AMD CPU S1g1 ATI RS690M ATI SB600

Transcription

1 .'' active matrix color TFT.'' WX/WX ual hannel LV I/F PE PE PE RT TV OUT VI PE KEYP MTRIX PE PE LE ontrol, uage PE PE PE PE V VORE PE 0 PU VORE PE,, M Turion Mobile ual ore(taylor, pin,w,r,tl-0///0) M empron(keene, pin,w 00/00/00) PE TPM. (OPTIONL) INTNT KEY I ROM (M) MPLIFIER PEKER or PHONE JK LV & INV PIF PE PE LP MHz zalia M PU g TI R0M LINK LNE 00 R-00MHz ual hannel R PE,, O-IMM X ean_hou UTeK OMPUTER IN. N ustom FKa / FKe, 0, 00 ate: heet of Power On equence PE PE PE PE 0 PE 0 YTEM PWR T & HRER FN ENOR PI MHz ardus E IT0E PE 0, R zalia odec L 0 PE PE 0, M onn (RJ) PE PE witch TI MM/ MM PE 0,,, PE, VRM * PIE * PE PE T H O PE 0,, H.T 00 MHz 00MT/s TI U U.0 ON X PE luetooth U PE amera U PE PIE * PIE * U MINI PIE R WLN PE PE PE 0, Up to RII Li-Ion cells:00mh,p,.w (P;.*=.V;00mH*=00mH;.V* cells*.=.w) Li-Ion cells:00mh,p,.w (P;.*=.V;00mH*=00mH;.V* cells*.=.w) PIE * PIE * PIE * PE PE, PIE LN RTL MINI PIE R WWN PE MINI PIE R TVTUNER PE Finger Print (Optional) NEW R lock gen. PE IHRE IRUIT PE LE&W&TOUHP PE EU circuits PE in R REER PE MM/ Memory tick/m PRO LOK IRM.0

2 0 PU_I 0 PU_I PU_I PU_I.V U00.V_HT 0 HT_PU_RX_LK 0 HT_PU_RX_LK# 0 HT_PU_RX_LK0 0 HT_PU_RX_LK#0 R00 R0 0 HT_PU_RXTL 0 HT_PU_RXTL# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX0 0 HT_PU_RX#0 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX 0 HT_PU_RX# 0 HT_PU_RX0 0 HT_PU_RX#0 U00 J Y L0_LKIN_H L0_LKOUT_H K Y L0_LKIN_L L0_LKOUT_L J Y L0_LKIN_H0 L0_LKOUT_H0 J L0_LKIN_L0 L0_LKOUT_L0 W %.Ohm HT_PU_RXTL P HT_PU_TXTL %.Ohm HT_PU_RXTL# L0_TLIN_H L0_TLOUT_H T P HT_PU_TXTL# L0_TLIN_L L0_TLOUT_L R N L0_TLIN_H0 L0_TLOUT_H0 R P L0_TLIN_L0 L0_TLOUT_L0 R N L0_IN_H L0_OUT_H T P L0_IN_L L0_OUT_L T M L0_IN_H L0_OUT_H V M L0_IN_L L0_OUT_L U L L0_IN_H L0_OUT_H V M L0_IN_L L0_OUT_L V K L0_IN_H L0_OUT_H Y K L0_IN_L L0_OUT_L W H L0_IN_H L0_OUT_H H L0_IN_L L0_OUT_L L0_IN_H0 L0_OUT_H0 H L0_IN_L0 L0_OUT_L0 F L0_IN_H L0_OUT_H F L0_IN_L L0_OUT_L E L0_IN_H L0_OUT_H F L0_IN_L L0_OUT_L HYPERTRNPORT N T L0_IN_H L0_OUT_H N R L0_IN_L L0_OUT_L L U L0_IN_H L0_OUT_H M U L0_IN_L L0_OUT_L L V L0_IN_H L0_OUT_H L U L0_IN_L L0_OUT_L J W L0_IN_H L0_OUT_H K W L0_IN_L L0_OUT_L L0_IN_H L0_OUT_H H L0_IN_L L0_OUT_L L0_IN_H L0_OUT_H L0_IN_L L0_OUT_L E L0_IN_H L0_OUT_H F L0_IN_L L0_OUT_L E L0_IN_H0 L0_OUT_H0 E L0_IN_L0 L0_OUT_L0 OKET 000 econd source is 00 (Lotes) HT_PU_TX_LK 0 HT_PU_TX_LK# 0 HT_PU_TX_LK0 0 HT_PU_TX_LK#0 0 T00 TPT T0 TPT HT_PU_TXTL 0 HT_PU_TXTL# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX0 0 HT_PU_TX#0 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX 0 HT_PU_TX# 0 HT_PU_TX0 0 HT_PU_TX#0 0 VORE PULK PULK#.V R0 Ohm 0 0.UF/0V.V 00 00PF/V R0 Ohm % 0 0 PU_V_F PU_V_F# R0.Ohm % R.Ohm %.V 0,0 0,0 T0 T0 T0 T T T0.V 0 HT_PU_PWR,0 HT_PU_TOP# 0 HT_PU_REET# TPT TPT TPT TPT TPT M/TI suggest TPT PU_THRM_ PU_THRM_ PU_PREENT# 0 00PF/V R0 0.V 0 R0 PU_TI Note.M page suggest :If M I is PU_TRT# not used,ths I pin can be N. and I PU_TK PU_TM should have a 00 Ohm to V. PU_REQ# PU_V_F PU_V_F# PU_I PU_I PU_VTT_ENE PU_M_VREF PU_M_ZN PU_M_ZP R % R % R 0 R 0 F F F0 F F F E0 F E Y0 W E0 F0 E E H0 E F W W Y V V LKIN_H LKIN_L PWROK LTTOP_L REET_L PU_PREENT_L I I TI TRT_L TK TM REQ_L V_F_H V_F_L VTT_ENE M_VREF M_ZN M_ZP TET_H TET_L TET TET TET TET TET TET TET TET TET TET TET THERM THERM TET TET OKET VI VI VI VI VI VI0 THERMTRIP_L PROHOT_L MI TO RY VIO_F_H VIO_F_L PI_L HTREF HTREF0 TET_H TET_L TET TET TET TET TET0 TET_H TET_L TET TET TET0 TET F E 0 W Y P R E E F J H F E K PU_TO PU_RY PU_VIO_F_H PU_VIO_F_L PU_PI# PU_HTREF PU_HTREF0 PU_TET PU_TET# R R R0 0 PU_VI 0 PU_VI 0 PU_VI 0 PU_VI 0 PU_VI 0 PU_VI0 0 T0 TPT T0 TPT PU_PI# 0 R0 0 T0 TPT T0 TPT T0 TPT 0 T TPT.V R0 0 PU_THERMTRIP# PU_PROHOT#.V_HT R0.Ohm r00 %.Ohm r00 % R0 R W/O=/0;Place within " 0.Ohm % 0.V PU_V_F PU_PROHOT# R.-.V 0 0uF/0V Rdc=0mOHM R.- R.0- Irat= L00 /00Mhz 0 0 0m 0 00PF/V.V PU_THERMTRIP# R. PU_V_F#.V R VU 0KOhm R Ohm R.KOhm Q00 Note: N.V unmount PM0 % % THERMTRIP# THERMTRIP# PU_REQ# PU_TI PU_TRT# % % % % % PU_TK PU_TM PU_TO PU_RY.V R KOhm % PU_PREENT# R 0KOhm PU_PI# From E. 0 THRO_PU From. 0 _THRO_PU Q0 THRO_PU N00 R 0KOhm PU_PROHOT# Q0 _THRO_PU N00 R0 0KOhm mils trace,0mil spece /horter than " V V.V PU_VREF L0 /00Mhz 0 0.UF/V R KOhm % R KOhm % V 0 0.UF/V R V - V- U0 LMVIVR PF/0V PU_M_VREF V R 0KOhm VU_ON R MOhm Q0 Q0 N00 N00 R 0 0.UF/.V THERMTRIP# VU_ON 0,,, 0, PWRLMT# R 0KOhm PU_PROHOT# Q0 UMKN Q0 UMKN Nearby PU M PU--HT ean_hou UTeK OMPUTER IN. N FKa / FKe, 0, 00 ate: heet of.0

