXN N 0.UF/V W _PE_TXN N 0.UF/V _PE_TXN N 0.UF/V _PE_TXN0 N 0.UF/V _PE_TXN N 0.UF/V _PE_TXN N 0.UF/V H _PE_TXN N 0.UF/V E _PE_TXN N0 0.UF/V H _PE_TXN N 0.UF/V N 0.UF/V M _PE_TXP0 T _PE_TXP N 0.UF/V T _PE_TXP N 0.UF/V N0 _PE_TXP N 0.UF/V R _PE_TXP N 0.UF/V U _PE_TXP N 0.UF/V W _PE_TXP N 0.UF/V Y _PE_TXP N 0.UF/V Y _PE_TXP N0 0.UF/V _PE_TXP N 0.UF/V _PE_TXP0 N 0.UF/V 0 _PE_TXP N 0.UF/V _PE_TXP N 0.UF/V _PE_TXP N 0.UF/V E0 _PE_TXP N 0.UF/V H _PE_TXP N 0.UF/V N 0.UF/V PE_TXN0 PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN0 PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN PE_TXP0 PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP0 PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP PE_TXN[:0] [] PE_TXP[:0] [] UTek omputer IN. N-M-PE/V T T, 0, 00 ate: heet of.0 0

7 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_0 M_ M_ M_Q M_Q# M_Q# M_Q M_Q# M_Q M_Q# M_Q0 M_Q M_Q M_Q#0 M_Q M_Q# M_Q M_Q# M_Q# M_M M_M M_M M_M M_M M_M0 M_M M_M M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_Q# M_Q# M_Q# M_Q# M_Q# M_Q# M_Q#0 M_Q# M_Q M_Q M_Q M_Q M_Q0 M_Q M_Q M_Q M_M M_M M_M M_M M_M M_M M_M M_M0 M_Q[:0] [] M_Q#[:0] [] M_M[:0] [] M_[:0] [] M_[:0] [] M_Q#[:0] [] M_Q[:0] [] M_M[:0] [] M_ [,] M_ [,] M_0 [,] M_ [,] M_ [,] M_0 [,] M_R# [,] M_WE# [,] M_R# [,] M_WE# [,] M_# [,] M_# [,] M_[:0] [,] M_[:0] [,] ate: heet of, 0, 00 UTek omputer IN. N-M-R.0 T T 0 ate: heet of, 0, 00 UTek omputer IN. N-M-R.0 T T 0 ate: heet of, 0, 00 UTek omputer IN. N-M-R.0 T T 0 _Q_0 P _Q_ R _Q_0 _Q_ E0 _Q Q_ Y _Q_ F0 _Q_ F _Q_ J0 _Q_ J _Q_ J _Q_ L _Q_ W0 _Q_0 K _Q_ K _Q_ K _Q_ K _Q_ J _Q_ L _Q_ J _Q_ J _Q_ K _Q_ J0 _Q_ W _Q_0 L _Q_ K _Q_ K _Q_ E _Q_ K _Q Q Q_ E _Q Q Q_ N _Q_0 J0 _Q_ L _Q_ K _Q_ L _Q_ K _Q_ K0 _Q_ J _Q_ J _Q_ F _Q_ H _Q_ N0 _Q_0 _Q Q_ K _Q_ E _Q Q_ J _Q Q Q_ R _Q_ T _Q_ V0 _Q_0 Y _Q_ Y _Q_ U _Q_ T _Q_ V _Q_ 0 _Q_ 0 0 Y _# E _M_0 R0 _M M_ K _M_ L _M_ H _M_ J _M_ F _M_ W _Q_0 T0 _Q_ 0 _Q_ K _Q_ K _Q_ J _Q_ L _Q_ E _Q_ V _Q#_0 U0 _Q#_ 0 _Q#_ L _Q#_ K _Q#_ K _Q#_ K _Q#_ F _Q#_ V _M_0 _M M_0 _M_ E _M M M M_ W _M_ F _M_ E _M M M_ Y _M R# V _RVEN# Y _WE# NUE RETLINE_M NUE RETLINE_M _Q_0 R _Q_ W _Q_0 _Q_ J _Q Q_ 0 _Q_ H _Q_ E _Q_ W _Q_ E _Q Q_ E0 _Q Q_0 F _Q_ H _Q_ 0 _Q_ F0 _Q_ R0 _Q_ W0 _Q_ T _Q_ W _Q_ W _Q_ Y _Q_ Y _Q_0 V _Q_ T _Q_ V _Q_ T _Q_ W _Q_ V _Q_ U _Q_ T _Q Q Q_ R _Q_0 E0 _Q_ 0 _Q Q_ Y _Q_ 0 _Q_ W _Q Q Q Q_ Y _Q_ R _Q_0 T _Q_ T _Q_ Y _Q Q_ R _Q_ R _Q_ R _Q_ N _Q_ M _Q_ N0 _Q_ T _Q_0 T _Q_ N _Q_ M _Q_ N _Q_ W _Q Q_ F 0 K F _# L _M_0 T _M M M_ W _M_ W _M M_ Y _Q_0 T _Q_ E _Q Q Q Q_ H _Q Q_ P _M_ N _Q#_0 T _Q# Q# Q# Q# Q#_ H _Q# Q#_ P _M_0 J _M_ 0 _M_0 _M_ E _M_ 0 _M_ J _M_ K _M_ H _M_ L _M_ K _M_ J _M_ J _M_ L _M R# E _RVEN# Y0 _WE# NU RETLINE_M NU RETLINE_M NT NT NT NT

8 VM_0MIL VM_0MIL VM_0MIL VM_0MIL VM_0MIL VM_0MIL VM_0MIL +.V +.0V +.0V +.0V +.V +.0V +.0V ate: heet of ustom, 0, 00 UTek omputer IN. N-M-orePWR.0 T T 0 ate: heet of ustom, 0, 00 UTek omputer IN. N-M-orePWR.0 T T 0 ate: heet of ustom, 0, 00 UTek omputer IN. N-M-orePWR.0 T T 0 N UF/.V N UF/.V V_ V_ K V_ J V_ J V_ H V_0 H V_ H V_ F V_ T V_ V_M_0 V_M_0 F V_M_0 J V_M_ W V_M_ Y V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ E V_M_ E V_M_ E V_M_ U V_M_ F V_M_ V_M_ V_M_ V_M_ H V_M_ H V_M_ H V_M_ J V_M_ J V_M_ U V_M_ K V_M_ K V_M_ K V_M_ K V_X_NTF_0 U V_X_NTF_ U V_X_NTF_ U0 V_X_NTF_ U V_X_NTF_ U V_X_NTF_ U V_X_NTF_ V V_X_NTF_ V V_X_NTF_ V V_X_NTF_ V0 V_X_NTF_ T V_X_NTF_0 V V_X_NTF_ V V_X_NTF_ V V_X_NTF_ Y V_X_NTF_ Y V_X_NTF_ Y V_X_NTF_ Y V_X_NTF_ Y0 V_X_NTF_ Y V_X_NTF_ Y V_X_NTF_ T V_X_NTF_0 Y V_X_NTF_ Y V_X_NTF_ Y V_X_NTF_ Y V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ T V_X_NTF_0 V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ F V_X_NTF_ F V_X_NTF_ H V_X_NTF_ H V_X_NTF_ H V_X_NTF_ H V_X_NTF_ T V_X_NTF_0 J V_X_NTF_ J V_X_NTF_ J V_X_NTF_ K V_X_NTF_ K V_X_NTF_ L V_X_NTF_ L V_X_NTF_ L V_X_NTF_ L0 V_X_NTF_ L V_X_NTF_ T V_X_NTF_0 L V_X_NTF_ M V_X_NTF_ M V_X_NTF_ M V_X_NTF_ M V_X_NTF_ M V_X_NTF_ P V_X_NTF_ P V_X_NTF_ P V_X_NTF_ T V_X_NTF_0 P V_X_NTF_ P0 V_X_NTF_ P V_X_NTF_ U V_X_NTF_ U V_M_ L V_M_ V V_M_ W V_X_NTF_ T V_ T V_M_ U V_X_ R0 V_X_ T V_X_ W V_X_ W V_X_ Y V_X_ 0 V_X_ V_X_ V_X_ V_X_0 V_X_ V_X_ V_X_ 0 V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_0 0 V_X_ V_X_ V_X_ V_X_ F V_X_ F V_X_ H0 V_X_ H V_X_ H V_X_0 H V_X_NTF_ P V_X_NTF_ P V_X_NTF_ R0 V_X_NTF_ R V_X_NTF_ R V_X_NTF_ R V_X_NTF_ R V_ R0 V_X_ H V_X_ J0 V_X_ N V_M_LF W V_M_LF V_M_LF E V_M_LF V_M_LF V_M_LF W V_M_LF T V_X_ V_X_ V_ H V_X_NTF_ M0 V_M_ U0 V_X_NTF_0 V V_X_NTF_ V V_X_NTF_ V V_X_NTF_ Y POWER NU RETLINE_M POWER NU RETLINE_M N UF/.V c00 N UF/.V c00 N UF/.V c00 N UF/.V c00 N UF/.V ML UF/.V (00) XR 0% N UF/.V ML UF/.V (00) XR 0% N0 UF/.V c00 N0 UF/.V c00 N UF/.V ML UF/.V (00) XR 0% N UF/.V ML UF/.V (00) XR 0% V_NTF_ V_NTF_0 K V_NTF_ P V_NTF_ U V_NTF_ F V_NTF_0 F V_NTF_ H V_NTF_ H V_NTF_ H V_NTF_ H V_NTF_ J V_NTF_ K V_NTF_ K V_NTF_ K V_NTF_ V_NTF_ L V_NTF_ L V_NTF_ V_NTF_0 P V_NTF_ R V_NTF_ R V_NTF_ T0 V_NTF_ T V_NTF_0 T V_NTF_ U V_NTF_ V_NTF_ U V_NTF_ U V_NTF_ U V_NTF_ U V_NTF_ V V_NTF_ V V_NTF_0 V V_NTF_ V_NTF_ V_NTF_ V_NTF_ T V_NTF_ T V_NTF_ U V_NTF_ U V_NTF_ V V_NTF_ V V_NTF_ V_NTF_ V_NTF_0 V_NTF_ V_NTF_ V_NTF_ V_NTF_ F V_NTF_ K V_NTF_ M V_NTF_ P V_NTF_ R V_NTF_0 R V_NTF_ R V_NTF_ Y V_XM_ K V_XM_ K V_XM_ J V_XM_ J V_XM_NTF_ L V_XM_NTF_ L V_XM_NTF_ L V_XM_NTF_ M V_XM_NTF_ M V_XM_NTF_ M V_XM_NTF_ M V_XM_NTF_0 P V_XM_NTF_ P V_XM_NTF_ R V_NTF_ Y V_NTF_ Y V_NTF_ Y V_NTF_ Y V_ V_ V_ V_ L V_ L V_ V_NTF_ V_NTF_ V_NTF_ V_NTF_ J V_NTF_ V_NTF_ F V_NTF_ J V_XM_ K V_XM_NTF_ L V_XM_NTF_ L V_XM_NTF_ L V_NTF_ M V_XM_NTF_ M V_XM_NTF_ M V_NTF_ M V_NTF_ P V_XM_NTF_ P V_XM_NTF_ P V_XM_NTF_ R V_XM_NTF_ R V_XM_ T V_XM_ T V_NTF_ V POWER NUF RETLINE_M POWER NUF RETLINE_M N UF/.V N UF/.V N UF/.V c00 N UF/.V c00 N UF/.V c00 N UF/.V c00 N 0UF/.V ML 0UF/.V (00) XR 0% N 0UF/.V ML 0UF/.V (00) XR 0% N 0UF/.V ML 0UF/.V (00) XR 0% N 0UF/.V ML 0UF/.V (00) XR 0% N 0UF/.V N 0UF/.V N0 UF/.V N0 UF/.V N UF/.V c00 ML UF/.V (00) XR 0% N UF/.V c00 ML UF/.V (00) XR 0% N UF/.V N UF/.V N UF/.V c00 N UF/.V c00 N UF/.V N UF/.V

