r160 r116 r115 -te-0073-066-01-e · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data...

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BUFFERED MODULE_ID_B(7) DATA BUS BUFFER BWRITE*=0 (WRITE) DATA B TO A VME DATA VME ADDRESS P.APOSTOLOGLOU VME INTERFACE B 24/01/2003 VME DATA PLACE TERMINATION RESISTOR CLOSE TO IC MODULE_ID_B(9) MODULE_ID_B(8) MODULE_ID_B(11) MODULE_ID_B(10) T/R=0 DATA B TO A 16 02 P.APOSTOLOGLOU MODULE_ID_B(12) MODULE_ID_B(0) MODULE_ID_B(6) C 10/12/2004 I.BRAWN/V.PERERA P.APOSTOLOGLOU COMMON MERGER MODULE P.APOSTOLOGLOU P.APOSTOLOGLOU MODULE_ID_B(5) -TE-0073-066-01-E -TE-0073-066-01-E TE222 TE258 MODULE_ID_B(4) MODULE_ID_B(3) MODULE_ID_B(2) MODULE_ID_B(1) A MODULE_ID_B(15) BUFFERED VME ADDRESS D 16/06/2006 TE293 I.BRAWN/V.PERERA 20/06 PC3203M CIRCUIT D.J.BECKETT D.J.BECKETT 20/09/2006 TE294 I.BRAWN/V.PERERA I.BRAWN/V.PERERA E MODULE_ID_B(13) MODULE_ID_B(14) DECOUPLING FOR CHIPS ON THIS SHEET ATLAS CALORIMETER FIRST-LEVEL TRIGGER 09/12/2002 -TE-0073-066-01-E P.APOSTOLOGLOU I.BRAWN/V.PERERA I.BRAWN/V.PERERA D.J.BECKETT Mon Oct 02 09:31:19 2006 2 1 SB70 2 1 SB69 2 1 SB68 2 1 SB67 2 1 R124 2 1 R123 D37 D36 D35 C37 C36 C35 C34 BB37 BB36 BB35 BB34 BB33 BB32 BB31 BB30 BB29 BB28 BA37 BA36 BA35 BA34 BA33 BA32 BA31 BA30 BA29 BA28 B37 B36 B35 B34 B33 B32 B31 B30 B29 B28 B27 B26 B25 B24 B23 B21 B20 A37 A36 A35 A34 A33 A32 A31 A30 A29 A28 A27 A26 A25 A24 A23 A22 A21 A20 U44 B16 F4 T7 N7 T9 L12 P9 T16 R11 R9 N9 T10 P10 R10 R4 P5 T4 N6 P15 M13 N16 M14 P14 T15 M10 R5 T6 T5 M7 E10 R6 P12 T13 N11 F3 G2 G3 H4 H3 H2 J2 J3 F2 J4 H1 J1 K2 L1 M1 N2 P1 R1 G1 T1 M5 L5 K5 J5 H14 H16 K16 K13 M6 E1 D4 E4 F5 G5 F14 G12 K15 K14 D5 E3 K4 L2 L3 L4 M2 M3 M4 N3 K3 N4 B9 D2 A11 A12 D12 E11 D9 R16 N14 M16 L13 P13 R14 P11 E7 R12 G13 D6 T12 C16 L15 C15 E13 F12 E14 G15 C14 D15 L14 D16 J14 D14 B10 J16 J15 E12 G16 G14 E15 R15 M12 L16 K12 M11 R13 N10 C5 E6 D11 T11 D8 B8 D10 A10 T8 R8 P8 A9 P16 N13 N15 M15 N12 N8 T14 A8 B15 C9 D7 D13 H15 H12 H13 F13 E16 F16 A16 F15 A2 A3 B3 A4 B4 A5 B5 A6 C6 B6 B7 C7 C8 C11 B11 B12 C12 C13 B13 A13 B14 A14 A15 U71 F16 E20 E19 E18 E17 E16 E15 D7 D22 D21 D20 D19 D18 D17 D16 D15 D10 C8 C21 C20 C19 C18 C17 B21 B20 B19 B18 B13 B11 AU4 AR5 AD4 AC5 AC4 AB3 AB1 A21 A20 A19 A18 A17 A14 U61 2 1 U37 12 13 14 15 16 17 18 19 1 9 8 7 6 5 4 3 2 11 U73 12 13 14 15 16 17 18 19 1 9 8 7 6 5 4 3 2 11 U74 12 13 14 15 16 17 18 19 1 9 8 7 6 5 4 3 2 11 U79 20 1 19 10 11 12 13 14 15 16 17 18 9 8 7 6 5 4 3 2 U72 20 1 19 10 11 12 13 14 15 16 17 18 9 8 7 6 5 4 3 2 U77 20 1 19 10 11 12 13 14 15 16 17 18 9 8 7 6 5 4 3 2 U78 2 4 6 8 1 3 5 7 RN26 2 4 6 8 1 3 5 7 RN25 2 4 6 8 1 3 5 7 RN24 2 4 6 8 1 3 5 7 RN21 2 1 SB37 2 1 SB28 2 1 SB36 2 1 SB27 2 1 SB35 2 1 SB21 2 1 SB34 2 1 SB20 2 1 SB30 2 1 SB19 2 1 SB29 2 1 SB18 T9 T15 T14 T13 T10 R16 P16 M15 M14 L16 L15 L12 K15 K14 K13 K12 J15 J14 J13 H16 H15 H14 G15 G14 G13 G12 F16 F12 E2 E15 E14 E10 E1 D2 D16 D12 D11 C2 C16 C12 B6 B5 B3 B16 B12 B11 B10 A9 A8 A7 A6 A5 A4 A13 A12 A11 A10 U68 12 11 10 9 7 8 6 5 4 3 13 2 14 1 DL2 2 1 R116 2 1 SB31 2 1 SB32 2 1 SB42 2 1 SB33 2 1 SB41 2 1 SB38 2 1 SB39 2 1 SB40 2 1 SB15 2 1 SB16 2 1 SB17 2 1 SB26 2 1 SB25 2 1 SB24 2 1 SB23 2 1 SB22 2 1 C106 2 1 C108 2 1 C109 2 1 C102 2 1 C103 2 1 C107 2 1 C129 2 1 C130 2 1 C393 3 2 1 U30 2 1 R160 2 1 R115 12 11 10 9 7 8 6 5 4 3 13 2 14 1 DL1 VMED<0> VMED<1> VMED<3> VMED<6> VMED<8> VMED<7> VMED<15> VMED<5> VMED<4> VMEA<20> VMEA<19> VMEA<21> VMED<10> VMED<13> VMEA<22> VMED<11> VMED<14> VMED<9> VMED<0> VMEA19 INT_GEOADD4 I2C_RESET* POWER_GROUP=3V3=VCC CMM_ROI_FIFO_FF 130R 0603 POWER_GROUP=3V3=VCC BRDSEL_N VMERESET* BWRITE* LVDS_DE_RE3 4K7 VMED<14> SP_SERVICE<7> 10-TAP/25NS VMEA<22> 100N 4K7 VMEA<12> FLASHC_EN* DS0_INT* CAN_IRQ<3> VMEA<3> VMEA<5> VMEA<6> VMEA<7> VMEA<8> VMEA<10> VMEA<13> VMEA<14> VMEA<15> VMEA<17> VMEA<20> VMEA<21> VMEA<23> VMED<0> VMED<1> VMED<3> VMED<5> VMED<6> VMED<7> VMED<8> VMED<9> VMED<10> VMED<11> VMED<12> VMED<13> VMED<15> PON_RESET SYS_RESET* BWRITE* SP_SERVICE<6> SP_FLC<2> SP_FLC<3> SP_FLC<5> SP_FLC<6> SP_FLC<7> CAN_IRQ<2> SP_FLS<3> SP_FLS<5> SP_FLS<6> SP_FLS<7> SP_FLS<8> SP_FLS<9> SP_FLS<10> SP_I2C<1> SP_I2C<2> SP_I2C<3> SP_I2C<4> SP_I2C<5> SP_I2C<6> SP_I2C<7> SP_I2C<8> SP_I2C<9> SP_I2C<10> SP_CORE<4> SP_CORE<5> SP_CORE<7> I2C_DONE CORE_DONE SERVICE_DONE CMM_LOCKED_DLL CMMS_ROI_FIFO_FF INT_GEOADD0 INT_GEOADD5 INT_GEOADD6 BOARD_RESET* TTC_RESET* GROI_RESET* VMECANRESET* I2C_RESET* FLASHS_RESET* DLL_RESET* 100R 100R BDS0* VMEA02 VMEA03 VMEA05 VMEA08 VMEA15 VMEA23 VMEA16 VMEA21 VMEA22 BDS0* 100N 100N 4K7 LVDS_DE_RE2 LVDS_DE_RE VMED07 VMED06 VMED05 VMED04 VMED03 VMED02 VMED01 VMED00 VMED<6> VMED<5> VMED<4> VMED<3> VMED<1> VMED<0> BDS0* 10-TAP/25NS VMEA10 VMEA11 VMEA12 100N 100N VMEA06 VMEA18 VMEA20 VMEA14 VMEA13 VMEA07 VMEA09 100N VMEA<23> VMEA<21> VMEA<20> VMEA<19> VMEA<18> VMEA<17> VMEA<1> BOARD_DS BRDSEL_N VMEA<2> VMEA<3> VMEA<4> VMEA<6> VMEA<8> VMEA<9> VMEA<10> VMEA<11> VMEA<5> VMEA<13> VMEA<14> VMEA<15> VMEA<16> SP_SERVICE<9> SP_SERVICE<8> SP_SERVICE<6> SP_SERVICE<5> SP_SERVICE<4> SP_SERVICE<3> SP_SERVICE<2> SP_SERVICE<1> SP_SERVICE<0> VMED<15> VMED<14> VMED<13> VMED<12> VMED<11> VMED<10> VMED<9> VMED<8> VMED<7> VMED<6> VMED<5> VMED<4> VMED<3> VMED<2> VMED<1> SP_SERVICE<2> VMEA<22> FLS_RLALGO DS0_INT* VMEA<7> VMEA<4> VMEA<3> VMEA<1> VMEA<2> VMEA<10> VMEA<12> VMEA<11> VMEA<16> VMEA<9> VMEA<15> VMEA<22> VMEA<17> VMEA<18> VMEA<19> VMEA<23> VMEA<20> VMEA17 CMM_PEC_NZERO CMM_ROI_FIFO_EF BOARD_DS 4K7 VMEA<13> VMEA<14> SYS_RESET* SP_SERVICE<3> SP_SERVICE<0> VMED<9> VMED<14> VMED<15> VMED<13> VMED<12> BRDSEL_N VMED09 VMED10 VMED11 VMED12 VMED14 VMED13 VMED15 VMED08 VMED<10> VMED<11> POWER_GROUP=3V3=VCC VMED<8> VMED<7> FLC_RLALGO CAN_IRQ<1> CAN_IRQ<0> SP_SERVICE<9> FLASHC_RESET* 4K7 GEOADD0 GEOADD0 GEOADD4 GEOADD4 GEOADD5 GEOADD5 GEOADD6 GEOADD6 VMEA<19> TTC_READY_BUF SP_SERVICE<1> 1% 1% 82R 0603 CLK40_XTL_VME VMEDTACK* 100N CMMS_LOCKED_DLL GDAQ_LINKRDY PLYBK_EN CLRPE GROI_LINKRDY VMED<2> VMED<4> CAN_BUF_EN* SP_SERVICE<4> SP_SERVICE<5> SP_SERVICE<7> SP_SERVICE<8> BWRITE* GDAQ_RESET* LVDS_DE_RE1 VMEDS0* VMEWRITE* -10FT256C BWRITE* VMEA<21> VMEA<7> FLASHS_EN* SP_FLC<4> VMED<2> TTC_PD VMEA<5> VMEA<6> VMEA<8> POWER_GROUP=VCC=3V3 POWER_GROUP=VCC=3V3 POWER_GROUP=VCC=3V3 SP_FLC<8> SP_FLC<9> SP_FLC<10> SP_FLS<2> BRDSEL_P BRDSEL_N BOARD_DS BWRITE* SP_FLS<4> SP_CORE<6> SP_CORE<2> SP_CORE<1> SP_CORE<3> VMEA<18> VMEA<16> VMEA<12> VMEA<11> VMEA<9> VMEA<4> VMEA<2> VMEA<1> VMEA04 VMEA01 100N CMMS_DAQ_FIFO_FF CMM_DAQ_FIFO_FF CMMS_ROI_FIFO_EF CMMS_DAQ_FIFO_EF CMM_DAQ_FIFO_EF GEOADD6 GEOADD5 GEOADD4 GEOADD0 VMED<14> VMED<13> VMED<12> VMED<11> VMED<9> VMED<10> VMED<7> VMED<8> VMED<6> VMED<4> VMED<5> VMED<3> VMED<1> VMED<2> VMED<0> VMEA<1> VMEA<2> VMEA<3> VMEA<4> VMEA<5> VMEA<6> VMEA<7> VMEA<8> VMEA<9> VMEA<10> VMEA<11> VMEA<12> VMEA<13> VMEA<14> VMEA<15> VMEA<16> VMEA<17> VMEA<18> VMEA<23> I2C_ENABLE* BWRITE* BOARD_DS SP_I2C<7> SP_I2C<8> SP_I2C<9> SP_I2C<10> I2C_ENABLE* VMEA<22> VMEA<21> VMEA<20> VMEA<19> VMEA<18> VMEA<17> VMEA<2> BOARD_DS BRDSEL_N BWRITE* VMEA<14> VMEA<15> VMEA<16> VMEA<13> VMEA<10> VMEA<11> VMEA<8> VMEA<9> VMEA<12> VMEA<6> VMEA<5> VMEA<3> VMEA<4> VMEA<7> VMEA<1> VMED<12> VMED<15> VMEA<23> TTC_CLKSEL LASER_DIS_DAQ LASER_DIS_ROI 100N VMED<2> SP_I2C<6> SP_I2C<5> SP_I2C<4> SP_I2C<3> SP_I2C<2> SP_I2C<1> DATE STAMP 2 2 2 A A A 2 1 THIS DRAWING CONFORMS TO B.S. 3939 3 4 5 6 7 8 9 10 COUNCIL FOR THE CENTRAL LABORATORY USED ON ISSUE APPD. DATE MOD NO. DRN BY. CHKD. TITLE CCLRC OF THE RESEARCH COUNCILS A B C D E F STATUS RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX. B C D E F TOTAL NO. OF SHEETS A C CCLRC 20 IN OUT TAP9 TAP8 TAP6 TAP7 TAP5 TAP1 TAP2 TAP3 TAP4 TAP5 DELAY GND GND OC F38 A B A B A B A B 3V3 3V3 3V3 3V3 3V3 3V3 3V3 ADDR_VME(23) ADDR_VME(22) ADDR_VME(21) ADDR_VME(20) ADDR_VME(19) ADDR_VME(18) ADDR_VME(17) ADDR_VME(1) ADDR_VME(16) ADDR_VME(15) ADDR_VME(14) ADDR_VME(13) ADDR_VME(12) ADDR_VME(11) ADDR_VME(10) ADDR_VME(9) ADDR_VME(7) ADDR_VME(6) ADDR_VME(5) ADDR_VME(4) ADDR_VME(3) ADDR_VME(2) RD/WR_STROBE CS RD/WR VME BLOCK DATA_VME(1) DATA_VME(2) DATA_VME(3) DATA_VME(4) DATA_VME(5) DATA_VME(6) DATA_VME(7) DATA_VME(8) DATA_VME(9) DATA_VME(10) DATA_VME(11) DATA_VME(12) DATA_VME(13) DATA_VME(14) DATA_VME(15) DATA_VME(0) VME_SPARE(19) VME_SPARE(18) VME_SPARE(17) VME_SPARE(16) VME_SPARE(15) VME_SPARE(14) VME_SPARE(13) VME_SPARE(12) VME_SPARE(11) VME_SPARE(10) VME_SPARE(9) VME_SPARE(8) VME_SPARE(7) VME_SPARE(6) VME_SPARE(5) VME_SPARE(4) VME_SPARE(3) VME_SPARE(2) VME_SPARE(1) VME_SPARE(0) CMMSXCV1000E ADDR_VME(8) FLS_DATA_W_EN FLS_DATA_R_EN FLS_CONTROL_EN FLSSTATUS_EN FLC_DATA_R_EN FLC_DATA_W_EN FLC_CONTROL_EN FLS_RLALGO FLC_RLALGO VMEXCR3384XL MODULE_ID_B(6) MODULE_ID_B(7) MODULE_ID_B(9) MODULE_ID_B(8) MODULE_ID_B(3) MODULE_ID_B(2) MODULE_ID_B(4) MODULE_ID_B(5) MODULE_ID_B(1) MODULE_ID_B(0) MODULE_ID_B(11) MODULE_ID_B(10) SP_SERVICE(1) SP_I2C(4) SP_I2C(3) SP_I2C(2) SP_I2C(1) SP_FLS(6) SP_FLS(7) SP_FLS(8) SP_FLS(9) SP_FLS(10) SP_I2C(5) SP_CORE(10) SP_CORE(9) SP_CORE(8) SP_CORE(7) SP_CORE(6) SP_CORE(5) SP_CORE(4) SP_CORE(3) SP_CORE(2) SP_CORE(1) SP_I2C(9) SP_I2C(10) SP_I2C(8) SP_I2C(7) SP_I2C(6) SP_FLC(6) SP_FLC(7) SP_FLC(8) SP_FLC(9) SP_FLC(10) GDAQ_RESET GROI_RESET CAN_RESET I2C_RESET BOARD_DS BRDSEL_N BRDSEL_P FLASHC_RESET DLL_RESET FLASHS_RESET FLASHS_EN FLASHC_EN BOARD_RESET TTC_RESET CLK RD/WR DATA(8) DATA(7) DATA(12) DATA(13) DATA(14) DATA(15) DATA(11) DATA(9) DATA(10) GEOADDR(0) PON_RESET SYSRESET GEOADDR(4) GEOADDR(5) GEOADDR(6) DATA(6) ADDR(11) ADDR(12) ADDR(13) ADDR(14) ADDR(15) ADDR(16) ADDR(17) ADDR(18) ADDR(19) ADDR(20) ADDR(21) ADDR(22) DATA(0) DATA(3) DATA(5) DATA(4) DATA(2) DATA(1) ADDR(23) VME ADDR(7) ADDR(6) ADDR(5) ADDR(4) ADDR(3) ADDR(2) ADDR(1) ADDR(8) ADDR(9) ADDR(10) SP_SERVICE(2) SP_SERVICE(3) SP_SERVICE(4) SP_SERVICE(5) SP_SERVICE(6) SP_SERVICE(7) SP_SERVICE(8) SP_SERVICE(9) STATUS1(7) STATUS1(6) STATUS1(5) STATUS1(0) STATUS1(9) STATUS1(8) STATUS1(1) STATUS1(2) STATUS1(3) STATUS1(4) STATUS1(10) STATUS1(12) STATUS2(0) STATUS2(1) STATUS2(2) STATUS1(11) STATUS1(15) STATUS1(14) STATUS1(13) STATUS2(3) STATUS2(4) STATUS2(12) STATUS2(5) STATUS2(6) STATUS2(7) STATUS2(8) STATUS2(9) STATUS2(10) STATUS2(11) STATUS2(13) REGISTERS STATUS2(14) CONTROL(5) CONTROL(4) CONTROL(3) CONTROL(2) CONTROL(1) CONTROL(0) STATUS2(15) CONTROL(6) CONTROL(7) CONTROL(8) CONTROL(15) CONTROL(14) CONTROL(13) CONTROL(12) CONTROL(11) CONTROL(10) CONTROL(9) INT_GEOADD(4) INT_GEOADD(0) INT_GEOADD(5) LVDS_DE_RE INT_GEOADD(6) I2C_ENABLE CAN_BUF_EN SP_SERVICE(10) VME BLOCK CAN_REG2_BUS(1) CAN_REG2_BUS(2) CAN_REG2_BUS(3) CAN_REG2_BUS(4) CAN_REG2_BUS(5) CAN_REG2_BUS(0) FLC_STATUS_EN RD/WR_STROBE 1 OF 3 ADDR_VME(10) ADDR_VME(23) ADDR_VME(22) ADDR_VME(21) ADDR_VME(20) ADDR_VME(19) ADDR_VME(18) ADDR_VME(17) ADDR_VME(16) ADDR_VME(15) ADDR_VME(14) ADDR_VME(13) ADDR_VME(12) ADDR_VME(11) ADDR_VME(9) ADDR_VME(8) ADDR_VME(7) ADDR_VME(6) ADDR_VME(5) ADDR_VME(4) ADDR_VME(3) ADDR_VME(2) ADDR_VME(1) CS RD/WR_STROBE RD/WR VME BLOCK CMMXCV1000E DATA_VME(0) DATA_VME(1) DATA_VME(2) DATA_VME(3) DATA_VME(4) DATA_VME(5) DATA_VME(6) DATA_VME(7) DATA_VME(8) DATA_VME(12) DATA_VME(9) DATA_VME(10) DATA_VME(11) DATA_VME(15) DATA_VME(14) DATA_VME(13) 74LCX14 Q Q Q 2 1 0 3 Q Q Q Q Q 7 6 5 4 OE D D D D D D D 7 6 5 4 3 2 1 0 D 74LVT574 Q Q Q 2 1 0 3 Q Q Q Q Q 7 6 5 4 OE D D D D D D D 7 6 5 4 3 2 1 0 D 74LVT574 Q Q Q 2 1 0 3 Q Q Q Q Q 7 6 5 4 OE D D D D D D D 7 6 5 4 3 2 1 0 D 74LVT574 A1 A2 T/R A0 A5 A3 A7 A6 A4 VCC B1 B0 OE* B2 B3 B6 B7 B4 B5 GND 74LVT245 A1 A2 T/R A0 A5 A3 A7 A6 A4 VCC B1 B0 OE* B2 B3 B6 B7 B4 B5 GND 74LVT245 A1 A2 T/R A0 A5 A3 A7 A6 A4 VCC B1 B0 OE* B2 B3 B6 B7 B4 B5 GND 74LVT245 A B A B A B A B A B A B A B A B A B A B A B A B DATA_VME(6) DATA_VME(3) DATA_VME(2) DATA_VME(5) DATA_VME(4) DATA_VME(7) DATA_VME(15) DATA_VME(14) DATA_VME(13) DATA_VME(12) DATA_VME(11) DATA_VME(10) DATA_VME(9) DATA_VME(8) DATA_VME(1) DATA_VME(0) GEOADDR(0) GEOADDR(5) GEOADDR(6) GEOADDR(4) I2CXCV100E VME BLOCK ADDR_VME(4) ADDR_VME(3) ADDR_VME(1) ADDR_VME(2) RD/WR STROBE RD/WR ADDR_VME(5) ADDR_VME(23) ADDR_VME(22) ADDR_VME(21) ADDR_VME(20) ADDR_VME(19) ADDR_VME(18) ADDR_VME(17) ADDR_VME(16) ADDR_VME(15) ADDR_VME(14) ADDR_VME(13) ADDR_VME(12) ADDR_VME(11) ADDR_VME(10) ADDR_VME(9) ADDR_VME(8) ADDR_VME(7) ADDR_VME(6) SPARE(6) SPARE(5) SPARE(4) SPARE(3) SPARE(2) SPARE(1) CS RESET SPARE(10) SPARE(9) SPARE(8) SPARE(7) IN OUT TAP9 TAP8 TAP6 TAP7 TAP5 TAP1 TAP2 TAP3 TAP4 TAP5 DELAY GND GND A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B VCC