3 MEM_M_T MEM_M_T MEM_M_T MEM_M_T PU_RV_VITR0 MEM_M_ MEM_M_M MEM_M_ MEM_M_T MEM_M_T0 MEM_M_T MEM_M_M MEM_M_ MEM_M_T MEM_M0_LK MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T PU_RV_M0_LK MEM_M_T0 PU_RV_ORE_TYPE PU_RV_M0_LK PU_RV_M0_LK# MEM_M_ MEM_M_T PU_RV_M0_LK0 MEM_M0_LK# PU_RV_M_RET# PU_RV_M0_LK# MEM_M_T MEM_M_ MEM_M_ MEM_M_T MEM_M_M MEM_M_T PU_RV_VN_F MEM_M_ MEM_M_ MEM_M_T MEM_M_T MEM_M0_LK MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T0 PU_RV_M0_LK0 MEM_M_T MEM_M0_LK# MEM_M_M MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T PU_RV_M0_LK#0 MEM_M_T MEM_M_ MEM_M_T PU_RV_M0_LK#0 MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_ MEM_M_T MEM_M_T MEM_M0_LK MEM_M_T MEM_M_ MEM_M_M MEM_M_T MEM_M_T MEM_M_T MEM_M0_LK# MEM_M_T PU_RV_VN_F# MEM_M_T MEM_M_T PU_RV_VITR MEM_M_ MEM_M_T PU_RV_M_RET# MEM_M_T MEM_M_T MEM_M_T MEM_M_M MEM_M_T0 MEM_M0_LK# MEM_M_T MEM_M_ MEM_M_M MEM_M_T MEM_M_ MEM_M_T MEM_M_0 MEM_M_T MEM_M_T MEM_M_0 MEM_M_M0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_M MEM_M_M MEM_M_ MEM_M_0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_ MEM_M_ MEM_M_ MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_M MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_ MEM_M_ MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_M0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_ MEM_M_T0 MEM_M_M MEM_M_ MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_M MEM_M_0 MEM_M_T MEM_M_T MEM_M_ MEM_M_ MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_M MEM_M_ MEM_M_ MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_ MEM_M0_LK MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_M MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_ MEM_M_M[0:] MEM_M0_#0, MEM_M_#, MEM_M_KE, MEM_M_[0:], MEM_M0_#, MEM_M_NK0, MEM_M_NK, MEM_M0_OT, MEM_M0_#, MEM_M_NK, MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_WE#, MEM_M_Q# MEM_M0_OT0, MEM_M_T[0:] MEM_M_Q0 MEM_M_Q MEM_M_[0:], MEM_M_Q MEM_M0_LK# MEM_M_Q#0 MEM_M_Q MEM_M_M[0:] MEM_M_Q MEM_M_Q MEM_M_Q MEM_M0_LK MEM_M0_LK# MEM_M0_#, MEM_M_KE0, MEM_M_Q MEM_M_Q# MEM_M_T[0:] MEM_M_Q# MEM_M0_LK MEM_M_R#, MEM_M_Q MEM_M_KE, MEM_M_WE#, MEM_M0_#, MEM_M_NK, MEM_M_Q MEM_M_NK0, MEM_M0_OT, MEM_M_Q0 MEM_M_Q# MEM_M_Q MEM_M0_LK MEM_M0_LK# MEM_M_Q#0 MEM_M_Q# MEM_M0_LK# MEM_M_#, MEM_M_Q MEM_M_NK, MEM_M0_#0, MEM_M_Q MEM_M_R#, MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q MEM_M_Q MEM_M_Q# MEM_M_Q# MEM_M_KE0, MEM_M0_#, MEM_M0_LK MEM_M0_OT0, MEM_M0_#, ate: heet of, 0, 00 UTeK OMPUTER IN. N M PU--R.0 FKa / FKe ean_hou ate: heet of, 0, 00 UTeK OMPUTER IN. N M PU--R.0 FKa / FKe ean_hou ate: heet of, 0, 00 UTeK OMPUTER IN. N M PU--R.0 FKa / FKe ean_hou PLEE LOE TO PROEOR WITHIN. INH PLEE LOE TO PROEOR WITHIN. INH R. No T0 TPT T0 TPT 0.PF/0V 0.PF/0V 00.PF/0V 00.PF/0V T0 TPT T0 TPT T0 TPT T0 TPT M0_LK_H F M0_LK_L F M0_LK_H M0_LK_L M0 L Y M0 L J M0 L W M0 L0 U M0_OT W M0_OT0 W M L V M_WE_L U M_R_L U M_NK K M_NK T M_NK0 U M_KE H M_KE0 J M_ J M_ J M_ W M_ L M_ L M_0 U M_ L M_ M M_ L M_ N M_ N M_ N M_ N M_ P M_ P M_0 T M_Q_H F M_Q_L E M_Q_H E M_Q_L M_Q_H F M_Q_L F M_Q_H M_Q_L M_Q_H F M_Q_L E M_Q_H M_Q_L M_Q_H M_Q_L M_Q_H0 M_Q_L0 M_M M_M M_M E M_M M_M E M_M M_M M_M0 M_T M_T F M_T F M_T0 E M_T Y M_T M_T M_T F M_T F M_T F M_T M_T F M_T M_T0 M_T E M_T M_T 0 M_T 0 M_T F M_T F M_T F0 M_T E0 M_T M_T0 M_T E M_T M_T M_T M_T E M_T M_T M_T M_T M_T0 M_T M_T M_T M_T M_T E M_T E M_T M_T M_T 0 M_T0 0 M_T M_T M_T M_T 0 M_T M_T M_T M_T M_T 0 M_T0 M_T M_T M_T M_T M_T E M_T M_T M_T M_T M_T0 MEMORY INTERFE U00 OKET MEMORY INTERFE U00 OKET 0.PF/0V 0.PF/0V T0 TPT T0 TPT T0 TPT T0 TPT T0 TPT T0 TPT 0.PF/0V 0.PF/0V T TPT T TPT T0 TPT T0 TPT T00 TPT T00 TPT T TPT T TPT T0 TPT T0 TPT T0 TPT T0 TPT T TPT T TPT T0 TPT T0 TPT T TPT T TPT M0_LK_H Y M0_LK_L M0_LK_H E M0_LK_L F M0 L V M0 L J M0 L V M0 L0 T M0_OT V0 M0_OT0 U M L U0 M_WE_L U M_R_L T0 M_NK K M_NK R0 M_NK0 T M_KE J0 M_KE0 J M_ K M_ K0 M_ V M_ K M_ L0 M_0 R M_ L M_ L M_ L M_ M M_ M0 M_ M M_ M M_ N M_ N M_0 R M_Q_H W M_Q_L W M_Q_H Y M_Q_L W M_Q_H M_Q_L 0 M_Q_H M_Q_L M_Q_H M_Q_L M_Q_H M_Q_L M_Q_H M_Q_L M_Q_H0 M_Q_L0 H M_M Y M_M M_M Y M_M M_M F M_M E M_M M_M0 E M_T M_T M_T M_T0 M_T W M_T Y M_T M_T M_T M_T M_T M_T Y M_T Y M_T0 W M_T W M_T M_T Y M_T M_T M_T M_T M_T M_T 0 M_T0 Y0 M_T M_T Y M_T W M_T W M_T M_T M_T M_T Y M_T H M_T0 H0 M_T E M_T E M_T J M_T H M_T F M_T F0 M_T M_T M_T F M_T0 E M_T E0 M_T M_T M_T M_T M_T M_T F M_T E M_T H M_T0 E M_T E M_T H M_T E M_T M_T H M_T H M_T M_T H M_T F M_T0 INTERFE MEMORY U00 OKET INTERFE MEMORY U00 OKET RV_M0_LK_H P0 RV_M0_LK_L P RV_M0_LK_H0 N0 RV_M0_LK_L0 N RV_M0_LK_H R RV_M0_LK_L R RV_M0_LK_H0 P RV_M0_LK_L0 R RV_M_REET_L H RV_M_REET_L RV_VITR RV_VITR0 RV_VN_F_H H RV_VN_F_L RV_ORE_TYPE FREE R FREE W FREE R FREE FREE H FREE H MI INTERNL U00E OKET MI INTERNL U00E OKET

4 VORE U00F VORE U00.V_HT.V_HT V V V V V V H V V J V V J V V J V V K V V K0 V V K V0 V0 K V V L V V L V V L V V L V V L V V M V V M V V M V V M0 V0 V0 N V V E N V V V E N E V V P E V V P0 E V V R E V V R E V V R V V R V V T V0 V0 T V V T V V T0 V V T V V T V V U V V U V V U V V U V V V V0 V0 V V V V0 V V V V V V V V W V V Y V V J V K V L V M V0 P V T V U V V V V OKET M V N V N V N0 V N V V N V P V P V P V00 P V0 P V0 R V0 R0 V0 R V0 R V0 T V0 T V0 T V0 T V0 T V T V U U V U V U0 V U V U V U V U V V V0 V V V V V V V V V V V V W V0 V Y V Y V N 0.V.V 0.V OKET VORE.V For R add/cmd refer to split plane. 0.V T0 TPT VORE.V_HT UTEH M PU()-PWR/ ean hou FKa / FKe, 0, 00 ate: heet of.0

5 MEM_M_M MEM_M_M0 MEM_M_M MEM_M_M MEM_M_M MEM_M_M MEM_M_M MEM_M_M MEM_M_Q MEM_M_Q0 MEM_M_Q MEM_M_Q MEM_M_Q MEM_M_Q MEM_M_Q MEM_M_Q MEM_M_Q# MEM_M_Q#0 MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_0 MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_0 MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_VREF_IMM MEM_VREF_IMM MEM_M_[0:], MEM_M0_#0, MEM_M0_#, MEM_M0_LK MEM_M0_LK# MEM_M0_LK MEM_M0_LK# MEM_M_KE0, MEM_M_KE, MEM_M_#, MEM_M_R#, MEM_M_WE#, MLK_RM,,, MT_RM,,, MEM_M0_OT0, MEM_M0_OT, MEM_M_Q[0:] MEM_M_Q#[0:] MEM_M_T[0:] MEM_M0_#, MEM_M0_#, MEM_M_M[0:] MEM_M_NK0, MEM_M_NK, MEM_M_NK,.V R_VREF V V MEM_VREF_IMM.V.V ate: heet of, 0, 00 UTEH R_O_IMM-.0 FKa / FKe ean_hou ate: heet of, 0, 00 UTEH R_O_IMM-.0 FKa / FKe ean_hou ate: heet of, 0, 00 UTEH R_O_IMM-.0 FKa / FKe ean_hou REV. TYPE Irat=00m Nearby O-IMM Main source is 000.(FOXONN) econd source is 000.(TYO) Reserved for hynix IMM issue happen on T MU address 0 E00 0UF/.V E00 0UF/.V - V V- U0 LMVIVR - V V- U0 LMVIVR 0 0.UF/V 0 0.UF/V R0 KOhm % R0 KOhm % 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 U00 R_IMM_00P 000 U00 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 U00 R_IMM_00P 000 U00 R_IMM_00P UF/V 0 0.UF/V 0 000PF/0V 0 000PF/0V R0 R0 0 UF/.V 0 UF/.V 0 0.UF/V 0 0.UF/V 0 PF/0V 0 PF/0V L00 /00Mhz L00 /00Mhz 00 0.UF/0V 00 0.UF/0V R00 KOhm % R00 KOhm %

6 MEM_M_M0 MEM_M_M MEM_M_M MEM_M_M MEM_M_M MEM_M_M MEM_M_M MEM_M_M MEM_M_Q0 MEM_M_Q MEM_M_Q MEM_M_Q MEM_M_Q MEM_M_Q MEM_M_Q MEM_M_Q MEM_M_Q#0 MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_NK MEM_M_NK0 MEM_M_NK MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_0 MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_0 MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T0 MEM_M_T MEM_M_T MEM_M_Q[0:] MEM_M_T[0:] MEM_M_[0:], MEM_M0_#0, MEM_M0_#, MEM_M0_LK MEM_M0_LK# MEM_M0_LK MEM_M0_LK# MEM_M_KE0, MEM_M_KE, MEM_M_#, MEM_M_R#, MEM_M_WE#, MLK_RM,,, MT_RM,,, MEM_M0_OT0, MEM_M0_OT, MEM_M0_#, MEM_M0_#, MEM_M_M[0:] MEM_M_NK, MEM_M_NK0, MEM_M_NK, MEM_M_Q#0 MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q# MEM_M_Q#.V V MEM_VREF_IMM V.V.V ate: heet of, 0, 00 UTEH R_O_IMM-.0 FKa / FKe ean_hou ate: heet of, 0, 00 UTEH R_O_IMM-.0 FKa / FKe ean_hou ate: heet of, 0, 00 UTEH R_O_IMM-.0 FKa / FKe ean_hou T. TYPE MU address Main source is 0000.(FOXONN) econd source is 000.(TYO) 0 0uF/0V 0 0uF/0V.UF/.V.UF/.V 0 0uF/0V 0 0uF/0V 0 0.UF/V 0 0.UF/V /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 U00 R_IMM_00P 0000 U00 R_IMM_00P 0000.UF/.V.UF/.V.UF/.V.UF/.V.UF/.V.UF/.V 0 0uF/0V 0 0uF/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 U00 R_IMM_00P 0000 U00 R_IMM_00P UF/0V 0 0.UF/0V 0 0.UF/V 0 0.UF/V.UF/.V.UF/.V 0 0.uF/V 0 0.uF/V 0 0.UF/V 0 0.UF/V 0 0.UF/V 0 0.UF/V 00 0.UF/0V 00 0.UF/0V

