FPGA BANK1 MEMORY 0 VCC = 1.8V FPGA BANK 4 FPGA BANK 5. Imager Banks MEMORY 1 VCC = 1.8V VCC = 3.3V. Imager Control, Camera Link, and Misc Cypress FX3

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1 ESRIPTION TE PPROVL See Sheet FPG ONFIG and POWER See Sheet UXILIRY POWER // // FPG Power FPG onfig Power Misc FPG NK 0 FPG NK Imager anks MEMORY 0 UX Power UX_P_EN UX_N_EN TP TP LVS Output supported V =.V V =. FM RRIER ONNETOR FPG NK Imager anks V =.V FPG NK MEMORY V =.V HSM ameralink Interface FPG NK ypress Generic I/O Interface Imager ontrol, amera Link, and Misc ypress FX FPG NK FX US.0 LVS Output supported V =. ypress FX V=. N N N FIUILS N N NFM NFM NFM NFM NFM NFM NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES INSIE RII MTERIL EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK EN NO. REL TE Jim iella //0 NME SLE WG NO. G FM FPG EVLUTION OR TOP LEVEL P # 0000 REV SSEM # REV PROGRM STR of

2 ESRIPTION TE PPROVL J PJ00SMT RW 0 uf V 0% RW U L K J L K J VINT VINT =.V 00UF V 00UF V 00UF V 00UF V TV TVx 0.UF L K J J J R0 K % R L H G L Vin Vout RUN/SS UX GF E SHRE (N) IS GF E RT PGOO GF E J SYN GF E K J F E K J HGF E L F E LTM0EV#PF G H J K TV R9 9K % RW FPG FN ONNETOR OPERTING VOLTGE V.UF_V U 9 00UF V 00UF V L K J L K J L K J R.0K % 0PF R K % 0pF 9 UF V R 9.K % 0 90PF UF V 9.uF V 0% 09 0pF U RUN RUN RT INTVcc PHMOE RW MOE/SYN TRKSS ITH ITH Vin S 9 Vin LT P OOST SW SW VON VQin VF PGOO OOST SW SW VF VON VTTR PGOO OOST 0.UF 0 0 OOST 0.UF 9 SWITH SWITH L.uH 00UF V VTT L uh 00UF V R.K % R.K %.V 00UF V VTT 0.UF 00UF V 0 0.UF R R K % Vtt island on top surface needs a bulk 0uF cap on each end. 0.UF 0UF 0V L H G L RUN/SS RT SYN L Vin SHRE (N) K J GF E GF E GF E GF E Vout F E K J HGF E LTM0EV#PF 0UF 0V F E UX IS PGOO J G H J K TV/X TV R K %.V VTT TV TV TV NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES INSIE RII MTERIL EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK EN NO. REL TE Jim iella //0 NME SLE G FM FPG EVLUTION OR FPG POWER SUPPLIES WG NO. P # 0000 REV SSEM # REV PROGRM STR of

3 LOGI RESET SW KTJM ONFIG RESET P P P P9 P R R R R T T T T T U V V W W0 Y Y Y Y 0 E E0 E E E F F SW KTJM UG XSLX0FGG V_ REONFIG PUSHUTTON LOGI RESET PUSHUTTON R9.Kohm R 00K % XILINX_RESET RESET_TO_FPG 9 E E E E F F9 F H H H J J9 K K K L L L M M M M M N N N P UH XSLX0FGG VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT VINT K K L0 L L L M M M N N N P P P R R R T T T T U0 U FPG_ROM_MISO R 0.0Kohm % VINT FPG_ROM_ R 0.0Kohm % S 0 / IO FPG_ROM_Sn WP / IO U 0.UF 0 0.UF HOL / IO VINT VINT NQESE0F V LK I / IO0 0 0.UF 9 0.UF 0 0.UF 0.UF JTG HEER 0 Slave J JTG Serial SPI P HLT INIT WP N N N 9 0 TI IN MOSI TO ONE MISO TK LK SK TMS PROG SS Vref Vref Vref R 0.0Kohm % ONFIGURTION SPI x SEEPROM 0.UF JTG_Hdr_TI JTG_Hdr_TO JTG_Hdr_TK JTG_Hdr_TMS FPG_ROM_ FPG_ROM_MOSI FPG_ROM_LK R UI XSLX0FGG 00 ohm % R 00 ohm % VUX VUX VUX VUX VUX VUX VUX VUX VUX VUX VUX VUX VUX VUX VUX VUX VUX VUX VUX R F F G G J9 J K L L M N0 U U V9 Y9 0 epopulate for FM JTG FPG_JTG_TO NEXT SSY E F0 F 0 E F F0 F PPLITION MSTER_LK GRN_LE ESRIPTION TE PPROVL TO TMS TK TI Populate these four resistors to support FM JTG USE ON 00 0.UF 0.UF PROGRM IO_LN_SO IO_LP_LK_ IO_LP MISO_ IO_LN MISO_ UJ NEXT SSY 0 IO_LN_MOSI_SI MISO0_ 0.UF IO_LP_0_IN_MISO_MISO_ R0 0K % 9 0.UF FINL SSY QUNITY REQ R 0.UF 0.UF FM JTG OPTION Ground to keep FM JTG TP ontroller inactive (TRST_L not supported) R R R XSLX0FGG NK NK ONFIG NK NK NK EN V NK NK R OUT NK NK U 0.0 MHZ UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES INSIE RII FM_TRST_L_ FM_TO_ FM_TK_9 FM_TMS_ FM_TI_0 IO_LN_M0_MPMISO_ NK NK IO_LP_INIT NKIO_LP_WKE_ IO_LN_OUT_USY_ NK IO_LP_M_ NK MPS SUSPEN 0.UF ONE_ VTT RFUSE VFS To FM arrier onn Sheet F E E F F W 0 9 To FPG ank Sheet MTERIL EVITIONS FROM INTENE SHPE ONE OSILLTOR IRUIT onfig_m0 onfig_m (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. V_ IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK R R9 High=onfigured Turns on the LE EN NO. REL TE GREEN LE (USER EFINE) From FPG ank Sheet V_ R 0 Jim iella FPG_io FPG_io FPG_io FPG_io FPG_io FPG_io FPG_io FPG_io EUG HEER To FPG ank Sheet //0 NME SLE WG NO. K R 0 U LVG0VR K hanged U to NQESE0 YELLOW LE (ONFIG ONE) S HSMF R 0 U LVG0VR HSMF S J PROGRM STR FPG ONFIG and POWER P # 0000 REV SSEM # REV // G FM FPG EVLUTION OR of