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Page 1: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

BUFFERED

MODULE_ID_B(7)

DATA BUS BUFFERBWRITE*=0 (WRITE) DATA B TO A

VME DATA

VME ADDRESS

P.APOSTOLOGLOU

VME INTERFACE

B 24/01/2003

VME DATA

PLACE TERMINATIONRESISTOR CLOSE TO IC

MODULE_ID_B(9)

MODULE_ID_B(8)

MODULE_ID_B(11)

MODULE_ID_B(10)

T/R=0 DATA B TO A

16

02

P.APOSTOLOGLOU

MODULE_ID_B(12)

MODULE_ID_B(0)

MODULE_ID_B(6)

C 10/12/2004 I.BRAWN/V.PERERA

P.APOSTOLOGLOU

COMMON MERGER MODULE

P.APOSTOLOGLOU

P.APOSTOLOGLOU

MODULE_ID_B(5)

-TE-0073-066-01-E

-TE-

0073

-066

-01-

E

TE222

TE258

MODULE_ID_B(4)

MODULE_ID_B(3)

MODULE_ID_B(2)

MODULE_ID_B(1)

A

MODULE_ID_B(15)

BUFFEREDVME ADDRESS

D 16/06/2006 TE293 I.BRAWN/V.PERERA

20/06

PC3203M CIRCUIT

D.J.BECKETT

D.J.BECKETT

20/09/2006 TE294 I.BRAWN/V.PERERA I.BRAWN/V.PERERAE

MODULE_ID_B(13)

MODULE_ID_B(14)

DECOUPLING FOR CHIPS ON THIS SHEET

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

09/12/2002

-TE-0073-066-01-E

P.APOSTOLOGLOU

I.BRAWN/V.PERERA

I.BRAWN/V.PERERA

D.J.BECKETT

Mon Oct 02 09:31:19 2006

21 SB7021 SB6921 SB6821 SB67

21

R124

21 R123

D37

D36

D35

C37

C36

C35

C34

BB37

BB36

BB35

BB34

BB33

BB32

BB31

BB30

BB29

BB28

BA37

BA36

BA35

BA34

BA33

BA32

BA31

BA30

BA29

BA28

B37B36

B35

B34

B33

B32

B31

B30

B29

B28

B27

B26

B25

B24

B23

B21

B20

A37

A36

A35

A34

A33

A32

A31

A30

A29

A28

A27

A26

A25

A24

A23A22

A21

A20

U44

B16

F4

T7N7T9L12P9T16R11R9

N9T10P10R10R4P5

T4N6

P15M13N16M14P14T15M10R5

T6T5M7E10R6P12

T13N11

F3G2G3H4H3H2J2J3

F2

J4

H1J1K2L1M1N2P1R1 G1T1M5L5K5J5H14

H16

K16

K13 M6E1

D4E4F5G5

F14G12K15K14

D5

E3

K4L2L3L4M2M3M4N3 K3N4

B9

D2

A11A12D12E11D9

R16

N14

M16

L13

P13

R14

P11

E7R12

G13

D6 T12

C16

L15

C15

E13F12E14G15

C14

D15

L14

D16

J14

D14

B10

J16J15E12G16G14E15R15M12L16K12M11R13N10

C5E6

D11

T11D8B8D10A10T8R8P8

A9P16N13N15M15N12

N8T14

A8

B15C9D7

D13H15H12H13

F13

E16F16

A16

F15

A2A3B3A4B4A5B5A6C6B6B7C7C8

C11B11B12C12C13B13A13B14A14A15

U71

F16

E20

E19

E18

E17

E16

E15

D7

D22D21

D20

D19

D18D17

D16

D15D10

C8

C21 C20

C19

C18

C17

B21

B20

B19

B18

B13B11

AU4

AR5AD4AC5

AC4AB3

AB1

A21

A20

A19

A18

A17

A14U61

21U37

1213141516171819

1

98765432

11

U73

1213141516171819

1

98765432

11

U74

1213141516171819

1

98765432

11

U79

20

119

10

1112131415161718

98765432

U7220

119

10

1112131415161718

98765432

U77

20

119

10

1112131415161718

98765432

U78

2468

1357

RN26

2468

1357

RN25

2468

1357

RN24

2 4 6 8

1 3 5 7

RN21

21SB37

21SB28

21SB36

21SB27

21SB35

21SB21

21SB34

21SB20

21SB30

21SB19

21SB29

21SB18

T9

T15

T14

T13

T10

R16P16M15M14L16L15L12K15K14

K13

K12

J15J14

J13

H16H15H14G15G14

G13

G12

F16

F12

E2

E15E14

E10

E1

D2

D16

D12

D11

C2

C16

C12

B6

B5

B3

B16

B12

B11

B10A9A8A7A6

A5

A4

A13A12

A11

A10

U68

1211109

78

6543

132

141

DL2

21

R116 21 SB31

21 SB32

21 SB42

21 SB33

21 SB41

21 SB38

21 SB39

21 SB40

21 SB1521 SB1621 SB1721 SB2621 SB2521 SB2421 SB2321 SB22

21

C106

21

C108

21

C109

21

C102

21

C103

21

C107

21

C129

21

C130

21

C393

32

1U30

21

R160

21

R115

1211109

78

6543

132

141

DL1

VMED<0>VMED<1>

VMED<3>

VMED<6>

VMED<8>VMED<7>

VMED<15>

VMED<5>VMED<4>

VMEA<20>VMEA<19>

VMEA<21>

VMED<10>

VMED<13>

VMEA<22>

VMED<11>

VMED<14>

VMED<9>

VMED<0>

VMEA19

INT_GEOADD4

I2C_RESET*

POWER_GROUP=3V3=VCC

CMM_ROI_FIFO_FF

130R

0603

POWER_GROUP=3V3=VCC

BRDSEL_N

VMERESET*

BWRITE*

LVDS_DE_RE3

4K7

VMED<14>

SP_SERVICE<7>

10-TAP/25NS

VMEA<22>

100N

4K7

VMEA<12>

FLASHC_EN*

DS0_INT*

CAN_IRQ<3>

VMEA<3>

VMEA<5>VMEA<6>VMEA<7>VMEA<8>

VMEA<10>

VMEA<13>VMEA<14>VMEA<15>

VMEA<17>

VMEA<20>VMEA<21>

VMEA<23>

VMED<0>VMED<1>

VMED<3>

VMED<5>VMED<6>VMED<7>VMED<8>VMED<9>VMED<10>VMED<11>VMED<12>VMED<13>

VMED<15>

PON_RESETSYS_RESET*BWRITE*

SP_SERVICE<6>

SP_FLC<2>SP_FLC<3>

SP_FLC<5>SP_FLC<6>SP_FLC<7>

CAN_IRQ<2>

SP_F

LS<3

>SP

_FLS

<5>

SP_F

LS<6

>SP

_FLS

<7>

SP_F

LS<8

>SP

_FLS

<9>

SP_F

LS<1

0>SP

_I2C

<1>

SP_I

2C<2

>SP

_I2C

<3>

SP_I

2C<4

>SP

_I2C

<5>

SP_I

2C<6

>SP

_I2C

<7>

SP_I

2C<8

>SP

_I2C

<9>

SP_I

2C<1

0>

SP_C

ORE<

4>SP

_COR

E<5>

SP_C

ORE<

7>

I2C_DONECORE_DONESERVICE_DONE

CMM_LOCKED_DLL

CMMS_ROI_FIFO_FF

INT_GEOADD0

INT_GEOADD5INT_GEOADD6

BOARD_RESET*TTC_RESET*GROI_RESET*

VMECANRESET*I2C_RESET*

FLASHS_RESET*DLL_RESET*

100R

100R

BDS0*

VMEA02VMEA03

VMEA05

VMEA08

VMEA15

VMEA23

VMEA16

VMEA21VMEA22

BDS0*

100N

100N

4K7

LVDS_DE_RE2LVDS_DE_RE

VMED07VMED06VMED05VMED04VMED03VMED02VMED01VMED00

VMED<6>VMED<5>VMED<4>VMED<3>

VMED<1>VMED<0>

BDS0*

10-TAP/25NS

VMEA10VMEA11VMEA12

100N

100N

VMEA06

VMEA18

VMEA20

VMEA14VMEA13

VMEA07

VMEA09

100N

VMEA<23>

VMEA<21>VMEA<20>VMEA<19>VMEA<18>VMEA<17>

VMEA<1>

BOARD_DSBRDSEL_N

VMEA<2>VMEA<3>VMEA<4>

VMEA<6>

VMEA<8>VMEA<9>VMEA<10>VMEA<11>

VMEA<5>

VMEA<13>VMEA<14>VMEA<15>VMEA<16>

SP_SERVICE<9>SP_SERVICE<8>

SP_SERVICE<6>SP_SERVICE<5>SP_SERVICE<4>SP_SERVICE<3>SP_SERVICE<2>SP_SERVICE<1>SP_SERVICE<0>

VMED<15>VMED<14>VMED<13>VMED<12>VMED<11>VMED<10>VMED<9>VMED<8>VMED<7>VMED<6>VMED<5>VMED<4>VMED<3>VMED<2>VMED<1>

SP_SERVICE<2>

VMEA<22>

FLS_

RLAL

GO

DS0_INT*

VMEA<7>

VMEA<4>VMEA<3>

VMEA<1>VMEA<2>

VMEA<10>

VMEA<12>VMEA<11>

VMEA<16>

VMEA<9>

VMEA<15>

VMEA<22>

VMEA<17>VMEA<18>VMEA<19>

VMEA<23>

VMEA<20>

VMEA17

CMM_PEC_NZERO

CMM_ROI_FIFO_EF

BOARD_DS

4K7

VMEA<13>VMEA<14>

SYS_RESET*

SP_SERVICE<3>

SP_SERVICE<0>

VMED<9>

VMED<14>VMED<15>

VMED<13>VMED<12>

BRDSEL_N

VMED09VMED10VMED11VMED12

VMED14VMED13

VMED15

VMED08

VMED<10>VMED<11>

POWER_GROUP=3V3=VCC

VMED<8>

VMED<7>

FLC_RLALGO

CAN_IRQ<1>CAN_IRQ<0>

SP_SERVICE<9>

FLASHC_RESET*

4K7 GEOADD0

GEOADD0

GEOADD4

GEOADD4

GEOADD5

GEOADD5

GEOADD6

GEOADD6

VMEA<19>

TTC_READY_BUF

SP_SERVICE<1>1%

1%82R

0603

CLK40_XTL_VME

VMEDTACK*

100N

CMMS_LOCKED_DLLGDAQ_LINKRDY

PLYBK_EN

CLRPE

GROI_LINKRDY

VMED<2>

VMED<4>

CAN_BUF_EN*

SP_SERVICE<4>SP_SERVICE<5>

SP_SERVICE<7>SP_SERVICE<8>

BWRITE*

GDAQ_RESET*LVDS_DE_RE1

VMEDS0*VMEWRITE*

-10FT256C

BWRITE*

VMEA<21>

VMEA<7>

FLASHS_EN*

SP_FLC<4>

VMED<2>

TTC_PD

VMEA<5>VMEA<6>

VMEA<8>

POWER_GROUP=VCC=3V3

POWER_GROUP=VCC=3V3

POWER_GROUP=VCC=3V3

SP_FLC<8>SP_FLC<9>SP_FLC<10>

SP_F

LS<2

>

BRDSEL_PBRDSEL_NBOARD_DS

BWRITE*

SP_F

LS<4

>

SP_C

ORE<

6>

SP_C

ORE<

2>SP

_COR

E<1>

SP_C

ORE<

3>

VMEA<18>

VMEA<16>

VMEA<12>VMEA<11>

VMEA<9>

VMEA<4>

VMEA<2>VMEA<1>

VMEA04

VMEA01

100N

CMMS_DAQ_FIFO_FFCMM_DAQ_FIFO_FFCMMS_ROI_FIFO_EF

CMMS_DAQ_FIFO_EFCMM_DAQ_FIFO_EF

GEOADD6GEOADD5GEOADD4GEOADD0

VMED<14>VMED<13>VMED<12>VMED<11>

VMED<9>VMED<10>

VMED<7>VMED<8>

VMED<6>

VMED<4>VMED<5>

VMED<3>

VMED<1>VMED<2>

VMED<0>

VMEA<1>VMEA<2>VMEA<3>VMEA<4>VMEA<5>VMEA<6>VMEA<7>VMEA<8>VMEA<9>VMEA<10>VMEA<11>VMEA<12>VMEA<13>VMEA<14>VMEA<15>VMEA<16>VMEA<17>VMEA<18>

VMEA<23>

I2C_ENABLE*

BWRITE*

BOARD_DS

SP_I

2C<7

>SP

_I2C

<8>

SP_I

2C<9

>SP

_I2C

<10>

I2C_ENABLE*

VMEA<22>VMEA<21>VMEA<20>VMEA<19>VMEA<18>VMEA<17>

VMEA<2>

BOARD_DSBRDSEL_N

BWRITE*

VMEA<14>VMEA<15>VMEA<16>

VMEA<13>

VMEA<10>VMEA<11>

VMEA<8>VMEA<9>

VMEA<12>

VMEA<6>VMEA<5>

VMEA<3>VMEA<4>

VMEA<7>

VMEA<1>

VMED<12>

VMED<15>

VMEA<23>

TTC_CLKSEL

LASER_DIS_DAQLASER_DIS_ROI

100N

VMED<2>

SP_I

2C<6

>SP

_I2C

<5>

SP_I

2C<4

>SP

_I2C

<3>

SP_I

2C<2

>SP

_I2C

<1>

DATE STAMP

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

INOUT

TAP9TAP8

TAP6TAP7

TAP5

TAP1TAP2TAP3TAP4TAP5

DELAY

GNDGND OC

F38

A B

A B

A B

A B

3V3

3V3

3V3

3V3

3V33V3

3V3

ADDR_VME(23)ADDR_VME(22)ADDR_VME(21)ADDR_VME(20)ADDR_VME(19)ADDR_VME(18)ADDR_VME(17)

ADDR_VME(1)

ADDR_VME(16)ADDR_VME(15)ADDR_VME(14)ADDR_VME(13)ADDR_VME(12)ADDR_VME(11)ADDR_VME(10)ADDR_VME(9)

ADDR_VME(7)ADDR_VME(6)ADDR_VME(5)ADDR_VME(4)ADDR_VME(3)ADDR_VME(2)

RD/WR_STROBECS

RD/WR

VME BLOCK

DATA_VME(1)DATA_VME(2)DATA_VME(3)DATA_VME(4)DATA_VME(5)DATA_VME(6)DATA_VME(7)DATA_VME(8)DATA_VME(9)

DATA_VME(10)DATA_VME(11)DATA_VME(12)DATA_VME(13)DATA_VME(14)DATA_VME(15)

DATA_VME(0)

VME_SPARE(19)VME_SPARE(18)VME_SPARE(17)VME_SPARE(16)VME_SPARE(15)VME_SPARE(14)VME_SPARE(13)VME_SPARE(12)VME_SPARE(11)VME_SPARE(10)

VME_SPARE(9)VME_SPARE(8)VME_SPARE(7)VME_SPARE(6)VME_SPARE(5)VME_SPARE(4)VME_SPARE(3)VME_SPARE(2)VME_SPARE(1)VME_SPARE(0)

CMMSXCV1000E

ADDR_VME(8)

FLS_

DATA

_W_E

NFL

S_DA

TA_R

_EN

FLS_

CONT

ROL_

ENFL

SSTA

TUS_

EN

FLC_DATA_R_ENFLC_DATA_W_ENFLC_CONTROL_EN

FLS_

RLAL

GO

FLC_RLALGO

VMEXCR3384XL

MODU

LE_I

D_B(

6)MO

DULE

_ID_

B(7)

MODU

LE_I

D_B(

9)MO

DULE

_ID_

B(8)

MODU

LE_I

D_B(

3)MO

DULE

_ID_

B(2)

MODU

LE_I

D_B(

4)MO

DULE

_ID_

B(5)

MODU

LE_I

D_B(

1)MO

DULE

_ID_

B(0)

MODU

LE_I

D_B(

11)

MODU

LE_I

D_B(

10)

SP_SERVICE(1)SP

_I2C

(4)

SP_I

2C(3

)SP

_I2C

(2)

SP_I

2C(1

)

SP_F

LS(6

)SP

_FLS

(7)

SP_F

LS(8

)SP

_FLS

(9)

SP_F

LS(1

0)

SP_I

2C(5

)

SP_C

ORE(

10)

SP_C

ORE(

9)SP

_COR

E(8)

SP_C

ORE(

7)SP

_COR

E(6)

SP_C

ORE(

5)SP

_COR

E(4)

SP_C

ORE(

3)SP

_COR

E(2)

SP_C

ORE(

1)

SP_I

2C(9

)SP

_I2C

(10)

SP_I

2C(8

)SP

_I2C

(7)

SP_I

2C(6

)

SP_FLC(6)SP_FLC(7)SP_FLC(8)SP_FLC(9)SP_FLC(10)

GDAQ_RESETGROI_RESET

CAN_RESETI2C_RESET

BOARD_DSBRDSEL_NBRDSEL_P

FLASHC_RESET

DLL_RESETFLASHS_RESET

FLASHS_ENFLASHC_EN

BOARD_RESETTTC_RESET

CLK

RD/WR

DATA(8)DATA(7)

DATA(12)DATA(13)DATA(14)DATA(15)

DATA(11)

DATA(9)DATA(10)

GEOADDR(0)

PON_RESETSYSRESET

GEOADDR(4)GEOADDR(5)GEOADDR(6)

DATA(6)

ADDR(11)ADDR(12)ADDR(13)ADDR(14)ADDR(15)ADDR(16)ADDR(17)ADDR(18)ADDR(19)ADDR(20)ADDR(21)ADDR(22)

DATA(0)

DATA(3)

DATA(5)DATA(4)

DATA(2)DATA(1)

ADDR(23)