9 +.V NL N_VPLL_0MIL /00Mhz N UF/.V ML UF/.V (00) XR 0% NL N_VPLL_0MIL /00Mhz N UF/.V ML UF/.V (00) XR 0% NL N_VHPLL_0MIL /00Mhz N UF/.V ML UF/.V (00) XR 0% NL N_VMPLL_0MIL /00Mhz N +V +V NL N_V_RT_0MIL /00Mhz N /M 0.UF/0V N_VPLL_0MIL N_VPLL_0MIL N_VHPLL_0MIL N_VMPLL_0MIL N_V_LV_0MIL +V N0 0.UF/0V N_VPEPLL_0MIL NUH J VYN V_RT V_RT 0 V V V_PLL H V_PLL L V_HPLL M V_MPLL V_LV V_LV K0 V_PE_ K V_PE_ U V_PE_PLL VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_0 VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_0 VTT_ VTT_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_NTF +.0V +.V U U U U U U N U U 0UF/.V U U ML 0UF/.V (00) XR 0% T T T0 T T T T T T R R +.V R T U U T T T0 R N N N UF/.V UF/.V UF/.V ML UF/.V (00) XR 0% UF/.V ML UF/.V (00) XR 0% NL N_VPEPLL_0MIL /00Mhz N UF/.V ML UF/.V (00) XR 0% +.V NL N_V_LV_0MIL /00Mhz N UF/.V ML UF/.V (00) XR 0% NL N_V_LV_0MIL /00Mhz N UF/.V ML UF/.V (00) XR 0% +.V N UF/.V ML UF/.V (00) XR 0% +.V N_VPEPLL_0MIL N_V_LV_0MIL W V U U U T T T T T R R M L N N U J H V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_0 V_M_ V_M_NTF_ V_M_NTF_ V_M_K_ V_M_K_ V_TV V_TV V_TV V_TV V_TV V_TV V_RT V_TV V_Q V_HPLL V_PE_PLL V_LV_ V_LV_ POWER V_XF_ V_XF_ V_XF_ V_MI V_M_K_ V_M_K_ V_M_K_ V_M_K_ V_TX_LV V_HV_ V_HV_ V_PE_ V_PE_ V_PE_ V_PE_ V_PE_ V_RXR_MI_ V_RXR_MI_ VTTLF VTTLF VTTLF J0 K N_V_MK_0MIL K J N_V_LV_0MIL J +V N N 0.UF/0V 0 TW 0 N_V_PE_0MIL W0 W V V0 H0 H N_VTTLF_0MIL F N_VTTLF_0MIL H N_VTTLF_0MIL N N NL /00Mhz N N UF/.V 0UF/.V ML UF/.V (00) XR 0% +.0V NL0 /00Mhz N N0 UF/.V 0UF/.V ML UF/.V (00) XR 0% N +.V +.0V RETLINE_M UF/.V UF/.V UF/.V ML UF/.V (00) XR 0% UTek omputer IN. N-M-IOPWR T ustom T, 0, 00 ate: heet of.0 0 HIH = LNE REVERE

10 ate: heet of ustom, 0, 00 UTek omputer IN. N-M-.0 T T 0 0 ate: heet of ustom, 0, 00 UTek omputer IN. N-M-.0 T T 0 0 ate: heet of ustom, 0, 00 UTek omputer IN. N-M-.0 T T 0 0 V_ V_00 0 V_0 V_0 V_0 V_0 V_0 V_0 V_0 V_0 V_0 E0 V_0 E V_ E V_ E V_ E V_ E V_ F V_ F V_ F V_ F0 V_ F0 V_0 V_ V_ V_ V_ V_ V_ V_ V_ V_ V_0 V_ V_ H V_ H V_ H V_ H V_ J V_ J V_ J V_ J V_0 J V_ J V_ J V_ J V_ K V_ K V_ K V_ L V_ L V_0 L0 V_ L V_ L V_ L V_ L V_ L V_ M V_ M V_ M V_ M V_0 M V_ M0 V_ M V_ N V_ N V_ N V_ N V_ N V_ N V_ N V_0 N V_ N V_ N V_ P V_ P V_ P V_ P V_ P0 V_ R V_ T V_0 T V_ T V_ U V_ U V_ U0 V_ W V_ W V_ W V_0 W V_ W V_ W V_ Y V_ Y V_ Y V_ V V_ V V_ Y V_ Y V_ Y V_ Y0 V_00 Y V_0 P V_0 T V_0 T V_0 T V_0 R V_0 V_0 V_0 V_0 F V_0 F V_ T V_ V V_ H0 V NUJ RETLINE_M V NUJ RETLINE_M V_ V_ V_ V_ V_ V_ V_ V_ V_ 0 V_ V_0 V_ V_ V_ 0 V_ V_ V_ V_ V_ V_0 V_ V_ V_ V_ V_ V_ V_ V_ 0 V_ V_0 E0 V_ E V_ E V_ F0 V_ F V_ F V_ F V_ V_ V_ V_0 V_ 0 V_ H V_ H0 V_ H V_ H V_ H V_ J V_ J V_ J V_0 J V_ J V_ J V_ J V_ J V_ J V_ K0 V_ K V_ K V_ K V_0 K V_ K V_ L V_ M V_ M V_ M V_ M V_ M V_ M V_ N V_0 N V_ N V_ N V_ N V_ N V_ P V_ P V_ P0 V_ R V_ R V_0 R V_ R V_ R V_ R V_ T0 V_ T V_ T V_ T V_ W V_00 W V_0 W V_0 W V_0 W V_0 W V_0 Y0 V_0 Y V_0 Y V_0 Y V_0 Y V_0 Y V_ Y V_ Y0 V_ 0 V_ 0 V_ V_ V_ 0 V_ V_ V_0 V_ V_ V_ V_ V_ V_ V_ V_ V_ V_0 V_ 0 V_ V_ V_ V_ V_ V_ V_ V_ 0 V_0 V_ V_ V_ V_ V_ V_ V_ E V_ E V_ E V_0 E0 V_ E V_ E V_ E V_ F V_ F V_ F V_ V_ V_ V_0 V_ V_ V_ V_ V_ H V_ H0 V_ H V_ H V_ H V_0 J V_ J V_ J V_ J V_ J V_ J V_ K V_ K V_ K V_ K V_ U V_ U V_0 U V_ U V_ U V_ U V_ U V_ V V_ V V_ W V_ W V_0 K V_ K V_ K V_ L V_ L V_ V_ V_ V_ V_ V_ K0 V_ K V_ L V_ L V_ L V_0 L V_ V_ V_ V NUI RETLINE_M V NUI RETLINE_M

11 [] H_#[:] H_#[:] [] H_REQ#[:0] H_REQ#[:0] [] H_#[:0] H_#[:0] H_# J H_# []# # H H_# [] L H_# []# NR# E H_NR# [] L H_# []# PRI# H_PRI# [] K H_# []# M H_# []# EFER# H H_EFER# [] N H_# []# RY# F H_RY# [] J H_#0 []# Y# E H_Y# [] N H_# [0]# P H_# []# R0# F H_REQ#0 [] P H_# []# L H_IERR# H_# []# IERR# 0 HT P H_# []# INIT# H_INIT# [] P H_# []# R H []# LOK# H_LOK# [] [] H_T#0 M T[0]# H_REQ#0 REET# PURT# [] K H_REQ# REQ[0]# R[0]# F H_R#0 [] H H_REQ# REQ[]# R[]# F H_R# [] K H_REQ# REQ[]# R[]# H_R# [] J H_REQ# REQ[]# TRY# H_TRY# [] L REQ[]# H_# HIT# H_HIT# [] Y E H_# []# HITM# H_HITM# [] U H_# []# R H_#0 []# PM[0]# XP_PM#0 [] W H_# [0]# PM[]# XP_PM# [] U H_# []# PM[]# XP_PM# [] Y H_# []# PM[]# XP_PM# [] U H_# []# PRY# XP_PM# [] R H_# []# PREQ# XP_PM# [] T H_# []# TK XP_TK [] T H_# []# TI XP_TI [] W H_# []# TO XP_TO [] W H_# []# TM XP_TM [] Y H_#0 []# TRT# XP_TRT# [] U H_# [0]# R# 0 V H_R# HT H_# []# W H_# []# H_# []# THERML H_# []# H_PROHOT# Zo= ohm, 0." max []# PROHOT# PU_THERM+ [] H_T# V for TLREF T[]# THRM PU_THERM- THRM [] H_0M# 0M# [] H_FERR# FERR# THERMTRIP# H_THRMTRIP# [] [] H_INNE# H INNE# [] [] [] [] H_TPLK# H_INTR H_NMI H_MI# HT HT HT HT HT HT HT HT HT HT0 H_R H_R H_R H_R H_R H_R H_R H_R H_R H_R0 M N T V F OKETP TPLK# LINT0 LINT MI# RV RV RV RV RV RV RV RV RV RV0 H LK LK[0] LK[] HR HR HLK_PU [] HLK_PU# [] lose to PU pin, 0.UF/0V HLK_ITP [] HLK_ITP# [] HR KOhm % HR KOhm % +.0V ML 0.UF/0V (00) XR 0% [] [] [] [] [] [] H_TN#0 H_TP#0 H_INV#0 H_TN# H_TP# H_INV# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# E F E F E E K J J H F K H J H H N K P R L M L M P P P T R L T N L M N OKETP [0]# []# []# []# []# []# []# []# []# []# [0]# []# []# []# []# []# TN[0]# TP[0]# INV[0]# []# []# []# []# [0]# []# []# []# []# []# []# []# []# []# [0]# []# TN[]# TP[]# INV[]# []# []# []# []# []# []# []# []# [0]# []# []# []# []# []# []# []# TN[]# TP[]# INV[]# []# []# [0]# []# []# []# []# []# []# []# []# []# [0]# []# []# []# TN[]# TP[]# INV[]# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_TN# [] H_TP# [] H_INV# [] H_TN# [] H_TP# [] H_INV# [] PU_TLREF H_OMP0 PU_TET OMP[0] R HR TLREF.Ohm % H_OMP HR.Ohm % PU_TET TET MI OMP[] U H_OMP HT PU_TET OMP[] HR TET.Ohm % Y H_OMP HR.Ohm % PU_TET TET OMP[] F HT PU_TET TET F PU_TET PM_PRTP# [] HT TET PRTP# E TET PLP# PM_PLP# [] PWR# H_PWR# [] [,] PU_EL0 EL[0] PWROO PUPWR [] [,] PU_EL EL[] LP# H_PULP# [] [,] PU_EL E EL[] PI# PM_PI# [] OKET Y V V V T U U Y W Y W W Y U E 0 E F E F E F 0 omp0, connect with Zo=. ohm, make trace length shorter than 0.". omp, connect with Z0= ohm, make trace length shorter than 0.". OKET +V +.0V [,] E_MK_TM [,] E_M_TM [] THRM_PU# PU Temperature HU MLK V MT XP LERT# XN THERM# HR 00 ohm for MXIM PU_THERM+ PU_THERM- FORE_OFF# H 00PF/0V FORE_OFF# [] H_PROHOT# HR 0 % HQ HN00 PROHOT# PU Test Pin PU_TET PU_TET PU_TET HR KOhm % HR0 KOhm % H 0.UF/0V ML 0.UF/0V (00) XR 0%.0V~.V Max: m H To E 0.UF/0V ML 0.UF/0V (00) XR 0% THRO_PU [] UTek omputer IN. MEROM PU REV() T T, 0, 00 ate: heet of 0.0