4 ESRIPTION TE PPROVL 9 0.UF 0.UF 0 0.UF 9 9 E G0 G H 0.UF 0.UF 0.UF HOT SWP SETTING VO_0 VO_0 VO_0 VO_0 VO_0 VO_0 VO_0 VO_0 VO_0 VO_0 VO_0 VO_0 R When Low during configuration, enables pullup resistors in all I/O pins to respective I/O bank VO input, else tristated. FM_L_N_9 FM_L_P_ FM_H0_N_J0 FM_H0_P_J9 FM_L0_N_ FM_L0_P_ FM_H0_N_K FM_H0_P_K FM_L_N_H0 FM_L_P_H9 FM_H_N_J FM_H_P_J FM_H09_N_E0 FM_H09_P_E9 FM_H0_N_K FM_H0_P_K FM_H0_N_F FM_H0_P_F FM_H0_N_E FM_H0_P_E FM_H0_N_J FM_H0_P_J UX_N_EN UX_P_EN G J E K J F G E F E F H J J K 9 E9 G H 0 E F 0 E0 H J IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_L9N_0 IO_L9P_0 IO_LN_0 IO_LP_0 IO_L0N_0 IO_L0P_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_L9N_0 IO_L9P_0 IO_LN_VREF_0 IO_LP_0 IO_LN_SP_0 IO_LP_SP_0 IO_LN_SP_0 IO_LP_SP_0 IO_LN_SP_0 IO_LP_SP_0 IO_LN_SP0_0 IO_LP_SP_0 U XSLX0FGG NK0 IO_LN_VREF_0 IO_LP_HSWPEN_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_VREF_0 IO_LP_0 IO_L9N_0 IO_L9P_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_L9N_0 IO_L9P_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_L0N_0 IO_L0P_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_0 IO_LP_0 IO_LN_GLK_0 IO_LP_GLK9_0 IO_LN_GLK_0 IO_LP_GLK_0 IO_LN_GLK_0 IO_LP_GLK_0 IO_LN_GLK_0 IO_LP_GLK_0 IO_LN_VREF_0 IO_LP_0 F G E F G9 J K H9 H0 E E9 F9 9 9 F0 E0 0 0 H J 0 0 F G H E F F G F HSWEN FM_L_N_G9 FM_L_P_G FM_H_N_J FM_H_P_J FM_H_N K FM_H_P K FM_L_N_ FM_L_P_ FM_L_N_H FM_L_P_H FM_H_N_E FM_H_P_E FM_I_ FM_I_ FM_H0_N_J FM_H0_P_J FM_H0_N_J FM_H0_P_J FM_L0_N_H FM_L0_P_H FM_L_N_H FM_L_P_H FM_L_N_G FM_L_P_G FM_H_N_K0 FM_H_P_K9 FM_L09_N_ FM_L09_P_ FM_L0_N_ FM_L0_P_0 FM_L0_N_H FM_L0_P_H FM_H0_N_K FM_H0_P_K0 FM_H0_N_F FM_H0_P_F0 FM_L0_N_H FM_L0_P_H0 FM_L0_N_H FM_L0_P_H FM_L0_N 9 FM_L0_P FM_L00_N G FM_L00_P G FM_H0_N E FM_H0_P E FM_H00_N F FM_H00_P F FM_L0_N_ FM_L0_P_ UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES MTERIL IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK NME G FM FPG EVLUTION OR Jim iella FPG NK 0 NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ INSIE RII EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. EN NO. REL TE //0 SLE WG NO. P # 0000 REV SSEM # REV PROGRM STR of

5 ESRIPTION TE PPROVL 0 0.UF 0.UF 0.UF 0 0.UF F H J K M VO_ VO_ VO_ VO_ VO_ VO_ IO_LN_MOT_ H UE XSLX0FGG IO_L0P_MKE_ IO_LP_MLK_ IO_LN_MLKN_ F G G FM_L9_P_H FM_H_P_J FM_H_N_J NK IO_LP_MRESET_ IO_L0P_MRSN_ IO_L0N_MSN_ IO_LP_MWE_ K K E FM_H_P_J FM_L_P_H IO_LN_M_ IO_LP_M_ IO_L0N_M_ IO_LN_M_ IO_LP_M0_ IO_L9N_M9_ IO_L9P_M_ IO_LP_M_ IO_LN_M_ IO_LP_M_ IO_LN_M_ IO_LP_M_ IO_LN_M_ IO_LN_M_ IO_LP_M0_ G H E G J0 J K G J K9 L9 K0 FM_H_N K FM_H_P K FM_L9_N_H FM_H_N_J FM_H_N_J9 FM_H_P_J FM_H_N_K FM_H_P_K IO_LP_M0_ IO_LN_M_ IO_LN_M_ H H E FM_L_N_H IO_L9N_MQ_ IO_L9P_MQ_ IO_L0N_MQ_ IO_L0P_MQ_ IO_LN_MQ_ IO_LP_MQ0_ IO_LN_MQ9_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ0_ N N M M K K J J E E G G H H FM_H_N_K FM_H_P_K FM_H_N_J FM_H_P_J FM_H_N_E FM_H_P_E0 FM_H_N_J FM_H_P_J0 FM_L_N_ FM_L_P_ FM_L0_N_G FM_L0_P_G FM_L_N_G FM_L_P_G FM_L_N_H9 FM_L_P_H IO_LN_MUQSN_ IO_LP_MUQS_ IO_LN_MLQSN_ IO_LP_MLQS_ L L F F FM_H_N_F FM_H_P_F FM_L_N_G FM_L_P_G IO_L9N_MLM_ IO_L9P_MUM_ J J FM_H0_N_F9 FM_H0_P_F IO_LN_VREF_ IO_LP_ IO_LN_VREF_ IO_LP_ L K FM_L_N_ FM_L_P_ UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES MTERIL IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK Jim iella NME G FM FPG EVLUTION OR FPG NK NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ INSIE RII EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. EN NO. REL TE //0 SLE WG NO. P # 0000 REV SSEM # REV PROGRM STR of