VME

ADDR(7)ADDR(6)ADDR(5)ADDR(4)ADDR(3)ADDR(2)ADDR(1)

ADDR(8)ADDR(9)ADDR(10)

SP_SERVICE(2)SP_SERVICE(3)SP_SERVICE(4)SP_SERVICE(5)SP_SERVICE(6)SP_SERVICE(7)SP_SERVICE(8)SP_SERVICE(9)

STATUS1(7)STATUS1(6)STATUS1(5)

STATUS1(0)

STATUS1(9)STATUS1(8)

STATUS1(1)STATUS1(2)STATUS1(3)STATUS1(4)

STATUS1(10)

STATUS1(12)

STATUS2(0)STATUS2(1)STATUS2(2)

STATUS1(11)

STATUS1(15)STATUS1(14)STATUS1(13)

STATUS2(3)STATUS2(4)

STATUS2(12)

STATUS2(5)STATUS2(6)STATUS2(7)STATUS2(8)STATUS2(9)

STATUS2(10)STATUS2(11)

STATUS2(13)

REGI

STER

S

STATUS2(14)

CONTROL(5)CONTROL(4)CONTROL(3)CONTROL(2)CONTROL(1)CONTROL(0)

STATUS2(15)

CONTROL(6)CONTROL(7)CONTROL(8)

CONTROL(15)CONTROL(14)CONTROL(13)CONTROL(12)CONTROL(11)CONTROL(10)

CONTROL(9)

INT_GEOADD(4)INT_GEOADD(0)

INT_GEOADD(5)

LVDS_DE_REINT_GEOADD(6)

I2C_ENABLECAN_BUF_EN

SP_SERVICE(10)

VME BLOCK

CAN_REG2_BUS(1)CAN_REG2_BUS(2)CAN_REG2_BUS(3)CAN_REG2_BUS(4)CAN_REG2_BUS(5)

CAN_REG2_BUS(0)

FLC_STATUS_EN

RD/WR_STROBE

1 OF 3

ADDR_VME(10)

ADDR_VME(23)ADDR_VME(22)ADDR_VME(21)ADDR_VME(20)ADDR_VME(19)ADDR_VME(18)ADDR_VME(17)ADDR_VME(16)ADDR_VME(15)ADDR_VME(14)ADDR_VME(13)ADDR_VME(12)ADDR_VME(11)

ADDR_VME(9)ADDR_VME(8)ADDR_VME(7)ADDR_VME(6)ADDR_VME(5)ADDR_VME(4)ADDR_VME(3)ADDR_VME(2)ADDR_VME(1)

CSRD/WR_STROBERD/WR

VME BLOCKCMMXCV1000E

DATA_VME(0)DATA_VME(1)DATA_VME(2)DATA_VME(3)DATA_VME(4)DATA_VME(5)DATA_VME(6)DATA_VME(7)DATA_VME(8)

DATA_VME(12)

DATA_VME(9)DATA_VME(10)DATA_VME(11)

DATA_VME(15)DATA_VME(14)DATA_VME(13)

74LCX14

QQQ 2

10

3QQQQQ 7

654

OE

DDDDDDD

76543210

D74LVT574

QQQ 2

10

3QQQQQ 7

654

OE

DDDDDDD

76543210

D74LVT574

QQQ 2

10

3QQQQQ 7

654

OE

DDDDDDD

76543210

D74LVT574

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

A B

A B

A B

A B

A B

A B

A B

A B

A B

A B

A B

A B

DATA_VME(6)

DATA_VME(3)DATA_VME(2)

DATA_VME(5)DATA_VME(4)

DATA_VME(7)

DATA_VME(15)DATA_VME(14)DATA_VME(13)DATA_VME(12)DATA_VME(11)DATA_VME(10)

DATA_VME(9)DATA_VME(8)

DATA_VME(1)DATA_VME(0)

GEOADDR(0)

GEOADDR(5)GEOADDR(6)

GEOADDR(4)

I2CXCV100EVME BLOCK

ADDR_VME(4)ADDR_VME(3)

ADDR_VME(1)ADDR_VME(2)

RD/WR STROBE

RD/WR

ADDR_VME(5)

ADDR_VME(23)ADDR_VME(22)ADDR_VME(21)ADDR_VME(20)ADDR_VME(19)ADDR_VME(18)ADDR_VME(17)ADDR_VME(16)ADDR_VME(15)ADDR_VME(14)ADDR_VME(13)ADDR_VME(12)ADDR_VME(11)ADDR_VME(10)ADDR_VME(9)ADDR_VME(8)ADDR_VME(7)ADDR_VME(6)

SPAR

E(6)

SPAR

E(5)

SPAR

E(4)

SPAR

E(3)

SPAR

E(2)

SPAR

E(1)

CS

RESET

SPAR

E(10

)SP

ARE(

9)SP

ARE(

8)SP

ARE(

7)

INOUT

TAP9TAP8

TAP6TAP7

TAP5

TAP1TAP2TAP3TAP4TAP5

DELAY

GNDGND

A B

A B

A B

A B

A B

A B

A B

A B

A B

A B

A B

A B

A B

A B

A B

A BVCC

Page 2: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

DECOUPLING CAPACITORSFOR THIS SHEET

PLACE TERMINATION

TO I.C.

PLACE CLOSE

DO NOT CHANGECONNECTOR NUMBERS

D TE293 D.J.BECKETT I.BRAWN/V.PERERA I.BRAWN/V.PERERA

PLACE GROUND POINT

TTCS2

RESISTOR CLOSE TO IC

I.BRAWN/V.PERERA

P.APOSTOLOGLOU

OPEN

OPERATING

JUMPER

NOTE:

TE258

TE222

TO I.C.

FS JUMPER

FREQUENCY

PLACE CLOSE

T/R=0 DATA B TO A

USE 14PINDIL SOCKET

40MHZ

TEST

50MHZ

CLOSED

TEST JUMPER

A

B

C

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

09/12/2002

24/01/2003

10/12/2004 I.BRAWN/V.PERERA

COMMON MERGER MODULEPC3203M CIRCUIT

TTCRX DECODER DAUGHTER CARD INTERFACE

16

P.APOSTOLOGLOU

02

T/R=0 DATA B TO A

100R DIFF PAIR

TESTNORMALMODE

TTCP/TTCN

OPENCLOSED

FS JUMPERMAX

-TE-

0073

-066

-02-

E

-TE-0073-066-02-E

P.APOSTOLOGLOU

I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006E

MIN

25MHZ

80MHZ

-TE-0073-066-02-E

P.APOSTOLOGLOU

P.APOSTOLOGLOUP.APOSTOLOGLOU

D.J.BECKETT

16/06/2006

20/06

AT APPROPRIATE PLACE

TTCS1

Mon Oct 02 09:31:24 2006

21

R185

21

R25

21

R184

21

R178

19

9753

11131517

U52

1

12141618

8642

U52

21

R126

21 R127

20

119

10

1112131415161718

98765432

U60

21 R74

21LK20

64636261

18

16

14

12

10

8

60

6

58

56

54

52

50

48

46

44

42

40

4

38

36

34

32

30

28

26

24

22

20

2

17

15

13

11

9

7

59

5

57

55

53

51

49

47

45

43

41

39

3

37

35

33

31

29

27

25

23

21

19

1

SK4

64636261

18

16

14

12

10

8

60

6

58

56

54

52

50

48

46

44

42

40

4

38

36

34

32

30

28

26

24

22

20

2

17

15

13

11

9

7

59

5

57

55

53

51

49

47

45

43

41

39

3

37

35

33

31

29

27

25

23

21

19

1

SK5

21

C312

21

C174

2 1C304

2 1C306

21C318

21C308

2 4 6 8

1 3 5 7

RN28

2 4 6 8

1 3 5 7

RN27

2 4 6 8

1 3 5 7

RN29

2 1C12

21

R166

32

1 U174

13

1

2

315 14

U20

21C305

2 1C319

2 1C307

21C309

82

251816931

1

322822211312

3

17

1011

76

1415

54

1920

3029

2324

2726

U54

21SB9

21SB7

21 R130

21

SB44

21

SB46

21

SB43

21

SB45

2 4 6 8

1 3 5 7

RN30

2 4 6 8

1 3 5 7

RN32

2 4 6 8

1 3 5 7

RN31

21

SB47

21

SB49

21

SB48

21

SB50

21

SB51

21

SB53

21

SB55

21

SB52

21

SB54

21

SB56

21

SB58

21

SB60

21

SB62

21

SB64

21

SB66

21

SB57

21

SB59

21

SB61

21

SB63

21

SB65

21 C4

61

R9

R8

R12

R11

R10

R1

P12

P11

P10

P1

N8

N2N1

M4M3M2

L5L4L3L2L1

K5K4K3K2K1

J4J2J1

G5

G4G3G2G1

F5F4F3F2F1

E4

E3

U68

20

119

10

1112131415161718

98765432

U59

20

1 19

10

1112131415161718

98765432

U64

20

119

10

1112131415161718

98765432

U58

20

1 19

10

1112131415161718

98765432

U65

20

1 19

10

1112131415161718

98765432

U66

21 C2

06

21 C2

43

21 C2

05

21 C2

42

21 C2

33

1 TP15

1 TP17

21C177

8

U67

21 C2

04

100N

100N

100N

CLK40DES1_CRT

130R 1%

82R

1%

CLK40DES2_SYS

130R 1%

1%82R

0R0

TTC_SCL

TTC_SDA

UNBUF_CLK40DES1_OUT2

TTC_DBERRSTR

4K7

5%

TTC_DOUT<5>

TTC_SERIAL_B

22N

4K7

5% 4K7

5%4K7

5%

4K7

5%4K7

5%

0603

0603

TTC_DOUT<0>

TTC_DOUTSTRTTC_BRCSTSTR2

UNBUF_L1ACCEPT

UNBUF_CLK40DES2_OUT1

TTC_DQ<0>TTC_BCNTRST

UNBUF_CLK40DES1_OUT1

TTC_RESET*

TTC_RESET_XTD*

10U

220K

1%130R

TTC_DOUT<3>

TTC_DQ<3>BUFDQ<2>

TTC_SINERRSTR

TTC_BCNT<1>

TTC_BCNTSTR

TTC_READY_BUF

CLK40DES1_FDBK

UNBUF_CLK40DES1_OUT1UNBUF_CLK40DES2_OUT2

TTC_BRCSTSTR1

TTC_BRCST<3>

82R

1%

TTC_READY_BUF

TTC_JTAGTDI

TTC_JTAGTMS

TTC_CLKL1ACC

CLK40DES2_FDBK

CLK40DES2_FDBK

TTC_SINERRSTR

TTC_SERIAL_B

3V3

TTC_READY

TTC_DOUT<0>

UNBUF_BCNTRST

TTC_SUBADDR<1>

TTC_RESET_XTD*

TTC_SUBADDR<7>TTC_SUBADDR<6>TTC_SUBADDR<5>TTC_SUBADDR<4>TTC_SUBADDR<3>TTC_SUBADDR<2>

TTC_SUBADDR<0>

TTC_DOUTSTR

0R0

22N22N

22N

10N10N

TTC_DQ<1>

TTC_DQ<3>

TTC_DOUT<2>

TTC_DQ<2>

TTC_DOUT<4>

TTC_DOUT<1>

TTC_DOUT<3>

TTC_DOUT<5>

TTC_PD

TTC_CLKSEL

TTC_STATUS2

TTC_DOUT<6>

TTCP_BUF

TTCN_BUF

TTC_SCL

TTC_DOUT<7>

TTC_JTAGTRST

TTC_JTAGTCK

TTC_SDA

TTC_JTAGTDO

TTC_BRCST<3>

TTC_BRCST<5>

TTC_DOUT<7>

TTC_DOUT<2>TTC_DOUT<1>TTC_DOUT<0>

TTC_BRCST<2>TTC_DQ<2>

TTC_BRCST<4>

TTC_BRCST<6>TTC_BRCST<7>

10N10N

BUFDQ<3>

BUFDQ<3>BUFDQ<2>BUFDQ<1>BUFDQ<0>

100N

100N

100N

100N

100N+/-10%

0603

UNBUF_BCNTRSTBUFDQ<0>

BUFDQ<1>

3V3

TTC_L1ACCEPT

TTC_BUF_DIR

3V3

TTC_DBERRSTR

TTC_CLKL1ACC

TTC_BRCSTSTR1

TTC_DQ<1>

OSC4040MHZ

10N

UNBUF_CLK40DES2_OUT1CLK40DES1_FDBK

TTC_EVCNTLSTR

UNBUF_L1ACCEPT

TTC_BRCSTSTR2

TTC_BRCST<2>

TTC_BRCST<4>

TTC_EVCNTHSTR

TTC_EVCNTRST

TTC_BRCST<6>TTC_BRCST<7>

TTC_BRCST<5>

TTC_BCNT<4>

TTC_BCNT<10>TTC_BCNT<11>TTC_BCNT<8>TTC_BCNT<9>TTC_BCNT<6>

TTC_BCNT<2>TTC_BCNT<3>TTC_BCNT<0>

TTC_READY_BUF

GEOADD0

TTC_SUBADDR<7>TTC_SUBADDR<6>

GEOADD2

TTC_SUBADDR<5>

GEOADD3

GEOADD1

TTC_DOUT<4>TTC_DOUT<3>TTC_DOUT<2>TTC_DOUT<1>

TTC_BCNT<7>

TTC_BCNT<5>

CLK40_XTL_I2C

TTC_DOUT<6>TTC_SUBADDR<2>TTC_SUBADDR<3>TTC_SUBADDR<4>

GEOADD4

GEOADD6GEOADD5

TTC_DOUT<7>TTC_SUBADDR<0>TTC_SUBADDR<1>

TTC_READY_BUF

GEOADD1GEOADD2GEOADD3

TTC_DQ<0>

3V3

TTC_READY

OSC40CLK40_XTL_CRT

CLK40_XTL_VMECLK40_XTL_I2C

CLK40_XTL_GROICLK40_XTL_GDAQ

CLK10_XTL_LED

CLK40_XTL_CRTCLK40_XTL_SYS

TTC_DOUT<6>TTC_DOUT<5>TTC_DOUT<4>

TTC_SUBADDR<7>

TTC_SUBADDR<5>TTC_SUBADDR<6>

TTC_SUBADDR<4>TTC_SUBADDR<3>TTC_SUBADDR<2>TTC_SUBADDR<1>TTC_SUBADDR<0>

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

DATE STAMP

3V33V3

O0

O2O3

O1

OE74FCT244A

D0D1D2D3

O0

O2O3

O1

OE74FCT244A

D0D1D2D3

3V3

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

3V3

3V3

3V3

3V3

3V3

3V3

3V3

A29

A30

A26

A27

A28

A24

A25

A21

A22

A23

A19

A20

A18

A17

A16

A15

A14

A13

A11

A12

A10

A8

A9

A6

A7

A3

A5

A1

B10

B12

B13

B14

B15

B16

B17

B19

B20

B21

B22

B23

B24

B25

B27

B26

B28

B29

B30

B18

B9

B3

B1

B7

B6

B5

B11

B2A2

A4 B4

GND GND

GND GND

B8

SK-SAMTEC-2X3O-QSH

A29

A30

A26

A27

A28

A24

A25

A21

A22

A23

A19

A20

A18

A17

A16

A15

A14

A13

A11

A12

A10

A8

A9

A6

A7

A3

A5

A1

B10

B12

B13

B14

B15

B16

B17

B19

B20

B21

B22

B23

B24

B25

B27

B26

B28

B29

B30

B18

B9

B3

B1

B7

B6

B5

B11

B2 A2

A4B4

GNDGND

GNDGND

B8

SK-SAMTEC-2X3O-QSH

VCC

74F08

C/R CQ

CLQ

VIB

74LS123MULTI

3V3

VCC

GNDGNDGNDGNDGNDGND

4F14F0

3F13F0

2F12F0

1F11F0

FSREFFBTEST

CY7B991V

4Q14Q0

3Q1

VCCN

3Q0

2Q02Q1

1Q11Q0

VCCNVCCNVCCNVCCQVCCQ

A B

A B

AB

AB

AB

AB

VCC

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

AB

DQ(0)DQ(1)DQ(2)DQ(3)

SUBADDR(5)/ID(13)SUBADDR(6)/ID(14)SUBADDR(7)/ID(15)

SUBADDR(4)/ID(12)SUBADDR(3)/ID(11)SUBADDR(2)/ID(10)

SUBADDR(1)/ID(9)SUBADDR(0)/ID(8)

DOUT(7)/ID(7)DOUT(6)/ID(6)DOUT(5)/ID(5)DOUT(4)/ID(4)DOUT(3)/ID(3)DOUT(2)/ID(2)DOUT(1)/ID(1)DOUT(0)/ID(0)

BRCST(2)BRCST(3)

BRCST(7)BRCST(6)BRCST(5)BRCST(4)

CONTROL SIGNALSI2CXCV100E

L1_ACCEPT

CLOCK_L1_ACCEPT

SERIAL_B_CHANNEL

BRCSTSTR1

BRCSTSTR2

CLK1_6

SIN_ERR_STR

TTC_READY

DB_ERR_STR

DOUT_STR

CLK40

BUF_DIRECTIONBUF_ENABLE

SDA

SCL

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

VCC

O/P

OSC-UNI

Page 3: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

VOUT(MAX)= 1.81V, WHEN RV=1KVOUT(MIN)= 1.25V, WHEN RV=0

02

VOUT = 1.25V(1+R2/R1)

RESISTOR CLOSE TO ICPLACE TERMINATION

PUT FUSE BACK

T=K*RT*CX

PULSE WIDTH CALCULATIONRT

LEDS AND VOLTAGE REGULATORS

16

R1

VCC(+5V)

R1

A P.APOSTOLOGLOU

P.APOSTOLOGLOU

P.APOSTOLOGLOU

B TE222

PLACE GROUND POINT

TE258

P.APOSTOLOGLOU

I.BRAWN/V.PERERA

COMMON MERGER MODULE

D.J.BECKETT

I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE293D

A 'NOT' GATE

POWER SUPPLY REGULATORS

POWER-ON RESET

AT APPROPRIATE PLACE

DECOUPLING FOR CHIPS ON THIS SHEET

R2

CX

POWER CONNECTOR

NOT NEED 'NOT' GATE

RV

ADJUST THE VOUT & CURRENT

RA

IF POSITIVE LOGIC NEEDS

R2 = (RA*RV) / (RA+RV)

