Upload File

powerbogdan/ftk_rear_vme_access/doc/... · 2011. 9. 19. · power fpga 12 rear transition vme card...

  • Home
  • Documents
  • POWERbogdan/FTK_Rear_VME_Access/doc/... · 2011. 9. 19. · POWER FPGA 12 Rear Transition VME Card 2743 Rx FPGA 1.5Vcc DATE: Drawn by Sheet TIME: 0.9Vcc 3.0Vcc 2.5Vcc 1.1Vcc M.Bogdan
1
POWER FPGA 12 Rear Transition VME Ca 2743 Rx FPGA 1.5Vcc DATE: Drawn by Sheet TIME: 0.9Vcc 3.0Vcc 2.5Vcc 1.1Vcc M.Bogdan M.Bogdan C 1.4Vcc QA CHK R&D CHK A Engineer of TITLE REV DRW. Size SM7745DV-100.0M SM7745HV-50.0M SM7745HV-50.0M The University of Chicago 5640 S. Ellis Ave. Chicago, IL 60637 A 9/19/11 11:17 am Sheet 12 USB-Blaster JTAG Connector 5 5 6 7 10K Rx11 1K Rx14 GXB1rx 10K 3 30 0 18 Rx16 1K Frx2 7 Frx2 9 VCCIOrx 10K TRSTrx VCCRTL_LRGXBrx RREF1rx 2K Frx1 4 Frx1 10 11 28 8 2 18 19 20 0 Rx10 0 1 9 VCCPTrx 10K nCErx 24 Trx0 6 8 VCCIOrx VCCIOrx 1 16 17 31 0 10 12 13 7 25 0 10 4 Trx0 11 Trx0 12 Trx0 13 Rx15 0 31 23 1 25 9 10 2K RREF4rx 27 3 2 21 VCCIOrx 6 1K Rx8 26 17 22 nCONFIG_AM34 nCSO_AM2 nIO_PULLUP_AN2 nSTATUS_AM33 15 1 17 MSEL0rx 0 VREFB5AN0_AF8 VREFB5CN0_AC9 VREFB6AN0_K9 VREFB6CN0_R9 VREFB7AN0_G14 VREFB7CN0_F16 VREFB8AN0_H20 VREFB8CN0_G19 nCEO_AL3 nCE_AN34 VCC_Y20 VCC_Y27 VCC_Y8 VREFB1AN0_M25 VREFB1CN0_R26 VREFB2AN0_AE25 VREFB2CN0_AB25 VREFB3AN0_AG20 VREFB3CN0_AH19 VREFB4AN0_AG14 VREFB4CN0_AJ16 VCC_V18 VCC_V20 VCC_W15 VCC_W17 VCC_W19 VCC_W21 VCC_W27 VCC_W8 VCC_Y14 VCC_Y16 VCC_Y18 VCC_T27 VCC_T8 VCC_U15 VCC_U17 VCC_U19 VCC_U21 VCC_U27 VCC_U8 VCC_V14 VCC_V16 VCC_P16 VCC_P18 VCC_P20 VCC_R15 VCC_R17 VCC_R19 VCC_R21 VCC_T14 VCC_T16 VCC_T18 VCC_T20 VCCT_R_AA5 VCCT_R_R5 VCC_AA15 VCC_AA17 VCC_AA19 VCC_AA21 VCC_CLKIN3C_AJ18 VCC_CLKIN4C_AG17 VCC_CLKIN7C_H17 VCC_CLKIN8C_F18 VCC_P14 VCCPT_U12 VCCPT_U23 VCCPT_V12 VCCPT_V23 VCCR_L_N30 VCCR_L_W30 VCCR_R_N5 VCCR_R_W5 VCCT_L_AA30 VCCT_L_R30 VCCPD5C_W13 VCCPD6A_N13 VCCPD6C_U13 VCCPD7A_N15 VCCPD7C_N17 VCCPD8A_N21 VCCPD8C_N19 VCCPGM_AH10 VCCPGM_AK26 VCCPT_AH17 VCCPT_G17 VCCL_GXBR1_R7 VCCL_GXBR1_T7 VCCPD1A_P22 VCCPD1C_T22 VCCPD2A_AB22 VCCPD2C_V22 VCCPD3A_AB20 VCCPD3C_AB18 VCCPD4A_AB14 VCCPD4C_AB16 VCCPD5A_AA13 VCCIO8A_F24 VCCIO8A_G21 VCCIO8C_A19 VCCIO8C_E18 VCCL_GXBL0_V28 VCCL_GXBL0_W28 VCCL_GXBL1_R28 VCCL_GXBL1_T28 VCCL_GXBR0_V7 VCCL_GXBR0_W7 VCCIO6A_J6 VCCIO6C_M9 VCCIO6C_T12 VCCIO7A_C11 VCCIO7A_C8 VCCIO7A_F12 VCCIO7A_G15 VCCIO7C_A16 VCCIO7C_F17 VCCIO8A_C24 VCCIO8A_C27 VCCIO4A_AM12 VCCIO4A_AM9 VCCIO4C_AJ17 VCCIO4C_AP16 VCCIO5A_AE11 VCCIO5A_AH6 VCCIO5A_AH9 VCCIO5C_AC8 VCCIO5C_Y11 VCCIO6A_F8 VCCIO6A_J11 VCCIO2C_AB24 VCCIO2C_AC27 VCCIO3A_AH21 VCCIO3A_AJ24 VCCIO3A_AM24 VCCIO3A_AM27 VCCIO3C_AK18 VCCIO3C_AP19 VCCIO4A_AH15 VCCIO4A_AJ11 VCCH_GXBL1_T29 VCCH_GXBR0_W6 VCCH_GXBR1_T6 VCCIO1A_F27 VCCIO1A_J24 VCCIO1A_N24 VCCIO1C_M27 VCCIO1C_T23 VCCIO2A_AC23 VCCIO2A_AE26 VCCIO2A_AH27 VCCD_PLL_B1_AG18 VCCD_PLL_L2_V24 VCCD_PLL_R2_U11 VCCD_PLL_T1_H18 VCCHIP_L_V26 VCCHIP_L_W26 VCCHIP_L_Y26 VCCHIP_R_V9 VCCHIP_R_W9 VCCHIP_R_Y9 VCCH_GXBL0_W29 VCCAUX_J22 VCCA_L_AC30 VCCA_L_U30 VCCA_PLL_B1_AH18 VCCA_PLL_L2_U24 VCCA_PLL_R2_V11 VCCA_PLL_T1_G18 VCCA_R_AC5 VCCA_R_U5 VCCBAT_E9 RREF_R1_D1 TCK_B34 TDI_B32 TDO_B33 TEMPDIODEn_A3 TEMPDIODEp_B3 TMS_A33 TRST_C32 VCCAUX_AF22 VCCAUX_AK9 VCCAUX_G10 REFCLK_R0n_AD1 REFCLK_R0p_AD2 REFCLK_R1n_AB1 REFCLK_R1p_AB2 REFCLK_R2n_M1 REFCLK_R2p_M2 REFCLK_R3n_K1 REFCLK_R3p_K2 RREF_L0_AK34 RREF_L1_D34 RREF_R0_AK1 NC_M22 PORSEL_AN33 REFCLK_L0n_AD34 REFCLK_L0p_AD33 REFCLK_L1n_AB34 REFCLK_L1p_AB33 REFCLK_L2n_M34 REFCLK_L2p_M33 REFCLK_L3n_K34 REFCLK_L3p_K33 NC_L15 NC_L20 NC_L21 NC_M13 NC_M14 NC_M15 NC_M16 NC_M17 NC_M19 NC_M20 NC_M21 NC_J23 NC_K12 NC_K13 NC_K14 NC_K15 NC_K20 NC_K21 NC_K22 NC_K23 NC_L12 NC_L14 NC_AP32 NC_AP33 NC_C31 NC_C4 NC_E26 NC_E27 NC_H23 NC_J12 NC_J13 NC_J14 NC_AK32 NC_AL30 NC_AL31 NC_AL4 NC_AM31 NC_AM32 NC_AM4 NC_AN3 NC_AN32 NC_AP2 NC_AP3 NC_AE13 NC_AE14 NC_AE20 NC_AE21 NC_AE22 NC_AF13 NC_AJ3 NC_AJ31 NC_AJ32 NC_AJ4 NC_AK3 NC_AC16 NC_AC17 NC_AC19 NC_AC20 NC_AC21 NC_AC22 NC_AD14 NC_AD15 NC_AD20 NC_AD21 IO_Y23 IO_Y24 IO_Y25 MSEL0_B2 MSEL1_C3 MSEL2_B1 NC_A2 NC_A32 NC_AC13 NC_AC14 NC_AC15 IO_U26 IO_U9 IO_V10 IO_V25 IO_W11 IO_W12 IO_W23 IO_W24 IO_Y10 IO_Y12 IO_Y22 IO_R13 IO_R23 IO_R24 IO_R25 IO_T11 IO_T24 IO_T26 IO_T9 IO_U10 IO_U25 IO_N8 IO_N9 IO_P11 IO_P12 IO_P23 IO_P24 IO_P26 IO_P9 IO_R10 IO_R11 IO_R12 IO_M5 IO_M6 IO_M7 IO_M8 IO_N10 IO_N11 IO_N12 IO_N23 IO_N25 IO_N26 IO_N27 IO_M10 IO_M11 IO_M12 IO_M18 IO_M23 IO_M24 IO_M26 IO_M28 IO_M29 IO_M30 IO_L18 IO_L23 IO_L24 IO_L26 IO_L27 IO_L29 IO_L30 IO_L5 IO_L6 IO_L8 IO_L9 IO_K26 IO_K27 IO_K28 IO_K29 IO_K30 IO_K5 IO_K6 IO_K7 IO_K8 IO_L11 IO_L17 IO_J8 IO_J9 IO_K10 IO_K11 IO_K16 IO_K17 IO_K18 IO_K19 IO_K24 IO_K25 IO_J19 IO_J20 IO_J21 IO_J25 IO_J26 IO_J27 IO_J28 IO_J29 IO_J30 IO_J5 IO_J7 IO_H26 IO_H27 IO_H29 IO_H6 IO_H8 IO_H9 IO_J10 IO_J15 IO_J16 IO_J17 IO_J18 IO_G6 IO_G7 IO_G8 IO_G9 IO_H11 IO_H12 IO_H14 IO_H15 IO_H21 IO_H24 IO_G13 IO_G16 IO_G20 IO_G22 IO_G23 IO_G24 IO_G25 IO_G26 IO_G27 IO_G28 IO_G29 IO_F22 IO_F23 IO_F25 IO_F26 IO_F28 IO_F29 IO_F6 IO_F7 IO_F9 IO_G11 IO_G12 IO_E6 IO_E8 IO_F10 IO_F11 IO_F13 IO_F14 IO_F15 IO_F19 IO_F20 IO_F21 IO_D9 IO_E11 IO_E12 IO_E14 IO_E15 IO_E17 IO_E20 IO_E21 IO_E23 IO_E24 IO_E29 IO_D22 IO_D23 IO_D24 IO_D25 IO_D26 IO_D27 IO_D28 IO_D29 IO_D6 IO_D7 IO_D8 IO_D12 IO_D13 IO_D14 IO_D15 IO_D16 IO_D17 IO_D18 IO_D19 IO_D20 IO_D21 IO_C25 IO_C26 IO_C28 IO_C29 IO_C30 IO_C5 IO_C6 IO_C7 IO_C9 IO_D10 IO_D11 IO_C13 IO_C14 IO_C15 IO_C16 IO_C17 IO_C18 IO_C19 IO_C20 IO_C21 IO_C22 IO_C23 IO_B26 IO_B27 IO_B29 IO_B30 IO_B5 IO_B6 IO_B8 IO_B9 IO_C10 IO_C12 IO_AP9 IO_B11 IO_B12 IO_B14 IO_B15 IO_B17 IO_B18 IO_B20 IO_B21 IO_B23 IO_B24 IO_AP26 IO_AP27 IO_AP28 IO_AP29 IO_AP30 IO_AP31 IO_AP4 IO_AP5 IO_AP6 IO_AP7 IO_AP8 IO_AP14 IO_AP15 IO_AP17 IO_AP18 IO_AP20 IO_AP21 IO_AP22 IO_AP23 IO_AP24 IO_AP25 IO_AN27 IO_AN29 IO_AN30 IO_AN5 IO_AN6 IO_AN8 IO_AN9 IO_AP10 IO_AP11 IO_AP12 IO_AP13 IO_AN11 