6 ESRIPTION TE PPROVL 0.UF 0.UF 0 0.UF 0 E E E0 E Y Y 0.UF 9 0.UF 9 0.UF VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ FM GIO (Single Ended but routed as diff pairs) To > ypress US Sheet FX US Interface FX_GPIO_0_IS_LK FX_GPIO IS_MLK FX_GPIO IS_S IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L9_N IO_L9_P IO_L0_N IO_L0_P IO_L_N IO_L_P IO_L_N IO_L_P V U W V W V F E F9 E9 F0 0 U U 0 Y0 W V F F E F F E IO_LN_VREF_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_RWR VREF_ IO_LP IO_L9N IO_L9P IO_L0N_ IO_L0P_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_VREF_ IO_LP_ IO_LN IO_LP IO_LN_ IO_LP_ IO_LN_9_ IO_LP U XSLX0FGG NK IO_LN_MPMOSI_ IO_LP_MPLK_ IO_LN_VREF_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_L9N_ IO_L9P_ IO_L0N_ IO_L0P_ IO_LN_ IO_LP_ IO_LN_0_ IO_LN IO_LP IO_LN_ IO_LP_ IO_LN_VREF_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_L9N_ IO_L9P_ IO_L0N_ IO_L0P_ IO_LN_ IO_LP_ IO_L9N_GLK_ IO_L9P_GLK_ IO_L0N_GLK0_USERLK_ IO_L0P_GLK IO_LN_GLK0 IO_LP_GLK IO_LN_GLK_ IO_LP_GLK9_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ F E F9 E9 0 9 Y 9 9 W V F Y F F E W V Y Y F F E F Y W IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L9_N IO_L9_P IO_L0_N IO_L0_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L9_N IO_L9_P IO_L0_N IO_L0_P IO_L_N IO_L_P IO_L9_GLK_N IO_L9_GLK_P IO_L0_GLK0_N IO_L0_GLK_P IO_L_GLK_N IO_L_GLK_P GRN_LE MSTER_LK To amera Link Sheet To onfig page From onfig page To > onfig Sheet LE and Oscillator UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES MTERIL IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK Jim iella NME G FM FPG EVLUTION OR FPG NK NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ INSIE RII EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. EN NO. REL TE //0 SLE WG NO. P # 0000 REV SSEM # REV PROGRM STR of

7 ESRIPTION TE PPROVL.V.V.V 9 0.UF 9 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF.V.V VTT M0 P T U V W Y E J9 M9 R J 9 9 E9 G G G G9 J 0 0.UF VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ V V V V V VL VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VREF RZQ gets a R valued resistor to ground RZQ_M0 0.UF R 00 ohm % 0.UF VTT ZIO must be a no connect K9 L9 U T R R P P R9 R0 R R U T T9 T U U V U U0 T0 V9 V F E W9 W V0 U9 W V Y Y0 Y IO_LN_VREF_ IO_LP_ IO_LN_VREF_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_L9N_ IO_L9P_ IO_L0N_ IO_L0P_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_L9N_VREF_ IO_L9P_ IO_L0N_ IO_L0P_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ U XSLX0FGG NK IO_L9N_MOT_ IO_LP_9_MKE_ IO_LP MLK_ IO_LN MLKN_ IO_L0P MRESET_ IO_LP_GLK9_IRY_MRSN_ IO_LN_GLK_MSN_ IO_LP MWE_ IO_L9N M_ IO_L9P M_ IO_LN M_ IO_L0N_0_M_ IO_LP M0_ IO_LN M9_ IO_LP M_ IO_LP M_ IO_L0N_GLK0_M_ IO_L0P_GLK_M_ IO_LN M_ IO_L9P_M_ IO_LN_0_M_ IO_LN M_ IO_LP M0_ IO_LP_9_M0_ IO_LN M_ IO_LN M_ IO_LN_MQ_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ_ IO_L9N_MQ_ IO_L9P_MQ0_ IO_LN_MQ9_ IO_LP_H_MQ_ IO_LN MQ_ IO_LP MQ_ IO_LN_GLK_MQ_ IO_LP_GLK_MQ_ IO_LN_FOE MQ_ IO_LP_FS MQ_ IO_LN_L_MQ_ IO_LP_FWE MQ0_ IO_LN_0_MLQSN_ IO_LP MLQS_ IO_L0N_MUQSN_ IO_L0P_MUQS_ IO_LN_GLK_TRY_MLM_ IO_LP_GLK_MUM_ R M N N P0 P P M9 L L N N P K L R M N0 P R R N N M N9 L E E W W U U T T Y Y V V W V M0_RSN M0_SN M0_WEN M0_ M0_ M0_ M0_0 M0_9 M0_ M0_ M0_ M0_ M0_ M0_ M0_ M0_ M0_0 M0_0 M0_ M0_ M0_ M0_ M0_ M0_ M0_ M0_0 M0_9 M0_ M0_ M0_ M0_ M0_ M0_ M0_ M0_ M0_0 M0_LQSN M0_LQS M0_UQSN M0_UQS M0_LM M0_UM M0_OT M0_KE M0_K M0_KN R 00 ohm % R 00 ohm % M0_0 M0_ M0_ M0_ M0_ M0_ M0_ M0_ M0_ M0_9 M0_0 M0_ M0_ M0_ M0_0 M0_ M0_ K9 K J K L K L K M M M N N N N P P P M P R R L L L E OT KE K K# S# RS# S# WE# N N E J U MTHMRTE L N P9 J E F F H H Q0 Q Q Q Q Q Q Q Q Q9 Q0 Q Q Q Q Q UQS UQS#/NU LQS LQS#/NU UM LM RFU RFU G G H H H H9 F F9 9 9 F E F R R M0_ M0_ M0_ M0_ M0_ M0_ M0_0 M0_ M0_ M0_ M0_ M0_ M0_9 M0_ M0_ M0_0 M0_UQS M0_UQSN M0_LQS M0_LQSN M0_UM M0_LM UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES MTERIL IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK Jim iella NME G FM FPG EVLUTION OR FPG NK NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ INSIE RII EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. EN NO. REL TE //0 SLE WG NO. P # 0000 REV SSEM # REV PROGRM STR of