VOUT = VREF(1+R2/R1)+IADJ*R2

-TE-0073-066-03-E

-TE-

0073

-066

-03-

E

-TE-0073-066-03-E

FRONT PANEL LEDS

P.APOSTOLOGLOU

P.APOSTOLOGLOU

I.BRAWN/V.PERERA

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

IF NEGATIVE LOGIC DOES

PC3203M CIRCUIT

09/12/2002

16/06/2006

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

24/01/2003

10/12/2004C

20/06

NOTE:TAKE FUSE OFF

Mon Oct 02 09:31:26 2006

21

R111

23

1RV

1

21

DS1

FS4

13

2 TR1

21

C27

21

R162

21

R163

4 3U3

2 1U3

3142

DS7

1011U3

1213U3

21

R5

21LK11

FS1

1113

12U30

17161514

5431

121198

CON9

21

C528

2 4 6 8

1 3 5 7

RN2

87

RN1

65

RN1

43

RN1

21

RN1

21

C81

21

C89

21

C97

21

C553

21

C521

21

C529

21

C509

21

C558

21

C551

21

C508

21

C552

21

C550

21

C527

2 1C8

2 1C7

2 1C10

2 1C11

2 1C14

21C13

21C24

21C15

21C16

21

C80

21

C88

21

C95

23

1

VR2

23

1

VR1

23

1

VR3

FS3

FS2

1011U37

12

5

9

10

117 6

U32

21

R165

810

9 U16 3142

DS9

21

R12

1113

12U16

21

R11

12

5

9

10

117 6

U31

21

R164

810

9 U1511

13

12U15

21

R7

21

R8

89U37

43U37

1TP

1

12

5

9

10

117 6

U20

21

R176

1113

12 U17

12

5

9

10

117 6

U34

32

1 U16

3142

DS12

21

R16

12 13U19

21

R15

3142

DS10

65

4U16

21

R159

12

5

9

10

117 6

U36

21

R154

32

1 U15

21

R14

21

R13

3142

DS8

21

R10

65

4U15

21

R9

4

13

1

2

31514

U32

21

R158

21

R26 2

1

D2

1213U37

4

13

1

2

31514

U31

21

R157

4

13

1

2

31514

U34

6 5U37

21

R152

4

13

1

2

31514

U36

21

R150

1TP

4

21

C98

89U19

65U19

43U19

21U19 31

42DS

4

3142

DS6

3142

DS5

3142

DS2

21

R112

21

R113

21

R114

10 11U19

2 1R17

21

21

R3

3142

DS3

21

R6

YELL

OW

GR/G

R

TTC_READY_BUF

10U

300R

PON_RESET

100N

300R

300R

YE/Y

E

WIRE-ENDED10A

1000

U

3A

WIRE-ENDED5A

3B

22U

100R

+/-1

0%

SYS_HIT_LED

0603+/-10%

100N

TTC_STATUS2

BC848C

ACE_ERRLED*

300R

GR/G

R

GR/G

R

220K

YE/Y

E

100N

GROI_LINKRDY

220K

47K

10U

CMM_PEC_NZERO

5%

150R

3B 3B

100N

100N

100N

100N

100N

100N

100N

220R 5%

220R

220R

220R

CASE

-DCA

SE-D

10U

+/-1

0%

WIRE-ENDED

3B

3.3V

10U

10U

10U 10U

10U

22U

+/-1

0%

+/-1

0%

3B3B

3B

3B

TTC_L1ACCEPT

GROI_DAV*

CMM_DAQ_FIFO_EF

220K

300R

220K

300R

220K

300R

300R

300R

220K

LL4148

220K

220K

5%

100R 5%

5%100R

1K0

220R

+/-1

0%10

U

TO-220H-HS

CMM_DAQ_FIFO_FF

7A

100N

220R

10U

220K

BOARD_DS

300R

GDAQ_DAV*

ACE_STATLED*

82R

1% 0603

1%130R

0603

CLK10_XTL_LED

YE/Y

E

ALL_DONE

GR/G

R

GR/G

R

300R

RD/R

D

+/-1

0%68

U

CASE-C

300R

CRATE_HIT_LED

10U

5%

YE/Y

E

1K0

GDAQ_LINKRDY

10U

+/-1

0%CA

SE-D

22U

ADJ

1%47R

MF25

DATE STAMP

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

C/RCQ

CLQ

VIB

74LS123MULTI

VCC

C/RCQ

CLQ

VIB

74LS123MULTI

74LCX14

C/RCQ

CLQ

VIB

74LS123MULTI

VCC

74LCX14

74LCX14

74LCX14

74LCX14

VCC

74LCX14

VCC

CW

3V3

74LCX14

74LCX14

74LCX14

74LCX14

1V8

2V5

3V33V3

3V3

VCC

OC

F38

1,3,4,5 TOGETHER

8,9,11,12 TOGETHER

14,15,16,17 TOGETHER 10

ZPACK-RTANG-POWER-ASSY

2

6

CONNECT PINS

VCC

LT1084CT5AMP ADJ LDO VREG

O/PI/PADJ

VIN VOUT

LT1584CT

ADJ

LT1584CT

VOUTVIN

GND

74LCX14

C/R CQ

CLQ

VIB

74LS123MULTI

74F08 74F08

C/R CQ

CLQ

VIB

74LS123MULTI

VCC

74F08

VCC

74F08

VCC VCC

74LCX14

74LCX14

C/R CQ

CLQ

VIB

74LS123MULTI

74F08

C/R CQ

CLQ

VIB

74LS123MULTI

74F08

VCC

74LCX14

VCC VCC

74F08

C/R CQ

CLQ

VIB

74LS123MULTI

74F08

VCC VCC

74F08

VCC VCC

C/RCQ

CLQ

VIB

74LS123MULTI

74LCX14

Page 4: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

50 OHMS

D TE293 D.J.BECKETT I.BRAWN/V.PERERA

P.APOSTOLOGLOU

RESISTOR CLOSE TO ICPLACE TERMINATION

D.J.BECKETT

ROILINK TO POWER-UP FO TX

A

TE222B

P.APOSTOLOGLOUP.APOSTOLOGLOU

P.APOSTOLOGLOU

P.APOSTOLOGLOU09/12/2002

02

COMMON MERGER MODULE

16

GLINK TRANSMITTERS

TE258C I.BRAWN/V.PERERA

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

24/01/2003

TEST

PLACE TERMINATIONRESISTOR CLOSE TO IC

AT APPROPRIATE PLACEPLACE GROUND POINT

LASER ON

P.APOSTOLOGLOU

DECOUPLING FOR ROI GLINK

-TE-0073-066-04-E

-TE-

0073

-066

-04-

E

-TE-0073-066-04-E

CONNECTOR

DECOUPLING CAPACITORS FOR

DAQ

50 OHMS

PLACE TERMINATIONRESISTOR CLOSE TO IC

CHECK THE HDMP-1022 (TX)

DECOUPLING FOR DAQ GLINK

I.BRAWN/V.PERERA

I.BRAWN/V.PERERA

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

THE GLINK IC HAVE SPECIFICTOPOLOGY ON THE BOARD

DATASHEET AT PAGE 37

PC3203M CIRCUIT

10/12/2004

16/06/2006

20/06Mon Oct 02 09:31:29 2006

21

R146

21

R139

21 R27

21 R147

21

R28

21

R148

21

DS13

21

R23

21

C6

21

C9

21PL2

2017

1

141110

9

16

15

23

1918

78

1213

456

232221

U4

21

C523

21

C524

21

R168

21

R171

21

R170

21

R169

21 L3

21 L2

21

C522

21

C525

21

R172

21

R174

21

R173

21

R175

21LK24

2017

1

141110

9

16

15

23

1918

78

1213

456

232221

U5

21

R142

21

R145

D9

D8

D7

D14

D13

D12

D11

D10

C9

C8

C7

C22

C14

C13

C12

C11

C10

BB9

BB27

BB26

BB25

BB24

BB23

BB22

BB21

BB20

BB19

BB18

BB17

BB16

BB15

BB14

BB13

BB12

BB11

BB10

BA27

BA26

BA25

BA24

BA23

BA22

BA21

BA20

BA19

BA18

BA17

BA16

BA15

BA14

BA13

BA12

BA11

BA10

B22

B19

B18

B17

B16

B15 B14

B13

B12

B11

AY32

AY31

AY30

AY29

AY28

AY27

AY26

AY25

AY24

AY23

AW32

AW31

AW30

AW29

AW28

AW27

AW26

AW25

AW24

AW23

A38

A19

A18

A17

A16

A15

A14

A13

A12

U44

T8

T7

T6

T5T3

R7

R6

P7

P6

P5

P13

N9

N7

N6

N5

N12

N11

N10

M7

M6 M11

M10

H4H2H1

E7

E6

D9D8

D7

D6D5

D10

C8

C7

C5

C10

A2

U68

21 R1442 1

C32

2 1C31

21

C465 2

1C5

13 21

C4532

1C4

79 21

C507 2

1C5

1721

C444 2

1C5

16 21

C511 2

1C4

6721

C430 2

1C4

28 21

C4312

1C4

29 21

C436

21

C506 2

1C4

52 21

C464 2

1C5

14 21

C478 2

1C5

10 21

C515 2

1C4

24 21

C426 2

1C4

43 21

C466 2

1C4

27 21

C425 2

1C4

3521

C512

Y5

Y4

Y3

Y2

Y1

W5

W4

W3

W2

W1

V5

V4

U4

U3

U2

U1

T5

T4

T3

T2

T1

R5

R4

R3

R2

R1

P5

P4

P1

N4

N3N2

N1

M5

M4

M3

M2

M1

L5

L4

L3

L2

L1

K5

K4

K3

K2

K1

J5

J4

J3

J2

J1

H5

H4

H3H2

H1

G5

G4

G3

G2

G1

F4

F3

F1

E4

E3

E2

E1

D3

B22

AP3AM3AL1AJ2AH5

AH3

AF5

AF4

AE5

AE4

AE3

AE2

AD5

AD3

AD2

AD1

AC3

AC2

AC1

AB4

AB2

AA4

AA3

AA2

AA1

U61

18

16

14

12

10

8

6

4

20

2

17

15

13

11

9

7

5

3

19

1PL6

773327

6463524443242313

797266

7

768

3465

74

73

1514

16

75

25

101211

8026

413029282221

96

626142

5

71

60

6878

67

1817

2019

70

6941

U40

21

R143

21

R140

21 R141

773327

6463524443242313

797266

7

768

3465

74

73

1514

16

75

25

101211

8026

413029282221

96

626142

5

71

60

6878

67

1817

2019

70

6941

U39

VCC3V3DAQ

4K7

LASER_DIS_ROI

100N

0603

GDAQ_DATA<12>

VCC_F0

GDAQ_LOCKED

GDAQ_LINKRDY

GDAQ_DATA<19..0>

GDAQ_LOCKED

CLK40_XTL_GDAQ

GDAQ_DAV*

DAQ_FO-DAQ_FO+

GDAQ_RESET*

DAQ_0FAULTLASER_DIS_DAQ

CHASSIS_GND

DAQ_0REM0V

1%130R

0603

82R

1%

0603

5%4K7

4K7 0603100N

4K7

1N0

100N

10K

10K

10K

1000R

INFINEON

10K

GDAQ_DATA<14>

GROI_DATA<16>

0603

CLK40_XTL_GROI

82R

1%

06031%

GROI_LOCKED

GROI_DATA<19..0>

GROI_LINKRDY

GROI_DAV*

CLK40DES1_CRT

SP_CORE<1>

ROI_DATA<6>

GROI_DATA<15>

GEOADD0LVDS_DE_RETTC_CRT_SYS<7>

GEOADD6GEOADD5GEOADD4SP_CORE<7>

CLK40DES2_SYS

VCC_F0

VCC_F01000R

+/-1

0%10

0N

10K

270R

10U

VCC3V3ROI

ROI_FO-ROI_FO+

ROI_0REM0V

4K7

4K7

1N0

0603

TTC_CRT_SYS<7>TTC_CRT_SYS<6>

TTC_CRT_SYS<5>TTC_CRT_SYS<4>TTC_CRT_SYS<3>TTC_CRT_SYS<2>TTC_CRT_SYS<1>TTC_CRT_SYS<0>

100N+/

-10%

0603

100N

100N

100N

100N

100N

100N

100N

100N

100N

100N

100N

100N

100N

100N

+/-1

0%10

0N

100N

100N

100N

100N

100N

100N

100N

100N

100N

100N

100N

100N

100N

100N

CRATE_HIT_LED

RST_ADDR

TTC_CRT_SYS<5>TTC_CRT_SYS<6>

TTC_CRT_SYS<4>

TTC_CRT_SYS<2>TTC_CRT_SYS<3>

TTC_CRT_SYS<0>TTC_CRT_SYS<1>

SP_CORE<6>

SP_CORE<4>SP_CORE<5>

SP_CORE<3>SP_CORE<2>

ROI_DATA<0>ROI_DATA<1>ROI_DATA<2>ROI_DATA<3>ROI_DATA<4>

ROI_DATA<7>

ROI_DATA<5>

PCR_SYSPLYBK_EN

CLRPEBOARD_RESET*

TTC_L1ACCEPTTTC_BCNTRST

DLL_RESET*

GROI_DATA<1>GROI_DATA<0>

GROI_DATA<3>GROI_DATA<2>

GROI_DATA<6>GROI_DATA<5>GROI_DATA<4>

GROI_DATA<8>GROI_DATA<7>

GROI_DATA<11>GROI_DATA<10>GROI_DATA<9>

GROI_DATA<13>GROI_DATA<12>

GROI_DATA<14>

GROI_DATA<16>

GROI_DATA<18>GROI_DATA<17>

GROI_DATA<19>

GDAQ_DATA<1>GDAQ_DATA<0>

GDAQ_DATA<2>GDAQ_DATA<3>GDAQ_DATA<4>GDAQ_DATA<5>GDAQ_DATA<6>

GDAQ_DATA<8>GDAQ_DATA<7>

GDAQ_DATA<10>GDAQ_DATA<9>

GDAQ_DATA<11>

GDAQ_DATA<13>GDAQ_DATA<12>

GDAQ_DATA<14>GDAQ_DATA<15>GDAQ_DATA<16>

GDAQ_DATA<18>GDAQ_DATA<17>

GDAQ_DATA<19>

ROI_CONTROL<1>ROI_CONTROL<0>

ROI_CONTROL<2>

ROI_CONTROL<4>ROI_CONTROL<3>

ROI_CONTROL<7>ROI_CONTROL<6>ROI_CONTROL<5>

CMM_DAQ_FIFO_FFCMM_DAQ_FIFO_EF

CMM_PEC_NZERO

DAQ_READOUT_EN

CMM_ROI_FIFO_FFCMM_ROI_FIFO_EF

DAQ_LOAD_SRGDAQ_DAV*GROI_DAV*DAQ_PTYOUT_EN

CMM_LOCKED_DLL

PLYBK_EN

BOARD_RESET*

DLL_RESET*RST_ADDR

CLRPE

ROI_CONTROL<0>

ROI_CONTROL<2>

ROI_CONTROL<4>

ROI_CONTROL<6>ROI_CONTROL<5>

ROI_CONTROL<7>

TTC_CRT_SYS<0>

TTC_CRT_SYS<3>TTC_CRT_SYS<2>TTC_CRT_SYS<1>

TTC_CRT_SYS<5>TTC_CRT_SYS<4>

TTC_CRT_SYS<6>TTC_CRT_SYS<7>

GROI_DATA<11>GROI_DATA<12>

GROI_DATA<14>GROI_DATA<15>

GROI_DATA<18>GROI_DATA<17>

GDAQ_DATA<10>GDAQ_DATA<11>

GDAQ_DATA<13>

GDAQ_DATA<15>

GDAQ_DATA<17>GDAQ_DATA<16>

GDAQ_DATA<18>GDAQ_DATA<19>

ROI_DATA<0>

ROI_DATA<2>ROI_DATA<1>

ROI_DATA<4>ROI_DATA<5>

ROI_DATA<3>

ROI_DATA<7>ROI_DATA<6>

PCR_SYS

CMMS_DAQ_FIFO_EFCMMS_DAQ_FIFO_FF

CMMS_ROI_FIFO_FFCMMS_ROI_FIFO_EF

CMMS_LOCKED_DLL

SYS_HIT_LED

10K

10K100N

INFINEON

CHASSIS_GND

5%RE

D

10K

GROI_DATA<10>

1%130R

0603

82R

1%

CLK40_XTL_SYS

ROI_CONTROL<1>

ROI_CONTROL<3>

DAQ_LOAD_SR

DAQ_PTYOUT_ENDAQ_READOUT_EN

GROI_DATA<19>

+/-1

0%

GROI_DATA<13>

130R

GROI_RESET*

ROI_0FAULT

GROI_LOCKED

0603

DATE STAMP

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

HDMP-1022

VCCTTL3VCCTTL2VCCTTL1

ED

VCC12VCC11VCC10VCC9VCC8VCC7VCC6VCC5VCC4VCC3VCC2VCC1

CAP1B

GND12GND11GND10

GND7GND8GND9

FF

FLAG

INV

RFD

D19-0

LOCKED

STRBOUTSTRBIN+

DAV

CAV

GND1GND2GND3GND4GND5GND6

CAP0B

DOUT-DOUT+

DIV1DIV0

M20SEL

RST

LOOPENLOUT-LOUT+

EHCLKSEL

MDFSEL

HCLKONHCLK-HCLK+

FLAGSEL

GNDTTL1GNDTTL2

VCC VCC

VCC

VCC

VCC

VCCVCC

HDMP-1022

VCCTTL3VCCTTL2VCCTTL1

ED

VCC12VCC11VCC10VCC9VCC8VCC7VCC6VCC5VCC4VCC3VCC2VCC1

CAP1B

GND12GND11GND10

GND7GND8GND9

FF

FLAG

INV

RFD

D19-0

LOCKED

STRBOUTSTRBIN+

DAV

CAV

GND1GND2GND3GND4GND5GND6

CAP0B

DOUT-DOUT+

DIV1DIV0

M20SEL

RST

LOOPENLOUT-LOUT+

EHCLKSEL

MDFSEL

HCLKONHCLK-HCLK+

FLAGSEL

GNDTTL1GNDTTL2

3V3

3V3

3V3

3V3

A B

V23818-M305-B57

TX

MOD-

DEF2

MOD-

DEF1

MOD-

DEF0

EMIGND

EMIGNDEMIGND

SFP

CAGE

RXVEER

RD-

VCCT

TXDISTXFAULT

VEET

RXLOSS

VEET

TD-

VEERVEERVEER

RD+

RXRATE

TD+

VCCR

VEET

V23818-M305-B57

TX

MOD-

DEF2

MOD-

DEF1

MOD-

DEF0

EMIGND

EMIGNDEMIGND

SFP

CAGE

RXVEER

RD-

VCCT

TXDISTXFAULT

VEET

RXLOSS

VEET

TD-

VEERVEERVEER

RD+

RXRATE

TD+

VCCR

VEET

VCC

VCC

SYS_HIT_LED

LOCKED_DLL

ROI_FIFO_EFROI_FIFO_FF

DAQ_FIFO_FFDAQ_FIFO_EF

PCR_SYS

TEST_BUS(18)TEST_BUS(19)

TEST_BUS(0)TEST_BUS(1)TEST_BUS(2)TEST_BUS(3)TEST_BUS(4)TEST_BUS(5)TEST_BUS(6)TEST_BUS(7)TEST_BUS(8)TEST_BUS(9)

TEST_BUS(10)TEST_BUS(11)TEST_BUS(12)TEST_BUS(13)TEST_BUS(14)TEST_BUS(15)TEST_BUS(16)TEST_BUS(17)

ROI_DATA(7)

ROI_DATA(5)ROI_DATA(6)

ROI_DATA(3)ROI_DATA(2)

ROI_DATA(0)

ROI_DATA(4)

ROI_DATA(1)

ROD_GDAQ(18)ROD_GDAQ(17)ROD_GDAQ(16)ROD_GDAQ(15)ROD_GDAQ(14)ROD_GDAQ(13)ROD_GDAQ(12)

ROD_GDAQ(19)

ROD_GDAQ(11)ROD_GDAQ(10)

ROD_GROI(13)

ROD_GROI(19)ROD_GROI(18)ROD_GROI(17)ROD_GROI(16)ROD_GROI(15)ROD_GROI(14)

ROD_GROI(12)ROD_GROI(11)ROD_GROI(10)

READOUT BLOCKCMMSXCV1000E

ROI_CONTROL(0)

ROD_SPARE(2)ROD_SPARE(3)ROD_SPARE(4)ROD_SPARE(5)ROD_SPARE(6)ROD_SPARE(7)ROD_SPARE(8)ROD_SPARE(9)

ROD_SPARE(10)ROD_SPARE(11)ROD_SPARE(12)ROD_SPARE(13)ROD_SPARE(14)ROD_SPARE(15)ROD_SPARE(16)ROD_SPARE(17)ROD_SPARE(18)ROD_SPARE(19)

ROD_SPARE(1)

CLRPE

ROD_SPARE(0)

ROI_CONTROL(1)ROI_CONTROL(2)ROI_CONTROL(3)

ROI_CONTROL(7)ROI_CONTROL(6)ROI_CONTROL(5)ROI_CONTROL(4)

CLK40DES2XCLK40DES1X

RST_DLLRST_ADDRRST

PLYBK_ENDAQ_LOAD_SR

DAQ_PTYOUT_ENDAQ_READOUT_EN

I2CXCV100ESPARES BLOCK

SPARE(28)SPARE(29)SPARE(30)SPARE(31)SPARE(32)SPARE(33)SPARE(34)SPARE(35)SPARE(36)SPARE(37)

SPARE(38)SPARE(39)SPARE(40)SPARE(41)SPARE(42)SPARE(43)SPARE(44)SPARE(45)SPARE(46)SPARE(47)

SPARE(48)

SPARE(16)SPARE(15)SPARE(14)SPARE(13)SPARE(12)SPARE(11)

SPARE(17)SPARE(18)SPARE(19)SPARE(20)

SPARE(27)

SPARE(26)SPARE(25)SPARE(24)SPARE(23)SPARE(22)SPARE(21)

VCC

VCC

VCC

CRATE_HIT_LED

NROI_DAV

LOCKED_DLL

DAQ_PTYOUT_EN

RST_ADDR

NDAQ_DAV

DAQ_READOUT_ENDAQ_LOAD_SR

ROI_FIFO_FFROI_FIFO_EF

DAQ_FIFO_EFDAQ_FIFO_FF

ROD_GDAQ(10)ROD_GDAQ(11)

PEC_NZERO

ROI_CONTROL(4)ROI_CONTROL(5)ROI_CONTROL(6)ROI_CONTROL(7)

ROI_CONTROL(0)ROI_CONTROL(1)ROI_CONTROL(2)ROI_CONTROL(3)

ROD_GDAQ(17)ROD_GDAQ(18)ROD_GDAQ(19)

ROD_GDAQ(16)

ROD_GDAQ(12)ROD_GDAQ(13)ROD_GDAQ(14)ROD_GDAQ(15)

ROD_GDAQ(9)