7 , MEM_M_[0:], MEM_M_[0:], MEM_M_NK[0:] 0.V, MEM_M_NK[0:] 0.V MEM_M_, MEM_M_KE MEM_M_ MEM_M_ MEM_M_, MEM_M0_# MEM_M_NK, MEM_M_KE0 MEM_M_, MEM_M0_#, MEM_M0_OT0 MEM_M_ MEM_M_ MEM_M_ MEM_M_, MEM_M0_#0 MEM_M_NK, MEM_M_R# MEM_M_0 MEM_M_ MEM_M_ MEM_M_ MEM_M_, MEM_M_WE# MEM_M_0 MEM_M_NK0 MEM_M_ MEM_M_ OHM RN00 OHM RN0 MEM_M_ OHM RN00 MEM_M_ RN00 OHM RN0 OHM OHM RN0 MEM_M_ OHM RN00 OHM RN0, MEM_M_KE MEM_M_ RN0 OHM RN0 OHM RN0 OHM OHM RN0 MEM_M_ MEM_M_ OHM RN0 OHM RN0 OHM RN0 OHM RN0 MEM_M_ MEM_M_ OHM RN0 OHM RN0 OHM RN0 OHM RN0 MEM_M_ OHM RN0 OHM RN0 MEM_M_ OHM RN0 OHM RN0 MEM_M_ OHM RN0 OHM RN MEM_M_NK0, MEM_M_WE# MEM_M_0 OHM RN0 OHM RN0 OHM RN0 OHM RN OHM RN OHM RN MEM_M_0 OHM RN0 OHM RN0, MEM_M_R# MEM_M_NK OHM RN0 OHM RN0, MEM_M0_#0 OHM RN0, MEM_M0_OT0 OHM RN0, MEM_M0_# MEM_M_ OHM RN0 OHM RN0 MEM_M_NK OHM RN0 MEM_M_ OHM RN0 OHM RN0, MEM_M0_# OHM RN0, MEM_M_KE0 OHM RN0, MEM_M_#, MEM_M0_# OHM RN0, MEM_M0_#, MEM_M0_OT OHM RN0, MEM_M0_OT, MEM_M_# 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 RN OHM RN OHM RN OHM RN OHM RN Layout Note: Place one cap close to every pullup resitors terminated to 0.V 0.V 0.V 00 0uF/0V UF/V 0 0.UF/V 0 0.uF/V 0 0.UF/V 0 0.uF/V 0.UF/V 0.UF/V 0.UF/V 0.uF/V 0.UF/V 0.uF/V 0.UF/V 0.uF/V 0.UF/V 0.UF/V 0.uF/V 0.uF/V 0.UF/V 0.uF/V 0.UF/V uF/V 0.uF/V 0.UF/V 0.uF/V 0.UF/V 0.uF/V 0.UF/V 0.uF/V 0.UF/V 0.uF/V 0.UF/V 0.uF/V Near to 0.V array resistors. 0.V 0.UF/V 0.UF/V 0.uF/V 0.uF/V 0.UF/V UTEH R_OIMM TERM ean_hou FKa / FKe, 0, 00 ate: heet of.0

8 HT_RXLN HT_PU_TX# HT_PU_RX# HT_PU_TX HT_PU_TX# HT_PU_RX# HT_PU_TX# HT_PU_TX HT_PU_RX_LK#0 HT_PU_RX# HT_PU_RX# HT_PU_TX HT_PU_TXTL HT_PU_TX HT_PU_RX0 HT_PU_RX HT_PU_RX# HT_PU_RX# HT_PU_TX# HT_PU_TX HT_PU_TX0 HT_PU_RX HT_PU_TX_LK0 HT_TXLN HT_PU_RX# HT_PU_RX HT_PU_TX#0 HT_PU_TXTL# HT_PU_TX# HT_PU_TX HT_PU_RXTL HT_PU_RX HT_PU_RX#0 HT_PU_TX# HT_PU_TX HT_PU_RX# HT_PU_RX0 HT_PU_RX HT_PU_RX HT_PU_TX_LK HT_PU_TX# HT_PU_TX HT_PU_TX# HT_PU_TX HT_PU_TX HT_PU_RX_LK0 HT_PU_RX# HT_PU_TX# HT_PU_RX HT_PU_RX0 HT_PU_TX_LK# HT_PU_TX0 HT_PU_TX HT_PU_TX# HT_PU_TX# HT_PU_RXTL# HT_PU_RX HT_PU_RX HT_PU_RX HT_PU_RX# HT_PU_RX# HT_PU_TX HT_PU_TX HT_PU_RX# HT_PU_RX HT_PU_TX HT_PU_RX# HT_PU_TX#0 HT_PU_RX HT_PU_RX0 HT_PU_RX# HT_PU_RX HT_PU_TX# HT_PU_RX HT_PU_TX HT_PU_TX# HT_PU_RX#0 HT_PU_TX HT_PU_TX HT_PU_RX# HT_PU_RX HT_PU_RX# HT_PU_RX HT_PU_RX# HT_PU_TX HT_PU_TX#0 HT_PU_TX# HT_PU_TX HT_PU_TX HT_PU_RX# HT_PU_RX HT_PU_RX HT_RXLP HT_PU_TX# HT_PU_RX#0 HT_PU_RX HT_PU_RX# HT_PU_TX# HT_PU_TX# HT_PU_RX HT_PU_TX HT_PU_RX# HT_PU_TX# HT_PU_TX# HT_PU_TX HT_PU_RX HT_PU_RX# HT_PU_RX HT_PU_TX HT_PU_TX#0 HT_PU_RX_LK HT_PU_RX# HT_PU_RX# HT_PU_RX HT_PU_RX HT_PU_RX# HT_PU_RX HT_PU_TX_LK#0 HT_PU_RX_LK# HT_PU_RX HT_PU_RX#0 HT_PU_TX HT_PU_TX# HT_PU_TX# HT_PU_RX# HT_PU_RX HT_PU_TX# HT_PU_TX0 HT_PU_TX HT_PU_TX# HT_PU_RX# HT_PU_RX# HT_PU_RX# HT_PU_TX# HT_PU_TX HT_PU_TX# HT_PU_TX# HT_PU_TX HT_PU_RX HT_PU_TX# HT_PU_TX0 HT_PU_TX# HT_PU_TX HT_TXLP TXP0 TXN0 TXP TXN PP_TXP PP_TXN PP_TXP PP_TXN TXP TXN TXP TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN0 PIEN_TXN PIEN_TXN PIEN_TXN0 PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP0 PIEN_TXP PIEN_TXP PIEN_TXP0 PIEN_RXN PIEN_RXN PIEN_RXN PIEN_RXN PIEN_RXN PIEN_RXN PIEN_RXN PIEN_RXN PIEN_RXN PIEN_RXN PIEN_RXN PIEN_RXN PIEN_RXN0 PIEN_RXN PIEN_RXN PIEN_RXN0 PIEN_RXP PIEN_RXP PIEN_RXP PIEN_RXP PIEN_RXP PIEN_RXP PIEN_RXP PIEN_RXP PIEN_RXP PIEN_RXP PIEN_RXP PIEN_RXP PIEN_RXP0 PIEN_RXP PIEN_RXP PIEN_RXP0 PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP PIEN_TXP0 PIEN_TXP PIEN_TXP PIEN_TXP0 PIE_RXP PIE_RXP PIE_RXP PIE_RXP PIE_RXP PIE_RXP PIE_RXP PIE_RXP0 PIE_RXP PIE_RXP PIE_RXP PIE_RXP PIE_RXP PIE_RXP PIE_RXP0 PIE_RXP PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN PIEN_TXN0 PIEN_TXN PIEN_TXN PIEN_TXN0 PIE_RXN PIE_RXN PIE_RXN PIE_RXN PIE_RXN PIE_RXN PIE_RXN PIE_RXN0 PIE_RXN PIE_RXN PIE_RXN PIE_RXN PIE_RXN PIE_RXN PIE_RXN0 PIE_RXN HT_PU_TX[:0] HT_PU_TX#[:0] HT_PU_TX_LK#0 HT_PU_TX_LK HT_PU_TXTL# HT_PU_TX_LK0 HT_PU_TXTL HT_PU_TX_LK# HT_PU_RX[:0] HT_PU_RX#[:0] HT_PU_RXTL# HT_PU_RX_LK HT_PU_RX_LK# HT_PU_RX_LK0 HT_PU_RX_LK#0 HT_PU_RXTL _TXP0 0 _TXN0 0 _TXP 0 _TXN 0 PIE_TXN_LN PIE_TXN_MINIR PIE_TXP_MINIR PIE_TXP_LN PIE_RXN_LN PIE_RXP_LN PIE_RXN_MINIR PIE_RXP_MINIR _RXN 0 _RXP 0 _RXN0 0 _RXP0 0 _TXN 0 _TXN 0 _TXP 0 _TXP 0 _RXP 0 _RXN 0 _RXP 0 _RXN 0 PIEN_RXP[0..] PIEN_RXN[0..] PIE_RXN[0..] PIE_RXP[0..] VHT_PK V_PK ate: heet of 0, 0, 00 UTEH R0M HT/PIE I/F.0 FKa / FKe ean_hou ate: heet of 0, 0, 00 UTEH R0M HT/PIE I/F.0 FKa / FKe ean_hou ate: heet of 0, 0, 00 UTEH R0M HT/PIE I/F.0 FKa / FKe ean_hou 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V UF/0V UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 00 0.UF/0V 00 0.UF/0V 0 0.UF/0V 0 0.UF/0V HT_TXP P HT_TXN P HT_TXP P HT_TXN P HT_TXP M HT_TXN M HT_TXP M HT_TXN M HT_TXP L HT_TXN L HT_TX0P HT_TX0N HT_TXP J0 HT_TXN J HT_TXP F HT_TXN F HT_TXP N HT_TXN N HT_TXP L HT_TXN M HT_TXP K HT_TXN K HT_TXP J HT_TXN K HT_TXP HT_TXN H HT_TXP F HT_TXN F HT_TXP E HT_TXN F HT_TX0P E HT_TX0N E HT_TXLKP L HT_TXLKN L HT_TXLK0P J HT_TXLK0N J HT_TXTLP N HT_TXTLN P HT_TXLP HT_TXLN HT_RXP R HT_RXN R HT_RXP R HT_RXN R HT_RXP U HT_RXN U HT_RXP U HT_RXN U HT_RXP W HT_RXN W0 HT_RX0P HT_RX0N HT_RXP 0 HT_RXN 0 HT_RXP HT_RXN Y HT_RXP T HT_RXN R HT_RXP U HT_RXN U HT_RXP V HT_RXN U HT_RXP V HT_RXN V HT_RXP HT_RXN HT_RXP HT_RXN HT_RXP HT_RXN HT_RX0P HT_RX0N HT_RXLKP W HT_RXLKN W HT_RXLK0P Y HT_RXLK0N W HT_RXTLP P HT_RXTLN P HT_RXLN HT_RXLP PRT OF U000 R0M PRT OF U000 R0M 00 0.UF/0V 00 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V R00 Ohm % R00 Ohm % 0 0.UF/0V 0 0.UF/0V 00 0.UF/0V 00 0.UF/0V 0 0.UF/0V 0 0.UF/0V R00 0 % R00 0 % 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 00 0.UF/0V 00 0.UF/0V 00 0.UF/0V 00 0.UF/0V 00 0.UF/0V 00 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 00 0.UF/0V 00 0.UF/0V 00 0.UF/0V 00 0.UF/0V 0 0.UF/0V 0 0.UF/0V 00 0.UF/0V 00 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 00 0.UF/0V 00 0.UF/0V 00 0.UF/0V 00 0.UF/0V 0 0.UF/0V 0 0.UF/0V R00.Ohm % R00.Ohm % FX_TX0P J FX_TX0N H FX_TXP K FX_TXN K FX_TXP K FX_TXN L FX_TXP L FX_TXN L FX_TXP N FX_TXN N FX_TXP P FX_TXN P FX_TXP P FX_TXN R FX_TXP R FX_TXN R FX_TXP T FX_TXN U FX_TXP V FX_TXN V FX_TX0P V FX_TX0N W FX_TXP W FX_TXN W FX_TXP Y FX_TXN FX_TXP FX_TXN FX_TXP FX_TXN FX_TXP E FX_TXN E FX_RX0P FX_RX0N FX_RXP J FX_RXN J FX_RXP J FX_RXN J FX_RXP L FX_RXN L FX_RXP L FX_RXN L FX_RXP M FX_RXN M FX_RXP M FX_RXN M FX_RXP P FX_RXN P FX_RXP P FX_RXN P FX_RXP R FX_RXN R FX_RX0P R FX_RX0N R FX_RXP U FX_RXN U FX_RXP W FX_RXN W FX_RXP Y FX_RXN Y FX_RXP V FX_RXN W FX_RXP FX_RXN _TXP _TXN E _TXP _TXN E PP_TXP PP_TXN E PP_TXP PP_TXN _RXP W _RXN W _RXP _RXN PP_RXP Y PP_RXN PP_RXP PP_RXN _TX0P E _TX0N 0 _TXP _TXN _RX0P W _RX0N W _RXP _RXN PE_LRP PE_LRN E N N PRT OF PIE I/F PP PIE I/F U000 R0M PRT OF PIE I/F PP PIE I/F U000 R0M 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V R00 KOhm % R00 KOhm % 00 0.UF/0V 00 0.UF/0V 0 0.UF/0V 0 0.UF/0V 00 0.UF/0V 00 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V R000.Ohm % R000.Ohm % 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V