8 ESRIPTION TE PPROVL.V.V 9 0.UF 9 0.UF 0.UF 9 0.UF.V 9 0.UF 9 0.UF.V 90 0.UF 0.UF 0.UF.V VTT F H J K M E J9 M9 R J 9 9 E9 G G G G9 J 99 0.UF VO_ VO_ VO_ VO_ VO_ VO_ V V V V V VL VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VREF UF XSLX0FGG NK IO_LN_MOT_ IO_LP_MKE_ IO_LP_MLK_ IO_LN_MLKN_ IO_LP_MRESET_ IO_LP_MRSN_ IO_LN_MSN_ IO_LP_MWE_ IO_LN_M_ IO_LP_M_ IO_LN_M_ IO_LN_M_ IO_LP_M0_ IO_LN_M9_ IO_LP_M_ IO_LP_M_ IO_LN_M_ IO_LP_M_ IO_LN_M_ IO_LP_M_ IO_LN_M_ IO_L0N_M_ IO_L0P_M0_ IO_L9P_M0_ IO_L9N_M_ IO_LN_M_ F K J E G G0 H H H0 G K K0 G G H G9 E M_OT M_KE M_K M_KN M_RSN M_SN M_WEN M_ M_ M_ M_0 M_9 M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_0 M_ M_ R 00 ohm % R 00 ohm % M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_9 M_0 M_ M_ M_ M_0 M_ M_ K9 K J K L K L K M M M N N N N P P P M P R R L L L OT KE K K# S# RS# S# WE# U MTHMRTE Q0 Q Q Q Q Q Q Q Q Q9 Q0 Q Q Q Q Q UQS UQS#/NU LQS LQS#/NU UM LM G G H H H H9 F F9 9 9 F E F M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_9 M_0 M_ M_ M_ M_ M_ M_UQS M_UQSN M_LQS M_LQSN M_UM M_LM IO_LN_MQ_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ0_ IO_LN_MQ9_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ_ IO_L9N_MQ_ IO_L9P_MQ_ IO_L0N_MQ_ IO_L0P_MQ0_ N N L L J J K K E E H H G G M_ M_9 M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ E N N E J N P9 J L E F F H H RFU RFU R R IO_LN_MLQSN_ IO_LP_MLQS_ IO_LN_MUQSN_ IO_LP_MUQS_ F F M M M_LQSN M_LQS M_UQSN M_UQS IO_LN_MLM_ IO_LP_MUM_ J J VTT M_LM M_UM IO_LN VREF_ IO_LP IO_LN_VREF_ IO_LP_ IO_LN_ IO_LP_ L L0 J0 H9 ZIO must be a no connect RZQ_M RZQ gets a R valued resistor to ground 9 0.UF 0.UF R 00 ohm % UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES MTERIL IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK Jim iella NME G FM FPG EVLUTION OR FPG NK NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ INSIE RII EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. EN NO. REL TE //0 SLE WG NO. P # 0000 REV SSEM # REV PROGRM STR of

9 ESRIPTION TE PPROVL 0 0.UF 0.UF 0 0.UF 0 0.UF 0.UF 0.UF Y W W T T P9 P M VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ VO_ IO_LN_MOT_ P FX_GPIF_FLG_PRTIL_WRT To > onfig Sheet Pushbutton RESET_TO_FPG FX_URTRX FX_URTTX FPG_GPIO FX_RESETn GPIF_ GPIF_ FPG_GPIO0 FPG_GPIO GPIF_ GPIF_0 RM_INT FX_IMG_PIPE_RESET FX_GPIF_FLG_REY_WRT GPIF_OE GPIF_WR GPIF_S GPIF_R GPIF_PKTEN GPIF_QT9 GPIF_QT GPIF_QT GPIF_QT0 GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_LK GPIF_QT GPIF_QT GPIF_QT GPIF_QT0 GPIF_QT (Relocatable No onnect pin U9) F E Y Y Y9 W W V V V W9 V0 W0 Y W U U V U U9 T0 T9 R0 U U T T T R R R L L IO_LN_VREF_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_L9N_ IO_L9P_ IO_L0N_ IO_L0P_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_VREF_ IO_LP_ IO_LN_ IO_LP_ IO_L9N_ IO_L9P_ IO_L0N_ IO_L0P_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_LN_ IO_LP_ IO_L9N_ IO_L9P_ IO_L0N_ IO_L0P_ IO_LN_VREF_ IO_LP_ IO_LN_VREF_ IO_LP_ U XSLX0FGG NK IO_LP_MKE_ IO_LP_MLK_ IO_LN_MLKN_ IO_LP_MRESET_ IO_LN_GLK_IRY_MSN_ IO_LP_GLK_MRSN_ IO_L0P_MWE_ IO_LN_M_ IO_LP_M_ IO_LN_M_ IO_LN_M_ IO_LP_M0_ IO_LN_M9_ IO_LP_M_ IO_L9P_M_ IO_LN_GLK0_M_ IO_LP_GLK_M_ IO_LN_M_ IO_LP_M_ IO_L9N_M_ IO_LN_M_ IO_LP_M0_ IO_LP_M0_ IO_LN_M_ IO_L0N_M_ IO_LN_MQ_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ0_ IO_LN_MQ9_ IO_LP_MQ_ IO_L0N_MQ_ IO_L0P_MQ_ IO_LN_GLK_MQ_ IO_LP_GLK_MQ_ IO_LN_MQ_ IO_LP_MQ_ IO_LN_MQ_ IO_LP_MQ0_ IO_L9N_MLQSN_ IO_L9P_MLQS_ IO_LN_MUQSN_ IO_LP_MUQS_ M9 R R L P N P M M M L M0 N N P0 R R N9 P R9 N N P P N E E U U T T W W Y Y V V FX_GPIF_FLG_REY_R FM_H0_P_K FM_L_N FM_L_P 0 FM_H0_N_K FM_H_N_F FM_H_P_F FM_L_N FM_L_P GPIF_QT9 GPIF_QT0 GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT FM_H00_N K FM_H00_P K GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT0 GPIF_QT9 GPIF_QT GPIF_QT FPG_io FPG_io FPG_io FPG_io FPG_io FPG_io FPG_io FPG_io FPG_io > onfig Sheet Test Header To ypress US Sheet FX US Interface IO_LN_GLK_MLM_ IO_LP_GLK_TRY_MUM_ W V FM_H0_N K9 FM_H0_P K UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES MTERIL IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK NME G FM FPG EVLUTION OR FPG NK Jim iella NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ INSIE RII EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. EN NO. REL TE //0 SLE WG NO. P # 0000 REV SSEM # REV PROGRM STR 9 of