IO_AN12 IO_AN14 IO_AN15 IO_AN17 IO_AN18 IO_AN20 IO_AN21 IO_AN23 IO_AN24 IO_AN26 IO_AM23 IO_AM25 IO_AM26 IO_AM28 IO_AM29 IO_AM30 IO_AM5 IO_AM6 IO_AM7 IO_AM8 IO_AM11 IO_AM13 IO_AM14 IO_AM15 IO_AM16 IO_AM17 IO_AM18 IO_AM19 IO_AM20 IO_AM21 IO_AM22 IO_AL25 IO_AL26 IO_AL27 IO_AL28 IO_AL29 IO_AL5 IO_AL6 IO_AL7 IO_AL8 IO_AL9 IO_AM10 IO_AL15 IO_AL16 IO_AL17 IO_AL18 IO_AL19 IO_AL20 IO_AL21 IO_AL22 IO_AL23 IO_AL24 IO_AK23 IO_AK24 IO_AK27 IO_AK29 IO_AK6 IO_AK8 IO_AL10 IO_AL11 IO_AL12 IO_AL13 IO_AL14 IO_AJ6 IO_AJ7 IO_AJ8 IO_AJ9 IO_AK11 IO_AK12 IO_AK14 IO_AK15 IO_AK17 IO_AK20 IO_AK21 IO_AJ19 IO_AJ20 IO_AJ21 IO_AJ22 IO_AJ23 IO_AJ25 IO_AJ26 IO_AJ27 IO_AJ28 IO_AJ29 IO_AH25 IO_AH26 IO_AH28 IO_AH29 IO_AH7 IO_AH8 IO_AJ10 IO_AJ12 IO_AJ13 IO_AJ14 IO_AJ15 IO_AG8 IO_AG9 IO_AH11 IO_AH12 IO_AH13 IO_AH14 IO_AH16 IO_AH20 IO_AH22 IO_AH23 IO_AH24 IO_AG11 IO_AG12 IO_AG15 IO_AG21 IO_AG23 IO_AG24 IO_AG26 IO_AG27 IO_AG29 IO_AG6 IO_AF21 IO_AF23 IO_AF24 IO_AF25 IO_AF26 IO_AF27 IO_AF28 IO_AF29 IO_AF6 IO_AF7 IO_AF9 IO_AE9 IO_AF10 IO_AF11 IO_AF12 IO_AF14 IO_AF15 IO_AF16 IO_AF17 IO_AF18 IO_AF19 IO_AF20 IO_AE18 IO_AE19 IO_AE23 IO_AE24 IO_AE27 IO_AE28 IO_AE29 IO_AE6 IO_AE7 IO_AE8 IO_AD26 IO_AD27 IO_AD29 IO_AD6 IO_AD8 IO_AD9 IO_AE10 IO_AE12 IO_AE15 IO_AE16 IO_AE17 IO_AC26 IO_AC28 IO_AC29 IO_AC6 IO_AC7 IO_AD11 IO_AD12 IO_AD17 IO_AD18 IO_AD23 IO_AD24 IO_AB29 IO_AB6 IO_AB8 IO_AB9 IO_AC10 IO_AC11 IO_AC12 IO_AC18 IO_AC24 IO_AC25 IO_AA24 IO_AA26 IO_AA27 IO_AA8 IO_AA9 IO_AB10 IO_AB11 IO_AB12 IO_AB23 IO_AB26 IO_AB27 IO_A30 IO_A31 IO_A4 IO_A5 IO_A6 IO_A7 IO_A8 IO_A9 IO_AA11 IO_AA12 IO_AA23 IO_A20 IO_A21 IO_A22 IO_A23 IO_A24 IO_A25 IO_A26 IO_A27 IO_A28 IO_A29 GXB_TX_R6p_G4 GXB_TX_R7n_E3 GXB_TX_R7p_E4 IO_A10 IO_A11 IO_A12 IO_A13 IO_A14 IO_A15 IO_A17 IO_A18 GXB_TX_R1n_AE3 GXB_TX_R1p_AE4 GXB_TX_R2n_W3 GXB_TX_R2p_W4 GXB_TX_R3n_U3 GXB_TX_R3p_U4 GXB_TX_R4n_R3 GXB_TX_R4p_R4 GXB_TX_R5n_N3 GXB_TX_R5p_N4 GXB_TX_R6n_G3 GXB_TX_L4n_R32 GXB_TX_L4p_R31 GXB_TX_L5n_N32 GXB_TX_L5p_N31 GXB_TX_L6n_G32 GXB_TX_L6p_G31 GXB_TX_L7n_E32 GXB_TX_L7p_E31 GXB_TX_R0n_AG3 GXB_TX_R0p_AG4 GXB_RX_R6p_H2 GXB_RX_R7n_F1 GXB_RX_R7p_F2 GXB_TX_L0n_AG32 GXB_TX_L0p_AG31 GXB_TX_L1n_AE32 GXB_TX_L1p_AE31 GXB_TX_L2n_W32 GXB_TX_L2p_W31 GXB_TX_L3n_U32 GXB_TX_L3p_U31 GXB_RX_R1n_AF1 GXB_RX_R1p_AF2 GXB_RX_R2n_Y1 GXB_RX_R2p_Y2 GXB_RX_R3n_V1 GXB_RX_R3p_V2 GXB_RX_R4n_T1 GXB_RX_R4p_T2 GXB_RX_R5n_P1 GXB_RX_R5p_P2 GXB_RX_R6n_H1 GXB_RX_L4n_T34 GXB_RX_L4p_T33 GXB_RX_L5n_P34 GXB_RX_L5p_P33 GXB_RX_L6n_H34 GXB_RX_L6p_H33 GXB_RX_L7n_F34 GXB_RX_L7p_F33 GXB_RX_R0n_AH1 GXB_RX_R0p_AH2 GXB_CMUTX_R2p_L4 GXB_CMUTX_R3n_J3 GXB_CMUTX_R3p_J4 GXB_RX_L0n_AH34 GXB_RX_L0p_AH33 GXB_RX_L1n_AF34 GXB_RX_L1p_AF33 GXB_RX_L2n_Y34 GXB_RX_L2p_Y33 GXB_RX_L3n_V34 GXB_RX_L3p_V33 GXB_CMUTX_L1n_AA32 GXB_CMUTX_L1p_AA31 GXB_CMUTX_L2n_L32 GXB_CMUTX_L2p_L31 GXB_CMUTX_L3n_J32 GXB_CMUTX_L3p_J31 GXB_CMUTX_R0n_AC3 GXB_CMUTX_R0p_AC4 GXB_CMUTX_R1n_AA3 GXB_CMUTX_R1p_AA4 GXB_CMUTX_R2n_L3 GND_Y3 GND_Y30 GND_Y31 GND_Y32 GND_Y4 GND_Y5 GND_Y6 GND_Y7 GXB_CMUTX_L0n_AC32 GXB_CMUTX_L0p_AC31 GND_W22 GND_W25 GND_W33 GND_W34 GND_Y13 GND_Y15 GND_Y17 GND_Y19 GND_Y21 GND_Y28 GND_Y29 GND_V4 GND_V5 GND_V6 GND_V8 GND_W1 GND_W10 GND_W14 GND_W16 GND_W18 GND_W2 GND_W20 GND_V13 GND_V15 GND_V19 GND_V21 GND_V27 GND_V29 GND_V3 GND_V30 GND_V31 GND_V32 GND_U16 GND_U18 GND_U2 GND_U20 GND_U22 GND_U28 GND_U29 GND_U33 GND_U34 GND_U6 GND_U7 GND_T19 GND_T21 GND_T25 GND_T3 GND_T30 GND_T31 GND_T32 GND_T4 GND_T5 GND_U1 GND_U14 GND_R27 GND_R29 GND_R33 GND_R34 GND_R6 GND_R8 GND_T10 GND_T13 GND_T15 GND_T17 GND_P5 GND_P6 GND_P7 GND_P8 GND_R1 GND_R14 GND_R16 GND_R18 GND_R2 GND_R20 GND_R22 GND_P19 GND_P21 GND_P25 GND_P27 GND_P28 GND_P29 GND_P3 GND_P30 GND_P31 GND_P32 GND_P4 GND_N18 GND_N2 GND_N20 GND_N22 GND_N33 GND_N34 GND_P10 GND_P13 GND_P15 GND_P17 GND_L28 GND_L33 GND_L34 GND_L7 GND_M3 GND_M31 GND_M32 GND_M4 GND_N1 GND_N14 GND_N16 GND_K31 GND_K32 GND_K4 GND_L1 GND_L10 GND_L13 GND_L16 GND_L19 GND_L2 GND_L22 GND_L25 GND_H31 GND_H32 GND_H4 GND_H5 GND_H7 GND_J1 GND_J2 GND_J33 GND_J34 GND_K3 GND_G34 GND_G5 GND_H10 GND_H13 GND_H16 GND_H19 GND_H22 GND_H25 GND_H28 GND_H3 GND_H30 GND_E7 GND_F3 GND_F30 GND_F31 GND_F32 GND_F4 GND_F5 GND_G1 GND_G2 GND_G30 GND_G33 GND_E16 GND_E19 GND_E2 GND_E22 GND_E25 GND_E28 GND_E30 GND_E33 GND_E34 GND_E5 GND_D2 GND_D3 GND_D30 GND_D31 GND_D32 GND_D33 GND_D4 GND_D5 GND_E1 GND_E10 GND_E13 GND_B19 GND_B22 GND_B25 GND_B28 GND_B31 GND_B4 GND_B7 GND_C1 GND_C2 GND_C33 GND_C34 GND_AN19 GND_AN22 GND_AN25 GND_AN28 GND_AN31 GND_AN4 GND_AN7 GND_B10 GND_B13 GND_B16 GND_AK4 GND_AK5 GND_AK7 GND_AL1 GND_AL2 GND_AL33 GND_AL34 GND_AN1 GND_AN10 GND_AN13 GND_AN16 GND_AK10 GND_AK13 GND_AK16 GND_AK19 GND_AK2 GND_AK22 GND_AK25 GND_AK28 GND_AK30 GND_AK31 GND_AK33 GND_AH31 GND_AH32 GND_AH4 GND_AH5 GND_AJ1 GND_AJ2 GND_AJ30 GND_AJ33 GND_AJ34 GND_AJ5 GND_AG2 GND_AG22 GND_AG25 GND_AG28 GND_AG30 GND_AG33 GND_AG34 GND_AG5 GND_AG7 GND_AH3 GND_AH30 GND_AF3 GND_AF30 GND_AF31 GND_AF32 GND_AF4 GND_AF5 GND_AG1 GND_AG10 GND_AG13 GND_AG16 GND_AG19 GND_AD32 GND_AD4 GND_AD5 GND_AD7 GND_AE1 GND_AE2 GND_AE30 GND_AE33 GND_AE34 GND_AE5 GND_AC34 GND_AD10 GND_AD13 GND_AD16 GND_AD19 GND_AD22 GND_AD25 GND_AD28 GND_AD3 GND_AD30 GND_AD31 GND_AB28 GND_AB3 GND_AB30 GND_AB31 GND_AB32 GND_AB4 GND_AB5 GND_AB7 GND_AC1 GND_AC2 GND_AC33 GND_AA20 GND_AA22 GND_AA25 GND_AA33 GND_AA34 GND_AB13 GND_AB15 GND_AB17 GND_AB19 GND_AB21 CLK8n_AA6 CLK8p_AA7 CONF_DONE_AL32 DCLK_AM3 DNU_V17 GND_AA1 GND_AA10 GND_AA14 GND_AA16 GND_AA18 GND_AA2 11 12 EP4SGX70 Rx ASDO_AM1 CLK10n_N6 CLK10p_N7 CLK1n_N29 CLK1p_N28 CLK3n_AA29 CLK3p_AA28 5 6 7 3 4 1 2 VCC VCCAUX VCCA_LR VCCA_PLL VCCD_PLL VCCH_GXB VCCIO VCCPT VCCRTL_LRGXB VCC_CLKIN 20 21 23 8 7 24 4 0 2 Trx0 10 23 24 25 29 13 Trx0 5 Trx0 7 4 24 16 26 27 28 29 30 nCONFIGrx 10K Frx2 6 12 0 MSEL1rx 28 3 IN2 1 VCC Trx0 14 14 11 Rx9 10K Rx55 MAX9112ESA 8 D1n 7 D1p 6 D2n 5 D2p 4 GND 2 IN1 3 Y1 8 Y2 