9 .V HTPV.V PLLV V N_V.V L00 L0 L0 /00Mhz 00 /00Mhz 0 /00Mhz 0.UF/.V.UF/.V.UF/.V V 0.UF/.V PLLV L0 VQ L0 /00Mhz 0 /00Mhz 0.UF/.V.UF/.V VQ N_V V U000,0 HT_PU_TOP# R0 Ohm % R.0 No.V R. No L_N R. No _N R V.KOhm PLLV R HTPV KOhm Q00 0,,0,,,, _RT# PMT0, PWR N_LTTP# LLOW_LTTP 0 LLOW_LTTP LK_N_HTM LK_N_O LK_TILK LK_TILK# LK_NLINK LK_NLINK# V R. No LV_EL_ R R.KOhm R.KOhm R0 0 MREQ# N_EI_LK N_EI_T 0 N_THERM 0 N_THERM,0 TM_HP R _T_N No R0 V R. No R. No R.KOhm 00KOhm R0 0KOhm R0 0KOhm PLLV FT_PIO0 FT_PIO FT_PIO FT_PIO FT_PIO FT_PIO MREQ#_.KOhm R V V PRT OF VN_ H VN_ 0 VI 0 VI VQ VQ 0 Y OMP E RE F REEN LUE VYN HYN RET L 0 PLLV 0 PLLV HTPV HTPV 0 YREET# POWEROO LTTOP# LLOW_LTTOP HTTTLK HTREFLK TVLKIN OIN PLLV F FX_LKP E FX_LKN _LKP _LKN FT_PIO0 FT_PIO FT_PIO FT_PIO FT_PIO FT_PIO MREQ# I_LK I_T THERMLIOE_P THERMLIOE_N TM_HP _T TETMOE TRP_T R0M TXOUT_L0P N_LV_L0P_L TXOUT_L0N N_LV_L0N_L TXOUT_LP N_LV_LP_L TXOUT_LN N_LV_LN_L TXOUT_LP H N_LV_LP_L TXOUT_LN N_LV_LN_L TXOUT_LP TXOUT_LN E TXOUT_U0P N_LV_U0P_L TXOUT_U0N N_LV_U0N_L TXOUT_UP N_LV_UP_L TXOUT_UN N_LV_UN_L TXOUT_UP N_LV_UP_L TXOUT_UN N_LV_UN_L TXOUT_UP TXOUT_UN E TXLK_LP N_LV_LLKP_L.V V TXLK_LN N_LV_LLKN_L H TXLK_UP N_LV_ULKP_L TXLK_UN N_LV_ULKN_L LPV L0 LPV E LPV /00Mhz LVR L0 LVR_ LVR_ LVR LVR_ /00Mhz LVR_ L0 LVR /00Mhz LVR LVR LVR 0 0 LVR 0.UF/0V 0.UF/0V.UF/.V LVR LVR F.UF/.V LVR F.UF/.V R. No0 N_PNEL_PWREN LV_ION E N_PNEL_PWREN N_KLIHT_EN LV_LON N_KLIHT_EN N_LEN LV_LEN F T00 TPT PP_TX0P PP_TX0P PIE_TXP_NEWR PP_TX0N PP_TX0N 0 0.UF/0V PIE_TXN_NEWR E EU 0 0.UF/0V EU PP_RX0P PIE_RXP_NEWR PP_RX0N E PIE_RXN_NEWR EU EU EU0 EU0 PP_TXN PP_TXN E PIE_TXN_TVTUNER PP_TXP 0 0.UF/0V PP_TXP PIE_TXP_TVTUNER 0.UF/0V PP_RXN E0 PIE_RXN_TVTUNER 0 PP_RXP PIE_RXP_TVTUNER E EU EU EU0 EU0 EU EU EU EU E EU EU E EU EU TRP_T 0.UF/0V V U0 For support Power hift hardware 0 MU_LK_EL LV_EL# R0 R U0 V R. No R. No EL_V_N Vcc OE Y NLVKR V U0 V Y NZ0PX_NL _RT# R 0KOhm N_PWM_EN N_EI_LK R 00KOhm OE Vcc Y NLVKR _LK_N T0 TPT T0 TPT T TPT T0 TPT T0 TPT T TPT FT_PIO0 FT_PIO FT_PIO FT_PIO FT_PIO FT_PIO T TPT T TPT T TPT T0 TPT T TPT T TPT T TPT T TPT T TPT EU0 EU EU EU EU EU0 EU EU EU UTEH R0M VIEO I/F ean_hou FKa / FKe, 0, 00 ate: heet of.0

10 V_PLL V_N V_PK VHT_PK V_PK.V.V V.V.V.V_HT.V ate: heet of, 0, 00 UTEH R0M PWR.0 FKa / FKe ean_hou ate: heet of, 0, 00 UTEH R0M PWR.0 FKa / FKe ean_hou ate: heet of, 0, 00 UTEH R0M PWR.0 FKa / FKe ean_hou 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0.UF/0V 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0uF/0V 0uF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0 0uF/0V 0 0uF/0V 0uF/0V 0uF/0V 0.UF/0V 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0.UF/0V 0.UF/0V.UF/.V.UF/.V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0 0.UF/0V 0 0.UF/0V 0.UF/0V 0.UF/0V.UF/.V.UF/.V 0 0.UF/0V 0 0.UF/0V 0.UF/0V 0.UF/0V 0 0uF/0V 0 0uF/0V 0.UF/0V 0.UF/0V 0uF/0V 0uF/0V 0 0.UF/0V 0 0.UF/0V 0.UF/0V 0.UF/0V 0 0uF/0V 0 0uF/0V L0 /00Mhz L0 /00Mhz 00 0uF/0V 00 0uF/0V 0.UF/.V 0.UF/.V 0 0.UF/0V 0 0.UF/0V 0.UF/0V 0.UF/0V V_HT_ E V_HT_ V_HT_ V_HT_ V_HT_ E V_HT_ Y V_HT_ W V_HT_ V_HT_ V_HT_0 V_HT_ 0 V_HT_ V_HT_ V_HT_ V_HT_ E V J V J V_PLL_ E V V 0 V E V V E V V M V F V L V E V V V V W V_ORE_ L V_ORE_ L V_ORE_ L V_ORE_ M V_ORE_ R V_ORE_ M V_ORE_ N V_ORE_ N V_ORE_ N V_ORE_0 J V_ORE_ H V_ORE_ P V_ORE_ P V_ORE_ R V E V V U V_PLL_ F V_ORE_ R VR_ VR_ E V_PLL_ F V_PLL_ VR_ VR_ VR_ E V_ORE_ V_ORE_ V_ORE_ U V_ORE_ U V_ORE_0 P V_ORE_ L V_ORE_ J V_ORE_ 0 V_ORE_ 0 V_ORE_ V_ORE_ V_ORE_ V_ORE_ V_ORE_ V_ORE_0 V V V_HT_PK V PK_ M V PK_ V 0 E V_ORE_ U V_ORE_ U PRT OF U000 R0M PRT OF U000 R0M 0.UF/0V 0.UF/0V V V F V V E V V Y V P V R V E V0 M V J V V J V L V L V L0 V L V M V M0 V0 M V M V N V N V L V P V P0 V P V R V0 R V R0 V W V Y V V U0 V H V W V Y V V0 V V V V V V V V V V F V V V V H V V0 J V H V J V F V L V M V M V J V0 P V T V N V R V U V T V U V U V0 Y V W V V Y V Y V Y V R V V V0 V V V V 0 V V Y V V P V E V E0 V M V Y V Y V V R V V E V T V T V0 E V H V V F V V M V V H V V M V R V PR OF U000E R0M PR OF U000E R0M