12 VORE OKETP V V V V 0 V V0 V V V V V V V V V V 0 V V V0 V V V 0 V V V V0 V V V V V V V V 0 V V V V 0 V0 V V V V V V V0 V V V V V V 0 V V V V V V V0 V V V V V E V V00 E V E0 V VP E V VP E V VP E V VP E V VP E V0 VP E0 V VP F V VP F V VP F0 V VP0 F V VP F V VP F V VP F V VP F V VP F0 V0 VP V V V 0 V V V V VI[0] V VI[] V VI[] V VI[] 0 V VI[] V0 VI[] 0 V VI[] 0 V V V VENE V V V VENE OKET 0 0 E E0 E E E E E E0 F F0 F F F F F F0 V J K M J K M N N R R T T V W F E F E F E F E H_V_0MIL +.0V HR 0 % +V_PU 0 m H VR_VI0 [] VR_VI [] VR_VI [] VR_VI [] VR_VI [] VR_VI [] VR_VI [] HR 0 % H VORE HL +.V VENE [] VENE [] VENE, VENE trace at. ohm with 0 mils spacing. Place PU and P within " of PU. /00Mhz 0.UF/0V 0UF/.V ML 0UF/.V (00) XR 0% ML 0.UF/0V (00) XR 0% OKETP P V V V V P V V P V V R R V V V V R V V R F V V T V V0 T V0 V T V V T V V U V V U V V U U V V V V V V V V V V V V V00 V V0 V0 W W V V0 V V0 W W V V0 V V0 Y V V0 Y V V0 Y V V0 Y V V0 V V0 V0 V V V V V V V V V E V V E V V E V V E V V E V V0 E V0 V E V V E V V E V V F V V F V V F V V F V V F V V F V V0 F V0 V F V V F V V V V V V V V V V H V V H V V H V V0 H V0 V J V V J V V J V V J V V E K V V E K V V E K V V E K V V E L V V0 E L V0 V E L E V V L V V E M V V M V V F M V V F M V V F N V V F N F V V N F V V0 N V0 V F P V V V F OKET +.0V HR.KOhm /ITP [,,] [,,] [] [] [] XP_PM# XP_PM# ITP_PWR H _MK_V _M_V XP_TK +.0V 0.UF/0V ML 0.UF/0V (00) XR 0% /ITP PURT# XP_TO XP_TM XP_TI XP_PM# XP_TK XP_TRT# ITP PM# PM# PWROO REERVE VTT LKp LKn L N TK TO_ON_P /ITP PM# PM# PM# PM0# LK0 KL REET# R# TO TRT# TI TM HR.Ohm % HR.Ohm % /ITP HRN Ohm HRN Ohm HRN Ohm HRN Ohm HR KOhm % XP_PM# [] XP_PM# [] XP_PM# [] XP_PM#0 [] HLK_ITP [] HLK_ITP# [] HR /ITP ITP_PURT# PURT# [] RT_ON# [] 0 % XP_TO [] XP_TRT# [] XP_TI [] XP_TM [] +.0V R, N should be push-pull output UTek omputer IN. MEROM PU REV() T T, 0, 00 ate: heet of 0.0

13 M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_0 M_ M_ M_M M_M M_M M_M M_M M_M M_M M_M0 M_Q# M_Q M_Q M_Q M_Q# M_Q# M_Q#0 M_Q# M_Q M_Q# M_Q# M_Q M_Q# M_Q0 M_Q M_Q M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_0 M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ IMM_VREF IMM_VREF IMM_VREF M_ M_ M_Q# M_ M_0 M_ M_ M_ M_ M_Q0 M_Q M_Q _MK_V M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M M_V M_ M_Q# M_0 M_Q# M_Q M_M M_M M_Q M_M0 M_0 M_ M_ M_ M_ M_ M_ M_ M_M M_Q M_ M_Q#0 M_M M_Q M_Q M_ M_ M_ M_ M_ M_ M_0 M_0 M_ M_ M_ M_Q# M_Q# M_Q# M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_0 M_M M_M M_Q# M_ M_M M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_0 _M_V _MK_V M_M[:0] [] M_Q[:0] [] M_Q#[:0] [] M_ [] M_0 [] M_ [] M_[:0] [] M_#0 [] M_# [] M_LK0 [] M_LK#0 [] M_LK [] M_LK# [] M_KE [] M_# [] M_R# [] M_WE# [] M_OT0 [] M_OT [] M_Q[:0] [] M_ [] M_# [] M_M[:0] [] M_# [] M_LK# [] M_OT [] M_Q#[:0] [] M_R# [] M_0 [] M_[:0] [] M_LK [] M_OT0 [] M_LK0 [] M_KE0 [] M_WE# [] M_LK#0 [] M_ [] M_#0 [] M_KE [] M_[:0] [] M_[:0] [] M_KE0 [] _M_V [,,] _MK_V [,,] +.V +V +0.V +.V +.V +.V +V +V ate: heet of ustom 0, 0, 00 UTek omputer IN. R O-IMMs.0 T T ate: heet of ustom 0, 0, 00 UTek omputer IN. R O-IMMs.0 T T ate: heet of ustom 0, 0, 00 UTek omputer IN. R O-IMMs.0 T T IMM_VREF Power ap ddress = 0 ddress = 00 lose to IMM lose to IMM lose to IMM /P # 0 # K0 0 K0# K K# KE0 KE 0 # R# 0 WE# L 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 000 IMM R_IMM_00P /P # 0 # K0 0 K0# K K# KE0 KE 0 # R# 0 WE# L 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 0000 IMM R_IMM_00P 0000 UF/0V UF/0V R KOhm % R KOhm % UF/0V UF/0V L /00Mhz L /00Mhz UF/0V UF/0V 00PF/0V 00PF/0V 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 % 00PF/0V 00PF/0V UF/0V UF/0V UF/0V UF/0V 0.UF/V 0.UF/V 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

14 [] M_[:0] [] M_[:0] +0.V [] M_#0 [] M_R# [] M_OT [] M_# [] M_WE# M_ M_0 M_ RN Ohm RN Ohm RNE Ohm RN Ohm RN Ohm 0 RN Ohm RNF Ohm RNH Ohm UF/0V [] M_ [] M_0 [] M_KE M_ M_0 M_ M_ M_ RNH Ohm 0 RN Ohm RNF Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNH Ohm 0 UF/0V [] M_ [] M_KE0 M_ M_ M_ M_ M_ M_ RN Ohm RN Ohm RNE Ohm RN Ohm RNF Ohm RNE Ohm RN Ohm 0 RN Ohm UF/0V [] M_# [] M_OT0 Ohm R Ohm R UF/0V [] [] M_ M_0 M_ M_ M_ M_ M_0 M_ RN Ohm RN Ohm RN Ohm RN Ohm RNF Ohm 0 RN Ohm 0 RN Ohm RNE Ohm UF/0V [] M_KE [] M_ [] M_KE0 M_ M_ M_ M_ M_ 0 RN Ohm RNF Ohm RNH Ohm RNE Ohm RN Ohm RN Ohm RN Ohm RN Ohm UF/0V [] M_#0 [] M_OT0 [] M_# [] M_WE# [] M_R# M_0 M_ M_ RN Ohm RNH Ohm RN Ohm RN Ohm RNF Ohm RNH Ohm RNE Ohm RN Ohm UF/0V [] M_OT [] M_# Ohm Ohm R R UF/0V UTek omputer IN. R TERMINTION T ustom T, 0, 00 ate: heet of 0.0