ROD_GROI(19)ROD_GROI(18)ROD_GROI(17)ROD_GROI(16)ROD_GROI(15)ROD_GROI(14)ROD_GROI(13)ROD_GROI(12)ROD_GROI(11)ROD_GROI(10)

ROD_GROI(0)ROD_GROI(1)ROD_GROI(2)ROD_GROI(3)ROD_GROI(4)ROD_GROI(5)ROD_GROI(6)ROD_GROI(7)ROD_GROI(8)ROD_GROI(9)

ROD_GDAQ(0)ROD_GDAQ(1)ROD_GDAQ(2)ROD_GDAQ(3)ROD_GDAQ(4)ROD_GDAQ(5)ROD_GDAQ(6)ROD_GDAQ(7)ROD_GDAQ(8)

L1ABCR

RST

ROI_DATA(0)ROI_DATA(1)

ROI_DATA(4)ROI_DATA(3)ROI_DATA(2)

ROI_DATA(5)

PLYBK_ENPCR_SYS

ROI_DATA(7)ROI_DATA(6)

CLK40DES1X

RST_DLLCLRPE

READOUT BLOCKCMMXCV1000E

SPARE_TTL(0)SPARE_TTL(1)SPARE_TTL(2)SPARE_TTL(3)SPARE_TTL(4)SPARE_TTL(5)SPARE_TTL(6)SPARE_TTL(7)SPARE_TTL(8)SPARE_TTL(9)

SPARE_TTL(10)SPARE_TTL(11)SPARE_TTL(12)SPARE_TTL(13)SPARE_TTL(14)SPARE_TTL(15)SPARE_TTL(16)SPARE_TTL(17)SPARE_TTL(18)SPARE_TTL(19)

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

Page 5: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

20/06

D.J.BECKETT

I.BRAWN/V.PERERA

P.APOSTOLOGLOU

(PROGRAM/RUN MODEUNDER VME CONTROL)

(MANUAL OPERATION)

TE294

TE293

TE25810/12/2004

16/06/2006

GEOGRAPHICAL 4

20/09/2006 I.BRAWN/V.PERERA I.BRAWN/V.PERERAE

CLOSE LINK:PROGRAM MODE

PGM

P.APOSTOLOGLOU

PC3203M CIRCUIT

-TE-0073-066-05-E

D.J.BECKETT

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

24/01/2003

-TE-

0073

-066

-05-

E

CAN

D I.BRAWN/V.PERERA I.BRAWN/V.PERERA

D.J.BECKETT

COMMON MERGER MODULE

C

NOTE: PD = PULL DOWN

RS232 INTERFACE/

'1'MD0MD1MD2P01P00

RTS/CTS '0''0''0''1'

OPR'1'

09/12/2002

MDO

P01

P00

CAN PORT INTERFACEDECOUPLING

BITS

TE222B P.APOSTOLOGLOU

A

I/O

SENSOR

GEOGRAPHICAL 6

02

CAPACITORS

BUS

GROI TEMP

GDAQ TEMP

TOTE

MP

TEMP

SENSORTEMP

G-LINK DAQ

GO TOBACKPLANECONNECTOR

16

GEOGRAPHICAL 0

P.APOSTOLOGLOU

P.APOSTOLOGLOU

P.APOSTOLOGLOU

I.BRAWN/V.PERERA

G-LINK ROI

MD2

OPERATION (RUN) MODEOPEN LINK:NOTE

CAN RX

AT APPROPRIATE PLACEPLACE GROUND POINT

'0''1'

SERIAL

ISP PROGRAMMING PORT

CAN TX

DECOUPLING

'0''1''1'

TEMP MONITOR

DIOD

ES

CAN BUS MICROCONTROLLER INTERFACE

'1'

POWER-ON RESET

GEOGRAPHICAL 5

INPUTSADC

MODETEST

FOR CAN CONTROLLER

I/O

-TE-0073-066-05-E

Mon Oct 02 09:31:31 2006

31

SW1

23

1RV

2

12141618

20

10

1

8642

U69

3579

20

10

19

17151311

U69

21 R161

8382

77 80797876757472717069676665646261605957565554

4645444341403938

4847

33

3231

30 29 28 26 25 24 22 21 20 19 18 17 16 15 14 13 12 10 9 8 7 6 5 4 3 2 1

10099

9897

969594939291

908988878685

51

5049

52 736353 6858

2737363534

U33

9

8

7

6

5

4

3

2

1

SK3

2 4 6 8

1 3 5 7

RN15

2 4 6 8

1 3 5 7

RN33

2 4 6 8

1 3 5 7

RN18

20

119

10

1112131415161718

98765432

U42

2468

1357

RN162468

1357

RN14

2468

1357

RN72468

1357

RN5

2468

1357

RN13

2468

1357

RN172468

1357

RN8

2468

1357

RN62468

1357

RN4

21 LC29

21

LC2

12

9

7

4

161

13

10

6

3

14

11

5

2

8

15U38

21

PL5

21

C531

21

C518

21

LC1

21

C4

21

C303

21

C245

21

C347

21

C104

21

R153

21LK6

21

C23

21

C22

21

U35

2 1D3

21

R151

1

2

3

TR2

9 15

13

14

16

7

5

3

1

8

6

4

2

12

1011

U18

1

2

3

TR3

16

62

7101411

9 812 13

15

54

31

U14

21

C477

21SB2

21SB1

21

R20

21 R182 1C5

21

R21

21

R22

21

R19

5

31

4

8

2

6

7U76

21

C3

21

C520

21

C459

2 1C556

2 1C555

21

C575

21

C557

21

C526

21

C105

21

C530

21

R2

21

R1

3142

DS11

21

D1

CANRESET*

TESTMODE<2>

GEOADD6GEOADD5GEOADD4

1K0

1K0

CAN_IRQ<0>

PD<37>

GEOADD0

PD<23>

10K

TEMP_SMB_CLK

TEMP_ALERT

CAN_IRQ<1>

GEOADD1

GEOADD3

CTS

DXP_CMM

4K75%

SK-RT-ANG

4K7

YE/Y

E

SOIC

100N

CAN_BUF_EN*

CAN_IRQ<2>CAN_IRQ<3>

0603

5%

RS23

2_RX PD

<8>

PD<7

>

PD<32>

5%4K7

PD<36>

PD<34>PD<33>

PD<31>PD<32>

PD<3

7>

4MHZ

PQFP

PD<22>

PD<19>

PD<21>

PD<20>

PD<1

7>

PD<1

8>

PD<5

>PD

<6>

PD<1

>PD

<3>

PD<2

>PD

<4>

PD<1

3>PD

<12>

PD<1

1>

PD<1

6>PD

<15>

PD<1

4>

PD<9

>RS

232_

TX

P01P00

PD<3

0>PD

<28>

PD<2

9>

PD<2

6>PD

<27>

PD<2

5>PD

<24>

TESTMODE<0>TESTMODE<1>

SK-DTYPE-9

RS232_IN

CTS

RTS

RS232_OUT

4K7

2V5

5%

PD<9>PD<10>PD<11>PD<12>

5%4K7

PD<13>PD<14>PD<15>PD<16>

PD<25>PD<26>PD<27>PD<28>

5%

PD<30>PD<31>

5%4K7

4K7 5%

VMED<6>

VMED<2>

VMED<4>

100N

RS232_RST

CASE-C

TEMP_ALERTCANRESET*

TEMP_SMB_DATA

GEOADD2

5%

CAN_SELECT_PROGGND

TESTMODE<0>

TESTMODE<2>

P00

TESTMODE<1>

100N

100N

QSOP

10K

5%

LOW-

K

15PF

+/-2

%

+/-2

%DXN_I2C

5%

100N

5%

5%200R

+/-10%100N

10K

CANP

CANN

100N

100N

100N

DXN_CMM

DXP_I2C

DXN_CMMSDXP_CMMS

5%

100N

4K7

5%1K0

+80%

/-20

%10

U

+/-1

0%10

0N

+/-10%100N

100N+/-10%

100N

+/-1

0%

SOIC

1N4001

RS232_TX

RS232_RX

RS232_RST

P01

RTS

0603M

15PF

100N

100N

+/-1

0%

0805

100N

VMED<1>VMED<0>

3V3

VMED<7>

VMED<5>

VMED<3>

4K75%

4K7

4K7

4K75%

5%4K7

PD<4>PD<3>PD<2>PD<1>

PD<8>PD<7>PD<6>PD<5>

PD<20>PD<19>PD<18>PD<17>

PD<24>PD<23>PD<22>

PD<36>PD<35>PD<34>PD<33>

PD<29>

4K75%

PD<21>

5%

CANRESET*

5%47K

LL4148VMECANRESET*

PD<1

0>

PD<35>

5%

10K

+/-1

0%22

U

RT-A

NG

DATE STAMP

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

VCC

SW_S

PST

VCC

CW

A1A2A3A4

Y2Y3

74HCT244

Y1

G

Y4

VCC

GND

VCC

A1A2A3A4

Y2Y3

74HCT244

Y1

G

Y4

VCC

GND

OSCILLATIONINPUT

P03/IN3P02/IN2P01/IN1P00/IN0

X1X0

RESE

T

P92/

INT0

P93/

INT1

P94/

INT2

P95/

INT3

P84/

PWM1

P3P8

5/PW

M1M3

P86/

PWM2

P3P8

7/PW

M2M3

P83/

PWM2

M2

P80/

PWM1

P2P8

1/PW

M1M2

P82/

PWM2

P2

P75/

PWM1

M1P7

4/PW

M1P1

P76/

PWM2

P1P7

7/PW

M2M1

P73/

PWM2

M0P7

2/PW

M2P0

P71/

PWM1

M0P7

0/PW

M1P0HS

T

MD2

P61/AN1P60/AN0

ADC GNDADC REF-ADC REF+ADC VCC

P62/AN2P63/AN3P64/AN4

P67/AN7P66/AN6P65/AN5

MD0MD1

INPUTSMODETEST

MB90F594DUAL CAN BUS

MICROPROCESSOR

P05/IN5P04/IN4

P06/OUT0P07/OUT1P10/OUT2P11/OUT3P12/OUT4P13/OUT5

P14/RX1

P34/

SOT0

P35/

SCK0

P36/

SIN0

P37/

SIN1

P44/

SIN2

P45/

SIN3

P46/

SCK3

P15/TX1

P16/SG0P17/SGA

P90/

TX0

P91/

RX0

P40/

SCK1

P41/

SOT1

P42/

SOT2

P43/

SCK2

P23

P22

P21

P20

P27/

INT7

P26/

INT6

P25/

INT5

P24/

INT4

P33

P32

P31

P30

P52/

PPG2

P51/

PPG1

P50/

PPG0

C(E

XTCA

PACI

TOR)