11 V U00 V PIRT#_IXP,,0,,,, _RT# R00 _RT# Ohm R0.KOhm Y NZ0PX_NL PI_RT#,,,, EMI LK_PI LP_LK_E LP_LK_TPM, V LK_LINK LK_LINK# _RXP0 _RXN0 _RXP _RXN _RXP _RXN _RXP _RXN _TXP0 _TXN0 _TXP _TXN _TXP _TXN _TXP _TXN L000 R. No R.0 No HT_PU_PWR HT_PU_TOP# PU_I PU_I LLOW_LTTP PU_PWR_ HT_PU_REET# follow 00 errata, change R0, R0, R0 -> 0 ohm R0 follow owfin Rev. change to 0Kohm PU_PWR_ R00 0 PU_PWR_ /00Mhz R0.KOhm 0 0.UF/0V 0 PF/0V 0 PF/0V R0 PU_I PU_I FERR#.V 0 0uF/0V 0 0uF/0V 0 0.UF/0V R0 R UF/0V R0 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V R00,R0,R0,R0 put on PU side R0 0 R00.KOhm 00 0.UF/0V PIE_PV RT_XIN RT_XOUT 0KOhm RXP0 RXN0 RXP RXN RXP RXN RXP RXN M_I M_I FERR# PI_REQ#0 PI_ERR# PI_REQ# PI_REQ# PI_IRY# PI_EVEL# PI_INT# PI_INT# PI_FRME# PI_REQ# PI_TRY# PI_TOP# PI_INT# PI_PERR# PI_INT# IXP_RT# R0 Ohm % R00.0KOhm % R00 0 0uF/0V X000.Khz R00 0MOhm 0 0.UF/0V T00 TPT 0 0.UF/0V PIO PM_LKRUN# 00 UE 0000 for () 0 J J P P M M K K H H T T T T M M M M E E E U U F F F J J L L L N W W W Y H W U000 _RT# PIE_RLKP PIE_RLKN PIE_TX0P PIE_TX0N PIE_TXP PIE_TXN PIE_TXP PIE_TXN PIE_TXP PIE_TXN PIE_RX0P PIE_RX0N PIE_RXP PIE_RXN PIE_RXP PIE_RXN PIE_RXP PIE_RXN PIE_LRP PIE_LRN PIE_LI PIE_PV PIE_PV PIE_VR_ PIE_VR_ PIE_VR_ PIE_VR_ PIE_VR_ PIE_VR_ PIE_VR_ PIE_VR_ PIE_VR_ PIE_VR_0 PIE_VR_ PIE_VR_ PIE_VR_ X X PU_P/LT_P INTR/LINT0 NMI/LINT INIT# MI# LP#/LT_TP# INNE#/I 0M#/I FERR# TPLK#/LLOW_LTTP PU_TP#/PLP_V# PLP_O#/PIO PRLPVR LT_RT#/PRTP#/PROHOT# 00.KOHM 0 RN00.KOHM 0 RN00.KOHM 0 RN00.KOHM 0 RN00.KOHM 0 RN00E.KOHM 0 RN00F.KOHM 0 RN00.KOHM 0 RN00H.KOHM 0 RN00.KOHM 0 RN00.KOHM 0 RN00.KOHM 0 RN00.KOHM 0 RN00E.KOHM 0 RN00F.KOHM 0 RN00.KOHM 0 RN00H V 00 xmm PILK0 Part of PILK PILK PILK PILK PILK PILK PIF_OUT/PILK/PIO V_RT 0~<0.u <u R0 need to fine tune PI_REQ# LP_LRQ# LP_LRQ#0 LP_ LP_ LP_ LP_0 PIRT# 0/ROM /ROM /ROM /ROM /ROM /ROM /ROM /ROM /ROM /ROM 0/ROM /ROM /ROM /ROM /ROM /ROM /ROM0 /ROM /ROM /ROM 0/ROM /ROM /ROM /ROM 0 E0#/ROM0 E#/ROM E#/ROMWE# E# FRME# EVEL#/ROM0 IRY# TRY#/ROMOE# PR/ROM TOP# PERR# ERR# REQ0# REQ# REQ# REQ#/PIO0 REQ#/PIO NT0# NT# NT# NT#/PIO NT#/PIO LKRUN# LOK# INTE#/PIO INTF#/PIO INT#/PIO INTH#/PIO L0 L L L LFRME# LRQ0# LRQ#/NT#/PIO MREQ#/REQ#/PIO ERIRQ RTLK RT_IRQ#/PIO VT RT_ R00 U T U V W U V T J W Y W W Y J E J H J H H H F J H F Y J E H H F H F F F F H H F J H W F F E LK_PI0 R000 Ohm LK_PI R00 Ohm LK_PI R00 Ohm LK_PI R00 Ohm PI_LK PI_LK T00 TPT PI_LK PI_LK T00 PIRT#_IXP TPT PI_[:0] PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_ PI_ R00 PI_ PI_ PI_ KOhm % PI_ PI_ R. PI_ T_X PI_0 PI_ R00 T_X PI_ 0MOhm PI_ T_LE# PI_ X00 PI_ Mhz PI_ PLLV_T PI_ PI_ EER/0000 PI_ XTLV_T PI_0 0 0 PI_ PI_/E#[:0] 0PF/0V 0PF/0V V_T PI_/E#[:0] PI_/E#0 PI_/E# PI_/E# PI_/E# Errata PI_FRME# PI_FRME# suggest to PI_EVEL# PI_EVEL# PI_IRY# PI_IRY# 0PF PI_TRY# PI_TRY# PI_PR PI_PR PI_TOP#.V PLLV_T PI_TOP# PI_PERR# PI_PERR# PI_ERR# L00 PI_ERR# PI_REQ#0 PI_REQ#0 PI_REQ# /00Mhz PI_REQ# PI_REQ# PI_REQ# 0 PI_NT#0 0 PI_NT#0 PI_NT# T0 TPT 0.UF/0V 0.UF/0V PI_NT# T0 TPT PI_NT# T00 TPT PI_NT# T0 TPT PM_LKRUN# PM_LKRUN#, T0 TPT V XTLV_T LP_0 LP_0 0,, LP_ LP_ 0,, LP_ LP_ 0,, LP_ LP_ 0,, LP_FRME# LP_FRME# 0,, LP_LRQ#0 T0 TPT LP_LRQ# T0 TPT MREQ# MREQ# INT_ERIRQ 0,, RTLK PIO 0 0.UF/0V PI_INT# PI_INT# PI_INT# PI_INT# T00 TPT T0 TPT V_RT.KOHM 0 RN000.KOHM 0 RN000.KOHM 0 RN000.KOHM 0 RN000.KOHM 0 RN000E.KOHM 0 RN000F.KOHM 0 RN000.KOHM 0 RN000H R. No 000 RF 0 UF/0V V PI_INT# PI_INT# R0 0 R0 Ohm R. No JRT L_JUMP LP_LK_TPM, LK_PI, LP_LK LP_LK_E 0 PI_LK T_TXP0 PI_LK T_TXN0 V RTT T0 TPT T0 TPT T000 TT_HOLER IP.V T_RXN0 T_RXP0 0 0PF/0V L00 /00Mhz RT TTERY 0.UF/0V RT cell can use (TT-LI KT R0 R0 V/0mh) 0 0PF/0V L00 /00Mhz 00 0uF/0V PF/0V 0.0UF/V 0.0UF/V V_T 0 0.0UF/V 0.0UF/V 0 0.UF/0V 0 0uF/0V 0 T_L 0.UF/0V 0.UF/0V 0.UF/0V 0 H J H0 J0 H J H J H H H J J H H J F J0 E E E E F F H H J J J J J E E F F F F 0 H0 H U000 PM_THERM# T_RX- T_RX T_TX0 T_TX0- T_RX0- T_RX0 T_TX T_TX- T_RX- T_RX T_TX0 T_TX0- T_RX0- T_RX0 T_TX T_TX- T_RX- T_RX T_TX T_TX- T_L T_X T_X T_T#/PIO PLLV_T_ PLLV_T_ XTLV_T V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_0 V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_0 V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_0 V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ V_T_ 00 R0.KOhm 00 xmm IE_IORY Part of IE_IRQ IE_0 IE_ IE_ IE_K# IE_RQ IE_IOR# IE_IOW# IE_# IE_# V TEMP_OMM R0 IE_0/PIO IE_/PIO IE_/PIO IE_/PIO IE_/PIO IE_/PIO0 IE_/PIO IE_/PIO IE_/PIO IE_/PIO IE_0/PIO IE_/PIO IE_/PIO IE_/PIO IE_/PIO IE_/PIO0 PI_I/PIO PI_O/PIO PI_LK/PIO PI_HOL#/PIO PI_#/PIO LN_RT#/PIO ROM_RT#/PIO FNOUT0/PIO FNOUT/PIO FNOUT/PIO FNIN0/PIO0 FNIN/PIO FNIN/PIO TEMP_OMM TEMPIN0/PIO TEMPIN/PIO TEMPIN/PIO TEMPIN/TLERT#/PIO VIN0/PIO VIN/PIO VIN/PIO VIN/PIO VIN/PIO VIN/PIO VIN/PIO VIN/PIO0 TEMPIN0 V V TEMPIN TEMP_OMM 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 PIO PIO PIO PIO PIO PIO PIO PIO0 PIO PIO TEMP_OMM TEMPIN0 TEMPIN PIO PM_THERM# PIO PIO PIO PIO PIO PIO PIO PIO0 UTEH O.,LT. HWM_V _THRO_PU T00 TPT TLE_ON# WLN_LE_EN# IE_PIORY INT_IRQ IE_P0 IE_P IE_P IE_PK# IE_PREQ IE_PIOR# IE_PIOW# IE_P# IE_P# IE_P[:0] TVTUNER_ON# _THRO_PU TLE_ON# WLN_LE_EN# PM_THERM# 0 V_RT# MU_LK_EL PU_THRM_,0 PU_THRM_,0 N_THERM N_THERM Y W W E F H J J H F F E J J M T V N P W P P P T T V L M V M P M V N M R UF/V R0 0 ohm Resistor T00 TPT T00 TPT T0 TPT T0 TPT T0 TPT 0 0.UF/0V Place near by the Thermal ensor I path to reduce stub effect R UF/V R0 FKa / FKe 0KOhm RN00 0KOhm RN00 0KOhm RN00 0KOhm RN00 0KOhm RN00 0KOhm RN00 V L00 /00Mhz 0.UF/.V R. 0KOhm RN00 0KOhm RN00 0KOhm RN00 R0 T0 TPT 00 LINK/PI ean_hou, 0, 00 ate: heet of 0.0 R. No R. No 0KOhm RN00 0KOhm RN00 0KOhm RN00