15 E +V L PU NM : 0000 V.0 /00Mhz _V_0MIL _VREF E U _V _VREF I_L I_ 0 E0 RT K [,] RT [,] Place beside PU R PU_RT_R % 0 pf/0v +V PU_THERM LV_V_EN L_KLT_EN R KOhm % R KOhm % R KOhm % +V 0.UF/0V 0.UF/0V ML 0.UF/0V (00) XR 0% _RET _V _RET R Ohm % M _RET = ohm F E U _V _VREF _HYN _VYN _RE _REEN _LUE _IUMP I_L I_ F F0 E U PU_I_L PU_I_ RT_HYN [] RT_VYN [] PU_RT_R [] PU_RT_ [] PU_RT_ [] RN.KOhm RN.KOhm R PU_RT_ % 0 pf/0v R PU_RT_ % 0 pf/0v +V T T T R 0KOhm PU_THERM- PU_THERM+ PU_JT_TK E PU_JT_TM PU_JT_TI PU_JT_TO E PU_JT_TRT_N R 0KOhm UF THERMN THERMP JT_TK JT_TM JT_TI JT_TO JT_TRT_N M N I_L I_ PIO0 PIO PIO PIO PIO PIO PIO PIO PIO PIO PIO0 PIO PIO E PU_LMP PU_HP_ET0 PU_HP_ET PU_L_L_PWM PU_V0 PU_V PU_V_MEM PU_THERM PU_FN_PWM PU_LI_YN PU_MVREF_W PU ET LV_EI_K [,0] LV_EI_ [,0] T0 T T T0 T T T T T T LV_V_EN [0] L_KLT_EN [0] P/H or P/ R must be K or less PU_PIO I/O TIVE FUNTION(Nx) 0 IN IN OUT OUT OUT OUT OUT OUT IN OUT 0 I/O OUT I/O OUT OUT H(FE) H(FE) H L H H H H L L N/ H N/?? PRI VI Hot Plug nd VI Hot Plug L backlight ri. L Power L L enable PU voltage selection PU voltage selection PU/MEM voltage selection(for R) THRM alert I/O FN_PWM LI raster sync MEM Vref switch power detect input NP- 0x00 PWR_TRL0 NP-E 0x0 PWR_TRL NM- 0x0 NM-E 0x0 RM_F[:0] onfig F us Width efinitions 000 Mx R -bit amsung,micron 000 Mx R -bit Qimonda 00 Mx R -bit Hynix 00 Mx R -bit amsung, Micron 00 Mx R -bit Qimonda 0 Mx R -bit Hynix [] [] LK_M_PU LK_M_PU_ +.V L /00Mhz R 0KOhm PU_PLV 0.UF/0V ML 0.UF/0V (00) XR 0% H H _RET M UJ XTLIN XTLIN PLL PLLV M LK_M_PU HYN _VYN _RE _REEN _LUE _IUMP XTLOUT XTLOUTUFF R 0KOhm PU_XTLOUT PU_XTLOUTUFF This stuff is for using internal instead of external. E F F E L RN.KOhm RN.KOhm T R 0KOhm Power by +V for MIO function +V Power by +.V For LI function Power by +V for MIO function +V Power by +.V For LI function F J Multiuse Input/Output Interface No Fuction in - UH MIO_VQ MIO_VQ MIO_VQ 0.UF/0V ML 0.UF/0V (00) XR 0% K K L M 0.UF/0V ML 0.UF/0V (00) XR 0% J M UI MIO_VQ MIO_VQ MIO_VQ MIOL_P_VQ MIOL_PU_ MIO0 MIO MIO MIO MIO MIO MIO MIO MIO MIO MIO0 MIO_HYN P V MIO0 MIO MIO MIO MIO MIO MIO MIO MIO MIO MIO0 MIO PEX_PLL_EN_TERM U_VENOR IO_PF0 IO_PF IO_PF LOT_LOK_F J J K K M M N N N R RMF0 RMF PI_EVI PI_EVI0 PI_EVI RMF RMF PI_EVI Z etting 0 RMF0 trapping Options (check -0-00_v0 for detail) Hardware oard trap PIN Name Function default (IO Present) MIO MIO0 MIO MIO MIO MIO MIO MIO MIO0 MIO MIO MIO MIO MIO_TL MIO MIO MIO MIO MIO0 MIO_VYN MIO MIO MIO MIO_HYN MIO0 MIO_HYN MIO MIO_E +V R 0KOhm R 0KOhm /PU_QIM U_VENOR RMF0 RMF RMF RMF RYTL TVMOE TVMOE0 TVMOE PI_EVI0 PI_EVI PI_EVI PI_EVI PI_EVI UER0 UER UER UER ROMTYPE0 ROMTYPE IO_PF0 IO_PF IO_PF IO_PF PEX_PLL_EN_TERM LOT_LOK_F PI_IOR R_IZE RMF +V R0 0KOhm /PU_QIM R 0KOhm Not Require K P/ Require - heck FE heck FE - K P/U,P/ K P/U,P/ - Recommand Recommand - 0(M) Not Require Not Require 0 Not Require Not Require 0 0 K P/U 0 Not Require Recommand If L If L - no EI no EI - 0K P/U or P/ 0K P/U or P/ - No Require if No require PI ROM used 0 Not Require K P/U 0 Require K P/U RecommandK P/U Recommand (hare) Not Require Not Require PU & M share LOK Not Require Not Require 0 Not Require Not Require EN:EN-000 RMF +V R 0KOhm /PU_QIM R 0KOhm oard trap (IO Not Present) RMF +V R 0KOhm /PU_QIM R 0KOhm erial ROM ccess ignals J MIO_VREF MIO_VYN MIO_HYN MIO_E MIO_TL F F IO_PF R_IZE PI_EVI heck stuff before OM release U M ROM_N ROM_I ROM_O ROM_LK IH_L IH_ UFRT_N TEREO WPRY TETMOE F F T T N.. IF HP is not used +V PU_WPRY PU_TETMOE R 0KOhm Internal test only R 0KOhm Integrated ingle-link TM Transmitter Interface, Link UL M IFP_VPROE IFP_TX0_N R IFP_TX0 T IFP_TX_N T PU_IFP_PLLV IFP_TX T M IFP_PLLV J IFP_RET IFP_TX_N V IFP_TX V R 0KOhm M IFP_PLL IFP_TX_N W IFP_TX V PU_IFP_IOV L IFP_IOV M R KOhm NO TM-- % IFPx_IOV K ohm to MIO_LKOUT K MIO_LKOUT_N K PU_MIO_LKIN MIO_LKIN R M R 0KOhm +V PU Temperature R Must tuff 00 ohm for MXIM 00000(-) U [,] E_MK_TM V 0 00PF/0V MLK PU_THERM+ [,] E_M_TM MT XP PU_THERM- [] THRM_PU# LERT# XN FORE_OFF# THERM# FORE_OFF# [] To E.0V~.V 0 Max: m 0.UF/0V ML 0.UF/0V (00) XR 0% PEX_PLL_EN_TERM PI_EVI0 PI_EVI PI_EVI PI_EVI PI_EVI IO_PF0 IO_PF IO_PF IO_PF R_IZE U_VENOR efault 0;-0-00_V0 LOT_LOK_F R KOhm % R KOhm % R0 KOhm % R KOhm % R KOhm % R KOhm % R KOhm % R0 KOhm % R KOhm % R KOhm % R KOhm % R KOhm % R KOhm % +V UTek OMPUTER IN PU_MIN() T T.0 ate:, 0, 00 heet of 0 E

16 +.V +.V [] VM_[..0] [] VM_M[..0] [] VM_Q[..0] [] VM_Q#[..0] U VM_0 F0 VM_ VM_ F VM_ F F VM_ F VM_ F VM_ VM_ F F VM_ F VM_ J VM_0 F E VM_ F0 F VM_ F J VM_ F F VM_ F VM_ F H VM_ F VM_ F E VM_ F VM_ F F VM_0 F E VM_ F0 E VM_ F 0 VM_ F VM_ F VM_ F VM_ F VM_ F VM_ F VM_ F VM_0 F VM_ F0 F VM_ N VM_ F N F VM_ R VM_ F R F VM_ R F VM_ T VM_ F T VM_ F T F VM_0 F0 VM_ Y F VM_ VM_ F F VM_ F VM_ F VM_ VM_ F VM_ F T VM_ F T VM_0 F R VM_ F0 R VM_ F R VM_ F T VM_ F N VM_ F P VM_ F VM_ F VM_ F VM_ F VM_0 F VM_ F0 VM_ F VM_ F W F VM_M0 VM_M FQM0 F FQM VM_M F0 VM_M FQM FQM VM_M V VM_M FQM W FQM VM_M V FQM VM_M V FQM VM_Q0 FQ_WP0 VM_Q FQ_WP VM_Q E VM_Q FQ_WP FQ_WP VM_Q V FQ_WP VM_Q W FQ_WP VM_Q U FQ_WP VM_Q W FQ_WP VM_Q#0 VM_Q# FQ_RN0 E VM_Q# FQ_RN F VM_Q# FQ_RN VM_Q# FQ_RN V VM_Q# FQ_RN W VM_Q# FQ_RN V VM_Q# FQ_RN W FQ_RN FVTT FVTT FVTT FVTT FVTT FVTT FVTT FVTT FVTT FVTT0 FVQ FVQ FVQ FVQ FVQ FVQ FVQ FVQ FVQ FVQ0 F_M0 F_M F_M F_M F_M F_M F_M F_M F_M F_M F_M0 F_M F_M F_M F_M F_M F_M F_M F_M F_M F_M0 F_M F_M F_M F_M F_M F_M F_LK0 F_LK0_N F_LK F_LK_N FL_P_VQ FL_PU_ FL_TERM_ E F F J J L N R U W F F J M T J L P U Y F F J J M N J M M K K K F K N L K M N E H +.V VM_ VM_0 VM_ VM_ VM_ VM_ VM_ VM_ VM_0 VM_OT0_R VM_ VM_ VM_ VM_0 VM_ VM_ VM_ VM_ VM_ VM_ VM_ VM_M PU_FL_P_VQ PU_FL_PU_ PU_FL_THRM_ +.V NM LVR~0m T 0UF/.V ML 0UF/.V (00) XR 0% UF/.V V. VM_0# [] VM_WE0# [] VM_KE0 [] VM_R0# [] V. VM_0# [] VM_LK0 [] VM_LK0# [] VM_LK [] VM_LK# [] R R R UF/.V ML UF/.V (00) XR 0% 0.Ohm 0.Ohm 0.Ohm FE mail_0 +.V 0 UF/.V ML UF/.V (00) XR 0% VM_[:] [] VM_[:0] [] VM_[:0] [] UF/.V UF/.V VM_OT0_R PU_F_EU UF/.V R R0 NM ample Version (ref E demo circuit) +.V L /00Mhz HEK FE for delete (OUTPUT) UE IFP_VPROE N IFP_VPROE 0.0UF/V ML 0.0UF/V (00) XR 0% IFP_PLLV_MIL V IFP_RET IFP_PLLV U IFP_RET R KOhm % 0.UF/0V ML 0.UF/0V (00) XR 0% V IFP_PLL +.V W IFP_IOV Y IFP_IOV 0.UF/0V ML 0.UF/0V (00) XR 0% M VM_OT0 [] IFP_TX0_N N IFP_TX0 N IFP_TX_N R IFP_TX R IFP_TX_N T IFP_TX T IFP_TX_N P IFP_TX R IFP_TX_N W IFP_TX W IFP_TX_N IFP_TX IFP_TX_N IFP_TX IFP_TX_N IFP_TX IFP_TX_N U IFP_TX T IFP_TX_N W IFP_TX W PU_LV_0- [0] PU_LV_0+ [0] PU_LV_- [0] PU_LV_+ [0] PU_LV_- [0] PU_LV_+ [0] PU_LV_LK- [0] PU_LV_LK+ [0] F_EU K PU_F_EU F_REFLK M F_REFLK_N M PU_F_REFLK PU_F_REFLK_N T T +.V +.V R KOhm % NM(): PU_H_PLV+.V H_PLV N PU_F_PLV+.V F_PLLV F_PLL 0.UF/0V L /00Mhz UF/.V ML UF/.V (00) XR 0% PU_MVREF F_VREF M R KOhm % 0.UF/0V ML 0.UF/0V (00) XR 0% +.V L /00Mhz 00 0.UF/0V UF/.V ML UF/.V (00) XR 0% UTek OMPUTER IN PU_Memory() T T.0 ate:, 0, 00 heet of 0