P47/

SOT3

P53/PPG3P54/PPG4

P55/PPG5/ADTG

P56/TINP57/TOT/WOT

DVCC

DVSS

DVCC

DVSS

DVSS

9

8

7

6

4

3

2

1

5

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

VCC

VCC

74FCT157T

I1BI0C

I0BI1AI0A

I1CI0DI1D

VCC

YD

YC

YB

YA

GND

ES

AB

VCCVCC VCC

VCC

3V32V51V8

3V3

VCC

VCC

VCC

VCC

VCC

GND

VS+

VOUTLM35D

MAX1668

SMBDATA

SMBCLK

ALERT

STBYVC

C

GND

ADD1

ADD0

DXP1DXN1

DXN2DXP2

DXP3DXN3

DXP4DXN4

GND

VS+

VOUTLM35D

VCC

V+V-

T1OUT

R1INR2IN

T2OUT

GND

C1+C1-

C2-C2+

T1IN

R1OUTR2OUT

T2IN

SP232A

A B

A B

VCC

VCC

VCC

GND

VCC

CANH

INTERFACECAN CONTROLLER

RXD

VREF

RS

TXD

PCA82C250

CANL

VCC

VCC

VCC

VCC

VCC

Page 6: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

10/12/2004

DO NOT CHANGE CONNECTOR NUMBERS

C I.BRAWN/V.PERERA I.BRAWN/V.PERERA

P.APOSTOLOGLOU P.APOSTOLOGLOU

16

02

A P.APOSTOLOGLOU

P.APOSTOLOGLOU P.APOSTOLOGLOU P.APOSTOLOGLOUB

09/12/2002

24/01/2003 TE222RESISTORS CONNECT

ESD STRIPS TO GROUND

TOP FRONT-PANELCONNECTION

I.BRAWN/V.PERERAI.BRAWN/V.PERERATE293D

-TE-0073-066-06-E

-TE-

0073

-066

-06-

E

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

16/06/2006

TE258 D.J.BECKETT

D.J.BECKETT

-TE-0073-066-06-EBACKPLANE CONNECTORS 1-4COMMON MERGER MODULE

PC3203M CIRCUIT

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

20/06Mon Oct 02 09:31:33 2006

1LK

1

21

R120

21

R118

21

R119

21

R117

856647

289

846546

278

836445

267

826344

256

816243

245

806142

234

796041

223

785940

212

775839

201

957657

3819

947556

3718

937455

3617

927354

3516

917253

3415

907152

3314

897051

3213

886950

3112

876849

3011

866748

2910

CON1

856647

289

846546

278

836445

267

826344

256

816243

245

806142

234

796041

223

785940

212

775839

201

957657

3819

947556

3718

937455

3617

927354

3516

917253

3415

907152

3314

897051

3213

886950

3112

876849

3011

866748

2910

CON3

856647

289

846546

278

836445

267

826344

256

816243

245

806142

234

796041

223

785940

212

775839

201

957657

3819

947556

3718

937455

3617

927354

3516

917253

3415

907152

3314

897051

3213

886950

3112

876849

3011

866748

2910

CON4

856647

289

846546

278

836445

267

826344

256

816243

245

806142

234

796041

223

785940

212

775839

201

957657

3819

947556

3718

937455

3617

927354

3516

917253

3415

907152

3314

897051

3213

886950

3112

876849

3011

866748

2910

CON2

P3_16M_08N

M_21N

M_21P

M_16N

M_16P

M_12N

M_03N

M_03P

M_25N

M_25P

M_20N

M_20P

M_15N

M_15P

M_07N

M_07P

M_26N

M_26P

M_22N

M_22P

M_17N

M_17P

M_13N

M_08P

M_04N

M_04P

P7_24

P7_22P6_22

P6_24P5_24

P7_23

P6_23

P5_22

P7_21

P6_21

P7_20P6_20P5_20

P7_19

P6_19

P7_18P6_18P5_18

P4_1

M_24N

M_24P

M_19N

M_19P

M_10N

M_10P

M_06N

M_06P

M_23N

M_23P

M_18N

M_18P

M_09N

M_09P

M_05N

M_05P

M_01N

M_01PM_00P

M_00N

P4_24P5_23

P5_21

P5_19

P4_23

P4_22

P4_21

P4_20

P4_19P0_10P1_6

P0_9

P0_12P1_8

P0_11

P0_13

P0_14

P0_15

P0_18

P0_16

P0_17

P0_20

P1_12

P0_19

P1_14

P1_16

P1_20

P1_22

P0_21

P0_22

P0_23

P0_24

GEOADD5

P1_18

P1_21

P3_6

P3_10

P2_10

P1_11P2_11P3_11

P2_12

P3_12

P3_18

P1_19

P2_21

P1_13

P3_13

P2_14

P3_14

P2_22

P2_20

P3_20

P3_21

P3_19P2_19

P1_15

P1_17P2_17P3_17

P2_16

P2_15P3_15

P2_18

P2_13

P3_9P2_9P1_9

P2_8

P3_8

P1_5P2_5P3_5

P2_6

P1_7P2_7P3_7

GEOADD6

GEOADD0P2_23

P3_22

P1_23

P3_23

P4_2

P4_3

P4_4

P4_5

P4_6

P4_7

P4_8

P4_9

P4_10

P4_12

P4_13

P4_14

P4_15

P4_18

P4_11

P4_16

P4_0P1_24

P5_1

P5_3

P5_7

P5_9

P5_11

P5_13

P5_15

P5_17

P5_5

P6_1

P5_2

P6_3

P5_4

P6_5

P5_6

P6_7

P5_8

P6_9

P5_10

P6_11

P5_12

P6_13

P6_15

P5_16

P6_17

P3_24

P7_0

P7_1

P7_2

P7_3

P7_4

P7_5

P7_6

P7_7

P7_8

P7_9

P7_10

P7_11

P7_12

P7_13

P7_15

P7_16

P7_17

P5_0P6_0

P6_2

P6_4

P6_6

P6_8

P6_10

P6_14

P6_16

P6_12

M_02N

M_02P

M_14P

M_14N

CG

M_12PM_11P

M_13P

M_11N

VMED11

VMED09

VMED02

VMED08VMED00

VMED01

VMED04

VMED07

VMEWRITE*

VMEA07

P0_0

VMEA04P0_1

P0_2

P1_0

VMERESET*P0_3

P0_5

P0_4

P1_2P0_6

P0_7

P1_4P0_8

P2_4

P1_3

P2_2

P1_1

VMEA01

VMEA02

VMEA05

VMEA06

VMEDS0*

VMED06

VMED05

VMED03VMED12

VMED14VMED15

VMEA23VMEA22

VMEA21VMEA20

VMEA18VMEA19

VMEA16VMEA17

VMEA14VMEA15

VMEA12VMEA13

VMEA10VMEA11

VMEA08VMEA09

P2_0P3_0

P2_1P3_1

P3_2

P2_3P3_3

P3_4

GEOADD4

P4_17

VMEA03

P2_24

VMEDTACK*

5%1M5%1M

0805

5%1M1M

P5_14

P7_14

ESD_STRIP_TOP ESD_STRIP_BOT

5%

CHASSIS_GND

P1_10

VMED10

VMED13

DATE STAMP

22 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

SK-AMP-ZPACK-5X19

2E

1E

2D 2C

1C1D

2B 2A

1A1B

6A

19C 19B 19A

18C 18B 18A

17C 17B 17A

16C 16B 16A

15C 15B 15A

14C 14B 14A

13C 13B 13A

12C 12B 12A

11C 11B 11A

10C 10B 10A

9C 9B 9A

8C 8B 8A

7C 7B 7A

6C 6B

CB 5B 5A

4C 4B 4A

3C 3B 3A3D

4D

3E

4E

5D

6D

5E

6E

7E 7D

8D

9D

8E

9E

10D

12D

11D

10E

12E

11E

13D

14D

13E

14E

15D

16D

17D

15E

16E

17E

18D

19D

18E

19E

ROW F = 10 PINS TO GND

SK-AMP-ZPACK-5X19

2E

1E

2D 2C

1C1D

2B 2A

1A1B

6A

19C 19B 19A

18C 18B 18A

17C 17B 17A

16C 16B 16A

15C 15B 15A

14C 14B 14A

13C 13B 13A

12C 12B 12A

11C 11B 11A

10C 10B 10A

9C 9B 9A

8C 8B 8A

7C 7B 7A

6C 6B

CB 5B 5A

4C 4B 4A

3C 3B 3A3D

4D

3E

4E

5D

6D

5E

6E

7E 7D

8D

9D

8E

9E

10D

12D

11D

10E

12E

11E

13D

14D

13E

14E

15D

16D

17D

15E

16E

17E

18D

19D

18E

19E

ROW F = 10 PINS TO GND

SK-AMP-ZPACK-5X19

2E

1E

2D 2C

1C1D

2B 2A

1A1B

6A

19C 19B 19A

18C 18B 18A

17C 17B 17A

16C 16B 16A

15C 15B 15A

14C 14B 14A

13C 13B 13A

12C 12B 12A

11C 11B 11A

10C 10B 10A

9C 9B 9A

8C 8B 8A

7C 7B 7A

6C 6B

CB 5B 5A

4C 4B 4A

3C 3B 3A3D

4D

3E

4E

5D

6D

5E

6E

7E 7D

8D

9D

8E

9E

10D

12D

11D

10E

12E

11E

13D

14D

13E

14E

15D

16D

17D

15E

16E

17E

18D

19D

18E

19E

ROW F = 10 PINS TO GND

SK-AMP-ZPACK-5X19

2E

1E

2D 2C

1C1D

2B 2A

1A1B

6A

19C 19B 19A

18C 18B 18A

17C 17B 17A

16C 16B 16A

15C 15B 15A

14C 14B 14A

13C 13B 13A

12C 12B 12A

11C 11B 11A

10C 10B 10A

9C 9B 9A

8C 8B 8A

7C 7B 7A

6C 6B

CB 5B 5A

4C 4B 4A

3C 3B 3A3D

4D

3E

4E

5D

6D

5E

6E

7E 7D

8D

9D

8E

9E

10D

12D

11D

10E

12E

11E

13D

14D

13E

14E

15D

16D

17D

15E

16E

17E

18D

19D

18E

19E

ROW F = 10 PINS TO GND

Page 7: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

C

24/01/2003

TE258 I.BRAWN/V.PERERA I.BRAWN/V.PERERA

TE222 P.APOSTOLOGLOU P.APOSTOLOGLOUP.APOSTOLOGLOU

P.APOSTOLOGLOUA

02

BACKPLANECONFIGURATION

GUIDE PIN

CON4

CON3

CON1

CON2

CON9 - POWER

CON8

CON7

CON6

CON5

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

P.APOSTOLOGLOU P.APOSTOLOGLOU

16

ALIGNMENTGUIDE PIN FOR BACKPLANE

PLACE GROUND POINTAT APPROPRIATE PLACE

B

D.J.BECKETT10/12/2004

BACKPLANE CONNECTOR 5-8

COMMON MERGER MODULEPC3203M CIRCUIT

09/12/2002

I.BRAWN/V.PERERAI.BRAWN/V.PERERATE29316/06/2006D

-TE-0073-066-07-E

-TE-

0073

-066

-07-

E

D.J.BECKETT

-TE-0073-066-07-E

E I.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

20/06

I.BRAWN/V.PERERA

PLACE 10N CLOSEST

TO MAX9321B

DO NOT CHANGE CONNECTOR NUMBERS

Mon Oct 02 09:31:34 2006

21

R183

21

R182

21 L1

21

C576

21

C577

21

R122

21

R121

21

R177

21

C101

21 C99

21 C100

5

8

4

67

1

32

U75

21LK22

21LK23

21LK25

21LK21

CBA

GM1

1098459

349

1088358

338

1078257

327

1068156

316

1058055

305

1047954

294

1037853

283

1027752

272

125100

755025

1249974

4924

1239873

4823

1229772

4722

1219671

4621

1209570

4520

1017651

261

1199469

4419

1189368

4318

1179267

4217

1169166

4116

1159065

4015

1148964

3914

1138863

3813

1128762

3712

1118661

3611

1108560

3510

CON5

1098459

349

1088358

338

1078257

327

1068156

316

1058055

305

1047954

294

1037853

283

1027752

272

125100

755025

1249974

4924

1239873

4823

1229772

4722

1219671

4621

1209570

4520

1017651

261

1199469

4419

1189368

4318

1179267

4217

1169166

4116

1159065

4015

1148964

3914

1138863

3813

1128762

3712

1118661

3611

1108560

3510

CON8

856647

289

846546

278

836445

267

826344

256

816243

245

806142

234

796041

223

785940

212

775839

201

957657

3819

947556

3718

937455

3617

927354

3516

917253

3415

907152

3314

897051

3213

886950

3112

876849

3011

866748

2910

CON6

856647

289

846546

278

836445

267

826344

256

816243

245

806142

234

796041

223

785940

212

775839

201

957657

3819

947556

3718

937455

3617

927354

3516

917253

3415

907152

3314

897051

3213

886950

3112

876849

3011

866748

2910

CON7M_27P

M_38P

P15_17

P12_0P13_0

P10_18

P13_21

P15_21

P15_19

P15_18

P15_16

P15_15P14_23

P15_14

P15_13P14_21

P15_12

P15_11P14_19

P15_10

P15_9P14_17

P15_8

P15_7P14_15

P15_6

P15_5P14_13

P15_4

P15_3P14_11

P15_2

P14_10

P13_13

P14_12

P13_15

P14_14

P13_17

P14_16

P13_19

P14_18

P14_20

P13_23

P14_22

P14_24

CANP

CANN

P12_24

P12_23

P13_24

P12_22P13_22

P12_21

P12_20

P12_19

P13_20

P12_18P13_18

P12_17

P12_16P13_16

P12_15

P12_14P13_14

P12_13

P12_12P13_12

P13_10

P12_11

P12_10

P14_8

P13_11

P15_0

P14_9P15_1

P11_7

P11_6

P10_15

P10_14

P9_23

P9_22

P9_24

P13_2

P12_3

P13_4P12_4

P13_6P12_6

P12_5

P12_7

P13_8P12_8

P14_6

P13_7

P14_4

P13_5

P14_2

P13_3

P13_1

P10_23

P10_21

P10_19

P10_17

P10_16P11_8

P11_9

P11_10

P11_11

P10_20P11_12

P11_13

P10_22P11_14

P11_15

P10_24P11_16

P11_17

P14_1P11_18

P11_19

P14_3P11_20

P11_21

P14_5P11_22

P14_0

M_75N

M_74NM_75PP9_3

P8_12

P9_4P8_13

P8_14

P9_6P8_15

P9_8

P8_16

P8_17

P8_18

P9_10P8_19

P8_20

P9_12P8_21

P8_22

P9_14P8_23

P8_24

P9_16M_81P

P9_18M_82P

M_81N

M_82N

P9_20M_83P

M_83N

P9_21

P10_12

P9_19

P10_10

P9_17

P10_8

P9_15

P10_4

P9_11

P9_9

P9_7

P9_5M_76P

M_76NM_77P

M_77N

P10_0M_78P

P10_1M_78N

P10_2

P10_3M_79P

M_79N

P10_5M_80P

M_80N

P10_7

P11_0

P10_9P11_1

P11_2

P10_11P11_3

P11_4

P10_13P11_5

P10_6

CG

M_74PM_73N

M_72NM_73P

M_72PM_71N

M_69NM_71P

M_69PM_68N

M_66NM_68P

M_66P

M_63NM_62N

M_63PM_62P

M_60NM_59N

M_60PM_59P

M_57NM_56N

M_57PM_56P

M_53NM_52N

M_53PM_52P

M_49NM_48N

M_49PM_48P

M_44P

M_40NM_39N

M_39P

M_35NM_34N

M_35PM_34PM_33P

M_33N

M_38N

M_43P

M_43N

M_47P

M_47N

M_55P

M_55N

M_61P

M_61N

M_65P

M_65N

M_67P

M_67N

M_70P

M_70N

P8_10

P8_11P9_2

P8_9P9_0

P9_1

P8_8

P8_7

P8_6

P8_5

M_64N

M_64P

P8_4

P8_3M_58N

P8_1

P8_2M_58P

P8_0M_54N

M_54P

M_50NM_51N

M_50P

M_45N

M_51P

M_46N

M_45PM_46P

M_41NM_42N

M_41PM_42P

M_36N

M_36P

M_37N

M_37P

M_32N

M_32P

M_28P

M_27NM_28N

M_29PM_30P

M_30NM_31N

P9_13

P12_1

P15_24

P15_20

P15_22

100N

P12_9

TTCP

CG

100N

TTCN

5%100R

0603

P15_23

100N

M_31P

M_29N

M_44N

P13_9P14_7

M_40P

5%1K0

0805

5%1K0

0805

100N

+/-1

0%

0603

1000R

P12_2

P11_23

P11_24

+/-1

0%10

N

TTCP_BUFTTCN_BUF

5%150R 5%150R

DATE STAMP

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

25D25E

24E

23E

24D

23D

22E

20E

21E

22D

20D

21D

19E

18E

19D

18D

17E

16E

15E

17D

16D

15D

14E

13E

14D

13D

11E

12E

10E

11D

12D

10D

9E

8E

9D

8D

7D7E

6E

5E

6D

5D

4E

3E

4D

3D 3A3B3C

4A4B4C

5A5BCB

6B6C

7A7B7C

8A8B8C

9A9B9C

10A10B10C

11A11B11C

12A12B12C

13A13B13C

14A14B14C

15A15B15C

16A16B16C

17A17B17C

18A18B18C

19A19B19C

20A20B20C

21A21B21C

22A22B22C

23A23B23C

24A24B24C

25A25B25C

6A

1B 1A

2A2B

SK-AMP-ZPACK-5X25

1D 1C

2C2D

1E

2E

ROW F = 13 PINS TO GND

25D25E

24E

23E

24D

23D

22E

20E

21E

22D

20D

21D

19E

18E

19D

18D

17E

16E

15E

17D

16D

15D

14E

13E

14D

13D

11E

12E

10E

11D

12D

10D

9E

8E

9D

8D

7D7E

6E

5E

6D

5D

4E

3E

4D

3D 3A3B3C

4A4B4C

5A5BCB

6B6C

7A7B7C

8A8B8C

9A9B9C

10A10B10C

11A11B11C

12A12B12C

13A13B13C

14A14B14C

15A15B15C

16A16B16C

17A17B17C

18A18B18C

19A19B19C

20A20B20C

21A21B21C

22A22B22C

23A23B23C

24A24B24C

25A25B25C

6A

1B 1A

2A2B

SK-AMP-ZPACK-5X25

1D 1C

2C2D

1E

2E

ROW F = 13 PINS TO GND

3V3

SK-AMP-ZPACK-5X19

2E

1E

2D 2C

1C1D

2B 2A

1A1B

6A

19C 19B 19A

18C 18B 18A

17C 17B 17A

16C 16B 16A

15C 15B 15A

14C 14B 14A

13C 13B 13A

12C 12B 12A

11C 11B 11A

10C 10B 10A

9C 9B 9A

8C 8B 8A

7C 7B 7A

6C 6B

CB 5B 5A

4C 4B 4A

3C 3B 3A3D

4D

3E

4E

5D

6D

5E

6E

7E 7D

8D

9D

8E

9E

10D

12D

11D

10E

12E

11E

13D

14D

13E

14E

15D

16D

17D

15E

16E

17E

18D

19D

18E

19E

ROW F = 10 PINS TO GND

MAX9321B

VBB

VCC

Q

VEE

QD

NC

D

BACKPLANE PIN

CONNECT TO GROUND

AMP FEMALE GUIDE MODULE

SK-AMP-ZPACK-5X19

2E

1E

2D 2C

1C1D

2B 2A

1A1B

6A

19C 19B 19A

18C 18B 18A

17C 17B 17A

16C 16B 16A

15C 15B 15A

14C 14B 14A

13C 13B 13A

12C 12B 12A

11C 11B 11A

10C 10B 10A

9C 9B 9A

8C 8B 8A

7C 7B 7A

6C 6B

CB 5B 5A

4C 4B 4A

3C 3B 3A3D

4D

3E

4E

5D

6D

5E

6E

7E 7D

8D

9D

8E

9E

10D

12D

11D

10E

12E

11E

13D

14D

13E

14E

15D

16D

17D

15E

16E

17E

18D

19D

18E

19E

ROW F = 10 PINS TO GND

Page 8: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

AT APPROPRIATE PLACE

TE222B P.APOSTOLOGLOUP.APOSTOLOGLOU

P.APOSTOLOGLOU09/12/2002

PLACE GROUND POINT

P.APOSTOLOGLOU

16

COMMON MERGER MODULE

P.APOSTOLOGLOU

P.APOSTOLOGLOU

A

I.BRAWN/V.PERERAI.BRAWN/V.PERERAC TE25810/12/2004

BACKPLANE INPUTS (16X25 BITS)

PC3203M CIRCUIT

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

24/01/2003

I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29316/06/2006D

-TE-0073-066-08-E

-TE-

0073

-066

-08-

E

-TE-0073-066-08-E

TEST POINTS MUST BE PLACED

D.J.BECKETT

02

AS CLOSE AS POSSIBLE TO THE IC

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

20/06Mon Oct 02 09:31:38 2006

21 R128

21

R129

21LK13

1TP24

1TP25

1TP23

1TP22

1TP21

1TP20

1TP5

1TP7

1TP11

1TP9

1TP14

1TP19

1TP10

1TP16

1TP13

1TP8

BB9

BB8

BB7

BB6

BB5

BB18

BB14

BB13

BB12

BB11

BB10

BA9

BA8

BA7

BA6

BA5

BA4

BA21BA20BA19BA17

BA15

BA14

BA13

BA12

BA11

BA10

AY9

AY8

AY7

AY6

AY5

AY4

AY14AY13AY12AY11

AY10

AW9

AW7

AW6

AW11

AW10

AV9

AV8

AV7

AV6

AV12

AV11

AV10

U61

BB25

BB24

BB23

BB22

BB21

BB20

BB19

BB17

BB16

BB15

BA33BA29BA26

BA23

BA18

BA16

AY33AY31AY23

AY21

AY20

AY19

AY18

AY17

AY16

AY15

AW36AW27

AW24

AW23

AW22

AW21

AW20

AW19

AW18

AW17

AW16

AW15

AW14

AW13

AW12

AV34

AV23

AV20

AV19

AV18

AV16

AV15

AV14

AU16

U61BB35

BB34

BB33

BB32

BB31

BB30

BB29

BB28

BB27

BB26

BA34

BA32

BA31

BA30

BA28

BA27

BA25

BA24

AY36

AY35

AY34

AY32

AY30

AY29

AY28

AY27

AY26

AY25

AY24

AW35

AW34

AW33

AW32

AW31

AW30

AW29

AW28

AW26

AW25

AV36

AV35

AV33

AV32

AV31

AV29

AV28

AV27

AV26

AV25

AU27

U61

BB38

BB37

BB36

BA37

BA36

BA35

AY39

AY38

AY37

AW40

AW37

AV42AV41

AV40

AV39AU42

AU41

AU40

AU39

AU38AT42

AT41

AT40AT39

AT38

AR42

AR41

AR40

AR39

AR38

AP42

AP41

AP40

AP39AP38

AN42

AN41

AN38

AM42AM41

AM40

AL42

AL41

AL40

AJ40

AF40AF38AE40AD39AC42

U61W42V38U40T40N40L42K39J42H41

AN40

AN39

AM39

AM38

AL39

AL38

AK42

AK41AK40

AK39

AJ42AJ41

AJ39

AJ38

AH42

AH41AH40

AH39

AH38

AG42

AG41

AG40

AG39

AG38

AF42

AF41

AF39

AE42

AE41

AE39AE38

AD42

AD41

AD40

AD38AC41

AC40

AC39

AC38AB42

AB40

U61

Y42

Y41

Y40Y39Y38W41W40W39W38

V42

V41

V40

V39

U42

U41U39

U38

T42

T41T39

T38

R42

R41

R40

R39

R38

P42

P41

P40

P39

P38

N42

N41

N39

M42

M41

M40

M39

M38

L40

L39

L38

K40

K38

J40J39

H40

F38

C22

BA22

AY22

AB39

AA42AA41

AA39

U61

L41K42

K41

J41

J38

H42

H39

H38

G42G41

G40

G39G38

F42

F41

F40

F39E42

E41E40

E39

E37

E36

E35E28E26

D41

D40

D38

D37

D36D24

C39

C38

C37

C34

C32

C29

C24

B37

B36

B35

B34B31

AW8

AV24

AB41

AA40

A38

A37

A36

A35

A34

A33 U61

F27

E34

E33

E32

E31

E29

E27

E25

E24

E23

D35

D34

D33

D32

D31

D30

D29

D28

D27

D26

D25

D23

C36

C35

C33

C31

C30

C28

C27

C26

C25

C23

B33

B32

B30

B29

B28

B27

B26

B25

B24

B23

AV17

A32

A31

A30

A29

A28

A27

A26

A25

A24

A23

A22 U61

P0_10

P8_0P6_0

P7_0 P9_0

P15_0

P14_0

P5_0

P4_0

P12_0

P13_0P11_0

P10_0

P3_0

P2_0

P1_0

P0_0

P1_8P1_9

P1_10P1_11

P1_13P1_14P1_15

P1_24P1_23P1_22P1_21P1_20

P1_19P1_18P1_17P1_16

P1_7

P0_16P0_17P0_18P0_19

P0_22

P1_6P1_5P1_4P1_3P1_2P1_1

P0_15P0_14P0_13P0_12P0_11

P0_9P0_8P0_7P0_6P0_5P0_4P0_3

P0_1

P11_21P11_20

P11_19P11_18P11_17P11_16P11_15P11_14P11_13P11_12P11_11P11_10

P11_9P11_8P11_7P11_6P11_5

P11_22P11_23P11_24

P10_1P10_2P10_3P10_4P10_5P10_6P10_7P10_8P10_9

P10_10P10_11P10_12P10_13P10_14P10_15P10_16P10_17P10_18P10_19

P10_20P10_21P10_22P10_23P10_24

P11_1P11_2P11_3P11_4

P13_23P13_24

P13_21P13_20

P13_19P13_18P13_17P13_16P13_15P13_14P13_13P13_12P13_11P13_10

P13_9P13_8P13_7P13_6P13_5

P13_22

P13_4P13_3P13_2P13_1

P12_14P12_13

P12_19P12_18P12_17P12_16P12_15

P12_24

P12_20P12_21P12_22P12_23

P12_10P12_11P12_12

P12_5P12_6P12_7P12_8P12_9

P12_1P12_2P12_3P12_4

P15_23P15_24

P15_8P15_7P15_6P15_5

P15_14P15_13P15_12P15_11P15_10

P15_19P15_18P15_17P15_16P15_15

P15_22P15_21P15_20

P15_9

P14_14P14_13

P14_19P14_18P14_17P14_16P14_15

P14_24P14_23P14_22P14_21P14_20

P15_4

P15_1P15_2P15_3

P14_10P14_11P14_12

P14_5P14_6P14_7P14_8P14_9

P14_1P14_2P14_3P14_4

P5_13P5_12P5_11P5_10

P5_9P5_8P5_7

P4_2P4_3P4_4P4_5P4_6P4_7P4_8P4_9

P4_10P4_11P4_12P4_13P4_14

P5_6P5_5P5_4P5_3P5_2P5_1

P4_24P4_23P4_22P4_21

P4_19P4_18

P4_15

P5_21P5_20

P5_19P5_18P5_17P5_16P5_15

P5_24

P3_8P3_9

P3_10P3_11P3_12P3_13P3_14P3_15P3_16P3_17P3_18P3_19

P3_20P3_21P3_22P3_23P3_24

P3_7

P2_1

P2_17P2_18P2_19

P2_20P2_21P2_22P2_23P2_24

P3_1P3_2P3_3P3_4P3_5P3_6

P2_2P2_3P2_4P2_5P2_6P2_7P2_8P2_9

P2_11P2_12P2_13P2_14P2_15P2_16

P7_8P7_9

P7_10P7_11P7_12P7_13P7_14

P7_16P7_17P7_18P7_19

P7_20P7_21P7_22P7_23P7_24

P7_7

P6_1

P6_17P6_18P6_19

P6_20P6_21

P6_23P6_24

P7_1P7_2P7_3P7_4P7_5P7_6

P6_2P6_3P6_4P6_5P6_6P6_7P6_8P6_9

P6_10P6_11P6_12P6_13P6_14P6_15P6_16

P9_23P9_22P9_21P9_20

P9_19P9_18P9_17P9_16P9_15P9_14P9_13P9_12P9_11P9_10

P9_9P9_8P9_7

P9_24

P8_19P8_18P8_17P8_16P8_15

P8_24

P8_21P8_20

P9_6P9_5P9_4P9_3P9_2P9_1

P8_10P8_11P8_12P8_13P8_14

P8_5P8_6P8_7P8_8P8_9

P8_1P8_2P8_3P8_4

P2_10

P0_24P0_23

P1_12

P5_22P5_23

P4_1

P7_15

1%130R

0603

CLK40_XTL_CRT 82R1%0603

P0_20P0_21

P5_14

P4_20

P4_16P4_17

P6_22P8_23P8_22

P0_2

DATE STAMP

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

3V3

P15_(24)P15_(23)P15_(22)P15_(21)P15_(20)

P15_(19)P15_(18)P15_(17)P15_(16)P15_(15)P15_(14)P15_(13)P15_(12)P15_(11)P15_(10)

P15_(9)P15_(8)P15_(7)P15_(6)P15_(5)P15_(4)P15_(3)P15_(2)P15_(1)P15_(0)

P14_(24)P14_(23)P14_(22)P14_(21)P14_(20)

P14_(19)P14_(18)P14_(17)P14_(16)P14_(15)P14_(14)P14_(13)P14_(12)P14_(11)P14_(10)

P14_(9)P14_(8)P14_(7)P14_(6)P14_(5)P14_(4)P14_(3)P14_(2)P14_(1)P14_(0)

DATA INPUT BLOCK 8CMMXCV1000E

P13_(24)P13_(23)P13_(22)P13_(21)P13_(20)

P13_(19)P13_(18)P13_(17)P13_(16)P13_(15)P13_(14)P13_(13)P13_(12)P13_(11)P13_(10)

P13_(9)P13_(8)P13_(7)P13_(6)P13_(5)P13_(4)P13_(3)P13_(2)P13_(1)P13_(0)

P12_(24)P12_(23)P12_(22)P12_(21)P12_(20)

P12_(19)P12_(18)P12_(17)P12_(16)P12_(15)P12_(14)P12_(13)P12_(12)P12_(11)P12_(10)

P12_(9)P12_(8)P12_(7)P12_(6)P12_(5)P12_(4)P12_(3)P12_(2)P12_(1)P12_(0)