12 R. No U# PI_PME# V R0.KOhm R0.KOhm Q00 PM0 VU R0.KOhm _TET0 _TET _TET R0 R0 R0 0KOhm 0KOhm 0KOhm U_PP U_PN RN00 0OHM RN00 0OHM RN0 0OHM RN0 0OHM U_PP_ U_PN_ U_PP WWN U_PN WWN PULL HIH PULL LOW VU.VU.VU V V.V.V V PIO UE EU TRP INORE EU TRP EFULT 00 T R KOhm E00 0UF/V 0 0.UF/0V 0 UF/.V PU_PWR_ 0.UF/0V.V PI_LK UE INT. PLL UE EXT. MHZ EFULT 0 0.UF/0V 0 0.UF/0V 0uF/0V 0 0.UF/0V 00 0uF/0V 0.UF/0V 0 0.UF/0V 0.UF/0V V PI_LK PU IF=K EFULT 0.UF/0V UF/0V 0 0.UF/0V PU IF=P R. No 0 0uF/0V 0 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V LP_LK_TPM ROM TYPE: 0 0.UF/0V H, H = PI ROM H, L = PI ROM L, H = LP ROM L, L = FWH ROM 0.UF/0V 0.UF/0V 0 0.UF/0V TI built-in P/ EFULT PIO R 0KOhm LK_PI L L M P P T V W W W W E E E H J J J M M N N N R R U U U V V F J J K H H H 0 E V V V V V V V V U T T T T T P U000 VQ_ 00 xmm VQ_ V_ VQ_ Part of V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_0 V_0 VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_0 V_0 VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ VQ_ V_ V_ V_ V_0 V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_0 V_ V_ V_0 V_ V_ V.V_ V.V_ V.V_ V.V_ V.V_ V.V_ V_ V.V_ V_0 _.V_ V.V_ V.V_ V_ V_ U_PHY_.V_ V_ U_PHY_.V_ V_ U_PHY_.V_ V_ U_PHY_.V_ U_PHY_.V_ PIE_V_ PIE_V_ PU_PWR PIE_V_ PIE_V_ V_VREF PIE_V_ PIE_V_ VK_.V PIE_V_ PIE_V_ VK_.V PIE_V_ PIE_V_0 VK PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_0 PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_0 PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_0 PIE_V_ PIE_V_ PIE_V_ PIE_V_ PIE_V_ 00 PI_LK R 0KOhm LP_LK_TPM R 0KOhm PI_LK 0 LP_LK_TPM 0, 0 E F F J J L L M M M M N N P P P R R R T T U U V V V V V V W W Y E E J J J F H J J J K L L L L L M M M N N P P P P P V V R0 0KOhm PI_LK R 0KOhm LK_PI VU 0 EXTMI# 0 PM_U# 0 PM_U# 0 PM_PWRTN#, PWR 0 0,,, 0 0TE_00 KRT#_00 _WKE# THERMTRIP# PM_RMRT# LK_M_ WWN_ON# _# _PKR,,, MLK_RM,,, MT_RM,, MLK_Y,, MT_Y WLN_ON# 0, T_ON# 0 R., No, 0 T_LL# K_I# R., No U_O#, PPE#_ET_R U_ON_O# U_ON_O0# V R0 0KOhm R.KOhm PI_LK 0 LK_PI 0, R. No R. MLK_RM T_ET# N_PWM_EN VPWR_EL R.KOhm MT_RM VU Z_IN0 Z_IN VU R.KOhm R.KOhm R V V R.KOhm T TPT T Z_LK Z_OUT Z_YN Z_RT# T_ON# T TPT T0 TPT R.KOhm MLK_Y MT_Y K_I# T0 TPT T0 TPT T00 TPT T0 TPT TPT R T TPT T TPT T TPT T TPT R.KOhm R.KOhm PME# F E IXP_PWR _TET F _TET E _TET0 F EVENT# IP_REET# F E PIO PIO R00 KOhm R TPT T0 T TPT T TPT T TPT T TPT U_O# PPE#_ET_R U_ON_O# U_ON_O0# V V PIO0 PIO PIO PIO PIO PIO0 PIO WLN_ON# T_ET# E F N M K L K L L L J J M L E E T 00 Errata U000 PI_PME#/EVENT# RI#/EXTEVNT0# LP_# LP_# PWR_TN# PWR_OO U_TT# TET TET TET0 0IN KRT# LP_PME#/EVENT# LP_MI#/EXTEVNT# _TTE/EVENT# Y_REET#/PM# WKE#/EVENT# LINK/PM# MLERT#/THRMTRIP#/EVENT# RMRT# M_O T_I0#/PIO0 ROM_#/PIO HI#/T_I#/PIO W_PWR/PIO MRTVOLT/T_I#/PIO HUTOWN#/PIO PKR/PIO L0/PO0# 0/PO# L/PO# /PO# _L/PIO _/PIO MUXEL/T_I#/PIO0 LL#/PIO U_O#/LP_/PM# U_O#/Z_OK_RT#/PM# U_O#/EVENT# U_O#/EVENT# U_O#/R_RT#/PM# U_O#/PM# U_O#/PM# U_O#/PM# U_O#/PM# U_O0#/PM0# Z_ITLK Z_OUT Z_IN/PIO Z_YN Z_RT# _ITLK/PIO _OUT/PIO Z_IN0/PIO Z_IN/PIO Z_IN/PIO _YN/PIO0 _RT#/PIO N N N N N N N N 00 Z_OUT Z_LK Z_YN Z_RT# R 0KOhm R R R R0 R R R R 00 xmm O / RT Ohm Ohm Ohm Ohm Ohm Ohm Ohm Ohm Part of OE_OUT M_OUT OE_LK M_LK M_YN OE_YN M_RT# ULK U_ROMP U_TET U_TET0 U_HP U_HM- U_HP U_HM- U_HP U_HM- U_HP0 U_HM0- U_HP U_HM- U_HP U_HM- U_HP U_HM- U_HP U_HM- U_HP U_HM- U_HP U_HM- VTX_0 VTX_ VTX_ VTX_ VTX_ VRX_0 VRX_ VRX_ VRX_ VRX_ V V V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_0 V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_0 V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_ V_U_0 V_U_ V_U_ V_U_ OE_RT#, 0 H E E H E E H H E H E E F F F F F F F H H J J J J J J U_ROMP U_PP U_PN V_UPLL U_PP_ U_PN_ U_PP_ U_PN_ U_PP_ U_PN_ U_PP_ U_PN_ U_PP_ U_PN_ U_PP_ U_PN_ U_PP_ U_PN_ U_PP_ U_PN_ U_PP0_ U_PN0_ UTEH O.,LT. LK_M_U V_U 0.UF/0V V V 0uF/0V 0uF/0V 00 PWR/U ean_hou 0.UF/0V 0.UF/0V R0.KOHM % 0.UF/0V FU L0 /00Mhz.UF/.V R. No U [:0] ->U PORT U -> NEW R U -> MER U -> Finger Printer U -> WLN (MPI) & WWN (MPI) U -> T Module U -> TVTUNER (MPI) 0 0.UF/0V L00 /00Mhz, 0, 00 ate: heet of.0

13 V L00 /00Mhz 00 0uF/0V V_LK UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V 0.UF/0V V_LK L0 /00Mhz EXT LK FREQUENY ELET TLE(MHZ) F F F0 PU RLK [:] HTT PI U OMMENT 0 0uF/0V 0 0.UF/0V Hi-Z X Hi-Z X/ Hi-Z X/ Reserved Reserved L0 U/REF_LK Reserved Reserved /00Mhz Reserved 0.UF/.V 0.UF/0V 0.UF/0V Reserved Normal THLON operation R. No LK_M_ LK_N_HTM L0 /00Mhz.UF/.V V_MHZ 0.UF/0V 0 0PF/0V U/REF_LK.V_LK V_MHZ X00 U00.Mhz F0 R0 Ohm% LK_M_ REF F0/REF0 F R0 Ohm% LK V 0PF/0V XTL_LK VREF F/REF F R0 Ohm% XTL_LK X F/REF LK_N_O X N LK_U V VHTT 0 R0 LK_NHT LK_M_U Ohm% R0 Ohm% MHz_0 HTTLK0 LK_N_HTM,0,0,,,, _RT# R MHz_ HTT LK_TVTUNER_REQ# *LKREQ# LK_PU,,, MLK_RM R0.Ohm % MLK PULKT0 PULK 0PF/0V R LK_PU#,,, MT_RM 0 R0.Ohm % PULK#.V_LK I_REET# MT PULK0 0KOhm EMI R LK_TV LK_PIE_TVTUNER % Ohm REET_IN# VPU R R LK_TV# LK_PIE_TVTUNER# % Ohm RLKT PU RLK PULKT.V_LK Ohm % VR PULK 0 R LK_N LK_NLINK % Ohm R V R LK_N# IREF_LK LK_NLINK# % Ohm RLKT R R LK_ RLK IREF LK_NEW 0 LK_LINK % Ohm Ohm% LK_PIE_NEWR R LK_# LK_NEW# 0 LK_LINK# % Ohm RLKT RLKT0 Ohm% RLK RLK0 LK_PIE_NEWR# 0 R RLKT R RLK VR R RLKT R LK_MINI TI_LK0 LK_PIE_MINIR % Ohm VR RLK R Ohm% LK_TILK R LK_MINI# TI_LK0# LK_PIE_MINIR# % Ohm RLKT TILKT0 0 Ohm% LK_TILK# R LK_LN LK_PIE_LN % Ohm RLK TILK0 R0 R LK_LN# R LK_PIE_LN# % Ohm RLKT VTI RLK TI R LK_V R R VR TILKT LK_V# R TILK R 0 TILKT TILKT Ohm TILK TILK % *LKREQ# *LKREQ# V_LK R00 0KOhm.V_LK R0 0KOhm R0 0KOhm 0PF/0V 0PF/0V EMI R.0, No EL: 0 -> spread 0.% -> spread 0.% R 0KOhm V_MHZ R 0KOhm U0 EL V X/ILK X IPMLF PT# LK LK Part No. hange to 0000 _P# LK V LK V R.0, No V_MHZ R0 0KOhm V_V Ohm % R R Ohm % R 0KOhm R Ohm % R.Ohm % /M LK_V_V 0 LK_V_V 0 Level: M:.V M:.V R R.Ohm.Ohm.Ohm.Ohm % % % R R % R R.Ohm.Ohm.Ohm.Ohm.Ohm.Ohm % % % R R % % R R % ILFT.V_LK R 00KOhm.Ohm.Ohm.Ohm %.Ohm % % % LK_NEWR_REQ# LKREQ# R0.Ohm % uggest by TI due to.v signaling R. No LK_PIE_PE_V LK_PIE_PE#_V R0 % Ohm LK_V R % Ohm LK_V# R R.Ohm.Ohm % % I ean_hou UTeK OMPUTER IN. N FKa / FKe, 0, 00 ate: heet of.0