17 +.V +.V [] PE_RXP[:0] [] PE_RXN[:0] U NM PEX_IOV/Q~00m PEX_IOV 0 PEX_IOV PEX_IOV PEX_IOV PEX_IOV W PEX_IOV W PEX_IOV 0 PEX_IOV ML 0UF/0V (00) XR 0% 0 0UF/0V UF/.V UF/.V UF/.V 0UF/.V ML 0UF/.V (00) XR 0% ML UF/.V (00) XR 0% UF/.V UF/.V UF/.V [] PE_TXN[:0] [] PE_TXP[:0] +.0V NM NVV~00m PE_RXP0 PE_RXN0 PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP0 PE_RXN0 PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP PE_RXN PE_RXP PE_RXN _PE_RXP0 0.UF/V _PE_RXN0 0 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP0 0.UF/V _PE_RXN0 0 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0.UF/V _PE_RXP 0.UF/V _PE_RXN 0 0.UF/V [] PLT_RT# T T [] LK_00M_PU [] LK_00M_PU# PEX_RT_N F PEX_TTLK_OUT F PEX_TTLK_OUT_N E PEX_REFLK E PEX_REFLK_N _PE_RXP0 _PE_RXN0 PEX_TX0 PEX_TX0_N PE_TXP0 F PE_TXN0 PEX_RX0 PEX_RX0_N _PE_RXP E _PE_RXN PEX_TX E PEX_TX_N PE_TXP PE_TXN PEX_RX PEX_RX_N _PE_RXP _PE_RXN PEX_TX PEX_TX_N PE_TXP F PE_TXN PEX_RX F PEX_RX_N _PE_RXP E _PE_RXN PEX_TX E0 PEX_TX_N PE_TXP PE_TXN PEX_RX PEX_RX_N _PE_RXP 0 _PE_RXN PEX_TX 0 PEX_TX_N PE_TXP F PE_TXN PEX_RX F PEX_RX_N _PE_RXP E _PE_RXN PEX_TX E PEX_TX_N PE_TXP PE_TXN PEX_RX 0 PEX_RX_N _PE_RXP _PE_RXN PEX_TX PEX_TX_N PE_TXP F0 PE_TXN PEX_RX F PEX_RX_N _PE_RXP _PE_RXN PEX_TX PEX_TX_N PE_TXP PE_TXN PEX_RX PEX_RX_N _PE_RXP E _PE_RXN PEX_TX E PEX_TX_N PE_TXP PE_TXN PEX_RX PEX_RX_N _PE_RXP _PE_RXN PEX_TX PEX_TX_N PE_TXP F PE_TXN PEX_RX F PEX_RX_N _PE_RXP0 E _PE_RXN0 PEX_TX0 E PEX_TX0_N PE_TXP0 PE_TXN0 PEX_RX0 PEX_RX0_N _PE_RXP _PE_RXN PEX_TX PEX_TX_N PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ0 PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ PEX_IOVQ V V NV_PLLV V V V V V V V V0 V V V V V V V V V V0 V V V V V V V V V V0 V V V V V V_LP V_LP V_LP V_LP V_ V_ V_ V_ V_ V_ 0 +.0V J M N R T J0 J M N R T L M T U L M T U W M T L M T U W L M T U W M N R T W W0 W W J F J F J J +V +.0V NM PNVV~00m UF/.V 0UF/.V ML UF/.V (00) XR 0% 0 UF/.V UF/.V UF/.V 0.UF/0V ML 0.UF/0V (00) XR 0% ML UF/.V (00) XR 0% UF/.V 0 UF/.V ML UF/.V (00) XR 0% UF/.V UF/.V PEX_PLLV_MIL UF/.V UF/.V L UF/.V UF/.V V. +.V 0.UF/0V UF/.V ML 0.UF/0V (00) XR 0% ML UF/.V (00) XR 0% /00Mhz 0 UF/.V UF/.V V. PE_TXP PE_TXN F PEX_RX F0 PEX_RX_N _PE_RXP E _PE_RXN PEX_TX E PEX_TX_N +.V PE_TXP PE_TXN PEX_RX PEX_RX_N _PE_RXP _PE_RXN PEX_TX PEX_TX_N PE_TXP F PE_TXN PEX_RX F PEX_RX_N _PE_RXP F _PE_RXN PEX_TX E PEX_TX_N PE_TXP PE_TXN PEX_RX PEX_RX_N _PE_RXP E _PE_RXN PEX_TX PEX_TX_N PE_TXP PE_TXN PEX_RX F PEX_RX_N PEX_PLLV PEX_PLLV PEX_PLL N N N N Y E F PEX_PLLV_MIL PEX_PLLV_MIL PU_PIO_PWR_TRL0 PU_I_L PU_PIO_PWR_TRL T T +V R KOhm % PEX_PLLV_MIL 0.UF/0V UF/.V ML 0.UF/0V (00) XR 0% ML UF/.V (00) XR 0% L /00Mhz M PU_PI-E() eorge_kang UTek OMPUTER IN T.0 ate:, 0, 00 heet of 0

18 +V UK E H L P U Y F F 0 E L P U Y H F T PU_I_ R KOhm % E K P V F E F L P U N P R F 0 0 N P R E J L N P R U W N P R F N P 0 0 R E L P U F K P V 0 E0 0 F E H 0 0 L 0 P U Y F E H L P 0 U Y F M UTek OMPUTER IN PU_POWER_() T T, 0, 00 ate: heet of 0.0

19 VRM HIP: st : 0F00(INFINEONM*-.) nd : 0F0(HYNIXM*-.) [] [] [] [] [] [] [] [] VM_[:0] VM_[:0] VM_Q[:0] VM_M[:0] VM_[:0] VM_LK0 VM_LK0# [] VM_KE0 VM_Q#[:0] [] [] [] [] [] VM_[:] VM_R0# VM_0# VM_WE0# VM_0# R VM_0 VM_ VM_ VM_0 VM_ VM_ VM_ VM_ VM_ VM_ VM_ VM_ VM_ VM_0 VM_ VM_ VM_ VM_ VM_ VM_ VM_ VM_0 VM_ VM_ VM_ VM_ VM_ VM_0 VM_ VM_ VM_ VM_ % J K K VM_Q0 VM_Q#0 VM_Q VM_Q# K L K L R L L L M M M N N N N P P P M P R H H H H F F F E U K K# KE R# # WE# # N/ 0 N/ 0 0/P LQ0/Q0 LQ/Q LQ/Q LQ/Q LQ/Q LQ/Q LQ/Q LQ/Q UQ0/Q0 UQ/Q UQ/Q UQ/Q UQ/Q UQ/Q UQ/Q UQ/Q UQ UQ# LQ LQ# HYTF- UM LM VREF VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ0 VL V V V V V VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ0 VL V V V V V OT N N N N +.V +.V R VM_M0 KOhm F VM_M % J V_MVERF E R0 KOhm % UF/.V ML UF/.V (00) XR 0% J E J M R E F F H H J J N P E K VM_OT0 [] E R R +.V +.V U VM_LK0 J VM_LK0# K UM K VM_KE0 K# LM K KE VM_R0# VREF K VM_0# R# L VM_WE0# # VQ K VM_0# WE# VQ L # VQ R N/ VQ VM_0 VQ L VM_ 0 VQ L VM_ VQ L VM_0 N/ VQ M VM_ 0 VQ M VM_ VQ0 M VM_ N VM_ VL N VM_ N VM_ V N VM_ V P VM_ V P VM_ V P VM_0 V M VM_ 0/P P VM_ VQ R VQ VM_ VQ VM_ LQ0/Q0 VQ VM_ LQ/Q VQ H VM_ LQ/Q VQ H VM_ LQ/Q VQ H VM_ LQ/Q VQ H VM_0 LQ/Q VQ F VM_ LQ/Q VQ0 F VM_ LQ/Q VM_ UQ0/Q0 VL VM_ UQ/Q VM_ UQ/Q V VM_0 UQ/Q V VM_ UQ/Q V VM_ UQ/Q V VM_ UQ/Q V UQ/Q VM_Q OT VM_Q# UQ VM_Q UQ# N F VM_Q# LQ N E LQ# N N HYTF- +.V Prevent RII enter nuknown mode, VM_M efore PU initial RII F VM_M VM_KE0 VM_OT0 J V_MVERF E R R 0KOhm 0KOhm 0.UF/0V J +.V E J M R 0 E F 0UF/.V 0UF/.V UF/.V UF/.V UF/.V UF/.V F H ML 0UF/.V (00) XR 0% ML UF/.V (00) XR 0% H +.V J J N P E UF/.V UF/.V UF/.V UF/.V K VM_OT0 ML UF/.V (00) XR 0% E R R +0.V +.V [] VM_LK [] VM_LK# R0 U % J K UM K VM_KE0 K# LM K KE VM_R0# VREF K VM_0# R# L VM_WE0# # VQ K VM_0# WE# VQ L # VQ R N/ VQ VM_0 VQ L VM_ 0 VQ L VM_ VQ L VM_0 N/ VQ M VM_ 0 VQ M VM_ VQ0 M VM_ N VM_ VL N VM_ N VM_ V N VM_ V P VM_ V P VM_ V P VM_0 V M VM_ 0/P P VM_ VQ R VQ VM_0 VQ VM_ LQ0/Q0 VQ VM_ LQ/Q VQ H VM_ LQ/Q VQ H VM_ LQ/Q VQ H VM_ LQ/Q VQ H VM_ LQ/Q VQ F VM_ LQ/Q VQ0 F VM_ LQ/Q VM_ UQ0/Q0 VL VM_ UQ/Q VM_ UQ/Q V VM_ UQ/Q V VM_ UQ/Q V VM_ UQ/Q V VM_ UQ/Q V UQ/Q VM_Q OT VM_Q# UQ VM_Q UQ# N F VM_Q# LQ N E LQ# N N HYTF- R VM_M KOhm F VM_M % J V_MVERF E R KOhm UF/.V % ML UF/.V (00) XR 0% J E J M R E F F H H J J N P E K VM_OT0 E R R U VM_LK J VM_LK# K UM K VM_KE0 K# LM K KE VM_R0# VREF K VM_0# R# L VM_WE0# # VQ K VM_0# WE# VQ L # VQ R N/ VQ VM_0 VQ L VM_ 0 VQ L VM_ VQ L VM_0 N/ VQ M VM_ 0 VQ M VM_ VQ0 M VM_ N VM_ VL N VM_ N VM_ V N VM_ V P VM_ V P VM_ V P VM_0 V M VM_ 0/P P VM_ VQ R VQ VM_ VQ VM_0 LQ0/Q0 VQ VM_ LQ/Q VQ H VM_ LQ/Q VQ H VM_ LQ/Q VQ H VM_ LQ/Q VQ H VM_ LQ/Q VQ F VM_ LQ/Q VQ0 F VM_ LQ/Q VM_0 UQ0/Q0 VL VM_ UQ/Q VM_ UQ/Q V VM_ UQ/Q V VM_ UQ/Q V VM_ UQ/Q V VM_ UQ/Q V UQ/Q VM_Q OT VM_Q# UQ VM_Q UQ# N F VM_Q# LQ N E LQ# N N HYTF- VM_M F VM_M J V_MVERF E 0.UF/0V J E J M R E F F H H J J N P E K VM_OT0 E R R 0UF/.V ML 0UF/.V (00) XR 0% VM_ RNH VM_R0# Ohm RNH VM_0# Ohm RNE VM_WE0# Ohm RN VM_0# Ohm RN VM_0 Ohm 0 RN 0.UF/0V VM_ Ohm RNF VM_ Ohm RNF Ohm VM_0 RN VM_ Ohm RN VM_ Ohm RNE VM_ Ohm RN VM_ Ohm RN VM_ Ohm RN 0.UF/0V VM_ Ohm RN VM_ Ohm RNE Ohm VM_ RN 0 VM_ Ohm RNH VM_0 Ohm RN VM_ Ohm RNF VM_ Ohm RN Ohm VM_ RN Ohm 0.UF/0V VM_ RN Ohm VM_ RN Ohm 0 VRM_() T UTek OMPUTER IN T.0 ate:, 0, 00 heet of 0