5 +3.3V 18 19 50 Rx45 +3.3V CDCLVC1103 Rx44 1G 2 GND 4 IN 1 NC 7 VDD 6 Y0 22 23 0.1uF cap0603 Rx46 3 +3.3V CLK125 Rx48 SM7745DV125M CLK 3 EN 1 GND 2 VCC 4 1uF cap0603 Rx62 2 27 23 25 3 22 Rx57 Rx52 0.01uF cap0402 Trx0 8 Trx0 9 22 cap0402 0.01uF Rx50 Rx56 22 0.1uF cap0603 Rx49 LEDrx yellow 3 4 Trx0 2 Trx0 3 1 Frx2 5 Frx2 3 15 Trx0 1 Frx2 10 Frx2 4 Frx2 2 Trx0 4 Frx1 Rx1 240 7 8 9 +3.3V Rx12 10K Rx60 22 22 Rx41 Rx42 22 IN 7 NC 6 VDD 3 Y0 8 Y1 5 Y2 +3.3V 0 Rx47 cap0603 1uF Rx59 CDCLVC1103 2 1G 4 GND 1 11 Rx43 22 VCCIOrx Rx61 cap0603 0.1uF Rx3 SM7745DV125M Rx63 CLK125 CLK 3 EN 1 GND 2 VCC 4 VCCIOrx VCCIOrx Rx58 0.01uF cap0402 240 cap0402 0.01uF Rx54 22 Rx51 cap0603 0.1uF 0.1uF cap0603 Rx40 LEDrx 1 2 22 Rx53 4 21 Trx0 19 Trx0 20 11 red 14 2K RREF2rx VCCH_GXBrx 9 16 15 6 5 8 5 6 9 10 8 0 Rx17 5 4 2 19 20 VCCIOrx 9 VCCIOrx 5 22 5 Frx2 8 17 2 25 26 21 12 green LEDrx 5 6 VCCIOrx 6 5 Trx0 12 12 13 RREF3rx 2K 19 17 Trx0 16 Trx0 18 10K CONF_DONErx 14 13 240 13 14 17 6 VCCA_LRrx VCCAUXrx 10 Rx2 DCrx22 0.01uF cap0402 cap0402 0.01uF DCrx23 7 3 4 cap0402 0.01uF DCrx21 DCrx16 0.01uF cap0402 DCrx17 0.01uF cap0402 7 3 cap0402 0.01uF DCrx15 DCrx11 0.01uF cap0402 1 DCrx9 0.01uF cap0402 cap0402 0.01uF DCrx10 DCrx5 0.01uF cap0402 15 16 DCrx3 DCrx4 0.01uF cap0402 16 17 18 19 20 cap0402 0.01uF 3 Frx2 1 VCCA_PLLrx DCrx31 0.01uF cap0402 20 21 11 VCCrx VCCD_PLLrx VCCIOrx 26 27 15 2 Trx0 15 16 NC5 11 12 NC6 13 NC7 NC8 14 VCC1 1 2 VCC2 VCC3 9 7 nCS nSTATUSrx 10K EPCS64 Rx13 15 ASDI DATA 8 DCLK 16 10 GND NC1 3 4 NC2 5 NC3 NC4 6 Frx1 7 Frx1 6 Frx1 8 VCC_CLKINrx MSEL2rx 0 DCrx26 0.01uF cap0402 Frx1 5 DCrx24 0.01uF cap0402 cap0402 0.01uF DCrx25 cap0402 0.01uF DCrx20 VCCIOrx Frx1 3 DCrx18 DCrx19 0.01uF cap0402 DCrx14 0.01uF cap0402 18 26 Frx1 9 cap0402 0.01uF cap0402 0.01uF DCrx13 Rx31 cap0603 0.1uF cap0402 0.01uF DCrx12 cap0402 cap0402 0.01uF DCrx8 15 0.01uF DCrx6 DCrx7 0.01uF 0.01uF cap0402 cap0402 0.01uF DCrx30 14 cap0402 DCrx2 0.01uF cap0402 DCrx29 DCrx27 cap0402 0.01uF DCrx1 DCrx28 0.01uF cap0402 cap0402 0.01uF 22 Rt11 Rt10 22 cap0402 0.01uF DCrx32 0 1 +3.3V 14 13 10 24 28 Rx32 22 22 Rx33 Rx36 50 CDCLVC1103 2 1G 4 GND 1 IN 7 NC 6 VDD 3 Y0 8 Y1 5 Y2 +3.3V Rx37 cap0603 0.1uF +3.3V Rx35 4 22 Rx34 1uF cap0603 Rx38 Out_1_clk Out_2_clk Link_PWRDWN Frx1 2 SM7745DV125M Rx39 CLK125 CLK 3 EN 1 GND 2 VCC nSTATUS VCC VCC VCC VCC VCC VCC VCC VCC VCC VREFB1AN0 VREFB1CN0 VREFB2AN0 VREFB2CN0 VREFB3AN0 VREFB3CN0 VREFB4AN0 VREFB4CN0 VREFB5AN0 VREFB5CN0 VREFB6AN0 VREFB6CN0 VREFB7AN0 VREFB7CN0 VREFB8AN0 VREFB8CN0 nCEO nCE nCONFIG nCSO nIO_PULLUP VCC VCC_CLKIN3C VCC_CLKIN4C VCC_CLKIN7C VCC_CLKIN8C VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCCPD2C VCCPD3A VCCPD3C VCCPD4A VCCPD4C VCCPD5A VCCPD5C VCCPD6A VCCPD6C VCCPD7A VCCPD7C VCCPD8A VCCPD8C VCCPGM VCCPGM VCCPT VCCPT VCCPT VCCPT VCCPT VCCPT VCCR_L VCCR_L VCCR_R VCCR_R VCCT_L VCCT_L VCCT_R VCCT_R VCC VCC VCC VCCIO5A VCCIO5A VCCIO5C VCCIO5C VCCIO6A VCCIO6A VCCIO6A VCCIO6C VCCIO6C VCCIO7A VCCIO7A VCCIO7A VCCIO7A VCCIO7C VCCIO7C VCCIO8A VCCIO8A VCCIO8A VCCIO8A VCCIO8C VCCIO8C VCCL_GXBL0 VCCL_GXBL0 VCCL_GXBL1 VCCL_GXBL1 VCCL_GXBR0 VCCL_GXBR0 VCCL_GXBR1 VCCL_GXBR1 VCCPD1A VCCPD1C VCCPD2A VCCHIP_L VCCHIP_L VCCHIP_R VCCHIP_R VCCHIP_R VCCH_GXBL0 VCCH_GXBL1 VCCH_GXBR0 VCCH_GXBR1 VCCIO1A VCCIO1A VCCIO1A VCCIO1C VCCIO1C VCCIO2A VCCIO2A VCCIO2A VCCIO2C VCCIO2C VCCIO3A VCCIO3A VCCIO3A VCCIO3A VCCIO3C VCCIO3C VCCIO4A VCCIO4A VCCIO4A VCCIO4A VCCIO4C VCCIO4C VCCIO5A RREF4 TCK TDI TDO TEMPDIODEn TEMPDIODEp TMS TRST VCCAUX VCCAUX VCCAUX VCCAUX VCCA_L VCCA_L VCCA_PLL_B1 VCCA_PLL_L2 VCCA_PLL_R2 VCCA_PLL_T1 VCCA_R VCCA_R VCCBAT VCCD_PLL_B1 VCCD_PLL_L2 VCCD_PLL_R2 VCCD_PLL_T1 VCCHIP_L MSEL1 MSEL2 PORSEL clkin_bisn clkin_bis GXB_GND* GXB_GND* GXB_GND* GXB_GND* GXB_GND* GXB_GND* clkinn clkin GXB_GND* GXB_GND* GXB_GND* GXB_GND* GXB_GND* GXB_GND* RREF1 RREF2 RREF3 HOLDout_7 ALTERA_DATA0 GND* Out_1_21 Out_1_15 GND* GND* GND* GND* GND* vme_addr_13 GND* GND* vme_data_28 Out_2_22 GND* vme_addr_17 vme_data_31 vme_addr_15 vme_data_0 vme_data_26 Out_2_12 vme_data_10 vme_data_1 Out_1_12 vme_addr_26 Out_2_4 Out_2_6 vme_data_13 Out_1_11 MSEL0 Out_2_5 vme_addr_9 vme_data_27 GND* GND* HOLDout_5 GND* GND* GND* GND* InternalAUX_4 GND* GND* GND* GND* Out_2_21 vme_data_24 vme_addr_11 GND* GND* GND* GND* HOLDout_4 debug_3 InternalAUX_3 GND* GND* GND* GND* GND* GND* debug_4 Out_2_14 InternalAUX_5 InternalAUX_11 GND* GND* GND* GND* GND* GND* GND* GND* GND* InternalAUX_1 HOLDout_1 GND* GND* GND* Out_1_14 Out_1_22 GND* GND* debug_5 GND* GND* GND* GND* InternalAUX_13 GND* Out_1_4 GND* GND* GND* GND* GND* HOLDout_2 debug_6 InternalAUX_12 debug_14 InternalAUX_14 GND* GND* GND* GND* GND* GND* GND* GND* GND* debug_16 debug_2 debug_7 GND* InternalAUX_6 debug_13 HOLDout_3 GND* GND* GND* GND* GND* GND* GND* debug_18 GND* GND* GND* GND* debug_11 GND* GND* GND* GND* InternalAUX_2 GND* GND* GND* GND* HOLDout_6 debug_12 GND* InternalAUX_7 GND* GND* GND* InternalAUX_10 FREEZE_in FREEZE_out GND* GND* GND* GND* GND* GND* GND* GND* GND* GND* GND* GND* GND* Out_1_23 GND* GND* GND* HOLDfromEDRO debug_9 GND* GND* GND* GND* GND* GND* GND* GND* GND* GND* Out_2_19 GND* GND* GND* GND* GND* vme_addr_8 GND* GND* GND* debug_19 GND* GND* GND* GND* GND* GND* GND* GND* GND* GND* GND* vme_write_read Out_1_20 Out_2_20 GND* GND* vme_addr_10 GND* GND* GND* GND* Out_2_1 Out_1_1 Out_2_0 Out_1_0 GND* GND* GND* calblkin GND* GND* GND* Out_1_19 GND* GND* GND* GND* GND* GND* debug_10 InternalAUX_8 GND* GND* GND* GND* GND* GND* GND* GND* GND* GND* GND* GND* vme_data_19 GND* vme_data_9 master_clock0 vme_data_5 GND* GND* GND* Out_2_3 Out_1_3 Out_1_2 calblkin_bis GND* GND* GND* GND* GND* Out_2_8 GND* GND* vme_data_23 vme_addr_16 vme_data_15 vme_addr_25 vme_addr_24 GND* HOLDout_0 GND* GND* GND* GND* GND* Out_2_2 GND* vme_addr_14 GND* GND* GND* GND* GND* GND* Out_1_17 Out_1_9 