10 ESRIPTION TE PPROVL JTG/LOK FX_RESETn FX_RESETn U LMPGSN FX POWER U US_VUS EU_VUS uf V 0% OUT FLG OVP IN EN_L OVP_IN uf V 0% US_VUS VUS US_M US_P 0 9 US_M US_P US_OTG_I 9 US_OTG_I OTG I Just In ase! R NO LO FX_GPIO_0_IS_LK N FX_GPIO IS_S N SW N KTJMFX_GPIO IS_MLK N PMOE0 of FX:= tied to a switch such that normally PMOE0 floats but will be connected to VIO if the switch is held down PMOE of FX:= connection to VIO PMOE of FX:= floating RM_INT GPIF_ GPIF_ FX_IMG_PIPE_RESET OOT_MOE_SEL G GPIF_ GPIF_0 GPIF_LK GPIF_S GPIF_WR GPIF_OE GPIF_R FX_GPIF_FLG_REY_WRT GPIF_PKTEN H N L L G H K J H J K K J H K H U IS_LK IS_S IS_WS IS_MLK PMOE_0 PMOE_ PMOE_ RM_INTn GPIF_ GPIF_ GPIF_ GPIF_ GPIF_0 GPIF_LK GPIF_Sn GPIF_WRn GPIF_OEn GPIF_Rn GPIF_EPSWITHn GPIF_PKTENn VIO GPIFII & GPIO GPIF_FLG GPIF_FLG GPIF_Q GPIF_Q0 GPIF_Q9 GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q0 GPIF_Q9 GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q0 GPIF_Q9 GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q0 FPG_GPIO0 FPG_GPIO FPG_GPIO FPG_GPIO FPG_GPIO G G E E E F F G G F H H J J J K J K G J K9 K0 L0 K J9 J0 H9 H0 F G9 G0 F F9 F0 F R. ohm % R. ohm % FPG_GPIO0 FPG_GPIO FPG_GPIO FX_URTTX FX_URTRX TV TV TV FX_GPIF_FLG_PRTIL_WRT FX_GPIF_FLG_REY_R GPIF_Q GPIF_Q0 GPIF_Q9 GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q0 GPIF_Q9 GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q0 GPIF_Q9 GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q0 VUS/VTT US_SSTXM US_SSTXP US_SSRXM US_SSRXP N RTERM_US RTERM_US US GPIF_Q GPIF_Q GPIF_Q GPIF_Q9 GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q9 GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q9 GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q0 GPIF_Q GPIF_Q GPIF_Q0 GPIF_Q GPIF_Q GPIF_Q GPIF_Q GPIF_Q0 GPIF_Q0 GPIF_Q GPIF_Q US_SSTXM_ US_SSTXP_ RTERM RTERM US_SSRXP US_SSRXM R9 00 % GPIF_QT GPIF_QT GPIF_QT GPIF_QT9 GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT9 GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT9 GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT0 GPIF_QT GPIF_QT GPIF_QT0 GPIF_QT GPIF_QT GPIF_QT GPIF_QT GPIF_QT0 GPIF_QT0 GPIF_QT GPIF_QT R.K % 9 0.UF U0 EXHV0J U EXHV0J U EXHV0J U9 EXHV0J 0.UF US_SSTXM US_SSTXP ES FILTER Sits on Traces U T T 0 T T T T G T T G ES TVS 9 US_SSTXM US_SSTXP US_SSRXM US_SSRXP LMPGSN 0.uF V US_SHIEL 9 0 SSTX SSTX SSRX SSRX SHL HOLE SHL HOLE SHL P SHL P SHL P SHL P US.0 MIRO J UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES MTERIL IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK Jim iella NME G FM FPG EVLUTION OR FX US NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ INSIE RII EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. EN NO. REL TE //0 SLE WG NO. P # 0000 REV SSEM # REV PROGRM STR 0 of

11 ESRIPTION TE PPROVL YPRESS FX RM OOT ROM YPRESS FX U I_SL I_S 9 0 FX_I_SL FX_I_S R.K % R.K % U F0TI/SN V WP SL S 0 * * = V HRGE_ET FX_HG_ETET TP TP0 VIO TK TI TO TMS TRST# F E 0 E YPRESS FX RM IE JTG (UNUSE) JTG & I YPRESS FX RM OSILLTOR Y 9. MHz pf pf FX_XTL_IN FX_XTL_OUT From FPG ank Sheet FX_RESETn N N E U RESETn FSL_0 FSL_ FSL_ XTLIN XTLOUT LKIN LKIN_ lock & Reset VQ/V FX_RESETn Frequency Selection rystal/lock R R R0 FSL[] FSL[] FSL[0] = 9.MHz crystal 0 0 = 9.MHz input LK 0 = MHz input LK. 0 =.MHz input LK. = MHz input LK NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES INSIE RII MTERIL EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK EN NO. REL TE Jim iella //0 NME SLE WG NO. G FM FPG EVLUTION OR FX ONFIGURTION P # 0000 REV SSEM # REV PROGRM STR of

12 ESRIPTION TE PPROVL FXV 0.UF 0.UF 0.UF 0.UF 0.UF 0 0.UF FXV 9 0.0UF 0.0UF 0.0UF 0 0.0UF.V MPZ0S0S UE 0UF V ENLE U 0PF TJMTT VIN YP VOUT J V. R.9Kohm % R.K % 0UF V FXV MPZ0S0S FXV MPZ0S0S FXRXV FXTXV MPZ0S0S FXV 0.UF.uF 0V 0% FXRXV 0.UF.uF 0V 0% FXTXV 0.UF.uF 0V 0% H L E9 F L J 0 G L E L G L K L K L V V V V V V V V V URXVQ UTXVQ 9 0 VTT VIO VIO VIO VQ VIO VIO_ VIO_ U UFE UPLL E0 F E L9 H UF 0.UF 0.0UF 0 0.UF 0.0UF 0.0UF 0.UF 0.0UF 0.UF 0.UF Power & Ground UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES MTERIL IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK Jim iella NME G FM FPG EVLUTION OR FX POWER NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ INSIE RII EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. EN NO. REL TE //0 SLE WG NO. P # 0000 REV SSEM # REV PROGRM STR of