20 +V VRN 00KOhm VRN 00KOhm LV_EN# VQ [,] LV_V_EN UMKN VRN 00KOhm +V L Power VRN +V 00KOhm VQ VL LV_EN_ +V_LV IV /00Mhz VQ UMKN V V 0.UF/V 0.UF/V +V_L V V 0UF/0V 0.UF/V [,] [,] L LV onnector LV_EI_ LV_EI_K +V VL VL VL able Requirement: Impedence: 00 ohm +/- 0% Length Mismatch <= 0 mils Twisted Pair(Not Ribbon) Maximum Length <= " /00Mhz /00Mhz /00Mhz V V VT V LV_LK+ LV_LK- LV_+ LV_- LV_+ LV_- LV_0+ LV_0- L_IT_EN +V_L 0 0 LV NP_N 0 0 NP_N 00PF/0V 00PF/0V 0.UF/V WTO_ON_0P LV from M LV from PU-NM 0000 [] N_LV_LK+ [] N_LV_LK- VRN 0OHM /M VRN 0OHM /M LV_LK+ LV_LK- [] PU_LV_LK+ [] PU_LV_LK- VRN 0OHM /PU VRN 0OHM /PU LV_LK+ LV_LK- [] N_LV_+ [] N_LV_- VRN 0OHM /M VRN 0OHM /M LV_+ LV_- LV_+ LV_- [] PU_LV_+ [] PU_LV_- VRN 0OHM /PU VRN 0OHM /PU LV_+ LV_- LV_+ [] N_LV_+ VRN 0OHM LV_- [] PU_LV_+ /M [] N_LV_- VRN 0OHM [] PU_LV_- /M VRN 0OHM /PU VRN 0OHM /PU [] N_LV_0+ [] N_LV_0- VRN 0OHM /M VRN 0OHM /M LV_0+ LV_0- [] PU_LV_0+ [] PU_LV_0- VRN 0OHM /PU VRN 0OHM /PU LV_0+ LV_0- L Inverter onnector +V [] U_ON LI_OPEN +V_L VR 0KOhm V V.0 [] INTMI_R_P VL _T_Y /00Mhz U_M_R+ L_EN_ON V_INV V INVERT +V_U_M U_M_R- 0 0 L_PWM_ON LI_OPEN_ON +V_L 0 0 VL V /00Mhz UF/V c00_h INTMI_L_P [] [,] L_KLT_EN [] L_KOFF# L_EN [] L_L_PWM [] LI_OPEN +V TW V TW VLN KOHM/00MHz V 0.UF/V L_EN V 0.UF/V V0 00PF/0V L_EN_ON L_PWM_ON LI_OPEN_ON +V_L V 00PF/0V UF/V c00_h +V V 0.UF/V LI_OPEN_ON _ HLL V OUTPUT ELHLT WTO_ON_0P 0000E _ U_M_R+ U_M_R- URN UL /00Mhz URN UTek omputer IN. U_M+ [] U_M- [] LV & INVERTER T T, 0, 00 ate: heet of 0 0.0

21 [] N_RT_R VR RT_R RT_R VL RT_LR VR RT_LLR E iodes [] N_RT_ VR /M /M RT_ VR % NH V PF/0V r00_h V pf/0v V PF/0V V +V V RT_LLR [] N_RT_ From MH [] PU_RT_R [] PU_RT_ [] PU_RT_ VR VR0 VR VR /M /PU /PU /PU RT_ RT_R RT_ RT_ RT_ VR % RT_ VR % VL NH V PF/0V VL NH V PF/0V VR RT_L r00_h V pf/0v VR RT_L r00_h V pf/0v RT_LL V PF/0V RT_LL V PF/0V V +V V V +V V V +V V V +V V RT_LL RT_LL RT_LHYN RT_LVYN From PU V. V side Place E iodes near RT onnector [,] RT_HYN [,] RT_VYN VL NH VL NH V. RT_LHYN V0 PF/0V RT_LVYN V PF/0V RT K_LV RT_LVYN RT_LHYN RT LV RT 0 +V V 00 RT_LL RT_LL RT_LLR +V_RT V 0.UF/V +V_RT +V VRN.KOhm.KOhm +V _U_PR 000N N_FOOTPRINT VRN [,] RT VR RT V RT LV VQ UMKN +V r00_h V pf/0v [,] RT K VR RT K_V RT K_LV +V +V_RT VRN.KOhm.KOhm VRN VQ UMKN r00_h V pf/0v RT T UTek omputer IN. T.0 ate:, 0, 00 heet of 0

22 V. 0PF/0V 0PF/0V X _RT_XI.kMhz +/-0ppm/.PF _RT_XO R 0MOhm RT TTERY Notice pin is Left V. TTERY IE IE Wto_ON_P 0000 V_TT +V R KOhm % V_TT_R 0.UF/V T TW V_RT T0 0.UF/V R 0KOhm % 0.UF/V RTRT# LRT MM_OPEN_MIL V.0 _RT_XI _RT_XO RTRT# _INTRUER# _INTVRMEN _INTVRMEN F F F U RTX RTX RTRT# INTRUER# INTVRMEN LN00_LP LN_LK LN_RTYN LN_RX0 LN_RX LN_RX FWH0/L0 FWH/L FWH/L FWH/L FWH/LFRME# LRQ0# LRQ#/PIO 0TE 0M# PRTP# PLP# FERR# E F F E F F E 0TE H_FERR# LP_0 [,] LP_ [,] LP_ [,] LP_ [,] LP_FRME# [,] 0TE [] H_0M# [] PM_PRTP# [,,] PM_PLP# [] H_FERR# [] _INTRUER# _INTVRMEN _INTVRMEN 0TE KRT# MOhm RN MOhm RN MOhm RN MOhm RN 0KOhm RN 0KOhm RN V_RT +V [] [] Z_IN_U Z_IN_M [] [] [] [] T_RXN T_RXP T_TXN T_TXP [,] [,] [,,] [,] Z_LK Z_YN Z_RT# Z_OUT +.V [] R.Ohm % _LN_ROMP T_LE# lost to R R R0 R 0.0UF/V 0.0UF/V 0.0UF/V 0.0UF/V T Z_LK_R Z_YN_R Z_RT#_R Z_OUT_R VPU_EL0 T_RXN T_RXP T_TXN T_TXP E0 0 H J J E J H H E E0 F0 F F H H J J F F E E LN_TX0 LN_TX LN_TX LN_OK#/PIO LN_OMPI LN_OMPO H_IT_LK H_YN H_RT# H_IN0 H_IN H_IN H_IN H_OUT H_OK_EN#/PIO H_OK_RT#/PIO TLE# T0RXN T0RXP T0TXN T0TXP TRXN TRXP TTXN TTXP TRXN TRXP TTXN TTXP PUPWR/PIO INNE# INIT# INTR RIN# NMI MI# TPLK# THRMTRIP# TP # # F E 0 H E V U V T V T T T R T V V U V U Y Y KRT# H_THRMTRIP# IE_P0 IE_P IE_P IE_P IE_P IE_P IE_P IE_P IE_P IE_P IE_P0 IE_P IE_P IE_P IE_P IE_P T PUPWR [] H_INNE# [] H_INIT# [] H_INTR [] KRT# [] H_NMI [] H_MI# [] H_TPLK# [] H_THRMTRIP# [] IE_P0 [] IE_P [] IE_P [] IE_P# [] IE_P# [] IE_P[0..] [] H_FERR# H_THRMTRIP# IE_PIORY RN Ohm RN Ohm RN Ohm RN Ohm.KOhm RN.KOhm RN.KOhm RN.KOhm RN +.0V +V IE_IRQ [] [] LK_T_# LK_T_ R % _T_ROMP_0MIL V. T_LKN T_LKP TRI# TRI IH-M IOR# IOW# K# IEIRQ IORY REQ W W Y Y Y W IE_IRQ IE_PIORY IE_PIOR# [] IE_PIOW# [] IE_PK# [] IE_IRQ [] IE_PIORY [] IE_PREQ [] UTek omputer IN. IH-M () T ustom T, 0, 00 ate: heet of 0.

23 [] PI_[0..] [] PI_INT# [] PI_INT# _PLTRT# PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_INT# PI_INT# PI_INT# PI_INT# PI_LOK# PI_FRME# PI_IRY# PI_TRY# PI_TOP# PI_ERR# PI_EVEL# PI_PERR# PI_REQ_# PI_REQ# PI_REQ# PI_REQ# PI_INT# PI_INT# PI_INT# PI_INT# U 0 E 0 E 0 F E E E E F 0 U PIRQ# PIRQ# PIRQ# PIRQ# RP.KOhm 0 RPF.KOhm 0 RP.KOhm 0 RP.KOhm 0 RPE.KOhm 0 RP.KOhm 0 RP.KOhm 0 RP.KOhm 0 RPH.KOhm 0 RP.KOhm 0 RPH.KOhm 0 RP.KOhm 0 RPE.KOhm 0 RPF.KOhm 0 RP.KOhm 0 RP.KOhm 0 V PI REQ0# NT0# REQ#/PIO0 NT#/PIO REQ#/PIO NT#/PIO REQ#/PIO NT#/PIO +V +V /E0# /E# /E# /E# IRY# PR PIRT# EVEL# PERR# PLOK# ERR# TOP# TRY# FRME# PLTRT# PILK PME# Interrupt I/F IH-M PIRQE#/PIO PIRQF#/PIO PIRQ#/PIO PIRQH#/PIO E F 0 E F E F0 0 F F PI_REQ_# PI_REQ# PI_REQ# PI_REQ# PI_IRY# PI_EVEL# PI_PERR# PI_LOK# PI_ERR# PI_TOP# PI_TRY# PI_FRME# _PLTRT# PI_PME# _PIO _PIO _PIO INT_HIFT_LOW# INT_HIFT_HIH# _PIO _PIO PI_0# PI_MIO PI_WP# IPU@IHM PI_WP# PI_HOL# PI [] PIE_NEW_RXN PI_REQ_# [] [] PIE_NEW_RXP PI_NT_# [] [] PIE_NEW_TXN [] PIE_NEW_TXP NT_P# [] PI_/E#0 [] PI_/E# [] PI_/E# [] PI_/E# [] PI_IRY# [] PI_PR [] PI_RT# [] PI_EVEL# [] PI_PERR# [] PI_ERR# [] PI_TOP# [] PI_TRY# [] PI_FRME# [] LK_M_ [] RN 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm U T T0 T E# V O HOL# WP# K V I TLF00 +V +V 0KOhm RN 0KOhm RN PI_HOL# PI_LK PI_MOI [0] [0] [0] [0] [] [] [] [] [] [] [] [] [] [] [] [] ELL_THRO [] +V +VU 0.UF/V PIE_MIN_RXN PIE_MIN_RXP PIE_MIN_TXN PIE_MIN_TXP PIE_MIN_RXN PIE_MIN_RXP PIE_MIN_TXN PIE_MIN_TXP PIE_ET_RXN PIE_ET_RXP PIE_ET_TXN PIE_ET_TXP PIE_LN_RXN PIE_LN_RXP PIE_LN_TXN PIE_LN_TXP +V [] [] [] EN_X EN_Y U_ON_O# U_NEW_O# U_ON_O# +V_ 0 _ 0.UF/V T _R KOhm % V Xout Yout V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V TW V V I K U_O_PU P P PIE_TXN_N PIE_TXP_N M M PIE_TXN_L PIE_TXP_ L K K PIE_TXN_ J PIE_TXP_ J H H PIE_TXN_ PIE_TXP_ F F PIE_TXN_E PIE_TXP_E PI_LK PI_0# PI_# PI_MOI PI_MIO +V_ EN_Z _U MXR00MZ +V_ E F J E F J H +V 0.UF/V U PERN PERP PETN PETP PERN PERP PETN PETP PERN PERP PETN PETP PERN PERP PETN PETP PERN PERP PETN PETP PERN/LN_RXN PERP/LN_RXP PETN/LN_TXN PETP/LN_TXP PI_LK PI_0# PI_# PI_MOI PI_MIO O0# O#/PIO0 O#/PIO O#/PIO O#/PIO O#/PIO O#/PIO0 O#/PIO O# O# IH-M INT_HIFT_LOW# INT_HIFT_HIH# EN_VPP +V R 0KOhm U MI0RXN MI0RXP MI0TXN MI0TXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MI_LKN MI_LKP MI_ZOMP MI_IROMP UP0N UP0P UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP URI# URI EN_R_Y EN_R_X EN_VPP _R KOhm % _ 0.UF/V V V U U Y Y W W T T Y Y H H H H J J K K K K L L M M M M N N F F +V_ MI_RXN0 [] MI_RXP0 [] MI_TXN0 [] MI_TXP0 [] MI_RXN [] MI_RXP [] MI_TXN [] MI_TXP [] MI_RXN [] MI_RXP [] MI_TXN [] MI_TXP [] MI_RXN [] MI_RXP [] MI_TXN [] MI_TXP [] LK_00M_# [] LK_00M_ [] _MIROMP_0MIL U_ON- [] U_ON+ [] U_NEW- [] U_NEW+ [] U_MIN- [0] U_MIN+ [0] U_MIN- [] U_MIN+ [] U_T- [] U_T+ [] U_M- [0] U_M+ [0] U_FP- [] U_FP+ [] U_ON- [] U_ON+ [] U_ON- [] U_ON+ [] _UROPMP_0MIL _J HEER_XP EN_R_X EN_R_Y EN_R_Z INT_HIFT_LOW# INT_HIFT_HIH# R.Ohm % _U V V P/TKI/O/LKIN P0/N0/IN+/IPT P/O/N/T#/LKOUTP/N/VREF/IN-/IPLK P/MLR#/VPP P/T0KI/N/INT/OUT PIF R.Ohm % _RN _RN _RN _RN +.V EN_R_X EN_R_Y EN_R_Z.KOhm.KOhm.KOhm.KOhm INT_HIFT_LOW# [] INT_HIFT_HIH# [] EN_X EN_Y EN_Z Y NZ0PX PLT_RT# [,,,,,0,,,,,] FOR H Vibration etection IH-M () T UTek omputer IN. T.0, 0, 00 ate: heet of 0