vme_data_18 GND* GND* GND* vme_data_11 GND* vme_addr_7 GND* InternalAUX_0 GND* GND* GND* GND* GND* GND* LED2 GND* GND* GND* Out_1_18 GND* GND* GND* GND* Out_2_17 GND* vme_data_29 GND* GND* GND* Out_2_26 GND* GND* GND* GND* GND* GND* GND* Out_1_8 Out_2_9 GND* GND* GND* GND* vme_data_12 GND* GND* GND* GND* GND* Out_2_15 GND* vme_data_14 GND* GND* GND* GND* GND* InternalAUX_17 GND* GND* GND* GND* GND* vme_addr_4 GND* GND* vme_addr_5 GND* GND* vme_addr_12 GND* GND* vme_addr_20 GND* GND* GND* GND* Out_1_26 GND* GND* vme_addr_6 GND* GND* GND* vme_addr_3 GND* GND* GND* Out_1_clk GND* debug_17 InternalAUX_15 GND* GND* GND* GND* GND* Out_1_24 GND* Out_2_25 GND* GND* GND* GND* GND* debug_15 GND* GND* GND* GND* GND* vme_data_8 vme_data_6 vme_data_30 Out_2_10 Out_2_13 GND* GND* transceivers_OE vme_addr_2 GND* vme_data_7 Out_1_7 GND* vme_data_20 vme_data_22 vme_data_16 GND* GND* GND* GND* GND* Out_2_clk GND* GND* GND* vme_addr_23 Out_1_27 Out_2_27 GND* vme_data_17 vme_ds GND* GND* GND* GND* GND* GND* GND* GND* vme_data_21 LED1 GND* Out_2_11 vme_data_3 vme_data_4 Out_1_16 Out_2_16 Out_2_18 GND* LED3 GND* Out_2_7 vme_data_2 Out_1_5 vme_data_25 Out_1_13 Out_1_10 Out_1_25 GND* GND* dir_trans GND* Out_2_24 Out_1_6 datain_7 GND* Out_2_23 Link_PWRDWN GND* GND* GND* GND* GND* GND* InternalAUX_9 debug_8 InternalAUX_16 GND* GND* GND* GND* GND* GND* GND* datain_11 datain_0n datain_0 datain_1n datain_1 datain_2n datain_2 datain_3n datain_3 datain_4n datain_4 datain_5n datain_5 datain_6n datain_6 datain_7n datain_12n datain_12 datain_13n datain_13 datain_14n datain_14 datain_15n datain_15 datain_8n datain_8 datain_9n datain_9 datain_10n datain_10 datain_11n GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND ASDO vme_addr_19 GND+ rec_clk rec_clk_bis vme_addr_22 vme_addr_21 vme_addr_18 vme_as CONF_DONE DCLK DNU GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND clkin HS xx4 clkin_bisn HS xx4 clkin_bis rec_clk TTL rec_clk_bis TTL +3.3V TTL +3.3V TTL calblkin_bis TTL +3.3V TTL +3.3V master_clock0 TTL +3.3V TTL TTL +3.3V HS xx3 2.5V +3.0V +3.0V +3.0V +3.0V +3.0V +3.0V +3.0V +3.3V TTL HS xx3 clkinn calblkin 0.9V 2.5V 2.5V 2.5V 0.9V 1.5V +3.0V 1.5V 1.1V TTL RREF4 TTL NIO_PULLUP TTL GXB_GND* TTL PORSEL TRST TTL +3.0V HOLDfromEDRO GND+ GND* VREFB3AN0 VREFB3CN0 VREFB4AN0 VREFB4CN0 VREFB5AN0 VREFB5CN0 VREFB6AN0 VREFB6CN0 VREFB7AN0 VREFB7CN0 VREFB8AN0 VREFB8CN0 TEMPDIODEn TEMPDIODEp TTL RREF1 TTL RREF2 TTL RREF3 VCCPD7C VCCPD8C VCCPGM VCC_CLKIN3C VCC_CLKIN4C VCC_CLKIN7C VCC_CLKIN8C VCCA_L VCCA_R VCCAUX VCCA_PLL_T1 VCCA_PLL_L2 VCCA_PLL_R2 VCCA_PLL_B1 VCCR_L VCCR_R VCCT_L VCCT_R VCCL_GXBR1 VCCL_GXBR0 VCCL_GXBL1 VCCL_GXBL0 VCCH_GXBR1 VCCH_GXBR0 VCCH_GXBL1 VCCH_GXBL0 VCCPT VCCBAT VREFB1AN0 VREFB1CN0 VREFB2AN0 VREFB2CN0 VCCHIP_R VCC VCCIO4A VCCIO3A VCCIO2A VCCIO1A VCCIO5A VCCIO6A VCCIO7A VCCIO8A VCCIO4C VCCIO3C VCCIO2C VCCIO1C VCCIO5C VCCIO6C VCCIO7C VCCIO8C VCCPD4A VCCPD3A VCCPD2A VCCPD1A VCCPD5A VCCPD6A VCCPD7A VCCPD8A VCCPD4C VCCPD3C VCCPD2C VCCPD1C VCCPD5C VCCPD6C Out_1_26 Out_1_27 2_OUT[28:0] Out_2_0 Out_2_1 Out_2_2 Out_2_3 Out_2_4 Out_2_5 Out_2_6 Out_2_7 Out_2_8 Out_2_9 Out_2_10 Out_2_11 Out_2_12 Out_2_13 Out_2_14 Out_2_15 Out_2_16 Out_2_17 Out_2_18 Out_2_19 Out_2_20 Out_2_21 Out_2_22 Out_2_23 Out_2_24 Out_2_25 Out_2_26 Out_2_27 VCCHIP_L InternalAUX_13 InternalAUX_14 InternalAUX_15 InternalAUX_16 InternalAUX_17 1_OUT[28:0] Out_1_0 Out_1_1 Out_1_2 Out_1_3 Out_1_4 Out_1_5 Out_1_6 Out_1_7 Out_1_8 Out_1_9 Out_1_10 Out_1_11 Out_1_12 Out_1_13 Out_1_14 Out_1_15 Out_1_16 Out_1_17 Out_1_18 Out_1_19 Out_1_20 Out_1_21 Out_1_22 Out_1_23 Out_1_24 Out_1_25 datain_13 pp14 HS datain_13n pp14 HS datain_14 pp15 HS datain_14n pp15 HS datain_15 pp16 HS datain_15n pp16 HS Internal_AUX[17:0] InternalAUX_0 InternalAUX_1 InternalAUX_2 InternalAUX_3 InternalAUX_4 InternalAUX_5 InternalAUX_6 InternalAUX_7 InternalAUX_8 InternalAUX_9 InternalAUX_10 InternalAUX_11 InternalAUX_12 pp8 HS datain_8 pp9 HS datain_8n pp9 HS datain_9 pp10 HS datain_9n pp10 HS datain_10 pp11 HS datain_10n pp11 HS datain_11 pp12 HS datain_11n pp12 HS datain_12 pp13 HS datain_12n pp13 HS HS datain_2n pp3 HS datain_3 pp4 HS datain_3n pp4 HS datain_4 pp5 HS datain_4n pp5 HS datain_5 pp6 HS datain_5n pp6 HS datain_6 pp7 HS datain_6n pp7 HS datain_7 pp8 HS datain_7n VME_AUX[10:0] vme_write_read vme_as vme_ds dir_trans transceivers_OE HOLDfromRx[7:0] HOLDout_5 HOLDout_6 HOLDout_0 HOLDout_1 HOLDout_2 HOLDout_3 HOLDout_4 HOLDout_7 FREEZE_in FREEZE_out Rx[31:0] datain_0 pp1 HS datain_0n pp1 HS datain_1 pp2 HS datain_1n pp2 HS datain_2 pp3 vme_data_26 vme_data_27 vme_data_28 vme_data_29 vme_data_30 vme_data_31 VME_Addr[26:2] vme_addr_2 vme_addr_3 vme_addr_4 vme_addr_5 vme_addr_6 vme_addr_7 vme_addr_8 vme_addr_9 vme_addr_10 vme_addr_11 vme_addr_12 vme_addr_13 vme_addr_14 vme_addr_15 vme_addr_16 vme_addr_17 vme_addr_18 vme_addr_19 vme_addr_20 vme_addr_21 vme_addr_22 vme_addr_23 vme_addr_24 vme_addr_25 vme_addr_26 vme_data_0 vme_data_1 vme_data_2 NCE TTL nCSO TTL vme_data_3 vme_data_4 vme_data_5 vme_data_6 vme_data_7 vme_data_8 vme_data_9 vme_data_10 vme_data_11 vme_data_12 vme_data_13 vme_data_14 vme_data_15 vme_data_16 vme_data_17 vme_data_18 vme_data_19 vme_data_20 vme_data_21 vme_data_22 vme_data_23 vme_data_24 vme_data_25 CONF_DONE TTL +3.0V NCONFIG TTL GND GND TTL ASDO TTL DCLK ALTERA_DATA0 TTL nCSO TTL CONF_DONE TTL DCLK TTL NCONFIG TTL ALTERA_DATA0 TTL ASDO TTL VME_Data[31:0] TDO TTL TMS GND GND NCE TTL MSEL2 TTL MSEL0 TTL MSEL1 TTL NSTATUS TTL +3.0V +3.0V TTL debug_18 TTL debug_19 VCCD_PLL_L2 VCCD_PLL_R2 VCCD_PLL_T1 VCCD_PLL_B1 LED2 TTL LED1 TTL LED3 TTL +3.3V TTL TDI TTL TCK TTL TTL debug_2 TTL debug_3 TTL debug_4 TTL debug_5 TTL debug_6 TTL debug_7 TTL debug_8 TTL debug_9 TTL debug_10 TTL debug_11 TTL debug_12 TTL debug_13 TTL debug_14 TTL debug_15 TTL debug_16 TTL debug_17