14 VPLL 0,, LP_0 0,, LP_ 0,, LP_ 0,, LP_ 0 LP_LK_E 0,, LP_FRME# 0,, INT_ERIRQ EXTMI# V RN000 RN000 RN000 RN000 For Isolation timing debug use E_LPRT# EXTMI# EXT_I# 0TE R_IN# FR# FWR# F# F0 F F F F F F F F0 F F/ R0 F/ R F/ PPEN F/ HM F F F F F0 F F F F F F F F F KI0 KI KI KI KI KI KI KI KO0 KO KO KO KO KO KO KO KO KO KO0 KO KO KO KO KO.KOHM.KOHM.KOHM.KOHM RN00 Ohm RN00 Ohm RN00 Ohm RN00 Ohm E_RT# T000 TPT KI0 KI KI KI KI KI KI KI KO0 KO KO KO KO KO KO KO KO KO KO0 KO KO KO KO KO E_XIN E_XOUT EXT_P_LK EXT_P_T E_PLK E_PT U000 FR# FWR# F# F0 F F F F F F F F0 F F/R0 F/R F/PPEN F/HM F F F F F0 F F F F F F/P0 F/P F/P F/P V_E L0 L L L LPLK LFRME# LPRT#/WUI/P ERIRQ EMI# EI#/P 0/P KRT#/P WRT# PWUREQ# KI0/T# KI/F# KI/INIT# KI/LIN# KI KI KI KI KO0/P0 KO/P KO/P KO/P KO/P KO/P KO/P KO/P KO/K# KO/UY KO0/PE KO/ERR# KO/LT KO KO KO KK KKE PLK0/PF0 PT0/PF PLK/PF PT/PF V V MLK0/P MT0/P MLK/P MT/P 0 0 PWM0/P0 PWM/P PWM/P PWM/P PWM/P PWM/P PWM/P PWM/P RX/P0 TX/P P RIN#/PWRFIL#/LPRT#/P LKOUT/P0 P TMRI0/WUI/P P TMRI/WUI/P KKOUT/P RI#/WUI0/P0 RI#/WUI/P P INT/P TH0/P TH/P /PE0 /PE /PE /PE PWRW/PE WUI/PE LPP#/WUI/PE LKRUN#/WUI/PE PLK/PF PT/PF PLK/PF PT/PF F0/P F/P LP0HL/P LP0LL/P PH0 PH PH PH PH PH PH PH PI0 PI PI PI PI PI PI TPT T00 TPT T00 KI0 KI FN_ TPT T00 TPT T00 TPT T00 TP_LK TP_T PWRLMT# THRM_PU# TPT T0 PMTHERM# _PR_U# R00 0 PM_PWRTN# U_E# U_E# MLK_T 0 MT_T 0 M_LK 0,0 M_T 0,0 T0 TPT T0 RIHT_PWM TEL_P# TPT T00 FN_PWM 0 TP_LK TP_T INTNTON# E_LPRT_TE WTH_O# TPT T00 TPT T0 VU_ON,,, VU E# Reserve for E first boot on IMVPOK# unstable status. PM_PWRTN# U_ON,,, U_ON,,,,,, PU_VRON,0 PM_RMRT# H_EN# PREH T_LL# T_LERN to attery to Thermal V_E PMTHERM# THRM_PU# EXT_I# H_LE_UP# V_E PWR_LE_UP# 0KOhm RN00 _PR_U# TEL_# 0KOhm RN00 L_KOFF# 0KOhm RN00 Q000 0KOhm RN00 NUM_LE IN_O# P_LE UMKN R. RL_LE THRO_PU VU _PR_U, 0KOhm RN00 0 0KOhm RN00 TPT T00 0.0UF/0V 0KOhm RN00 TPT T00 V 0KOhm RN00 IN_O# 0 OP_# T_IN_O# 0 T_IN_O# E_IE_RT# V 0KOhm RN00 PM_U# PM_U# 0KOhm RN00 PM_U# 0 PM_U# V 0KOhm RN00 0.0UF/0V RF_ON_W#, 0KOhm RN00 V_LRM# 0 IN_MP# FN0_TH 0 IN_MP#_K R00 V V_E OLOREN# 0KOhm INTERNET# RN00 MRTHON#.KOHM Q00 RN00 ITP_W#.KOHM RN00 PWRW#_E.KOHM TPT T0 IN_MP#_K N00 RN00.KOHM LI_E# V_E T_ON#, 000 V_E R00 00KOhm 000 0uF/0V 00 T Q00 V N UF/0V V Q000 UMKN 00 0.UF/0V PM_THERM# 0 VPLL 00 0.UF/0V THRM_LERT# 0 K_I# JP00 HORT_PIN V_E V V_E 00 0.UF/0V V_E 00 0uF/0V U_E# U_E# PM_U# PM_U# V_E R00 00KOhm 0KOhm RN00 0KOhm RN00 0KOhm RN00 0KOhm RN00 RN00 RN00 RN00 RN00.KOHM.KOHM.KOHM.KOHM R00 R00 R00 R00 JP00 HORT_PIN PWRLMT#, INTERNET# 00 0.UF/0V OLOREN# 00 0.UF/0V MRTHON# 00 0.UF/0V ITP_W# 0 0.UF/0V EXTMI# KI KI0 EXT_I# TP_LK TP_T 0TE_00 R_IN# MLK_T MT_T M_LK M_T IN_O# T_IN_O# THRM_PU# V VU E# IMVPOK# _PR_U# INTNTON# 00 0.UF/0V 00KOhm 00KOhm KOHM 00KOhm lose to witch 00 0.UF/0V IT0TE JP00 HORT_PIN 0TE 0TE_00 E_ E_ E_LPRT_TE void WUI reset E memory when resume E_XIN close to E E_XOUT R_IN# KRT#_00 V,0,,,,, _RT# U00 LVV V Y E_LPRT# X000.kMhz 000N /-0ppm/.PF load=.pf.*.*.mm R0 0 PF/0V 0 PF/0V 0 O#_O,0,, FORE_OFF# R0 00 TW 0.UF/.V XR U00 E_RT#_ E_RT# RT/OUT V/V N RNV V_E E_RT# 0 0.UF/0V V T0 TPT JP000 MM_OPEN_MIL V_E (0.0) R. No t=0. * 0^ * (sec) Threshold =.V E IT0TE(/) ean_hou UTeK OMPUTER IN. N FKa / FKe, 0, 00 ate: heet of 0.0

15 K connector FP_ON_P IE KO KO KO KO KO KI KI KI KI KI 0 0 KI KI0 KI KO KO0 KO KO KO KO KO 0 0 KO KO KO0 KO IE ON00 R. No KO 0 KO 0 KO 0 KO 0 KO 0 KI 0 KI 0 KI 0 KI 0 KI 0 KI 0 KI0 0 KI 0 KO 0 KO0 0 KO 0 KO 0 KO 0 KO 0 KO 0 KO 0 KO 0 KO0 0 KO 0 M TOP U00 0 F 0 Q0 F0 0 0 F/ R0 Q F 0 0 F/ R Q F 0 0 F/ PPEN Q F 0 0 F/ HM Q F 0 0 F 0 Q 0 F 0 0 F Q F 0 0 F Q F 0 0 F Q 0 0 F0 Q 0 F 0 Q0 0 F Q 0 F Q 0 F Q 0 F Q 0 F Q/- F0 0 0 F 0 F E# F# 0 0 F OE# FR# 0 WE# FWR# 0 N0 REET# E_RT# 0 0 V_E N RY/Y# N YTE# N Vss Vcc Vss R MXLV00TT 0KOhm 00 UF/0V 00 E T attery.v V R.0- E Hardware trap strap value sampled after VTY power up reset R00.KOhm % R0 KOhm V R0.KOhm 0 % NW 00 NW T0_ UF/0V F/ R0 V_E R0 0KOhm R0 0KOhm PNPF base address set by WHR/WLR F/ R V_E R0 0KOhm R0 0KOhm R[:0] No pull up: The register pair to access PNPF is 00Eh and 00Fh. Ext 0K up on R0: The register pair to access PNPF is 00Eh and 00Fh. Ext 0K up on R: The register pair to access PNPF is determined by E domain registers WLR and WHR. daptor /_OK_IN V V R0 0 0KOhm NW % R0 KOhm R 0.KOhm NW % _ 0.V 0 0.UF/0V F/ HM hare Memory V_E R0 0KOhm R 0KOhm HM No pull up: disable shared memory with host IO Ext 0K up: enable shared memory with host IO F/ PPEN V_E R0 0KOhm R 0KOhm PPEN No pull up: Normal Ext 0K up: K interface pins are switched to parallel port interface for in-system programming. E IT0T(/) ean_hou UTeK OMPUTER IN. N ustom FKa / FKe, 0, 00 ate: heet of.0

16 V 0,,, U_ON JP00 HORT_PIN U# R00 0KOhm JP0 0,,,,,, U_ON U#, HORT_PIN VU 0,0 PU_VRON IMVPOK# 0, U_PWR R0 00KOhm Q00 N00 VU E# 0 0, PUPWR_ R0 00KOhm Q0 N UF/0V minimum 0ms JP0 HORT_PIN HTV_EN, POWER WITH V LI WITH V_E R0 00KOhm T00 TPT R0 00KOhm LI_E# 0 0 PWRW#_E R0 Ohm% PWR_W# PWR_W# JP0 LI_W# 0 0.UF/0V 0 0.UF/0V HORT_PIN UTeK OMPUTER IN POWER-ON EQUENE ean_hou ustom FKa / FKe, 0, 00 ate: heet of.0

17 00 0.UF/0V VTRL %.KOhm R00 LN_V XIN_LN XOUT_LN LN_V LN_V LN_V verage supply current V 0m VEV m V m 0 mil VU L00 0 mil LN_V /00Mhz UF/0V 0uF/0V 0.UF/0V 0.UF/0V LN_V U00 LN_V PHY_MI0 PHY_MI#0 PHY_MI PHY_MI# PHY_MI PHY_MI# PHY_MI PHY_MI# VTRL LN_V VTRL V_ MIP0 MIN0 V_ MIN MIP V_ MIP 0 MIN V_ MIN MIP V_ V_ V_ EEK EEI/UX V_ EEO EE V_ PI V_ 0 PIK T V_ V_ IOLTE PII PIO V_ EEK EEI EEO EE V R0 KOhm R0 KOhm U_ON 0,,,,,, L0 mil /00Mhz UF/0V 0.UF/0V LN_V EMI RTL VTRL LN_V LN_V 0.UF/0V 0 LN_EV 0.UF/0V,,, _WKE# PIE_RXN_LN PIE_RXP_LN 0.UF/0V 0.UF/0V PIE_RXN_LN 0 PIE_RXP_LN 0 LN_V Q00 0 0uF/0V mil 0 0.UF/0V LN_V UF/V 0.UF/V,0,,0,,, R. No _RT# V Q0 N00 LK_PIE_LN# LK_PIE_LN PIE_TXN_LN 0 PIE_TXP_LN 0 0uF/0V mil LN_EV 0.UF/0V 0.UF/0V R0 0KOhm R0 VTRL LN_V LN_V Q0 0mil LN_V EE EEK EEI EEO R0.KOhm % U0 V K I OR O T LN_V 0.UF/0V XIN_LN XOUT_LN X00 Mhz PF/0V PF/0V 0uF/0V 0 0.UF/V 0.UF/V 0.UF/V 0.UF/0V 0.UF/V 0.UF/0V UTeK OMPUTER IN LN RTL ean_hou FKa / FKe, 0, 00 ate: heet of.0