DATA INPUT BLOCK 7CMMXCV1000E

P11_(24)P11_(23)P11_(22)P11_(21)P11_(20)

P11_(19)P11_(18)P11_(17)P11_(16)P11_(15)P11_(14)P11_(13)P11_(12)P11_(11)P11_(10)

P11_(9)P11_(8)P11_(7)P11_(6)P11_(5)P11_(4)P11_(3)P11_(2)P11_(1)P11_(0)

P10_(24)P10_(23)P10_(22)P10_(21)P10_(20)

P10_(19)P10_(18)P10_(17)P10_(16)P10_(15)P10_(14)P10_(13)P10_(12)P10_(11)P10_(10)

P10_(9)P10_(8)P10_(7)P10_(6)P10_(5)P10_(4)P10_(3)P10_(2)P10_(1)P10_(0)

DATA INPUT BLOCK 6CMMXCV1000E

P9_(24)P9_(23)P9_(22)P9_(21)P9_(20)

P9_(19)P9_(18)P9_(17)P9_(16)P9_(15)P9_(14)P9_(13)P9_(12)P9_(11)P9_(10)

P9_(9)P9_(8)P9_(7)P9_(6)P9_(5)P9_(4)P9_(3)P9_(2)P9_(1)P9_(0)

P8_(24)P8_(23)P8_(22)P8_(21)P8_(20)

P8_(19)P8_(18)P8_(17)P8_(16)P8_(15)P8_(14)P8_(13)P8_(12)P8_(11)P8_(10)

P8_(9)P8_(8)P8_(7)P8_(6)P8_(5)P8_(4)P8_(3)P8_(2)P8_(1)P8_(0)

DATA INPUT BLOCK 5CMMXCV1000ECMMXCV1000E

DATA INPUT BLOCK 4P6_(0)

P6_(2)P6_(3)P6_(4)P6_(5)P6_(6)P6_(7)P6_(8)

P6_(10)P6_(11)P6_(12)P6_(13)P6_(14)P6_(15)P6_(16)P6_(17)

P6_(19)

P6_(20)P6_(21)P6_(22)P6_(23)P6_(24)

P6_(1)

P6_(9)

P6_(18)

P7_(0)P7_(1)P7_(2)P7_(3)P7_(4)P7_(5)P7_(6)P7_(7)P7_(8)P7_(9)

P7_(10)P7_(11)P7_(12)P7_(13)P7_(14)P7_(15)

P7_(17)P7_(18)P7_(19)

P7_(20)P7_(21)P7_(22)P7_(23)P7_(24)

P7_(16)

SPAR

E_CL

K_LV

CMOS

_2SP

ARE_

CLK_

LVCM

OS_1

SPAR

E_CL

K_LV

CMOS

_0SP

ARE_

LVCM

OS(9

)SP

ARE_

LVCM

OS(8

)

P5_(24)P5_(23)P5_(22)P5_(21)P5_(20)

P5_(19)P5_(18)P5_(17)P5_(16)P5_(15)P5_(14)P5_(13)P5_(12)P5_(11)P5_(10)

P5_(9)P5_(8)P5_(7)P5_(6)P5_(5)P5_(4)P5_(3)P5_(2)P5_(1)P5_(0)

P4_(24)P4_(23)P4_(22)P4_(21)P4_(20)

P4_(19)P4_(18)P4_(17)P4_(16)P4_(15)P4_(14)P4_(13)P4_(12)P4_(11)P4_(10)

P4_(9)P4_(8)P4_(7)P4_(6)P4_(5)P4_(4)P4_(3)P4_(2)P4_(1)P4_(0)

DATA INPUT BLOCK 3CMMXCV1000E

SPAR

E_LV

CMOS

(7)

SPAR

E_LV

CMOS

(6)

SPAR

E_LV

CMOS

(5)

SPAR

E_LV

CMOS

(4)

P3_(0)

P3_(24)P3_(23)P3_(22)P3_(21)P3_(20)

P3_(19)P3_(18)P3_(17)P3_(16)P3_(15)P3_(14)P3_(13)P3_(12)P3_(11)P3_(10)

P3_(9)P3_(8)P3_(7)P3_(6)P3_(5)P3_(4)P3_(3)P3_(2)P3_(1)

P2_(3)P2_(2)

P2_(0)

P2_(24)P2_(23)P2_(22)P2_(21)P2_(20)

P2_(19)P2_(18)P2_(17)P2_(16)P2_(15)P2_(14)P2_(13)P2_(12)P2_(11)P2_(10)

P2_(9)P2_(8)P2_(7)P2_(6)P2_(5)P2_(4)

P2_(1)

DATA INPUT BLOCK 2CMMXCV1000ECMMXCV1000E

P0_(0)P0_(1)P0_(2)

P0_(7)P0_(6)P0_(5)P0_(4)P0_(3)

P0_(8)

P0_(20)P0_(21)P0_(22)P0_(23)P0_(24)

P0_(12)P0_(13)P0_(14)P0_(15)P0_(16)P0_(17)P0_(18)P0_(19)

P0_(11)

P0_(9)

P0_(10)

P1_(3)P1_(4)P1_(5)P1_(6)P1_(7)P1_(8)P1_(9)

P1_(11)P1_(12)P1_(13)P1_(14)P1_(15)P1_(16)P1_(17)

P1_(2)

P1_(0)P1_(1)

P1_(20)

P1_(19)P1_(18)

P1_(23)P1_(22)P1_(21)

DATA INPUT BLOCK 1

P1_(24)

SPAR

E_LV

CMOS

(1)

SPAR

E_LV

CMOS

(2)

SPAR

E_LV

CMOS

(3)

SPAR

E_LV

CMOS

(0)

P1_(10)

Page 9: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

NOTE: PADS MUST BE LAID OUT AS SHOWN

D 16/06/2006 TE293 D.J.BECKETT I.BRAWN/V.PERERA I.BRAWN/V.PERERA

D.J.BECKETT

CPLD JTAG CHAIN

21

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

PC3203M CIRCUIT

VMEFLASH

CPLD

U72JTAG

CONN

ECTO

R XACE

U77

CPLDTTC

T/R=0

P.APOSTOLOGLOU

I.BRAWN/V.PERERA

43

43

21

JTAG PORTS AND CONFIGURATION FOR I2C FPGA

10/12/2004

LVDS JTAG CHAIN

C TE258 I.BRAWN/V.PERERA

B

A

24/01/2003

09/12/2002

P.APOSTOLOGLOUTE222 P.APOSTOLOGLOUP.APOSTOLOGLOU

FPGA JTAG CHAIN

02

COMMON MERGER MODULE

16

P.APOSTOLOGLOUP.APOSTOLOGLOU

I2C

U61

CMMS

U36

CMM

U54

DATA B TO A

-TE-

0073

-066

-09-

E

-TE-0073-066-09-E

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

20/06

-TE-0073-066-09-E

Mon Oct 02 09:31:36 2006

14

12

10

8

6

4

2

13

11

9

7

5

3

1

PL3

21

R135

21 C554

D3

B14A15

C4 U68B39

D5

B5

B38 U44B39

D5

B5

B38U61

21 LC7

21 LC82468

1357

RN2021 LC16

21 LC172468

1357

RN22

21 LC2021 LC19

AV2

BA39

AV37

AW41

B6

F5

D2

AV1AJ1AM5AE1V3P3P2

E6

AW5

AW38BA38

AW2

B4

U44

AV2

BA39

AV37

AW41

B6

F5

D2

AV1AJ1AM5AE1V3P3P2

E6

AW5

AW38BA38

AW2

B4

U61

21

R137

21 LC3

21 LC621 LC521 LC4

21 LC9

21 LC1221 LC1121 LC1021 LC18

21 LC1521 LC1421 LC13

21SB6

21SB8

21SB10

21SB14

21SB11

21 LC28

21 LC2721 LC2521 LC26

21 LC24

21 LC2321 LC2121 LC22

K1

C10A7

J13

N1

U70

K1

C10A7

J13

N1

U71

21SB4

21SB3

20

119

10

1112131415161718

98765432

U2

2

4

14

8

10

6

PL1

39

38

118

1

U45

39

38

118

1

U47

39

38

118

1

U49

39

38

118

1

U63

39

38

118

1

U62

39

38

118

1

U56

39

38

118

1

U55

39

38

118

1

U51

39

38

118

1

U50

20

119

10

1112131415161718

98765432

U41

20

119

10

1112131415161718

98765432

U48

2 4 6 8

1 3 5 7

RN3

2 4 6 8

1 3 5 7

RN19

2468

1357

RN23

P15

R3 P2 N3

C13

C15

D14

N14N16M16J16G16F15E16

B13

N15R14

D15U68

BUF_CFG_TMS

CFG_TCK_CMMS

CFG_TMS_CMMCFG_TMS_CMMSCFG_TMS_I2C

1K0

CFG_TDO2I2C_TDI

-10FT256C

CMM_DONE

CFG_INIT*

DXP_CMMDXN_CMM

DXP_CMMSDXN_CMMS

CMMS_DONE

CFG_PROG*

CFG_TCK_CMM

BUF_CFG_TCK

LVDS_TDI

LVDS_TCK

LVDS_TMS

LVDS_TDO

CFG_TMS_CMMS

CFG_TCK_CMMS

CFG_TMS_CMM

1K

1K

-10FT256C

TTC_JTAGTMS

1K

XACETST_TDO2MAIN_TDO

1K

I2C_DONE

1K

TTC_TDI TTC_TDO

MAIN_TDI2TTC_TDI

5%4K7

LVDS_TRST

MAIN_TCK

MAIN_TMSVMECPLD_TDO2XACE_TDI

CMMS_TDO2CFG_TDI

TTC_TDO2FLASH_TDI

TTC_JTAGTCK

+/-10%100N

POWER_GROUP=VCC=3V3

TDO

BUF_CFG_PROG* CFG_PROG*BUF_CFG_INIT*

1%

0603

CFG_TCK_I2C

CFG_TCK_CMM

CFG_INIT*

RA-PTH

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

DATE STAMPCONFIG BLOCKI2CXCV100E

CSWRITE

PROGRAM

CCLK

D0/DIND1D2D3D4D5D6D7

M2 M1 M0

DOUT/BUSYINITDONE

B7

B6

A2

A3

A4

A5

B4

B5

B2

B3

A1B1

A7

A6

HEADER2X7

TDI

I2CXCV100E

TMS

TCK

TDO

JTAG

CMMSXCV1000E

TCK

JTAG BLOCKTMS

TDO

TDITDI

TCK

TMS

TDO

JTAG BLOCK

CMMXCV1000E

3V3

3V3

3V3

3V3

3V3 3V3

3V3

3V33V33V33V3 3V3 3V3

CMMSXCV1000E

CS

PROGRAMWRITE

INITDONE

DXPDXN

CCLK

DOUT/BUSY

D7D6D5D4D3D2D1

D0/DIN

M0M1M2

CONFIG BLOCK

CCLK

DOUT/BUSY

DXPDXN

M2 M1 M0 CSWRITE

PROGRAM

D0/DINIO_D1IO_D2

IO_D7IO_D6IO_D5IO_D4IO_D3

CMMXCV1000ECONFIG BLOCK

DONEINIT

3V3

A BA BA B

A BA B

FLXCR3384XL JTAG

PORT_EN

TCK/IO5_2

TDI/IO10_3 IO9_3/TDO

TMS/IO22_5

2 OF 3

VMEXCR3384XL JTAG

IO9_3/TDO

TCK/IO5_2

TDI/IO10_3

TMS/IO22_5

PORT_EN

2 OF 3

A B

A BA1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

TMS

TCK

TDO

TDI

NC

VREFVREF

PROG

CCLK

JTAG-ISP-P4

JTAG

DONE

DIN

INIT

SERIALSLAVE

SCAN92LV090TDOTDI

TCK

BODY 2 OF 2JTAG PORT

TMS

TRST

SCAN92LV090TDOTDI

TCK

BODY 2 OF 2JTAG PORT

TMS

TRST

SCAN92LV090TDOTDI

TCK

BODY 2 OF 2JTAG PORT

TMS

TRST

SCAN92LV090TDOTDI

TCK

BODY 2 OF 2JTAG PORT

TMS

TRST

SCAN92LV090TDOTDI

TCK

BODY 2 OF 2JTAG PORT

TMS

TRST

SCAN92LV090TDOTDI

TCK

BODY 2 OF 2JTAG PORT

TMS

TRST

SCAN92LV090TDOTDI

TCK

BODY 2 OF 2JTAG PORT

TMS

TRST

SCAN92LV090TDOTDI

TCK

BODY 2 OF 2JTAG PORT

TMS

TRST

SCAN92LV090TDOTDI

TCK

BODY 2 OF 2JTAG PORT

TMS

TRST

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

A1A2

T/R

A0

A5

A3

A7A6

A4

VCC

B1B0

OE*

B2B3

B6B7

B4B5

GND

74LVT245

Page 10: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

RESET THE COMPLETE XACE DEVICE.

INTERNAL STATE MACHICE OF XACE.ACE_RESET RESETS ONLY THE

LEAVE SPACE FOR

(MIGHT NEED EXTRA HOLES)CLIP FOR THE CF SOCKETINSERTION/EXTRACTIONNOTE:

ACE_POR_RESET AND ACE_POR_BYPASS

(NEEDS A MIN PULSE OF 1USEC)

NOTE:

02

P.APOSTOLOGLOU

P.APOSTOLOGLOU

I.BRAWN/V.PERERA

16

P.APOSTOLOGLOU

I.BRAWN/V.PERERA

P.APOSTOLOGLOU

P.APOSTOLOGLOUTE222

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

TE258

09/12/2002

24/01/2003B

A

C

COMMON MERGER MODULEPC3203M CIRCUIT

10/12/2004

SYSTEM ACE AND COMPACT FLASH

DECOUPLING FOR XCCACE

P.APOSTOLOGLOU

D.J.BECKETT

I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29316/06/2006D

(NEEDS MIN 3 CLOCK CYCLE PULSE)

-TE-

0073

-066

-10-

E

-TE-0073-066-10-E

-TE-0073-066-10-E

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

20/06Mon Oct 02 09:31:20 2006

21

R179

21

R180

21 R181

8

U46

21PL4

21

R24

21 R138

21 R134

21 R136

21 R133

21 R132

21 R131

21 R149

21 R155

21 R156

21 LK1921 LK1821 LK1721 LK1621 LK1521 LK14

21 LK921 LK821 LK721 LK12

2 1C519

21

C37

21

C30

21

C413

21

C414

21

C440

21

C469

21

C441

21

C470

21

C505

21

C504

2468

1357

RN3424

36

42

4033

3813

4144

37

9

3534

43

501

313029282749484765432232221

39

327

2526

4546

810111214151617181920

U1

126

99948457251510128

109

92735537171

9897

102101

9533

7472

108

7677

41

47484950515253565859606162636566

42

39

43444567686970

8375645446352618 144

136

129

120

112

111

110

100919

96

93

131

140133

3

123

8582

8180

79

89

78

888786

11811611410710512117117115113106104865

138119

13103

1211251301321341351371391411424

U43

CF_ADDR<7>CF_ADDR<6>

CF_ADDR<4>

100N

ACE_RESET*

ACE_ERRLED*ACE_STATLED*

1K0

1K0

XACETST_TDO2MAIN_TDO1K0

1K0

BUF_CFG_INIT*

CFG_INIT*

BUF_CFG_PROG*

CFG_TDO2I2C_TDI1K0

CF_DATA<9>

CF_DATA<5>

CF_DATA<0>CF_DATA<1>

CF_ADDR<8>

CFG_TDO2I2C_TDI

CMMS_TDO2CFG_TDI

1K0

CF_ADDR<3>

MPU_CE_B

CF_WE*

CF_DATA<11>

MPU_DATA<7>MPU_DATA<6>MPU_DATA<5>MPU_DATA<4>MPU_DATA<3>MPU_DATA<2>MPU_DATA<1>MPU_DATA<0>

MPU_DATA<8>MPU_DATA<9>MPU_DATA<10>MPU_DATA<11>MPU_DATA<12>MPU_DATA<13>MPU_DATA<14>MPU_DATA<15>

BUF_CFG_INIT*

BUF_CFG_PROG*

ACE_TST_TDO

ACE_CFG_TDI

MAIN_TMS

XACETST_TDO2MAIN_TDO

CF_ADDR<2>

MPU_ADDR<6>

0603

4K7

5%

PON_RESET

MAIN_TCK

CF_DATA<4>

CF_ADDR<1>

ACE_CFG_TCK

ACE_CFG_PROG*ACE_CFG_INIT*

CF_DATA<13>CF_DATA<12>CF_DATA<11>

CF_ADDR<0>

CF_DATA<14>

CF_IORD*

BUF_CFG_TMS

CF_ADDR<9>

CF_BVD2

47R

CF_ADDR<10>

CF_ADDR<5>

CF_ADDR<0>

CF_DATA<2>CF_DATA<3>CF_DATA<4>

CF_DATA<6>CF_DATA<7>CF_DATA<8>

CF_DATA<10>

CF_DATA<12>CF_DATA<13>CF_DATA<14>CF_DATA<15>

CF_CE1*CF_CE2*CF_REG*

CF_OE*CF_WAIT*

CF_CD2*

CF_RSVDCF_CD1*

ACE_CFG_TMSACE_CFG_TDO

MPU_WE_BMPU_OE

MPU_ADDR<1>MPU_ADDR<2>

MPU_ADDR<0>

MPU_ADDR<3>

MPU_ADDR<5>MPU_ADDR<4>

CF_CE2*

CF_ADDR<2>CF_ADDR<3>CF_ADDR<4>

CF_DATA<0>CF_DATA<1>CF_DATA<2>CF_DATA<3>

CF_DATA<7>CF_DATA<6>CF_DATA<5>

CF_DATA<9>CF_DATA<8>

CF_DATA<10>

CF_DATA<15>

CF_RDY_BSY*

CF_ADDR<1>

CF_ADDR<5>CF_ADDR<6>

CF_ADDR<8>

CF_ADDR<10>CF_ADDR<9>

CF_CE1*

CF_OE*

CF_IOWR*CF_WE*CF_CSEL*CF_RESET*CF_REG*

CF_BVD1

CF_CD1*CF_CD2*

BUF_CFG_TMS

100N

1K0

5%1K

1K0

1K0

1K0

1K0

CF_ADDR<7>

CF_WAIT*

MPU_IRQ_BMPU_BRDY_B

10U

CASE

-A

10U

100N

100N

100N

100N

100N

100N0603

100N

VMECPLD_TDO2XACE_TDI

CFG_ADDR_1CFG_ADDR_0

BUF_CFG_TCK

ACE_TST_TMSACE_TST_TCKACE_TST_TDI

CFG_ADDR_2CFG_MODE_PIN

ACE_CLK40MHZ

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

DATE STAMP

VCCVCC

BVD2

OE

WECSEL

REG

BVD1

IORDIOWR

RESET

CE2CE1

A08

A04A05A06

A03

A00A01A02

INPACK

GNDGND

WAITRDY/BSY

CD2VS1VS2

CD1WP

D15D14D13

D09D10D11D12

D08

D04D05D06D07

D03

D00D01D02

SYSTEM-ACE-CF-SK

A10A09

A07

3V3O/P

OSC-UNI

3V3

3V3

3V3

3V3

3V3

3V3

3V3

A B

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

POR_RESET

MPD12MPD11MPD10MPD09MPD08MPD07MPD06

MPD13MPD14MPD15

MPD04

MPD01MPD00

MPA04MPA05MPA06

MPA03MPA02MPA01MPA00

MPIRQMPBRDY

MPOEMPWEMPCE

RESETCLKSTATLEDERRLED

CFGADDR2CFGADDR1CFGADDR0

CFGPROG

CFGTCKCFGTMSCFGTDO

TSTTDITSTTCKTSTTMSTSTTDO

CFGMODEPIN

CFGINIT

CFCD1

CFGTDI

CFRSVDCFCD2

CFWAITCFOECFWE

CFREGCFCE2CFCE1CFD15CFD14CFD13CFD12CFD11CFD10CFD09CFD08CFD07CFD06CFD05CFD04CFD03CFD02CFD01CFD00

CFA00CFA01CFA02CFA03CFA04CFA05CFA06CFA07CFA08CFA09CFA10

XCCACE

VCCL

VCCL

VCCL

VCCL

VCCL

VCCL

VCCL

VCCL

VCCH

VCCH

VCCH

VCCH

VCCH

VCCH

VCCH

VCCH

MPD02MPD03MPD05

POR_BYPASSPOR_TEST(N/C)