Upload: others

Post on 22-Aug-2020

2 views

Category:

Documents


0 download

Report

TRANSCRIPT

Page 1: POWERbogdan/FTK_Rear_VME_Access/doc/... · 2011. 9. 19. · POWER FPGA 12 Rear Transition VME Card 2743 Rx FPGA 1.5Vcc DATE: Drawn by Sheet TIME: 0.9Vcc 3.0Vcc 2.5Vcc 1.1Vcc M.Bogdan

POWERFPGA

12

Rear Transition VME Card

2743

Rx FPGA

1.5Vcc

DATE:

Drawn by

Sheet

TIME:

0.9Vcc

3.0Vcc

2.5Vcc

1.1Vcc

M.Bogdan

M.Bogdan

C

1.4Vcc

QA CHK

R&D CHK

A

Engineer

of

TITLE

REVDRW.

Size

SM7745DV-100.0M

SM7745HV-50.0M

SM7745HV-50.0M

The University of Chicago5640 S. Ellis Ave.Chicago, IL 60637

A

9/19/11

11:17 am

Sheet 12

USB-BlasterJTAG Connector

5

567

10KRx11

1K Rx14

GXB1rx10K

3

30

0

18

Rx161K

Frx27

Frx29

VCCIOrx

10KTRSTrx

VCCRTL_LRGXBrx

RREF1rx2K

Frx14

Frx110

11

28

8

2

181920

0Rx10

01

9

VCCPTrx 10KnCErx

24

Trx06

8

VCCIOrx

VCCIOrx

1

1617

31

0

10

1213

7

25

0

10

4

Trx011

Trx012

Trx013

Rx150

31

23

1

25

910

2KRREF4rx

27

3

2

21

VCCIOrx

6

1KRx8

26

17

22

nCONFIG_AM34

nCSO_AM2

nIO_PULLUP_AN2

nSTATUS_AM33

15

1

17

MSEL0rx 0

VREFB5AN0_AF8VREFB5CN0_AC9VREFB6AN0_K9VREFB6CN0_R9VREFB7AN0_G14VREFB7CN0_F16VREFB8AN0_H20VREFB8CN0_G19

nCEO_AL3

nCE_AN34

VCC_Y20

VCC_Y27

VCC_Y8

VREFB1AN0_M25VREFB1CN0_R26VREFB2AN0_AE25VREFB2CN0_AB25VREFB3AN0_AG20VREFB3CN0_AH19VREFB4AN0_AG14VREFB4CN0_AJ16

VCC_V18VCC_V20

VCC_W15VCC_W17VCC_W19VCC_W21

VCC_W27

VCC_W8

VCC_Y14VCC_Y16VCC_Y18

VCC_T27

VCC_T8

VCC_U15

VCC_U17

VCC_U19VCC_U21

VCC_U27

VCC_U8

VCC_V14VCC_V16

VCC_P16VCC_P18VCC_P20

VCC_R15VCC_R17VCC_R19VCC_R21

VCC_T14VCC_T16VCC_T18VCC_T20

VCCT_R_AA5VCCT_R_R5

VCC_AA15VCC_AA17VCC_AA19VCC_AA21

VCC_CLKIN3C_AJ18VCC_CLKIN4C_AG17VCC_CLKIN7C_H17VCC_CLKIN8C_F18

VCC_P14

VCCPT_U12

VCCPT_U23

VCCPT_V12

VCCPT_V23

VCCR_L_N30VCCR_L_W30

VCCR_R_N5VCCR_R_W5

VCCT_L_AA30VCCT_L_R30

VCCPD5C_W13VCCPD6A_N13VCCPD6C_U13VCCPD7A_N15VCCPD7C_N17VCCPD8A_N21VCCPD8C_N19

VCCPGM_AH10VCCPGM_AK26

VCCPT_AH17

VCCPT_G17

VCCL_GXBR1_R7VCCL_GXBR1_T7

VCCPD1A_P22VCCPD1C_T22VCCPD2A_AB22VCCPD2C_V22VCCPD3A_AB20VCCPD3C_AB18VCCPD4A_AB14VCCPD4C_AB16VCCPD5A_AA13

VCCIO8A_F24VCCIO8A_G21

VCCIO8C_A19VCCIO8C_E18

VCCL_GXBL0_V28VCCL_GXBL0_W28VCCL_GXBL1_R28VCCL_GXBL1_T28VCCL_GXBR0_V7VCCL_GXBR0_W7

VCCIO6A_J6

VCCIO6C_M9VCCIO6C_T12

VCCIO7A_C11VCCIO7A_C8VCCIO7A_F12VCCIO7A_G15

VCCIO7C_A16VCCIO7C_F17

VCCIO8A_C24VCCIO8A_C27

VCCIO4A_AM12VCCIO4A_AM9

VCCIO4C_AJ17VCCIO4C_AP16

VCCIO5A_AE11

VCCIO5A_AH6VCCIO5A_AH9

VCCIO5C_AC8VCCIO5C_Y11

VCCIO6A_F8VCCIO6A_J11

VCCIO2C_AB24VCCIO2C_AC27

VCCIO3A_AH21VCCIO3A_AJ24

VCCIO3A_AM24VCCIO3A_AM27

VCCIO3C_AK18VCCIO3C_AP19

VCCIO4A_AH15VCCIO4A_AJ11

VCCH_GXBL1_T29VCCH_GXBR0_W6VCCH_GXBR1_T6

VCCIO1A_F27VCCIO1A_J24VCCIO1A_N24

VCCIO1C_M27VCCIO1C_T23

VCCIO2A_AC23VCCIO2A_AE26VCCIO2A_AH27

VCCD_PLL_B1_AG18VCCD_PLL_L2_V24VCCD_PLL_R2_U11VCCD_PLL_T1_H18

VCCHIP_L_V26VCCHIP_L_W26VCCHIP_L_Y26

VCCHIP_R_V9VCCHIP_R_W9VCCHIP_R_Y9

VCCH_GXBL0_W29

VCCAUX_J22

VCCA_L_AC30VCCA_L_U30

VCCA_PLL_B1_AH18VCCA_PLL_L2_U24VCCA_PLL_R2_V11VCCA_PLL_T1_G18

VCCA_R_AC5VCCA_R_U5

VCCBAT_E9

RREF_R1_D1

TCK_B34

TDI_B32

TDO_B33

TEMPDIODEn_A3TEMPDIODEp_B3

TMS_A33TRST_C32

VCCAUX_AF22VCCAUX_AK9VCCAUX_G10

REFCLK_R0n_AD1REFCLK_R0p_AD2

REFCLK_R1n_AB1REFCLK_R1p_AB2

REFCLK_R2n_M1REFCLK_R2p_M2

REFCLK_R3n_K1REFCLK_R3p_K2

RREF_L0_AK34RREF_L1_D34RREF_R0_AK1

NC_M22

PORSEL_AN33

REFCLK_L0n_AD34REFCLK_L0p_AD33

REFCLK_L1n_AB34REFCLK_L1p_AB33

REFCLK_L2n_M34REFCLK_L2p_M33

REFCLK_L3n_K34REFCLK_L3p_K33

NC_L15NC_L20NC_L21

NC_M13NC_M14NC_M15NC_M16NC_M17NC_M19NC_M20NC_M21

NC_J23

NC_K12NC_K13NC_K14NC_K15NC_K20NC_K21NC_K22NC_K23

NC_L12NC_L14

NC_AP32

NC_AP33

NC_C31NC_C4

NC_E26NC_E27

NC_H23

NC_J12NC_J13NC_J14

NC_AK32

NC_AL30NC_AL31

NC_AL4

NC_AM31NC_AM32

NC_AM4

NC_AN3NC_AN32

NC_AP2

NC_AP3

NC_AE13NC_AE14NC_AE20NC_AE21NC_AE22

NC_AF13

NC_AJ3

NC_AJ31NC_AJ32

NC_AJ4

NC_AK3

NC_AC16NC_AC17NC_AC19NC_AC20NC_AC21NC_AC22

NC_AD14NC_AD15NC_AD20NC_AD21

IO_Y23IO_Y24

IO_Y25MSEL0_B2MSEL1_C3MSEL2_B1

NC_A2

NC_A32

NC_AC13NC_AC14NC_AC15

IO_U26

IO_U9

IO_V10

IO_V25

IO_W11

IO_W12

IO_W23

IO_W24

IO_Y10

IO_Y12

IO_Y22

IO_R13

IO_R23IO_R24

IO_R25

IO_T11

IO_T24

IO_T26

IO_T9

IO_U10

IO_U25IO_N8IO_N9

IO_P11IO_P12

IO_P23IO_P24

IO_P26

IO_P9

IO_R10IO_R11

IO_R12

IO_M5IO_M6

IO_M7

IO_M8

IO_N10

IO_N11IO_N12

IO_N23

IO_N25IO_N26

IO_N27

IO_M10

IO_M11IO_M12

IO_M18

IO_M23

IO_M24

IO_M26

IO_M28IO_M29

IO_M30

IO_L18

IO_L23

IO_L24

IO_L26IO_L27

IO_L29

IO_L30

IO_L5

IO_L6

IO_L8

IO_L9

IO_K26IO_K27

IO_K28IO_K29

IO_K30

IO_K5

IO_K6

IO_K7

IO_K8

IO_L11

IO_L17

IO_J8

IO_J9

IO_K10IO_K11

IO_K16

IO_K17

IO_K18

IO_K19

IO_K24

IO_K25

IO_J19

IO_J20

IO_J21

IO_J25

IO_J26

IO_J27

IO_J28IO_J29

IO_J30

IO_J5

IO_J7

IO_H26

IO_H27

IO_H29

IO_H6

IO_H8

IO_H9

IO_J10

IO_J15

IO_J16

IO_J17

IO_J18

IO_G6IO_G7

IO_G8

IO_G9

IO_H11

IO_H12

IO_H14IO_H15

IO_H21

IO_H24

IO_G13

IO_G16

IO_G20

IO_G22

IO_G23IO_G24

IO_G25

IO_G26

IO_G27

IO_G28IO_G29

IO_F22

IO_F23

IO_F25

IO_F26

IO_F28IO_F29

IO_F6IO_F7

IO_F9

IO_G11

IO_G12

IO_E6

IO_E8

IO_F10

IO_F11

IO_F13

IO_F14

IO_F15

IO_F19IO_F20

IO_F21

IO_D9

IO_E11

IO_E12

IO_E14

IO_E15

IO_E17

IO_E20

IO_E21

IO_E23

IO_E24

IO_E29

IO_D22

IO_D23

IO_D24

IO_D25

IO_D26IO_D27

IO_D28

IO_D29

IO_D6

IO_D7

IO_D8

IO_D12

IO_D13

IO_D14

IO_D15

IO_D16

IO_D17

IO_D18

IO_D19

IO_D20

IO_D21

IO_C25

IO_C26

IO_C28

IO_C29IO_C30

IO_C5IO_C6

IO_C7

IO_C9

IO_D10

IO_D11

IO_C13

IO_C14IO_C15

IO_C16IO_C17

IO_C18

IO_C19

IO_C20IO_C21

IO_C22

IO_C23

IO_B26

IO_B27

IO_B29IO_B30

IO_B5

IO_B6

IO_B8

IO_B9

IO_C10

IO_C12

IO_AP9

IO_B11

IO_B12

IO_B14

IO_B15

IO_B17

IO_B18

IO_B20

IO_B21

IO_B23

IO_B24

IO_AP26

IO_AP27IO_AP28

IO_AP29IO_AP30

IO_AP31

IO_AP4IO_AP5

IO_AP6

IO_AP7

IO_AP8

IO_AP14

IO_AP15

IO_AP17

IO_AP18

IO_AP20

IO_AP21

IO_AP22IO_AP23

IO_AP24

IO_AP25

IO_AN27

IO_AN29IO_AN30

IO_AN5

IO_AN6

IO_AN8

IO_AN9

IO_AP10

IO_AP11

IO_AP12

IO_AP13IO_AN11

IO_AN12

IO_AN14

IO_AN15

IO_AN17

IO_AN18

IO_AN20

IO_AN21

IO_AN23

IO_AN24

IO_AN26

IO_AM23

IO_AM25

IO_AM26

IO_AM28

IO_AM29IO_AM30

IO_AM5IO_AM6

IO_AM7

IO_AM8

IO_AM11

IO_AM13

IO_AM14IO_AM15

IO_AM16IO_AM17

IO_AM18

IO_AM19

IO_AM20IO_AM21

IO_AM22

IO_AL25

IO_AL26IO_AL27

IO_AL28

IO_AL29

IO_AL5

IO_AL6

IO_AL7

IO_AL8IO_AL9IO_AM10

IO_AL15

IO_AL16

IO_AL17

IO_AL18

IO_AL19

IO_AL20

IO_AL21

IO_AL22

IO_AL23

IO_AL24

IO_AK23

IO_AK24

IO_AK27

IO_AK29

IO_AK6

IO_AK8

IO_AL10

IO_AL11

IO_AL12

IO_AL13

IO_AL14

IO_AJ6IO_AJ7

IO_AJ8

IO_AJ9

IO_AK11

IO_AK12

IO_AK14

IO_AK15

IO_AK17

IO_AK20

IO_AK21

IO_AJ19IO_AJ20

IO_AJ21

IO_AJ22

IO_AJ23

IO_AJ25

IO_AJ26

IO_AJ27

IO_AJ28IO_AJ29

IO_AH25

IO_AH26

IO_AH28IO_AH29

IO_AH7

IO_AH8

IO_AJ10

IO_AJ12

IO_AJ13

IO_AJ14

IO_AJ15

IO_AG8IO_AG9

IO_AH11IO_AH12

IO_AH13

IO_AH14

IO_AH16

IO_AH20

IO_AH22

IO_AH23IO_AH24

IO_AG11

IO_AG12

IO_AG15

IO_AG21

IO_AG23

IO_AG24

IO_AG26IO_AG27

IO_AG29

IO_AG6

IO_AF21

IO_AF23

IO_AF24

IO_AF25

IO_AF26IO_AF27

IO_AF28

IO_AF29

IO_AF6

IO_AF7

IO_AF9

IO_AE9

IO_AF10

IO_AF11

IO_AF12

IO_AF14IO_AF15

IO_AF16

IO_AF17

IO_AF18

IO_AF19

IO_AF20

IO_AE18

IO_AE19

IO_AE23

IO_AE24

IO_AE27

IO_AE28

IO_AE29

IO_AE6

IO_AE7

IO_AE8

IO_AD26

IO_AD27

IO_AD29

IO_AD6

IO_AD8IO_AD9

IO_AE10

IO_AE12

IO_AE15

IO_AE16

IO_AE17