13 FM_L0_N_H FM_L0_N_H FM_L_P_H FM_L0_P_H FM_L_P_H FM_L_N_H9 FM_H0_N_J0 FM_L9_P_H FM_L_P_H FM_L00_N G FM_H0_N_J FM_L0_P_G FM_L_N_G FM_L_P_G FM_L_N_G FM_L_N_G9 FM_L_P_G FM_H0_P_K0 FM_H0_P_K FM_TK_9 FM_H_P_E FM_L0_P_H FM_L0_N_G FM_H_N_E FM_L0_P FM_L0_N_ FM_L_N FM_L_P_ FM_L09_N_ FM_L_N_ FM_H0_N_F FM_H_N_E FM_TI_0 FM_TMS_ FM_L00_P G FM_H0_P_J9 FM_TRST_L_ FM_H_P_J FM_H0_N_K FM_H0_P E FM_H0_N_K FM_H0_P_K FM_H00_P K FM_H_P_F FM_H_N_F FM_H_P_J FM_H_N_J FM_L0_N_H FM_H0_N_J FM_L_P_ FM_L_P 0 FM_L09_P_ FM_L_N_ FM_L0_N 9 FM_L0_P_ FM_L_P_H FM_L_N_H FM_L0_P_H0 FM_H_N_J FM_H0_P_K FM_H0_N_K FM_H09_P_E9 FM_H0_P_F FM_H0_N_E FM_H_N_J FM_H_P K FM_L_N_H0 FM_L_N_H FM_H_P_K FM_H00_N F FM_H_P_E0 FM_H_N_J FM_L_P FM_L0_P_0 FM_L0_N_H FM_H0_P_F FM_L_P_H9 FM_H_N_J FM_H0_P_J FM_H0_N K9 FM_H0_N_F9 FM_H_P_F FM_H_N_F FM_L_P_ FM_L0_N_ FM_L_N_9 FM_H0_P_J FM_H_P_J FM_TO_ FM_H_P_J0 FM_H_P_J FM_H00_N K FM_H0_N_J FM_L_N_G FM_H_N K FM_H_P K FM_H_N_K FM_H_P_J FM_H09_N_E0 FM_L0_P_ FM_L_N FM_H_P_K FM_L_P_ FM_H0_P_J FM_L_P_G FM_H_N_K0 FM_L_N_H FM_L0_P_H FM_H_N_J9 FM_H_N_J FM_H0_P_F0 FM_H0_N_K FM_H_N_K FM_L_P_G FM_H0_N_F FM_H_P_K9 FM_H0_P K FM_H_P_J FM_L_N_ FM_L0_N_ FM_H00_P F FM_H0_P_E FM_H_N K FM_H0_N E FM_L9_N_H ZONE ESRIPTION TE PPROVL NME WG NO. SLE PROGRM STR SYM MTERIL IM. RE IN NGULR TOL EGES QUNITY REQ NEXT SSY FINL SSY USE ON NEXT SSY PPLITION UNLESS OTHERWISE SPEIFIE EVITIONS FROM INTENE SHPE IMENSIONL TOLERNES. PL E TOL PL E TOL (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE INSIE RII REL TE EN NO. Q HK R IMENSIONS PPLY EFORE. THRES. IN LL OTHER PLES INHES OR LESS N ON LL WHERE TOTL TOLERNE OS.00 IMENSIONS PPLY FTER V. V. VRW RW V. V. V. V G TLK TI TO TMS TRST_L GTLK0_M_P GTLK0_M_N L0 P L0 N L0_P L0_N L09_P L09_N L_P L_N L P L N L_P L_N L_P L_N PV PV PV PVUX PG_M J SEF00S0KTR J J J J J J J J J9 J0 J J J J J J J J J9 J0 J J J J J J J J J9 J0 J J J J J J J J J9 J0 H_P H0_N H0_P H0_N H0_P H_N H_P H_N H_P H_N H_P H_N H_P H0_N H0_P H0_N H0_P LK_IR_N LK_IR_P H_N H_P H_N H_P H_N VIO M J JI SEF00S0KTR FM_I_ FM_I_ SL S P0_M_P P0_M_N P0_M_P P0_M_N L0_P L0_N L0_P L0_N L_P L_N L P L N L_P L_N PV P0V P0V G J SEF00S0KTR RES0 P9_M_N P_M_N P_M_P P_M_N P_M_P P_M_P P_M_N P9_M_P GTLK_M_P GTLK_M_N LK_IR P9_M_P P9_M_N P_M_P P_M_N P_M_P P_M_N P_M_P P_M_N J SEF00S0KTR K K K K K K K K K9 K0 K K K K K K K K K9 K0 K K K K K K K K K9 K0 K K K K K K K K K9 K0 H00_P H00_N H0_P H0_N H0_P H0_N H_P H_N H_N K VIO M LK0_M_P LK0_M_N VREF M H0_N H0_P H0_N H0_N H0_P H_N H_P H_N H_P H_N H_P H_P H0_P JJ SEF00S0KTR P_M_P P_M_N P_M_P P_M_N P_M_N P_M_P P_M_P P_M_N P_M_P P_M_P P_M_N P_M_N P_M_P P_M_N P_M_P P_M_N P_M_P P_M_N P_M_P P_M_N J SEF00S0KTR H H H H H H H H H9 H0 H H H H H H H H H9 H0 H H H H H H H H H9 H0 H H H H H H H H H9 H0 VJ H LK0_M_N LK0_M_P L0_P L0_N L0_P L0_N L0_P L0_N L_P L_N L_P L_N L9_P L9_N L_P L_N L_P L_N L_P L_N L0_P L0_N L_P L_N VREF M PRSNT_M_L JH SEF00S0KTR G G G G G G G G G9 G0 G G G G G G G G G9 G0 G G G G G G G G G9 G0 G G G G G G G G G9 G0 LK_M_N LK_M_P L00 P L00 N L0_P L0_N L0_P L0_N L_P L_N L_P L_N L0_P L0_N L_P L_N L_P L_N L9_P L9_N L_P L_N L_P L_N VJ G JG SEF00S0KTR F F F F F F F F F9 F0 F F F F F F F F F9 F0 F F F F F F F F F9 F0 F F F F F F F F F9 F0 H9_P H0_N H_N H0_N H0_P H0_P H0_P H0_N H0_P H_N VJ H_P H00_N_ H_N H9_N H00_P_ H_P H0_N H0_P H0_N H0_P H_N H_P PG_M F H0_N H_P JF SEF00S0KTR E E E E E E E E E9 E0 E E E E E E E E E9 E0 E E E E E E E E E9 E0 E E E E E E E E E9 E0 E H0_P VJ H0_N H0_P H_N H_N H_N H_P H9_N H9_P H_P H_N H0_N H0_N H_P H09_N H09_P H0_N H0_P H_P H0_P_ H0_N_ H0_P H09_N H09_P JE SEF00S0KTR Jim iella NK NOT USE iff Pair GiGaiT INTREFE NOT SUPPORTE NK NOT USE Jim iella NK NOT USE of P # 0000 REV SSEM # REV Jim iella G FM FPG EVLUTION OR //0 //0 //0 FM ONNETOR