24 [] [] [] [] [] [,] LPP# RT_ON# PM_MUY# TP_PI# TP_PU# LKRUN# [,0,,] PIE_WKE# [,,] INT_ERIRQ [,] THRM_PU# T T T T V.0 [] [] [] [] [] [] [] EXT_MI# EXT_I# T_PWR_HUN T MEM_THROTT# LK_PWRVE# IH_PKR IH_YN# T T T T T T T T _MK _M LINKLERT# M_LINK0 M_LINK RIN_PU# RT_ON# MLERT# LKRUN# PIE_WKE# INT_ERIRQ _VORE_P _TP _PIO _PIO _PIO EXT_MI# EXT_I# _PIO _PIO _PIO0 _PIO _PIO VPU_EL _PIO IH_PKR _TP U J MLK MT LINKLERT# MLINK0 E MLINK F RI# F U_TT#/LPP# Y_REET# MUY#/PIO0 MLERT#/PIO E0 TP_PI#/PIO TP_PU#/PIO H LKRUN#/PIO E WKE# F ERIRQ THRM# J0 VRMPWR J TP J TH/PIO J TH/PIO H TH/PIO E PIO PIO TH0/PIO H PIO E PIO0 0 LOK/PIO H QRT_TTE0/PIO QRT_TTE/PIO TLKREQ#/PIO F LO/PIO J TOUT0/PIO 0 TOUT/PIO PKR J MH_YN# J TP IH-M T0P/PIO TP/PIO TP/PIO TP/PIO LK LK ULK LP_# LP_# LP_# _TTE#/PIO PWROK PRLPVR/PIO TLOW# PWRTN# LN_RT# RMRT# K_PWR LPWROK LP_M# L_LK0 L_LK L_T0 L_T L_VREF0 L_VREF L_RT# LPIO0/PIO LPIO/PIO0 LPIO/PIO WOL_EN/PIO J J0 F F H E J E H0 E E J F E F F H J J J F ULK LP_# _TTE# T_LL# _PWRTN# RMRT# _LVREF T L_RT# [] WLN_LE [] T_LE [] WLN_OFF# [0,] T_OFF# [] LK_M_ [] LK_M_ [] LP_# [] LP_# [] T T VRM_PWR [] PM_PRLPVR [,] T_LL# [] _PWRTN# [] PLT_RT# [] RMRT# [] LK_PWR [] L_LK [] L_T [] 0.UF/V 0 0.UF/V +V R.KOhm % R Ohm % [] (IH_TP) = PIE trap (*) default internal PU 0 = XOR chan test mode (H_OUT, H_YN) () = LNE~ as a PIEx port (00) = LNE~ as PIEx ports (*) default internal P others = reserved (NT#) = LNE~ reserved ( internal PU ) 0 = LNE~ as PIEx ports (*) NT_P# (_PIO0) = reserved 0 = Intel recommend ( * internal P ) (NT#) = estop/mobile ( * internal PU ) 0 = erver (NT#) = Normal ( * internal PU ) 0 = Top-block swap for FWH (PI_# : NT0#) = (* internal PU) PI PI LP R KOhm % NT0# PI_# 0 0 (INTVRMEN, LN00_LP) = Enabled internal VRMs for Vccus_0, _ and VccL_, _0 and VccLN_0 (* ) 0 = isabled internal VRMs +VU.KOhm RN.KOhm RN.KOhm RN.KOhm RN M_LINK0 M_LINK +V +V +VU.KOhm RN.KOhm RN.KOhm RN.KOhm RN LINKLERT# (IH_TLE#) = LNE~ normal ( * internal PU ) 0 = LNE~ reverse (PKR) = isabled TO Reboot 0 = Enabled TO Reboot (* internal P) [,0,] _MK _MK Q UMKN _MK_V [,,] (TP_PIO) : Not used for IHM = Enabled escriptor ecurity (* internal PU) 0 = nabled escriptor ecurity [,0,] _M _M Q UMKN _M_V [,,] +VU +V +V RIN_PU# RT_ON# MLERT# PIE_WKE# EXT_MI# EXT_I# T_LL# _PWRTN# RN INT_ERIRQ 0KOhm RN0 RN THRM_PU# 0KOhm 0KOhm RN0 LKRUN# 0KOhm RN RN0 0KOhm T_LE 0KOhm RN RN0 0KOhm 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm +VU IH_PKR RMRT# R R KOhm % 0KOhm V.0 EN-0000(00K to 0K) _VORE_P R0 0KOhm R 00KOHM Q HN00 LK_EN# [] IH-M () T UTek omputer IN. ustom T.0 ate:, 0, 00 heet of 0

25 UE V[00] V[00] V[00] V[00] V[00] V[00] V[00] V[00] V[00] V[00] V[0] V[0] V[0] 0 V[0] V[0] V[0] V[0] V[0] V[0] E V[00] E V[0] E V[0] E V[0] V[0] E V[0] E V[0] E V[0] E V[0] F V[0] F V[00] F V[0] F V[0] F V[0] V[0] V[0] H0 V[0] H V[0] H V[0] H V[0] H V[00] F V[0] H V[0] H V[0] H V[0] H V[0] H V[0] H V[0] J V[0] V[0] V[00] V[0] V[0] 0 V[0] V[0] V[0] V[0] V[0] V[0] V[0] V[00] V[0] V[0] V[0] V[0] E V[0] E V[0] E V[0] E V[0] F V[0] E V[00] F V[0] F V[0] F V[0] V[0] E V[0] 0 V[0] V[0] V[0] V[0] V[00] V[0] V[0] H V[0] H V[0] H V[0] H V[0] H V[0] J V[0] J V[0] J V[00] J V[0] J V[0] J V[0] K V[0] K V[0] K V[0] K V[0] K V[0] IH-M V[0] V[00] V[0] V[0] V[0] V[0] V[0] V[0] V[0] V[0] V[0] V[0] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[0] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[0] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[0] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[0] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[0] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[0] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[0] V[] V[] V[] V[] V_NTF[0] V_NTF[0] V_NTF[0] V_NTF[0] V_NTF[0] V_NTF[0] V_NTF[0] V_NTF[0] V_NTF[0] V_NTF[0] V_NTF[] V_NTF[] K L L L L L L L M M M M M M M M M M N N N N N N N N N N N N N N P P P P P P P P P R R R R R R R R R R T T T T T T T U U U U U U U U U U U V V V V W W W Y Y Y U W H H J J J J R 0 V_RT _VREF_0MIL +V R 0 _VUREF_0MIL +VU 0.UF/V TW TW +V +VU +.V 0UF/.V 0UF/.V UF/.V UF/.V UF/.V UF/.V ML 0UF/.V (00) XR 0% ML UF/.V (00) XR 0% +.V L _VTPLL_0MIL /00Mhz UF/.V ML UF/.V (00) XR 0% +.V L _VUPLL_0MIL /00Mhz UF/.V ML UF/.V (00) XR 0% +V UF VRT VREF[] T VREF[] VREF_U V [0] V [0] V [0] V [0] V [0] V [0] V [0] V [0] E V [0] E V [0] E V [] F V [] F V [] V [] H V [] H V [] J V [] J V [] K V [] K V [0] L V [] L V [] L V [] M V [] M V [] N V [] N V [] N V [] P V [] P V [0] R V [] R V [] R V [] R V [] T V [] T V [] T V [] T V [] T V [] U V [0] U V [] V V [] V V [] V V [] W V [] Y V [] J VTPLL E V [0] F V [0] V [0] H V [0] J V [0] V [0] V [0] V [0] V [0] V [0] 0 V [] V [] V [] V [] V [] V [] H V [] V [] V [] VUPLL F V [0] L V [] L V [] M V [] M V [] W V [] F VLN_0[] VLN_0[] F VLN_[] 0 VLN_[] VLNPLL VLN_[] VLN_[] VLN_[] VLN_[] VLN_[] VLN_ IH-M V_0[0] V_0[0] V_0[0] V_0[0] V_0[0] V_0[0] V_0[0] V_0[0] V_0[0] V_0[0] V_0[] V_0[] V_0[] V_0[] V_0[] V_0[] V_0[] V_0[] V_0[] V_0[0] V_0[] V_0[] V_0[] V_0[] V_0[] V_0[] V_0[] V_0[] VMIPLL V_MI[] V_MI[] V_PU_IO[] V_PU_IO[] V_[0] V_[0] V_[0] V_[0] V_[0] V_[0] V_[0] V_[0] V_[0] V_[0] V_[] V_[] V_[] V_[] V_[] V_[] V_[] V_[] V_[] V_[0] V_[] V_[] V_[] V_[] VH VUH VU_0[] VU_0[] VU_[] VU_[] VU_[0] VU_[0] VU_[0] VU_[0] VU_[0] VU_[0] VU_[0] VU_[0] VU_[0] VU_[0] VU_[] VU_[] VU_[] VU_[] VU_[] VU_[] VU_[] VU_[] VU_[] VL_0 VL_ VL_[] VL_[] E F L L L L L L M M P P T T U U V V V V V V R E E F E F U V W W W Y E0 E F J F0 J 0 H P P N P P P P P R R R R F0 +.0V +V _VU0 VU0 VU VU VL0 _VL 0 0UF/.V ML 0UF/.V (00) XR 0% +.V +VU 0UF/.V 0UF/.V T UTek omputer IN. +.V ustom UF/.V ML UF/.V (00) XR 0% 0UF/.V ML 0UF/.V (00) XR 0% ML 0UF/.V (00) XR 0% 0UF/.V T T0 T T ML 0UF/.V (00) XR 0% T UF/.V L UF/.V T 0 UF/.V ML UF/.V (00) XR 0% UF/.V /00Mhz UF/.V UF/.V ML UF/.V (00) XR 0% UF/.V ML UF/.V (00) XR 0% UF/.V IH-M () T, 0, 00 ate: heet of 0.0