IO_AC26

IO_AC28

IO_AC29

IO_AC6

IO_AC7

IO_AD11

IO_AD12

IO_AD17

IO_AD18

IO_AD23

IO_AD24

IO_AB29

IO_AB6

IO_AB8

IO_AB9IO_AC10

IO_AC11IO_AC12

IO_AC18

IO_AC24

IO_AC25

IO_AA24

IO_AA26IO_AA27

IO_AA8IO_AA9

IO_AB10IO_AB11

IO_AB12

IO_AB23

IO_AB26

IO_AB27

IO_A30

IO_A31

IO_A4IO_A5

IO_A6

IO_A7

IO_A8

IO_A9

IO_AA11

IO_AA12

IO_AA23

IO_A20

IO_A21

IO_A22IO_A23

IO_A24

IO_A25IO_A26

IO_A27IO_A28

IO_A29

GXB_TX_R6p_G4

GXB_TX_R7n_E3GXB_TX_R7p_E4

IO_A10

IO_A11

IO_A12

IO_A13

IO_A14

IO_A15

IO_A17

IO_A18

GXB_TX_R1n_AE3GXB_TX_R1p_AE4

GXB_TX_R2n_W3GXB_TX_R2p_W4

GXB_TX_R3n_U3GXB_TX_R3p_U4

GXB_TX_R4n_R3GXB_TX_R4p_R4

GXB_TX_R5n_N3GXB_TX_R5p_N4

GXB_TX_R6n_G3

GXB_TX_L4n_R32GXB_TX_L4p_R31

GXB_TX_L5n_N32GXB_TX_L5p_N31

GXB_TX_L6n_G32GXB_TX_L6p_G31

GXB_TX_L7n_E32GXB_TX_L7p_E31

GXB_TX_R0n_AG3GXB_TX_R0p_AG4

GXB_RX_R6p_H2

GXB_RX_R7n_F1GXB_RX_R7p_F2

GXB_TX_L0n_AG32GXB_TX_L0p_AG31

GXB_TX_L1n_AE32GXB_TX_L1p_AE31

GXB_TX_L2n_W32GXB_TX_L2p_W31

GXB_TX_L3n_U32GXB_TX_L3p_U31

GXB_RX_R1n_AF1GXB_RX_R1p_AF2

GXB_RX_R2n_Y1GXB_RX_R2p_Y2

GXB_RX_R3n_V1GXB_RX_R3p_V2

GXB_RX_R4n_T1GXB_RX_R4p_T2

GXB_RX_R5n_P1GXB_RX_R5p_P2

GXB_RX_R6n_H1

GXB_RX_L4n_T34GXB_RX_L4p_T33

GXB_RX_L5n_P34GXB_RX_L5p_P33

GXB_RX_L6n_H34GXB_RX_L6p_H33

GXB_RX_L7n_F34GXB_RX_L7p_F33

GXB_RX_R0n_AH1GXB_RX_R0p_AH2

GXB_CMUTX_R2p_L4

GXB_CMUTX_R3n_J3GXB_CMUTX_R3p_J4

GXB_RX_L0n_AH34GXB_RX_L0p_AH33

GXB_RX_L1n_AF34GXB_RX_L1p_AF33

GXB_RX_L2n_Y34GXB_RX_L2p_Y33

GXB_RX_L3n_V34GXB_RX_L3p_V33

GXB_CMUTX_L1n_AA32GXB_CMUTX_L1p_AA31

GXB_CMUTX_L2n_L32GXB_CMUTX_L2p_L31

GXB_CMUTX_L3n_J32GXB_CMUTX_L3p_J31

GXB_CMUTX_R0n_AC3GXB_CMUTX_R0p_AC4

GXB_CMUTX_R1n_AA3GXB_CMUTX_R1p_AA4

GXB_CMUTX_R2n_L3

GND_Y3

GND_Y30GND_Y31GND_Y32

GND_Y4GND_Y5GND_Y6GND_Y7

GXB_CMUTX_L0n_AC32GXB_CMUTX_L0p_AC31

GND_W22GND_W25

GND_W33GND_W34

GND_Y13GND_Y15GND_Y17GND_Y19GND_Y21

GND_Y28GND_Y29

GND_V4GND_V5GND_V6GND_V8

GND_W1

GND_W10GND_W14GND_W16GND_W18

GND_W2

GND_W20

GND_V13GND_V15GND_V19GND_V21

GND_V27GND_V29

GND_V3

GND_V30GND_V31GND_V32

GND_U16

GND_U18

GND_U2

GND_U20GND_U22

GND_U28GND_U29GND_U33GND_U34

GND_U6GND_U7

GND_T19GND_T21GND_T25

GND_T3

GND_T30GND_T31GND_T32

GND_T4GND_T5

GND_U1

GND_U14

GND_R27GND_R29GND_R33GND_R34

GND_R6GND_R8

GND_T10GND_T13GND_T15GND_T17

GND_P5

GND_P6GND_P7GND_P8

GND_R1

GND_R14GND_R16GND_R18

GND_R2

GND_R20GND_R22

GND_P19GND_P21GND_P25

GND_P27GND_P28GND_P29

GND_P3

GND_P30GND_P31GND_P32

GND_P4

GND_N18

GND_N2

GND_N20GND_N22

GND_N33GND_N34

GND_P10GND_P13GND_P15GND_P17

GND_L28

GND_L33GND_L34

GND_L7

GND_M3

GND_M31GND_M32

GND_M4

GND_N1

GND_N14GND_N16

GND_K31GND_K32

GND_K4

GND_L1

GND_L10GND_L13GND_L16GND_L19

GND_L2

GND_L22GND_L25

GND_H31GND_H32

GND_H4

GND_H5

GND_H7

GND_J1GND_J2

GND_J33GND_J34

GND_K3

GND_G34

GND_G5

GND_H10GND_H13GND_H16GND_H19GND_H22GND_H25GND_H28

GND_H3

GND_H30

GND_E7

GND_F3

GND_F30GND_F31GND_F32

GND_F4GND_F5

GND_G1GND_G2

GND_G30GND_G33

GND_E16GND_E19

GND_E2

GND_E22

GND_E25GND_E28

GND_E30GND_E33GND_E34

GND_E5

GND_D2GND_D3

GND_D30GND_D31GND_D32GND_D33

GND_D4GND_D5

GND_E1

GND_E10GND_E13

GND_B19GND_B22GND_B25GND_B28GND_B31

GND_B4GND_B7

GND_C1GND_C2

GND_C33GND_C34

GND_AN19GND_AN22GND_AN25GND_AN28GND_AN31

GND_AN4GND_AN7

GND_B10GND_B13GND_B16

GND_AK4

GND_AK5

GND_AK7

GND_AL1

GND_AL2

GND_AL33GND_AL34

GND_AN1

GND_AN10GND_AN13GND_AN16

GND_AK10GND_AK13GND_AK16GND_AK19

GND_AK2

GND_AK22GND_AK25GND_AK28

GND_AK30

GND_AK31

GND_AK33

GND_AH31GND_AH32

GND_AH4GND_AH5

GND_AJ1GND_AJ2

GND_AJ30GND_AJ33GND_AJ34

GND_AJ5

GND_AG2

GND_AG22GND_AG25GND_AG28

GND_AG30GND_AG33GND_AG34

GND_AG5

GND_AG7

GND_AH3

GND_AH30

GND_AF3

GND_AF30GND_AF31GND_AF32

GND_AF4GND_AF5

GND_AG1

GND_AG10GND_AG13GND_AG16GND_AG19

GND_AD32

GND_AD4GND_AD5

GND_AD7

GND_AE1GND_AE2

GND_AE30GND_AE33GND_AE34

GND_AE5

GND_AC34

GND_AD10GND_AD13GND_AD16GND_AD19GND_AD22GND_AD25GND_AD28

GND_AD3

GND_AD30GND_AD31

GND_AB28

GND_AB3

GND_AB30GND_AB31GND_AB32

GND_AB4GND_AB5

GND_AB7

GND_AC1GND_AC2

GND_AC33

GND_AA20GND_AA22GND_AA25

GND_AA33GND_AA34

GND_AB13GND_AB15GND_AB17GND_AB19GND_AB21

CLK8n_AA6CLK8p_AA7

CONF_DONE_AL32

DCLK_AM3

DNU_V17

GND_AA1

GND_AA10GND_AA14GND_AA16GND_AA18

GND_AA2

1112

EP4SGX70

Rx

ASDO_AM1

CLK10n_N6CLK10p_N7

CLK1n_N29CLK1p_N28

CLK3n_AA29CLK3p_AA28

567

34

1

2

VCC

VCCAUX

VCCA_LR

VCCA_PLL

VCCD_PLL

VCCH_GXB

VCCIO

VCCPT

VCCRTL_LRGXB

VCC_CLKIN

20

21

23

87

24

4

0

2

Trx010

232425

29

13

Trx05

Trx07

4

24

16

262728

2930

nCONFIGrx 10K

Frx26

12

0MSEL1rx

28

3IN2

1VCC

Trx014

14

11

Rx910K

Rx55

MAX9112ESA

8D1n

7D1p

6D2n

5D2p

4GND

2IN1

3

Y18

Y25

+3.3V

1819

50 Rx45

+3.3V

CDCLVC1103

Rx441G

2

GND4

IN1

NC7

VDD6

Y0

2223

0.1uF

cap0603

Rx46

3

+3.3V

CLK125

Rx48SM7745DV125M

CLK

3

EN

1

GND

2

VCC

4

1uF

cap0603

Rx62

2

27

23

25

3

22Rx57

Rx52 0.01uF

cap0402

Trx08

Trx09

22

cap0402

0.01uFRx50

Rx5622

0.1uF

cap0603

Rx49

LEDrx

yellow

34

Trx02

Trx03

1

Frx25

Frx23

15

Trx01

Frx210

Frx24

Frx22

Trx04

Frx1

Rx1240

789

+3.3V

Rx1210K

Rx6022

22 Rx41

Rx4222

IN

7NC

6VDD

3Y0

8Y1

5Y2

+3.3V

0

Rx47

cap0603

1uF

Rx59

CDCLVC1103

21G

4GND

1

11

Rx43 22

VCCIOrx

Rx61

cap0603

0.1uF

Rx3

SM7745DV125M

Rx63

CLK125

CLK

3

EN

1

GND

2

VCC

4

VCCIOrx

VCCIOrx

Rx58 0.01uF

cap0402

240

cap0402

0.01uFRx54

22

Rx51

cap0603

0.1uF

0.1uF

cap0603

Rx40

LEDrx

12

22 Rx53

4

21

Trx019

Trx020

11

red

14

2KRREF2rx

VCCH_GXBrx

9

1615

6

5

8

56

910

8

0Rx17

5

4

2

1920

VCCIOrx

9

VCCIOrx

5

22

5

Frx28

17

2

2526

21

12

green

LEDrx

56

VCCIOrx

65

Trx0

12

1213

RREF3rx2K

19

17

Trx016

Trx018

10KCONF_DONErx

1413

240

1314

17

6

VCCA_LRrx

VCCAUXrx

10

Rx2

DCrx22 0.01uF

cap0402

cap0402

0.01uFDCrx23

7

3

4

cap0402

0.01uFDCrx21

DCrx16 0.01uF

cap0402

DCrx17 0.01uF

cap0402

7

3

cap0402

0.01uFDCrx15

DCrx11 0.01uF

cap0402

1

DCrx9 0.01uF

cap0402

cap0402

0.01uFDCrx10

DCrx5 0.01uF

cap0402

1516

DCrx3

DCrx4 0.01uF

cap0402

1617181920

cap0402

0.01uF

3

Frx21

VCCA_PLLrx

DCrx31 0.01uF

cap0402

2021

11

VCCrx VCCD_PLLrx

VCCIOrx

2627

15

2

Trx015

16

NC5 11

12NC6

13NC7

NC8 14

VCC11

2 VCC2

VCC3 9

7 nCS

nSTATUSrx 10K

EPCS64

Rx13

15ASDI

DATA8

DCLK 16

10GND

NC13

4 NC2

5 NC3

NC46

Frx17

Frx16

Frx18

VCC_CLKINrx

MSEL2rx 0

DCrx26 0.01uF

cap0402

Frx15

DCrx24 0.01uF

cap0402

cap0402

0.01uFDCrx25

cap0402

0.01uFDCrx20

VCCIOrx

Frx13

DCrx18

DCrx19 0.01uF

cap0402

DCrx14 0.01uF

cap0402

18

26

Frx19

cap0402

0.01uF

cap0402

0.01uFDCrx13

Rx31

cap0603

0.1uF

cap0402

0.01uFDCrx12

cap0402

cap0402

0.01uFDCrx8

15

0.01uFDCrx6

DCrx7 0.01uF

0.01uF

cap0402

cap0402

0.01uFDCrx30

14

cap0402

DCrx2 0.01uF

cap0402

DCrx29

DCrx27

cap0402

0.01uFDCrx1

DCrx28 0.01uF

cap0402

cap0402

0.01uF

22 Rt11 Rt1022

cap0402

0.01uFDCrx32

01

+3.3V

1413

10

24

28

Rx3222

22 Rx33

Rx3650

CDCLVC1103

21G

4GND

1IN

7NC

6VDD

3Y0

8Y1

5Y2

+3.3V

Rx37

cap0603

0.1uF

+3.3V

Rx354

22Rx34

1uF

cap0603

Rx38

Out_1_clk Out_2_clk

Link_PWRDWN

Frx12

SM7745DV125M

Rx39

CLK125

CLK

3

EN

1

GND

2

VCC

nSTATUS

VCC

VCC

VCC

VCCVCCVCCVCC

VCC

VCC

VREFB1AN0VREFB1CN0VREFB2AN0VREFB2CN0VREFB3AN0VREFB3CN0VREFB4AN0VREFB4CN0VREFB5AN0VREFB5CN0VREFB6AN0VREFB6CN0VREFB7AN0VREFB7CN0VREFB8AN0VREFB8CN0