18 LN PORT LN_V R00 000/00/0M U00 PHY_MI# T MX L_TRLM PHY_MI TT T- MT MX- L_MT0 L_TRLP FOR EMI L00 L0 PHY_MI# PHY_MI T TT T- 0 MX MT MX- L_TRLM L_MT L_TRLP L_TRLM L_TRLP L_TRLM0 L_TRLP0 ommon hoke ON_MI ON_MI- ON_MI ON_MI- ON_RX- ON_RX ON_TX- ON_TX L_TRLP L_TRLM L_TRLP L_TRLM ommon hoke PHY_MI# T TT MX MT L_TRLM L_MT IEEE IEEE PHY_MI T- MX- L_TRLP PHY_MI#0 T MX L_TRLM0 0 TT MT L_MT PHY_MI0 T- MX- L_TRLP0 M00 ON00 00 c00 0.0UF/0V.*0.0*mm L_MT RN00 Ohm L_MT RN00 Ohm c00 c00 c00 L_MT RN00 Ohm 0.0UF/0V 0.0UF/0V 0.0UF/0V L_MT0 RN00 F Ohm L_TRLP0 L_TRLM0 L_TRLP L_TRLP L_TRLM L_TRLM L_TRLP L_TRLM RN0 RN0 RN0 RN0 RN0 RN0 RN0 RN0 ON_TX ON_TX- ON_RX ON_MI ON_MI- ON_RX- ON_MI ON_MI- P_ NP_N UF/V 000PF/KV hasis ON0 IE RJ_TIP_ON KOhm/00Mhz L0 RJ_RIN_ON KOhm/00Mhz L0 IE 0 0 WTO_ON_P 000PF/KV 000PF/KV 0000E RJ_TIP RJ_RIN 0 0 NP_N P_ MOULR_JK_P 00 hasis UTeK OMPUTER IN RJ&RJ ONNETOR ean_hou FKa / FKe, 0, 00 ate: heet of.0

19 UIO OE EPOP# R0 0KOhm R0 R0 MI_VREFO R00 R PF/0V _UIO.KOhm INTMI_PR.KOhm MI_JK VREF_OE L0 V_UIO R0 For T00 INTMI_PR V L00 /00Mhz 0 0.UF/0V V_OE UF/0V UF/V c00_h HP_J# _UIO R0.KOhm % 0 UF/V c00_h 0 0.UF/V c00.kohm V_OE RER_L RER_R UF/V 0 UF/V 0 UF/V R.KOhm MI_VREF_OUT_R R0 RER_L_OE RER_R_OE R R.KOhm U00 _UIO _UIO _UIO V_UIO 0 UF/V 0.UF/V c00_h c00 _UIO _UIO R0 R0 R0 R R R R 0 0 UF/V UF/V c00_h c00_h _UIO EPOP# R % 0KOhm _UIO W_MI W_MI- WWN_MI WWN_MI- L0 Ver :R change to 0K ohm % EPOP# _UIO EPOP# ERPHONE_L ERPHONE_R /PIFO R UF/V UF/V EMI R V_UIO _UIO L0 Ver 0PF/0V OE_OUT OE_LK Z_IN0, 0 OE_YN OE_RT# N V URR-L(PORT--L) JREF URR-R(PORT--R) V ENTER(PORT--L) LFE(PORT--R) N N EP PIFO L0-V-R V_OE 0PF/0V R EMI Ohm LINE-R(PORT--R) LINE-L(PORT--L) MI-R(PORT--R) MI-L(PORT--L) -R 0 - -L MI-R(PORT-F-R) MI-L(PORT-F-L) LINE-R(PORT-E-R) LINE-L(PORT-E-L) ense Version EXTMI_J# HP_J# WWN_PK_P WWN_PK_N MI_R_OE MI_L_OE _R_OE OE _L_OE MI_R_OE MI_L_OE OE_ENE R 0KOhm % R.KOhm 0 V_UIO UF/V UF/V UF/V UF/V UF/V UF/V UF/V UF/V UF/V R0.KOhm % 000PF/0V WWN_PK WWN_PK- MI_JK _R _L_ INTMI_PR ERPHONE_R_0 ERPHONE_L_0 V R MI_JK _R _L_ HN# IN MI_IN I U0 MXTEUK MX OUT ET _UIO JP00 L_JUMP JP0 L_JUMP JP0 For EMI. L_JUMP JP0 L_JUMP _UIO Vout=.*((00K/K)) Irat=00m V_UIO L0 /00Mhz 000PF/0V _PKR _PKR PKR_ 00 0.UF/V NW c00 R R KOhm KOhm P_EEP 0.UF/V c00 _UIO UF/V 0.UF/0V c00_h R R KOhm 00KOhm % % UF/V c00_h _UIO _UIO 0 0.UF/0V 0.UF/V 0.UF/V c00 c00 _UIO _UIO _UIO Internal MI Pre-mplifier (Follow FJ R.) MI_VREFO R0 R.KOhm L0 Ver unmount---lock _UIO V_UIO INTMI_N INTMI_N L0 /00Mhz R.KOhm V_UIO R.KOhm UF/V R.KOhm 0.UF/V _UIO c00 U0 V - V- MX0XK MI_IN I _UIO (Microphone)FL =. Hz (Microphone)FH =.K Hz lock R _UIO KOhm % 0PF/0V INTMI_P R INT_MI 0PF/0V _UIO R For L0 Ver ean_hou UTeK OMPUTER IN. ustom FKa / FKe UIO OE-L0, 0, 00 ate: heet of.0

20 UIO MPLIFER V_MP Irat= V_MP Irat= L00 /00Mhz R PV_MP r00_h UF/V UF/V UF/V c00_h c00_h _UIO _UIO _UIO V PEKER To Internal peaker onnector INTPKR INTPKR- INTPKL INTPKL- R0 L0 L0 L0 L PF/0V ON00 INTPKR_ON INTPKR-_ON IE INTPKL_ON INTPKL-_ON IE WTO_ON_P PF/0V 000PF/0V 000PF/0V 0000 R00 0KOhm r00 ->- V/V 0->NORML 0 IN_MP# RER_L R0 R0 0KOhm r00 R0 XR MP_IN0 0 0.UF/V MP_RIN XR _UIO _UIO _UIO _UIO MP_LIN 0 0.UF/V PV_MP INTPKL _UIO MP_YP 0 0.UF/V XR _UIO 0 U00 INTPKR- IN0 IN LOUT LIN- PV RIN LOUT- LIN YP FU 0 HUTOWN# ROUT RIN- V PV ROUT- N _UIO INTPKR INTPKL- V_MP ER_POP RER_R st source MT : nd source TI 0: _JK V_MP _UIO HeadPhone&PIF R0 00KOhm 0.UF/V E R0 Q0 PM0 0KOhm V E Q00 PM0 V_PIF _JK JP00 L_JUMP For EMI. _UIO EPOP IRUIT o-layout with E0/E0 FL E00 FL_ V_MP _UIO JK_W# HP_J# ERPHONE_R ERPHONE_R_0 ERPHONE_L ERPHONE_L_0 Q0 N00 Q0 N00 Q0 Q0 N00 N00 FR_Q Q0 Q0 N00 N00 FL_Q FR FL 0UF/V 00 0 E0 E00V0 E00V0 FR FR_ R0 _JK 0KOhm r00 0UF/V % _JK ON0 FL E0 UF/.V FL_ R0 Ohm FL_R_L L0 /00Mhz FL_ON FR E0 UF/.V FR_ R Ohm FR_R_L L0 /00Mhz FR_ON % 0KOhm R L0 /00Mhz 0KOhm R 0.0UF/V 0.0UF/V _UIO L0 /00Mhz V_PIF _JK L0 _UIO V M 0 Vin /00Mhz 0.UF/V 0.UF/V PHONE_JK_P c00 c _UIO _JK _JK _JK REERVE FOR R ELY TO MUTE POP. /PIFO L V V, OE_RT# 0 OP_# R0 R MOhm ER_POP r00_h R 0KOhm r00 Q0 Q UF/V N00 N00 LY_OP_E# R V 00KOhm r00 TW 0 R External Microphone MI_JK L 00PF/0V EXTMI_J# /00Mhz _JK 00PF/0V L EMI _JK 0 0 0PF/0V E00V0 0 _JK E00V0 _JK E00V0 _JK _JK _JK 000PF/0V c00 ON0 R 0 L UIO JK 0 PHONE_JK_P 000PF/0V _JK 000L PIN and PIN normal close PIN and PIN normal open 0 _JK EPOP# NW UTeK OMPUTER IN. UIO MP & JK ean_hou ustom FKa / FKe, 0, 00 ate: heet of.0

21 E V_ V MIO0--> xe# U000 L000 /00Mhz MIO0--> Power ontrol / xwp MIO0--> x/m/ LE ontrol V_PHYV_ 0.0UF/V 0.UF/V MIO--> x ata V_PHYV_ 0 0 0uF/0V V_PHYV_ MIO--> x ata V_PHYV_ s lose s Possible to R MIO--> x ata TPI0 MIO--> x ata TPI UF/V 00 MIO--> x LE PF/V R000 R00 X_ Ohm Ohm MIO--> x LE XI ON000 % % 00 0.UF/0V IEEE_ X000.Mhz IEEE /-0ppm/PF 0 TP0- TP0-_ TPN0 X0_ TP0 TP0_ MIO0--> M ard etect XO TPP0 0 ommon hoke PF/V TP0_ MIO0--> Write Protect 00 TP0-_ MIO0--> ard Power0 ontrol/ 00 is unmount when R TP0- TPN0 0 L00 M Power ontrol TP UF/V FIL0 TPP N MIO0--> External lock/ RN000 0OHM M External lock 0 R00 R00 RN000 R00 0KOhm % REXT 0OHM.KOhm % R00 Ohm Ohm RN000 0OHM MIO0--> ommand/m us tate % % RN000 0OHM MIO0--> lock/m lock UF/V VREF 0PF/0V 00 MIO0--> ata 0/M ata 0 MIO--> ata /M ata s lose s Possible to R MIO--> ata /M ata MIO x_t MIO--> ata /M ata MIO MIO MIO x_t MIO MIO x_t MIO MIO x_t MIO00--> ard etect MIO MIO 0 /M/x_T MIO0--> M ard etect MIO MIO /M/x_T MIO0--> Write Protect MIO MIO /M/x_T MIO0--> ard Power0 ontrol/ MIO0 MIO0 /MM/M/x_T0 M Power ontrol MIO PWR/x_WP# MIO0--> ommand/m us tate MIO0 MIO /MMM_M_xWE# MIO0--> lock/m lock MIO0 MIO x_le MIO0--> ata 0/M ata 0 MIO MIO x_le MIO--> ata /M ata MIO MIO x_e# MIO--> ata /M ata MIO0 MIO--> ata /M ata MIO MIO0 WP#/xR# MIO0 MIO00 0 /MM#_x0# MIO0 MIO M#/x# MIO0 MIO0 MIO0 MIO MIO MIO R., No R00 Ohm 00 0PF/0V /M/MM/x_PWR T00 TPT /MM/MLK_xRE# For LE output RV R_TQFP MIO0 MIO /M EXTERNL LOK UTek OMPUTER IN ean_hou RIOH -R& ustom FKa / FKe, 0, 00 ate: heet of 0 E.0