26 T H H NP_N NP_N 0 0 NP_N 0 0 NP_N T_ON_P 0 +VH +VH T_TXP [] T_TXN [] T_RXN [] T_RXP [] +VH I 0UF/0V +VH I UF/0V I 0.UF/V I UF/0V I 0UF/0V. I 0.UF/V V. +V +V 0mil +V RQ PM RQ PM RR 0mil KOhm % R 0.0UF/V RJP MM_OPEN_MIL +VH +V +VH RR R0 00KOHM 0.UF/V for H Power RJP +VH +V +VH MM_OPEN_MIL RR 00KOHM RQ HN00 T_PWR_HUN [] RR 00KOHM +V IE_MTER# : O P0 UF/.V 00 [] IE_P# [] IE_P [] [] IE_PIOR# [] IE_PREQ [] IE_PK# _R_ I 0UF/0V I 0.UF/V IR IE_I IE_P IE_P IE_P IE_P IE_P IE_P0 IE_P IE_P IE_PIN O P for Master PU for lave IE_MTER# IE_P0 IE_P IE_P IE_P IE_P IE_P IE_P IE_P IERT# [] _L_ [] IR IR IE_LE# [] IE_P# [] IE_P0 [] IE_P [] IE_IRQ [] IE_PIORY [] IE_PIOW# [] +V IQ PM0 PLT_RT# [] +V +V [] IE_P[:0] TO_ON_0P 00 IE_I IRN 0KOhm IRN 0KOhm IRN 0KOhm IRN 0KOhm UTek omputer IN. T-H & O T ustom T, 0, 00 ate: heet of 0.

27 ll close to U connectors +V +V +V_U [] U_ON+ [] U_ON- URN UL /00Mhz URN U U_P+ U_P- UQ I00Y Prevent the inverse current form external device with Power +V_U_LF _U 0 U_P+ U_P- U_P+ U_P- [] U_ON- [] U_ON+ URN UL /00Mhz IP0Z U_P- U_P+ +V_U UF./V +V_U_F UL /00Mhz UR.KOhm +V_U_LF + U UF/.V U 0.UF/V 0P+ 0P- V U_ON_XP P+ P- V URN [] U_ON_O# UR.KOhm N_FOOTPRINT 0 pin N for 00mil sapce of RIN +V_U +V_U_F +V_U_LF _U URN UL /00Mhz U_P+ U_P- UF./V UL /00Mhz UR.KOhm + U UF/.V U 0.UF/V U_P- U_P+ [] U_ON+ [] U_ON- IE_ V IE_ T0- T0+ IE_ IE_ U_ON_XP N_FOOTPRINT URN +V_U_LF U [] U_ON_O# UR.KOhm 000 pin N for 00mil sapce of RIN URN URN IP0Z UTek omputer IN. U ONN T T, 0, 00 ate: heet of 0.0

28 luetooth onnector +V T RN [] [] U_T_L- L /00Mhz U_T_L+ RN U_T- U_T+ U_T_L+ U_T_L- [0,] T_HLK [] T_OFF# [0,] T_HT R T_OFF# KOHM Wto_ON_0P 0000 T_OFF# : (connect to PO, push-pull, default High) 0 => T isabled => T Enabled UTek omputer IN. lue Tooth T ustom T, 0, 00 ate: heet of 0.0

29 ecouple ap. (Near XU) ecouple ap. (Near Express connector) +VU +V +.V +VU_PE +V_PE +.V_PE X 0.UF/V X 0.UF/V X 0.UF/V.0V~.V X ve= 00m 0.UF/V Max= m X 0UF/0V.0V~.V X ve= 000m Max= 00 0.UF/V m X 0UF/0V.V~.V X ve= 00 m Max= 0 m 0.UF/V +VU V. Power ontrol hip [] PLT_RT# [] VU_ON [] U_ON +V +V_PE NEWR_RT# 0 XU YRTZ OZ 0 HNZ RLKEN TYZ V_UX V_PI_ VOUT_UX V_PI_ V_L_ VOUT_PI_ V_L_ VOUT_PI_ VOUT_L_ PERTZ VOUT_L_ N PPE# V PU# REFLK_EN PPE# PU# XR 0KOhm U_NEW_O# [] +VU +VU_PE +.V +.V_PE 00 NEWR LK Request XQ REFLK_EN UMKN PTF LK_NEW_REQ# [] NEWR Wake# [] PIE_WKE# +VU_PE XQ UMKN NEWR_WKE# [,0,] _MK [,0,] _M +.V_PE +VU_PE +V_PE [] LK_00M_NEW# [] LK_00M_NEW [] PIE_NEW_RXN [] PIE_NEW_RXP [] PIE_NEW_TXN [] PIE_NEW_TXP U_NEW_L- U_NEW_L+ PU# NEWR_WKE# NEWR_RT# PPE# EXPRE U_- U_+ NP_N PU# REERVE REERVE MLK MT +.V_ 0 +.V_ WKE# +.VUX PERT# +.V_ +.V_ LKREQ# PPE# REFLK- REFLK+ 0 PERn0 PERp0 PETn0 NP_N PETp0 0 U HOKE FOR EMI XRN U_NEW_L+ [] U_NEW+ XL /00Mhz EXPRE_R_P 00!! Expressard tandard.0: hange Pin from REERVE to MLK hange Pin from MLK to MT hange Pin from MT to +.V Neward Ejector [] U_NEW_L- U_NEW- XRN _EJETOR P_ P_ R_EJETOR_P 00 UTek omputer IN. NEWR T ustom T, 0, 00 ate: heet of 0.0

30 ecouple ap. (Near _MINIR) +.00V~+.V Max= 0 m +V +.V~+.V Max= m +.V +.00V~+.V Max= 0 m +VU M M M M M 0UF/0V 0.UF/V 0UF/0V 0.UF/V 0.UF/V +V +.V [] [,] [,] [] [] PIE_WKE# T_HT T_HLK MT LK_00M_MIN# LK_00M_MIN LKREQ_MIN# MINI_ WKE#.V_ T_T T_HLK.V_ LKREQ# Reserved Reserved REFLK- Reserved REFLK+ Reserved Reserved 0 +VU WLN_ON : => WLN Enabled 0 => WLN isabled [] PIE_MIN_RXN [] PIE_MIN_RXP [] PIE_MIN_TXN [] PIE_MIN_TXP Reserved Reserved PERn0 PERp0 PETn0 PETp0 Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved0 W_ILE# PERT#.Vaux.V_ Reserved Reserved 0 Reserved Reserved N LE_WLN# N.V_.V_ WLN_OFF# [] PLT_RT# [] _MK [,,] _M [,,] U_MIN- [] U_MIN+ [] NP_N NP_N MINI_PI_LTH_P UTek omputer IN. MINI R T ustom T, 0, 00 ate: heet of 0 0.0

31 ecouple ap. (Near _MINIR) +.00V~+.V Max= 0 m +.V~+.V Max= m +.00V~+.V Max= 0 m +V +.V +V M M M M M 0UF/0V 0.UF/V 0UF/0V 0.UF/V 0.UF/V +V +.V [] [,0] [,0] [] [] PIE_WKE# T_HT T_HLK MT LK_00M_MIN# LK_00M_MIN LKREQ_MIN# MINI_ WKE#.V_ T_T T_HLK.V_ LKREQ# Reserved Reserved REFLK- Reserved REFLK+ Reserved Reserved 0 +V V. [] PIE_MIN_RXN [] PIE_MIN_RXP [] PIE_MIN_TXN [] PIE_MIN_TXP Reserved Reserved PERn0 PERp0 PETn0 PETp0 Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved0 W_ILE# PERT#.Vaux.V_ Reserved Reserved 0 Reserved Reserved N LE_WLN# N.V_.V_ WLN_OFF# [] PLT_RT# [] _MK [,,0] _M [,,0] U_MIN- [] U_MIN+ [] WLN_ON : => WLN Enabled 0 => WLN isabled NP_N NP_N MINI_PI_LTH_P UTek omputer IN. MINI R T ustom T, 0, 00 ate: heet of 0.

32 LK_M_TPM TPM onnector TPM PF/0V +V +V TPM [] LK_M_TPM [] LP_FRME# [] PLT_RT# [,] LP_ [,] LP_0 [] LPP# LK_M_TPM LP_ [,] LP_ [,] INT_ERIRQ [,,] LKRUN# [,] TO_0P 0000J ebug onnector [,] LP_0 [,] LP_ [,] LP_ [,] LP_ [] LP_FRME# [] LK_M_ +V EU IE 0 0 IE FP_ON_P 00 ottom ontact(notice pin location) UTek omputer IN. TPM T ustom T, 0, 00 ate: heet of 0.0

33 ecouple ap. (Near RU) +.V ( Total 0m ) RL ET+.V +V ( m ) R R R /00Mhz R R R R R R R R 0UF/0V 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 XTL RR 0MOhm ET+.V +.V +V RX ET_XI ET_XO Mhz R0 R PF/0V PF/0V +V RRN.KOhm RRN.KOhm RRN.KOhm RRN.KOhm ZMLK ZMT RU ET_LE# [] PLT_RT# [] PIE_TRP RR KOhm % ET_TRP RR KOhm % [] LK_00M_ET# [] LK_00M_ET [] PIE_ET_TXP [] PIE_ET_TXN [] PIE_ET_RXN [] PIE_ET_RXP R 0.UF/V R 0.UF/V _PIE_ET_RXN _PIE_ET_RXP 0 V_ PLKN PLKP PV P PREXT PRXP PRXN PV P PTXN PTXP ZPIO ZPIO ZPIO0 V_ V N N N N N N 0 JM0 Place RR close to pin Place RR close to pin ET_XI ET_XO ET_RX0 ET_RX0# ET_TX0# ET_TX0 PIE_TRP ET_TRP V. ET onnector ET_TX0 ET_TX0# ET_RX0# ET_RX0 R 0.0UF/V R 0.0UF/V R 0.0UF/V R 0.0UF/V Place near connector ET_TX0_ ET_TX0#_ ET_RX0#_ ET_RX0_ ET P_ TX+ P_ 0 TX- P_ P_ RX- RX+ NP_N NP_N T_ON_P 000M UTek omputer IN. ET JM0 T T, 0, 00 ate: heet of 0.0