nCEO

nCE

nCONFIG

nCSO

nIO_PULLUP

VCC

VCC_CLKIN3CVCC_CLKIN4CVCC_CLKIN7CVCC_CLKIN8C

VCCVCCVCCVCC

VCCVCCVCCVCC

VCCVCCVCCVCC

VCC

VCC

VCC

VCC

VCCVCC

VCC

VCC

VCCVCCVCCVCC

VCCVCCVCC

VCCPD2CVCCPD3AVCCPD3CVCCPD4AVCCPD4CVCCPD5AVCCPD5CVCCPD6AVCCPD6CVCCPD7AVCCPD7CVCCPD8AVCCPD8C

VCCPGMVCCPGM

VCCPT

VCCPTVCCPT

VCCPT

VCCPT

VCCPT

VCCR_LVCCR_L

VCCR_RVCCR_R

VCCT_LVCCT_LVCCT_RVCCT_R

VCCVCCVCC

VCCIO5AVCCIO5A

VCCIO5CVCCIO5C

VCCIO6AVCCIO6AVCCIO6A

VCCIO6CVCCIO6C

VCCIO7AVCCIO7AVCCIO7AVCCIO7A

VCCIO7CVCCIO7C

VCCIO8AVCCIO8A

VCCIO8AVCCIO8A

VCCIO8CVCCIO8C

VCCL_GXBL0VCCL_GXBL0VCCL_GXBL1VCCL_GXBL1VCCL_GXBR0VCCL_GXBR0

VCCL_GXBR1VCCL_GXBR1

VCCPD1AVCCPD1CVCCPD2A

VCCHIP_LVCCHIP_L

VCCHIP_RVCCHIP_RVCCHIP_R

VCCH_GXBL0VCCH_GXBL1VCCH_GXBR0VCCH_GXBR1

VCCIO1AVCCIO1AVCCIO1A

VCCIO1CVCCIO1C

VCCIO2AVCCIO2AVCCIO2A

VCCIO2CVCCIO2C

VCCIO3AVCCIO3A

VCCIO3AVCCIO3A

VCCIO3CVCCIO3C

VCCIO4AVCCIO4AVCCIO4AVCCIO4A

VCCIO4CVCCIO4C

VCCIO5A

RREF4

TCK

TDI

TDO

TEMPDIODEnTEMPDIODEp

TMSTRST

VCCAUXVCCAUXVCCAUX

VCCAUX

VCCA_LVCCA_L

VCCA_PLL_B1VCCA_PLL_L2VCCA_PLL_R2VCCA_PLL_T1

VCCA_RVCCA_R

VCCBAT

VCCD_PLL_B1VCCD_PLL_L2VCCD_PLL_R2VCCD_PLL_T1

VCCHIP_L

MSEL1MSEL2

PORSEL

clkin_bisnclkin_bis

GXB_GND*GXB_GND*

GXB_GND*GXB_GND*

GXB_GND*GXB_GND*

clkinnclkin

GXB_GND*GXB_GND*

GXB_GND*GXB_GND*

GXB_GND*GXB_GND*

RREF1RREF2RREF3

HOLDout_7

ALTERA_DATA0

GND*

Out_1_21Out_1_15

GND*GND*

GND*GND*

GND*

vme_addr_13

GND*

GND*

vme_data_28

Out_2_22

GND*

vme_addr_17

vme_data_31

vme_addr_15

vme_data_0

vme_data_26

Out_2_12

vme_data_10

vme_data_1

Out_1_12

vme_addr_26

Out_2_4

Out_2_6vme_data_13

Out_1_11MSEL0

Out_2_5

vme_addr_9

vme_data_27

GND*

GND*

HOLDout_5

GND*GND*

GND*

GND*

InternalAUX_4

GND*

GND*GND*

GND*

Out_2_21vme_data_24

vme_addr_11

GND*

GND*

GND*GND*

HOLDout_4

debug_3InternalAUX_3

GND*

GND*GND*

GND*GND*

GND*

debug_4

Out_2_14

InternalAUX_5

InternalAUX_11

GND*

GND*GND*

GND*

GND*

GND*

GND*

GND*

GND*

InternalAUX_1HOLDout_1

GND*GND*

GND*

Out_1_14

Out_1_22

GND*

GND*

debug_5

GND*

GND*

GND*

GND*

InternalAUX_13GND*

Out_1_4

GND*

GND*

GND*

GND*GND*

HOLDout_2

debug_6

InternalAUX_12

debug_14

InternalAUX_14

GND*

GND*

GND*

GND*

GND*

GND*

GND*

GND*

GND*

debug_16

debug_2

debug_7

GND*

InternalAUX_6

debug_13HOLDout_3

GND*

GND*GND*

GND*

GND*

GND*

GND*

debug_18

GND*GND*

GND*GND*

debug_11

GND*

GND*

GND*

GND*

InternalAUX_2

GND*

GND*GND*

GND*

HOLDout_6

debug_12

GND*InternalAUX_7

GND*GND*

GND*

InternalAUX_10

FREEZE_in

FREEZE_out

GND*

GND*

GND*

GND*

GND*GND*

GND*

GND*

GND*

GND*

GND*

GND*

GND*

Out_1_23

GND*

GND*

GND*

HOLDfromEDRO

debug_9

GND*

GND*

GND*

GND*

GND*

GND*

GND*

GND*

GND*

GND*

Out_2_19

GND*

GND*GND*

GND*GND*

vme_addr_8

GND*

GND*GND*

debug_19

GND*

GND*

GND*

GND*

GND*GND*

GND*GND*

GND*

GND*

GND*

vme_write_readOut_1_20

Out_2_20

GND*

GND*

vme_addr_10

GND*

GND*

GND*GND*

Out_2_1Out_1_1

Out_2_0Out_1_0

GND*

GND*GND*

calblkin

GND*

GND*

GND*

Out_1_19

GND*

GND*

GND*

GND*

GND*

GND*

debug_10

InternalAUX_8

GND*

GND*

GND*

GND*GND*

GND*

GND*

GND*

GND*GND*

GND*

GND*

vme_data_19

GND*

vme_data_9

master_clock0

vme_data_5

GND*

GND*

GND*

Out_2_3

Out_1_3

Out_1_2calblkin_bis

GND*

GND*

GND*

GND*

GND*

Out_2_8

GND*

GND*

vme_data_23

vme_addr_16

vme_data_15

vme_addr_25

vme_addr_24

GND*

HOLDout_0GND*

GND*

GND*

GND*

GND*Out_2_2

GND*

vme_addr_14

GND*

GND*

GND*

GND*GND*GND*

Out_1_17

Out_1_9

vme_data_18GND*

GND*GND*

vme_data_11

GND*

vme_addr_7GND*

InternalAUX_0

GND*

GND*

GND*

GND*

GND*GND*

LED2GND*

GND*

GND*

Out_1_18GND*

GND*

GND*

GND*

Out_2_17

GND*

vme_data_29

GND*

GND*

GND*

Out_2_26

GND*

GND*

GND*

GND*

GND*

GND*

GND*

Out_1_8

Out_2_9

GND*

GND*

GND*

GND*

vme_data_12

GND*

GND*

GND*

GND*

GND* Out_2_15

GND*vme_data_14

GND*GND*

GND*

GND*

GND*

InternalAUX_17

GND*

GND*GND*

GND*

GND*

vme_addr_4GND*

GND*

vme_addr_5

GND*

GND*

vme_addr_12

GND*

GND*

vme_addr_20GND*

GND*

GND*

GND*

Out_1_26

GND*

GND*

vme_addr_6

GND*

GND*

GND*

vme_addr_3GND*

GND*

GND*

Out_1_clk

GND*

debug_17

InternalAUX_15

GND*

GND*

GND*

GND*GND*

Out_1_24

GND*

Out_2_25

GND*

GND*

GND*

GND*

GND*

debug_15

GND*

GND*

GND*GND*

GND*

vme_data_8

vme_data_6

vme_data_30

Out_2_10

Out_2_13

GND*

GND*

transceivers_OE

vme_addr_2

GND*

vme_data_7

Out_1_7

GND*

vme_data_20

vme_data_22vme_data_16

GND*

GND*

GND*

GND*

GND*

Out_2_clk

GND*

GND*

GND*

vme_addr_23

Out_1_27

Out_2_27

GND*

vme_data_17

vme_ds

GND*

GND*

GND*GND*

GND*

GND*

GND*

GND*

vme_data_21

LED1

GND*

Out_2_11

vme_data_3vme_data_4

Out_1_16Out_2_16

Out_2_18GND*

LED3

GND*

Out_2_7

vme_data_2

Out_1_5

vme_data_25

Out_1_13

Out_1_10Out_1_25

GND*GND*

dir_trans

GND*

Out_2_24

Out_1_6

datain_7

GND*

Out_2_23

Link_PWRDWN

GND*

GND*

GND*

GND*

GND*

GND*

InternalAUX_9

debug_8InternalAUX_16

GND*

GND*GND*

GND*GND*

GND*GND*

datain_11

datain_0ndatain_0

datain_1ndatain_1

datain_2ndatain_2

datain_3ndatain_3

datain_4ndatain_4

datain_5ndatain_5

datain_6ndatain_6

datain_7n

datain_12ndatain_12

datain_13ndatain_13

datain_14ndatain_14

datain_15ndatain_15

datain_8ndatain_8

datain_9ndatain_9

datain_10ndatain_10

datain_11n

GNDGNDGNDGND

GND

GNDGNDGNDGND

GND

GNDGNDGND

GNDGND

GNDGNDGNDGNDGND

GNDGND

GND

GNDGNDGND

GNDGNDGNDGND

GNDGNDGND

GND

GNDGNDGND

GNDGND

GND

GNDGND

GND

GND

GNDGND

GNDGNDGNDGND

GNDGND

GNDGNDGNDGND

GNDGND

GND

GNDGNDGND

GNDGNDGND

GNDGNDGND

GND

GNDGNDGND

GND

GND

GNDGNDGND

GND

GNDGNDGND

GND

GNDGND

GNDGNDGNDGND

GNDGND

GNDGNDGNDGND

GNDGND

GND

GND

GNDGNDGNDGND

GND

GNDGNDGND

GNDGND

GND

GND

GNDGND

GND

GND

GNDGNDGND

GND

GNDGND

GNDGND

GNDGNDGNDGND

GND

GND

GNDGNDGND

GNDGND

GNDGND

GNDGNDGND

GND

GNDGNDGNDGNDGNDGNDGND

GND

GND

GNDGND

GND

GND

GND

GNDGND

GNDGND

GND

GNDGNDGNDGNDGND

GNDGND

GNDGND

GNDGND

GNDGND

GNDGNDGNDGND

GNDGND

GND

GNDGNDGNDGND

GND

GND

GNDGND

GNDGNDGND

GND

GNDGNDGNDGND

GND

GNDGNDGND

GND

GND

GND

GND

GND

GND

GND

GND

GNDGND

GND

GNDGNDGNDGNDGNDGNDGNDGND

GNDGND

GNDGNDGND

GND

GNDGNDGND

GNDGND

GND

GNDGNDGNDGND

GND

GNDGNDGND

GNDGNDGND

GND

GND

GND

GNDGNDGND

GNDGND

GNDGND

GNDGNDGND

GND

GND

GND

GNDGNDGND

GNDGND

GND

GNDGND

GNDGND

GNDGNDGNDGNDGNDGNDGND

GND

GNDGNDGND

GNDGND

GND

GNDGND

GNDGNDGND

GND

ASDO

vme_addr_19GND+

rec_clkrec_clk_bis

vme_addr_22vme_addr_21

vme_addr_18vme_as

CONF_DONE

DCLK

DNU

GND

GNDGNDGNDGND

GND

GNDGNDGND

GNDGND

GNDGNDGNDGNDGND

clkinHS

xx4 clkin_bisnHS

xx4 clkin_bis

rec_clkTTL

rec_clk_bisTTL

+3.3V

TTL

+3.3V

TTL

calblkin_bisTTL

+3.3V

TTL

+3.3V

master_clock0TTL

+3.3V

TTL

TTL

+3.3V

HSxx3

2.5V

+3.0V

+3.0V

+3.0V

+3.0V

+3.0V

+3.0V

+3.0V

+3.3V

TTL

HSxx3 clkinn