14 ESRIPTION TE PPROVL J RW J SP90 XVR_TXp XVR_RXp XVR_TXn XVR_RXn XVR_TXp XVR_RXp XVR_TXn XVR_RXn XVR_TXp XVR_RXp XVR_TXn XVR_RXn XVR_TXp XVR_RXp XVR_TXn XVR_RXn XVR_TXp XVR_RXp XVR_TXn XVR_RXn XVR_TXp XVR_RXp XVR_TXn XVR_RXn XVR_TXp XVR_RXp XVR_TXn XVR_RXn XVR_TXp0 XVR_RXp0 XVR_TXn0 XVR_RXn0 S SL JTG_TK JTG_TMS JTG_TO JTG_TI LKOUT0 LKIN0 N N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L0_P IO_L0_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_GLK_P IO_L_GLK_N SP90 PSignal Signal P NSignal Signal N.V V.V V.V V.V V.V V.V V.V V.V V.V V Signal* Signal* Signal* Signal*.V V IO_L_P IO_L_N IO_L_P IO_L_N WING Mounting Holes N9 N0 RW J N N IO_L9_GLK_P IO_L9_GLK_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L9_P IO_L9_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L0_P IO_L0_N IO_L_P IO_L_N IO_L9_P IO_L9_N IO_L_P IO_L_N SP90.V V PSignal Signal P NSignal Signal N.V V.V V.V V.V V.V V.V V.V V.V V Signal* Signal* Signal* Signal*.V PSNTn IO_L_P IO_L_N IO_L_P IO_L_N IO_L0_P IO_L0_N IO_L_P IO_L_N IO_L9_P IO_L9_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L_P IO_L_N IO_L0_GLK_P IO_L0_GLK0_N 90 UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES MTERIL IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK Jim iella NME G FM FPG EVLUTION OR HSM ONNETOR NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ INSIE RII EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. EN NO. REL TE //0 SLE WG NO. P # 0000 REV SSEM # REV PROGRM STR of

15 ESRIPTION TE PPROVL hanged R to 0K // RW L.uH SW_ SW_ J0 J J J J9 K J J J J TV TVx F F EXTVcc INTVcc K0 M K M K M K K9 K Vin M SW M9 SW M K M0 L K M L0 LL L L9 M K M L L L L TVx TV 9 F < 0.V=Force ontinous Float =urst Mode INTVcc=onstant Freq G G F F F E V UX_P_EN UX_P_EN R0.K % R 0Kohm TV0 TV TVx TV9 PLLFILTER_ TV TVx TVx TVx 0 9 RUN STYM OMP PLLIN PLLFILTER PGOO 00K S 0K S 0 9 U9 LTM0EV#PF G G GG0 G H H H H H H H H L L G9 K M M Rsense Vout H9 H0 HH G F0 K J J J Vfb E F F F G G G VF_ R.K % 0UF V uf V 0% 0.UF F F F9 SS_ N N N SS S E0 E E E9 9 0 E P E E E E E 0 SENSE SENSE SENSEp_ R 0. OHMS % W R 0. OHMS % W TV TNV V RW MMS00FV J TV V T TV T RW UX_N_EN 9.UF V G G H H G Vin Vin Vin Vin RUN U0 LTM0EY#PF Vout Vout Vout Vout F VF_n R 0K % 0.UF 0 uf V 0% V Vout = [(0.0 * R) 0.00] 0.V w/ 0K 0.UF R9 9.K % SS_n RT_n TP EV F G E SS RT SYN H H H G F F F F E E E E Vout Vout Vout Vout RT=9.K=9KHz R0 NO_LO UNLESS OTHERWISE SPEIFIE IM. RE IN PL E TOL PL E TOL NGULR TOL EGES MTERIL IMENSIONS PPLY FTER WHERE TOTL TOLERNE OS.00 INHES OR LESS N ON LL THRES. IN LL OTHER PLES IMENSIONS PPLY EFORE. R Q HK Jim iella NME G FM FPG EVLUTION OR UXILIRY POWER NEXT SSY PPLITION USE ON NEXT SSY FINL SSY QUNITY REQ INSIE RII EVITIONS FROM INTENE SHPE (FLTNESS,ROUNNESS,SQURENESS ET.) MUST E WITHIN STTE IMENSIONL TOLERNES. EN NO. REL TE //0 SLE WG NO. P # 0000 REV SSEM # REV PROGRM STR of