calblkin

0.9V

2.5V

2.5V

2.5V

0.9V

1.5V

+3.0V

1.5V

1.1V

TTL

RREF4TTL

NIO_PULLUP

TTL

GXB_GND*TTL

PORSEL

TRSTTTL

+3.0V

HOLDfromEDRO

GND+

GND*

VREFB3AN0VREFB3CN0VREFB4AN0VREFB4CN0VREFB5AN0VREFB5CN0VREFB6AN0VREFB6CN0VREFB7AN0VREFB7CN0VREFB8AN0VREFB8CN0

TEMPDIODEn

TEMPDIODEp

TTL

RREF1

TTL

RREF2

TTL

RREF3VCCPD7CVCCPD8C

VCCPGM

VCC_CLKIN3CVCC_CLKIN4CVCC_CLKIN7CVCC_CLKIN8C

VCCA_LVCCA_R

VCCAUX

VCCA_PLL_T1VCCA_PLL_L2VCCA_PLL_R2VCCA_PLL_B1

VCCR_LVCCR_RVCCT_LVCCT_RVCCL_GXBR1VCCL_GXBR0VCCL_GXBL1VCCL_GXBL0

VCCH_GXBR1VCCH_GXBR0VCCH_GXBL1VCCH_GXBL0VCCPT

VCCBAT

VREFB1AN0VREFB1CN0VREFB2AN0VREFB2CN0

VCCHIP_RVCC

VCCIO4AVCCIO3AVCCIO2AVCCIO1A

VCCIO5AVCCIO6AVCCIO7AVCCIO8A

VCCIO4CVCCIO3CVCCIO2CVCCIO1C

VCCIO5CVCCIO6CVCCIO7CVCCIO8C

VCCPD4AVCCPD3AVCCPD2AVCCPD1A

VCCPD5AVCCPD6AVCCPD7AVCCPD8A

VCCPD4CVCCPD3CVCCPD2CVCCPD1C

VCCPD5CVCCPD6C

Out_1_26Out_1_27

2_OUT[28:0]

Out_2_0Out_2_1Out_2_2Out_2_3Out_2_4Out_2_5Out_2_6Out_2_7Out_2_8Out_2_9Out_2_10Out_2_11Out_2_12Out_2_13Out_2_14Out_2_15Out_2_16Out_2_17Out_2_18Out_2_19Out_2_20Out_2_21Out_2_22Out_2_23Out_2_24Out_2_25Out_2_26Out_2_27

VCCHIP_L

InternalAUX_13InternalAUX_14InternalAUX_15InternalAUX_16InternalAUX_17

1_OUT[28:0]

Out_1_0Out_1_1Out_1_2Out_1_3Out_1_4Out_1_5Out_1_6Out_1_7Out_1_8Out_1_9Out_1_10Out_1_11Out_1_12Out_1_13Out_1_14Out_1_15Out_1_16Out_1_17Out_1_18Out_1_19Out_1_20Out_1_21Out_1_22Out_1_23Out_1_24Out_1_25

datain_13pp14HS

datain_13npp14HS

datain_14pp15HS

datain_14npp15HS

datain_15pp16HS

datain_15npp16HS

Internal_AUX[17:0]

InternalAUX_0InternalAUX_1InternalAUX_2InternalAUX_3InternalAUX_4InternalAUX_5InternalAUX_6InternalAUX_7InternalAUX_8InternalAUX_9InternalAUX_10InternalAUX_11InternalAUX_12

pp8HS

datain_8pp9HS

datain_8npp9HS

datain_9pp10HS

datain_9npp10HS

datain_10pp11HS

datain_10npp11HS

datain_11pp12HS

datain_11npp12HS

datain_12pp13HS

datain_12npp13HS

HS

datain_2npp3HS

datain_3pp4HS

datain_3npp4HS

datain_4pp5HS

datain_4npp5HS

datain_5pp6HS

datain_5npp6HS

datain_6pp7HS

datain_6npp7HS

datain_7pp8HS

datain_7nVME_AUX[10:0]

vme_write_readvme_asvme_ds

dir_trans

transceivers_OE

HOLDfromRx[7:0]

HOLDout_5HOLDout_6

HOLDout_0HOLDout_1HOLDout_2HOLDout_3HOLDout_4

HOLDout_7

FREEZE_in

FREEZE_out

Rx[31:0]

datain_0pp1HS

datain_0npp1HS

datain_1pp2HS

datain_1npp2HS

datain_2pp3

vme_data_26vme_data_27vme_data_28vme_data_29vme_data_30vme_data_31

VME_Addr[26:2]

vme_addr_2vme_addr_3vme_addr_4vme_addr_5vme_addr_6vme_addr_7vme_addr_8vme_addr_9vme_addr_10vme_addr_11vme_addr_12vme_addr_13vme_addr_14vme_addr_15vme_addr_16vme_addr_17vme_addr_18vme_addr_19vme_addr_20vme_addr_21vme_addr_22vme_addr_23vme_addr_24vme_addr_25vme_addr_26

vme_data_0vme_data_1vme_data_2

NCETTL

nCSOTTL

vme_data_3vme_data_4vme_data_5vme_data_6vme_data_7vme_data_8vme_data_9vme_data_10vme_data_11vme_data_12vme_data_13vme_data_14vme_data_15vme_data_16vme_data_17vme_data_18vme_data_19vme_data_20vme_data_21vme_data_22vme_data_23vme_data_24vme_data_25

CONF_DONETTL

+3.0V

NCONFIGTTL

GND

GND

TTL ASDO

TTL DCLK

ALTERA_DATA0TTL

nCSOTTL

CONF_DONE TTLDCLK

TTL

NCONFIG TTL

ALTERA_DATA0TTL

ASDOTTL

VME_Data[31:0]

TDOTTL TMS

GND

GND

NCETTL

MSEL2TTL

MSEL0TTL

MSEL1TTL

NSTATUSTTL

+3.0V

+3.0V

TTL debug_18TTL debug_19

VCCD_PLL_L2VCCD_PLL_R2VCCD_PLL_T1VCCD_PLL_B1

LED2TTL

LED1TTL

LED3TTL

+3.3V

TTL TDI

TTLTCK

TTL

TTL debug_2TTL debug_3TTL debug_4TTL debug_5TTL debug_6TTL debug_7TTL debug_8TTL debug_9TTL debug_10TTL debug_11TTL debug_12TTL debug_13TTL debug_14TTL debug_15TTL debug_16TTL debug_17

VME Data Acquisition Systempell/lamps_files/downloads/vme/...32 Channel Latching Scaler The counters values can be read on the fly from VME without interfering on data acquisition

GRETINA Electronics Requirement documentddoering/Gretina/Docs/Digitizer-Specification-v1.9dd.doc · Web viewBlock transfer is supported for all registers in the MAIN and VME FPGA

SIS3820 VME Scaler User Manual - NSCLintra - DOCS-Maindocs.nscl.msu.edu/daq/samples/sis3820v100.pdf · SIS Documentation SIS3820 VME Scaler Page 1 of 72 SIS3820 VME Scaler User Manual

QM Rufflicious Pattern 2743

MVME956AC VME Chassis User's Manual

2743 SE 50th Ave

XVME-689-VR7 VME - Xembedded

AUDIOVOX VME-9120TS

SIS3305 5 GS/s, 2.5 GS/s, 1.25 GS/s 10-bit VME Digitizer ... · In order to pass control register bits from the VME interface FPGA to the ADC FPGAs a serial high speed link using

XVME-6200 VME - Xembedded

SST-PB3-VME-1 and SST-PB3-VME-2 - Molex · PDF fileThis document applies to the SST-PB3-VME-1 and SST-PB3-VME-2 interface cards

EPICS on Altera NIOS2 FPGA Softcore€¦ · Traditional VME/cPCI backplanes ›Now they are becoming a bottleneck There are Altera IP cores for ›System processor ›Ethernet interface

SFPCI - VME SERIES User’s Manual and Installation Guidesolflower.com/pdf/VME Byte Swap.pdf · SFPCI-VME SERIES User’s Manual and Installation Guide rev 2.0 SFPCI - VME SERIES

N° VME - buyandsell.gc.ca

vme, vme64x, vxs, vpx - Hoffman and Schroff | Equipment · PDF file · 2017-06-20Systems – VME, VME64x, VXS, VPX SCHROFF.PENTAIR.CO.UK 8.89 VME, VME64x, VXS, VPXMain Catalogue Chassis

VME Pro Application Notes2

Vme Introduction

VME - VME - DPIO32DPIO32 - esd electronics, Inc. · PDF fileVME -VME - DPIO32DPIO32 32 digital Inputs or Outputs Hardware ManualHardware Manual VME-DPIO32 Hardware Manual Rev. 2.1

^2 PMAC VME - Delta Tau Data Systems, Inc. VME.pdf · PMAC VME Hardware Reference Manual PMAC VME E-Point Descriptions 1 PMAC VME E-POINT DESCRIPTIONS PMAC VME Bottom Board E Point

Explaining the relationship between maths anxiety and ...eprints.staffs.ac.uk/2743/7/2743.doc  · Web viewExploring the relationship between mathematics anxiety and performance:

Rear Transition VME Card - University of Chicagobogdan/FTK_Rear_VME_Access/doc/... · 2011. 9. 19. · Rear Transition VME Card 2743 Tx FPGA Drawn by R&D CHK 11:17 am Engineer Chicago,

Meganet VME-ManPack Jammer

Trigger Bus on private backplane over VME J2 VME 64x ......12 bit accuracy 0.25ns / bin TTL to ECL RS232 level adapter NIOS-II Microcontroller PAX_TB ALTERA CPLD ALTERA FPGA CFD comparator

VME Slave Module Implementation on FPGA

VME 2014 Newsletter #2

VME 2014 Newsletter #3

TECHNIQUES FOR STRONG PARTITIONING OF VME- …younis/Publications/IJPDSN00/VME... · 1 TECHNIQUES FOR STRONG PARTITIONING OF VME-BASED MULTIPROCESSOR SYSTEMES Mohamed F. Younis* Mohamed

Engineers’ Guide to VME, VPX & VXS - eproductalert.comeproductalert.com/digitaledition/vme/2011/Engineers Guide to VME... · 6 Engineers’ Guide to VME, VPX & VXS 2011 EECatalog

Injection System VME plus

2743 SE 50th Ave - U

Vectorbord Backplanes VME & VME64x

XVME–661 VME - Xembedded

VME Brochure 2015

VME slave core Specifications No.Int-VME-SLAVE-0021 › resources › product_briefs › VME-Slave... · 2019-01-26 · VME slave core Specifications No.Int-VME-SLAVE-0021 Intelop

2743 Illinois, Wilmette, Illinois