16

17

18 NOTES: Yellow are no load parts Parts List in SV Format Rev hanges R and U G apture bare board 0000 G apture assembled P :\PROJETS\0000_G\000.pcb Tuesday Feb 0 Rev ======================== Part Name ESRIPTION MFG Part# igikey Part# MFG ount LMPGSN EMI FILTER FERRITE HIP 0 OHM N Murata MPZ0S0 EMI FILTER FERRITE HIP E 00 OHM SM 0 N TK.UF_00_V P.UF WV 0% 000KRTU 99 N Kemet.UF_00 P 0.UF 0% V XR 000K9RTU 99 N Kemet 90PF_00 P 90PF 0WV % 009JGTU N KEMET 0PF_00 P 0PF 0WV 0% 0000G 99 N KEMET 00UF_0_V P eramic 00UF.WV 0% 00M9PTU 99 9 N TIYO YUEN 0 UF_0_V0 eramic P UF V 0% XR 0MP 99 N KEMET.0UF_00 P 0.0UF 0% V XR EJ 0E0K P0QT N Panasonic P0UF0V0 P 0UF 0 WV 0% TPSEK00R N VX UF_0_V P UF WV 0% XR GRMFZ0 N Taiyo 0UF_V P luminum 0UF WV 0% PVEMLGS 9 0 N Panasonic.UF_0_V0 P.UF WV 0% TMKKN T N TIYO YUEN UF_00_V P UF WV 0% 00Y0KT 00 N VX 0UF_00_V_0 P 0UF WV 0% GRMF0ZEL 90 N Murata 0PF_00 P 0PF 0WV % 00KR 99 0 N KEMET.UF_00_0V P.UF WV 0% YV 0XRK00 N TK PF_00_0V P PF 0V 0% 000JGTU N KEMET.UF_00_V0 ERP.UF WV 0% XR GRMREML 90 N Panasonic.UF_00_V P.UF WV 0% YV GRMFZ0 90 N Panasonic HSMF LE I LR SURF MT HSMF N HP ONN_US.0_MIRO_REPT US R/ SMT thru tabs GSKHRT GSKHRT N PJ 00 SMT JK POWER.mm PJ 00 P 00PJT N UI SP 9 0 ONNETOR mm OR TO OR HOST SP 9 0 SP 9 0 SMTE FNONN POS RT MT 00 HR SS 0 90 N MP HR_.00_X_SMT HEER SSY 0 POS ROW SMT 90 WM99T N MOLEX XILINXJTGHEER HEER SSY mm POS ROW SMT 0 WM N MOLEX HR_MMS_0_0_F_V HEER x SOKET SMT MMS 0 0 F V 0 SMTE SEF S 0 K TR FM Module onnector SEF S 0 K TR SEF S 0 K TR Samtec NRS00TR0NMGJ INUTOR uh NRS00TR0NMGJ 0 N Taiyo EPNP RM H INUTOR.uH SMT POWER INUTOR EPNP RM H 0 9 N SUMI NRS00TRNMGJ INUTOR.uH.9 NRS00TRNMGJ 0 N Taiyo R0_00 RESISTOR 0 /W % RW000RJNE 0GT N Vishay/LE R0_00 RESISTOR 0 ohm /W % MR0MRTJ000 RHM0.0JT N ROHM

19 R0_00 RESISTOR.0K /0W % RW00K0FKE.0KHT N VISHY/LE R_00 RESISTOR.K /W % RW00KFKT RW00KFKT N LE R000_00 RESISTOR 00 ohm /W % ERJ RKF000X P00LT N Panasonic R00_00 RESISTOR 0K ohm /W % ERJ RKF00X P0.0KLT N Panasonic R00_00 RESISTOR 0K /W % RW000K0FKE 0.0KHT N VISHY/LE RNOLO_00 NO LO RESISTOR NO LO RESISTOR RR_00 RESISTOR. ohm /W % ERJ RKF0 P.LT N Panasonic R_00 RESISTOR K /W % RW00KFKE KHT N LE R_00 RESISTOR K /W % RW00KFKE KHT N LE R9_00 RESISTOR 9K /W % RW009KFKE 9KHT N LE R00_00 RESISTOR 0 /W % RW000RFKE 0HT N LE R_00 RESISTOR K /W % RW00KFKE KHT N LE R_00 RESISTOR.K /W % RW00KFKE.KHT N LE R00_00 RESISTOR 00K /W % RW0000KJNE 00KGT N LE R_00 RESISTOR.K /0W % RW00KFKE.KHT N LE R_00 RESISTOR K /W % RW00KFKE KHT N Vishay/LE R0_00 RESISTOR 0. K /W % RW000KFKE.0KHT N VISHY/LE R_00 RESISTOR.K ohm /W % MR0MRTJ RHM.KJT N ROHM R9_00 RES.9K OHM /0W % 00 SM ERJ RKF9X P.9KLKR N Panasonic R0_00 RESISTOR.K ohm /W % RMF00FTK RMF00FTK0TR N Panasonic R0_00 RESISTOR 0K ohm /W % MR0MZPJ0 RHM0KJxx N ROHM R9_00 RESISTOR 9.K /0W % RW009KFKE 9.KHT N LE R0R_0_W_% RESISTOR 0. OHMS W % ERJ WFR00V P.0UT N Panasonic R_00 RESISTOR.K /W % RW00FT LE R9_00 RESISTOR 9.K /W % RW009KFKE 9.KHT N LE R0_00 RESISTOR 0K /W % RW000KFKE 0KHT N LE NO_LO POT NO_LO TRIMMER POT XXXXXX RHOM R_00 RES.K OHM /0W % 00 SM ERJ RKFX P.KLT N Panasonic R000_00 RESISTOR 00 /0W % RW0000RFKE 00HT N VISHY/LE KTJM SWITH MOMENTRY KTJMLFS KNT N &K SP00 0UTG TVS RRY ES H.PF KV UFN SP00 0UTG F0T N LittleFuse EXHV0JV RESISTOR NET OHM x EXHV0JV Y0TR N PNSONI LTM0 Step own umodule Regulator LTM0EV#PF LTM0EV#PF N LINER MTHMRT E G bit x R MTHMRT E: N Micron XSLX0 FGG I RRY LOGI FPG XSLX0 FGG XILINX LT V monolithic Step own Regulator for R Power LTEUF#TRPF LTEUF#TRPF LINER LTM0 uck oost / Vout LTM0EV#PF LTM0EV#PF N LINER SNLVG0 ual TINY INVERTER SNLVG0VR 9 N TI LTM0 Step own umodule Regulator LTM0EY#PF LTM0EY#PF N LINER NPSNTG I US POS OVP/OP TSOP NPSNTG NPSNTGOST N 0 T JMTT djustable MOS Low ropout Regulator T JMTT T JMTT N ON Semi YUS0 ZX EZ US FX SuperSpeed US ontroller YUS0 ZX N ypress F0_SOI I EEPROM KYTE MHZ SOI F0T I/SN F0T I/SNT N Microchip NQESE0F Serial onfiguration PROM NQESE0F NQESE0G N Micron LV RYSTL OSILLTOR 0MHz 0ppm LV 0M0000 TXLVT N TS NX0S 9.00MHZ 0ppm 00uW pf NX0S MHZ NGMHz N NK

20 P_REF_NME S J J J J J J J J L L L R R R0 R R9 R R R R R R R R R R R

21 R R R R R R R R R R R R R R R0 R R R R R R9 R R0 R R R R R R9 R R0 R R R R R R9 R R0 R R9 SW SW SW U U0 U U U9 U U U U U U U9 U U0 U U U U U U Y