Page 11: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

10/12/2004C TE258 I.BRAWN/V.PERERA

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

TE22224/01/2003

A

B P.APOSTOLOGLOU

09/12/2002

16

P.APOSTOLOGLOU

02

PLAC

ETE

RMIN

ATIO

N

RESI

STOR

CLOS

ETO

IC

I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETT16/06/2006D

-TE-

0073

-066

-11-

E

-TE-0073-066-11-E

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

TE293

P.APOSTOLOGLOU

P.APOSTOLOGLOU

D.J.BECKETT

-TE-0073-066-11-EFPGA CONFIGURATION FOR SERVICE VIA FLASH

COMMON MERGER MODULEPC3203M CIRCUIT

20/06

P.APOSTOLOGLOU

P.APOSTOLOGLOU

I.BRAWN/V.PERERA

Mon Oct 02 09:31:39 2006

21

R125

1 TP29

M2M3M4N3

M13P15A11

F4

M10

F3F2G3H3H2J3J2K2L2

L3

R9

D15

B9

L12A10

A12B8

T11

T10P10R10D14

A9

E4

K13

D7

E10

D10

M14

M16

N16

P12N13D16P16D9R16N14

K14

L15E14

L13

N15

M15

E13N9

H14H15H12H13F16G13G15G12F15F14K15L14B15D13C14A16J14H16E16F13

F12

C16K16

D6D12E11

N11D8T16N12T14P14T15P13R14

B10

J16J15E12G16G14E15R15M12L16K12M11R13N10

C5E6

D11

P11

A8

R6

A2A3B3A4B4A5B5A6C6B6B7C7C8

C11B11B12C12C13B13A13B14A14A15 U70

MPU_ADDR<0>

MPU_DATA<9>

-10FT256C

CFG_MODE_PINCFG_ADDR_2CFG_ADDR_1CFG_ADDR_0MPU_DATA<15>MPU_DATA<14>MPU_DATA<13>MPU_DATA<12>MPU_DATA<11>MPU_DATA<10>

MPU_DATA<8>MPU_DATA<7>MPU_DATA<6>MPU_DATA<5>MPU_DATA<4>MPU_DATA<3>MPU_DATA<2>MPU_DATA<1>MPU_DATA<0>

MPU_ADDR<6>MPU_ADDR<5>MPU_ADDR<4>MPU_ADDR<3>MPU_ADDR<2>MPU_ADDR<1>

MPU_OEACE_RESET*

MPU_WE_B

ALL_DONE

SP_FLS<7>SP_FLS<6>SP_FLS<5>SP_FLS<4>SP_FLS<3>SP_FLS<2>FLS_RLALGO

ACE_CLK

BWRITE*

BRDSEL_PFLASHS_RESET*

INT_GEOADD5

VMED<15>VMED<14>VMED<13>VMED<12>VMED<11>

VMED<9>VMED<8>VMED<7>VMED<6>VMED<5>VMED<4>VMED<3>VMED<2>VMED<1>VMED<0>

VMEA<23>VMEA<22>VMEA<21>VMEA<20>VMEA<19>VMEA<18>VMEA<17>VMEA<16>VMEA<15>VMEA<14>VMEA<13>VMEA<12>VMEA<11>VMEA<10>VMEA<9>VMEA<8>VMEA<7>VMEA<6>VMEA<5>VMEA<4>VMEA<3>VMEA<2>

MPU_CE_B

INT_GEOADD0

SP_FLS<8>

SP_FLS<10>

CMMS_DONE

SP_FLS<9>

CMM_DONE

I2C_DONE

MPU_BRDY_BMPU_IRQ_B

VMED<10>

INT_GEOADD4

INT_GEOADD6

FLASHS_EN*

BOARD_DS

56R

VMEA<1>

DATE STAMP

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

FLASH CONTROLLER

FL_ADDR(1)FL_ADDR(0)

FL_ADDR(11)FL_ADDR(10)

FL_ADDR(9)FL_ADDR(8)FL_ADDR(7)FL_ADDR(6)FL_ADDR(5)FL_ADDR(4)FL_ADDR(3)FL_ADDR(2)

FL_ADDR(12)

FL_ADDR(17)FL_ADDR(16)FL_ADDR(15)FL_ADDR(14)FL_ADDR(13)

SPARE(6)SPARE(7)SPARE(8)

SPARE(18)

SPARE(20)

SPARE(16)

SPARE(14)SPARE(15)

SPARE(10)SPARE(9)

SPARE(17)

SPARE(13)SPARE(12)SPARE(11)

RD/WR_STROBE

CS

CLK

RD/WR

DATA(0)

DATA(3)

DATA(5)DATA(4)

DATA(6)

DATA(8)DATA(7)

DATA(12)DATA(13)DATA(14)DATA(15)

DATA(11)

DATA(9)DATA(10)

DATA(2)

GEOADDR(4)GEOADDR(0)

GEOADDR(5)

ADDR(1)ADDR(2)ADDR(3)ADDR(4)ADDR(5)ADDR(6)ADDR(7)ADDR(8)ADDR(9)ADDR(10)ADDR(11)ADDR(12)ADDR(13)ADDR(14)ADDR(15)ADDR(16)ADDR(17)ADDR(18)ADDR(19)ADDR(20)ADDR(21)ADDR(22)ADDR(23)

FLAS

HME

MORI

ES

VME

RESET

GEOADDR(6)

BOARD SELECT

FLXCR3384XL

RELOAD_ALGOSTATUS_ENCONTROL_ENDATA_W_ENDATA_R_EN

FIFO_DATA(8)FIFO_DATA(7)FIFO_DATA(6)FIFO_DATA(5)FIFO_DATA(4)FIFO_DATA(3)FIFO_DATA(2)FIFO_DATA(1)

FIFO_EFFIFO_FFFIFO_HF

FIFO_DATA(0)

FIFO

FPGA_ENABLEPG_WRITE

PG_CCLKPG_INITPG_BUSY

FIFO_WRITEFIFO_READ

FIFO_RT

FL_DATA(0)FL_DATA(1)

FL_DATA(8)FL_DATA(7)FL_DATA(6)FL_DATA(5)FL_DATA(4)FL_DATA(3)FL_DATA(2)

FL_DATA(15)FL_BYTEFL_BUSY

FL_WRITE

FL_RESET_1

FL_CS_2FL_OUT_EN_2

FL_OUT_EN_1FL_CS_1

FL_RESET_2

FL_RESET_3FL_OUT_EN_3

FL_CS_3

FL_ADDR(18)FL_ADDR(19)

DATA(1)

PG_PROGRAM

FPGA_DONE

FPGA

SPARE(19)

1 OF 3

Page 12: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

10/12/2004

COMMON MERGER MODULE

C TE258 I.BRAWN/V.PERERA I.BRAWN/V.PERERA

U36 & U47

DE-COUPLING

P.APOSTOLOGLOUTE22224/01/2003B

A

P.APOSTOLOGLOUP.APOSTOLOGLOU

P.APOSTOLOGLOU09/12/2002

PLACE NEAR

02

P.APOSTOLOGLOU P.APOSTOLOGLOU

16

D.J.BECKETT

I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29316/06/2006D

-TE-0073-066-12-E

-TE-

0073

-066

-12-

E

-TE-0073-066-12-E

PC3203M CIRCUIT

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

20/06Mon Oct 02 09:31:42 2006

21C92

21C94

21 C86

21 C84

21 C82

21 C87

21 C85

21 C83

G37H37L37M37P37R37W37Y37

AC37AD37AH37AJ37AL37AM37AR37AT37

AU23AU24AU28AU29AU31AU32AU35AU36

AU11AU12AU14AU15AU19AU20AU7AU8

AT6AR6AM6AL6AJ6AH6AD6AC6

Y6W6R6P6M6H6L6G6

F8F7

F20F19F15F14F12F11

F36F35F32F31F29F28F24F23

J6F34

F33

F26

F25

F18

AU34

AU33

AU26

AU25

AU18

AU17

AU10

F17

AU9

AP37

AP6

AN37

AN6

AG37

AG6

AF37

AF6

AE37

F10

AE6

V37

V6U37

U6T37

T6K37

K6J37

F9

F21

A2A3A39A4A40

F22

A41AA37AA38AA5AA6AB37AB38AB5AB6AK37

F30

AK38AK5AK6AU13AU21AU22AU30AU37AU6

AV13

F37

AV21

AV22

AV30

AV38AV

5AW

1AW

39AW4

AW42AY

1

F6

AY2

AY3

AY40

AY41

AY42B1B2B3B4

0B4

1

N37

B42

BA1

BA2

BA3

BA40

BA41

BA42BB

2BB

3BB

39

N38

BB4

BB40

BB41C1C2

C3C40C41C42

D1

N5

D39D4

D42E13E21E22E30E38

E5F13

N6

U44

21C146

21C144

21C148

21C141

21C151

21C137

21C131

21C136

21C133

2 1C1532 1

C1392 1

C1552 1

C1422 1

C1472 1

C1502 1

C1542 1

C135

H5G11

G6F10

F9F8F7

M9M8

L10

E9

L9L8L7

K11K6

J12J11

J6H11

H6

E8

H8H7G10G9G8G7F11

L11L6

F6

K10K9K8K7J10J9J8J7H10H9

E5

U70

2 1C138

2 1C149 21

C143

2 1C140 21

C134

2 1C132

2 1C127 21

C152

2 1C145 21

C500

H5G11

G6F10

F9F8F7

M9M8

L10

E9

L9L8L7

K11K6

J12J11

J6H11

H6

E8

H8H7G10G9G8G7F11

L11L6

F6

K10K9K8K7J10J9J8J7H10H9

E5

U71

21C69

G37H37L37M37P37R37W37Y37

AC37AD37AH37AJ37AL37AM37AR37AT37

AU23AU24AU28AU29AU31AU32AU35AU36

AU11AU12AU14AU15AU19AU20AU7AU8

AT6AR6AM6AL6AJ6AH6AD6AC6

Y6W6R6P6M6H6L6G6

F8F7

F20F19F15F14F12F11

F36F35F32F31F29F28F24F23

J6F34

F33

F26

F25

F18

AU34

AU33

AU26

AU25

AU18

AU17

AU10

F17

AU9

AP37

AP6

AN37

AN6

AG37

AG6

AF37

AF6

AE37

F10

AE6

V37

V6U37

U6T37

T6K37

K6J37

F9

F21

A2A3A39A4A40

F22

A41AA37AA38AA5AA6AB37AB38AB5AB6AK37

F30

AK38AK5AK6AU13AU21AU22AU30AU37AU6

AV13

F37

AV21

AV22

AV30

AV38AV

5AW

1AW

39AW4

AW42AY

1

F6

AY2

AY3

AY40

AY41

AY42B1B2B3B4

0B4

1

N37

B42

BA1

BA2

BA3

BA40

BA41

BA42BB

2BB

3BB

39

N38

BB4

BB40

BB41C1C2

C3C40C41C42

D1

N5

D39D4

D42E13E21E22E30E38

E5F13

N6

U61

21C96

21C93

21C91

21C90

2 1C1232 1

C120

2 1C122

2 1C112

2 1C115

21C121

21C125

21C116

21C128

21C118

2 1C114

2 1C110

2 1C124

21C111

21C117

21C113

21C119

21SB13

21

SB12

21C76

21C77

21C70

21C18

21C29

2 1C493

2 1C492

2 1C473

2 1C494

2 1C471

2 1C460

2 1C448

2 1C449

21C36

2 1C462

2 1C463

2 1C445

2 1C472

21C497

21C496

21C495

21C499

21C498

21C474

21C501

21C126

21C468

21C503

21C502

21C371

21C35

21

C387

21 C3

862

1 C388

21

C389

21

C420

21

C381

21

C395

21

C383

21 C3

912

1 C382

21 C3

942

1 C416

21

C384

21 C3

80

21

C454

21

C483

21

C475

21

C385

21

C456

21 C4

802

1 C457

21 C4

842

1 C485

21 C3

90

21

C19

21

C17

21

C21

21

C40

21

C26

21

C44

21

C39

21

C42

21C79

21C74

21C78

21C165

21C163

21C164

21C167

21C71

21C68

21C72

21C175

21C159

21C166

H5H6

J5J6

L8M8

L9M9

J12J11

H11H12

E9F9

E8F8

P14P3

N13N4

M12M5

E12E5

D13D4

C14C3

K11L6L7L10L11R2

A1A16B2B15F6F7F10

R15

F11G6G7G8G9G10G11H7H8H9

T1

H10J7J8J9J10K6K7K8K9K10

T16

P4 R4 U68

21C67

2 1C157

2 1C160

2 1C173

2 1C171

2 1C156

2 1C161

21C75 21

C168

21C158

21C170

21C162

21C176

21C172

21C169

2 1C446

2 1C438

2 1C401

2 1C373

2 1C433

2 1C412

2 1C399

2 1C367

21C406

21C437

21C398

21C376 2 1

C28

21C432

21C411

21C375

21C372 2 1

C20

2 1C365

2 1C408

2 1C402

2 1C374

2 1C41

21C370

21C368

21C369

21C366 2 1

C43

21

C415

21

C482

21

C476

21

C490

21

C487

21 C4

582

1 C481

21 C4

182

1 C486

21 C4

91

21

C488

21 C4

89

21

C33

21

C34

21

C25

21

C38

21C54

21C48

21C50

2 1C46

2 1C73

2 1C45

2 1C286

2 1C285

2 1C284

2 1C253

2 1C260

2 1C261

2 1C229

2 1C297

21C289

21C288

21C287

21C290

21C291

21C298

21C295

21C294

2 1C247

2 1C230

2 1C296

21C299

21C292

21C293

21C300

21C55

21

C277

21C2

25

21

C279

21C1

95

21

C188

21

C192

21

C226

21C2

35

21C2

40

21C1

99

21C2

80

21

C52

21

C56

21C2

34

21

C60

21

C62

21

C191

2 1C59

2 1C65

2 1C63

2 1C58

21

C281

21

C193

21

C198

21

C244

21

C184

21C1

90

21C2

78

21C1

94

21C2

20

21C2

82

21

C271

21

C219

21

C264

21

C189

21

C186

21C1

85

21C2

83

21C2

65

21C2

76

21

C53

21

C57

21

C49

21

C66

21

C51

21

C47

21

C61

21

C64

21

C187

21C2

70

47U

47U

47U

47U

47U

47U

47U

470U+/-10%

+/-10%

47U

47U

47U

47U

47U

47U47U

47U

47U

47U

47U

47U

47U

47U

47U

47U

VAR_25_18

DXP_

I2C

DXN_

I2C

47U

47U

47U

47U

470U

47U

47U

100N

47U

100N

3V3

VAR_25_18

10N10N

10N

47U

-10FT256C

100N100N

100N47U

100N

47U

100N

10N10N

47U

-10FT256C+/-15%100N

47U

+/-15%100N

+/-10%470U

VAR_25_18

10N

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

DATE STAMP

1V8

1V8

1V8

2V5

3V3

3V3

1V8 1V8

1V8

3V3

3V3

3V33V3

3V3

3V33V3

3V3

3V3

1V8

1V8

CMMSXCV1000E

GNDGNDGND

GND

GND

GND

GNDGNDGNDGND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GNDGNDGNDGND

GND

GND

GNDGNDGND

GND

GNDGNDGNDGND

GND

VCCO_3VCCO_3VCCO_3

GND

VCCO_3

VCCO_2VCCO_2VCCO_2VCCO_2

VCCO_3VCCO_3VCCO_3VCCO_3

VCCO_2

VCCO_2VCCO_2

VCCO_2

VCCO_1VCCO_1VCCO_1VCCO_1VCCO_1VCCO_1

VCCO_0VCCO_0

VCCO_1VCCO_1

VCCO_0VCCO_0VCCO_0VCCO_0

VCCO_0

VCCO_0

VCCI

NTVC

CINT

VCCI

NT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTGN

D

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

VCCO_4VCCO_4VCCO_4

GNDGNDGND

GND

GNDGNDGNDGND

GND

GNDGNDGNDGNDGND

GND

GND

GNDGND

GND

GNDGNDGNDGND

GND

VCCO_4

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCO_7VCCO_7VCCO_7VCCO_7VCCO_7VCCO_7VCCO_7

VCCO_6VCCO_6

VCCO_6VCCO_6VCCO_6

VCCO_6VCCO_6VCCO_6

VCCO_5VCCO_5VCCO_5VCCO_5VCCO_5VCCO_5VCCO_5VCCO_5

VCCO_4VCCO_4VCCO_4VCCO_4

VCCO_7

POWER BLOCK

FLXCR3384XL POWER

3 OF 3

GND

GNDGND

GNDGNDGNDGNDGNDGND

GND

GND

GNDGNDGND

GNDGND

GND

GNDGNDGND

GND

VCCIOVCCIO

VCCIO

VCCIOVCCIOVCCIO

VCCIOVCCIO

VCCIOVCCIOVCCIO

VCCIOVCCIO

VCCIOVCCIOVCCIOVCCIOVCCIOVCCIO

VCCIOVCCIO

VCCIO

GND

GNDGND

GNDGNDGNDGNDGNDGND

GND

GND

GNDGNDGND

GNDGND

GND

GNDGNDGND

GND

VCCIO

VCCIOVCCIOVCCIO

VCCIO

VCCIOVCCIOVCCIO

VCCIOVCCIO

VCCIOVCCIOVCCIOVCCIOVCCIOVCCIO

VCCIOVCCIO

VCCIOVCCIOVCCIO

VMEXCR3384XLPOWER AND GROUND

VCCIO3 OF 3

GNDGNDGND

GND

GND

GND

GNDGNDGNDGND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GNDGNDGNDGND

GND

GND

GNDGNDGND

GND

GNDGNDGNDGND

GND

VCCO_3VCCO_3VCCO_3

GND

VCCO_3

VCCO_2VCCO_2VCCO_2VCCO_2

VCCO_3VCCO_3VCCO_3VCCO_3

VCCO_2

VCCO_2VCCO_2

VCCO_2

VCCO_1VCCO_1VCCO_1VCCO_1VCCO_1VCCO_1

VCCO_0VCCO_0

VCCO_1VCCO_1

VCCO_0VCCO_0VCCO_0VCCO_0

VCCO_0

VCCO_0

VCCI

NTVC

CINT

VCCI

NT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTGN

D

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

VCCO_4VCCO_4VCCO_4

GNDGNDGND

GND

GNDGNDGNDGND

GND

GNDGNDGNDGNDGND

GND

GND

GNDGND

GND

GNDGNDGNDGND

GND

VCCO_4

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCI

NTVC

CINT

VCCO_7VCCO_7VCCO_7VCCO_7VCCO_7VCCO_7VCCO_7

VCCO_6VCCO_6

VCCO_6VCCO_6VCCO_6

VCCO_6VCCO_6VCCO_6

VCCO_5VCCO_5VCCO_5VCCO_5VCCO_5VCCO_5VCCO_5VCCO_5

VCCO_4VCCO_4VCCO_4VCCO_4

VCCO_7

CMMXCV1000E

POWER BLOCK

A B

A B

GND

GND

GNDGNDGNDGNDGNDGNDGNDGND

GND

GNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDGNDVCCINT

VCCINTVCCINTVCCINTVCCINTVCCINTVCCINTVCCINTVCCINTVCCINTVCCINTVCCINT

VCCO_0VCCO_0

VCCO_1VCCO_1

VCCO_2VCCO_2

VCCO_3VCCO_3

VCCO_4VCCO_4

VCCO_5VCCO_5

VCCO_6VCCO_6

VCCO_7VCCO_7

DXN

DXP

POWER BLOCKI2CXCV100E

Page 13: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

02

CRATE FPGA:DATA OUTPUT TO LVDS CABLES

DATA INPUT FROM CABLESSYSTEM FPGA:

AND TO LOCAL SYSTEM FPGA

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

P.APOSTOLOGLOU

16

PC3203M CIRCUIT

09/12/2002 P.APOSTOLOGLOU

P.APOSTOLOGLOU

P.APOSTOLOGLOU

P.APOSTOLOGLOU P.APOSTOLOGLOU

A

B TE222

DATA OUTPUT TO CTP VIA FRONT PANEL I.BRAWN/V.PERERAI.BRAWN/V.PERERATE258C

COMMON MERGER MODULE

24/01/2003

10/12/2004

CRATE FPGA DATA OUTPUTSAND SYSTEM FPGA DATA I/O

D.J.BECKETT

I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29316/06/2006D

-TE-

0073

-066

-13-

E

-TE-0073-066-13-E

-TE-0073-066-13-E

SYSTEM FPGA:DATA INPUT FROM CABLE

AND FROM LOCAL CRATE FPGA

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

20/06Mon Oct 02 09:31:44 2006

Y40Y39W40

W39V40

V39U40U39T40T39

R40R39P40P39N40N39M40M39L40L39

K40K39J40J39H40H39G40G39F40F39

AV42AV41AU42AU41AT42AT41AR42AR41

AP42AP41

AP40AP39

AN42AN41

AN40AN39

AM42AM41

AM40AM39

AL42AL41

AL40AL39

AK42AK41

AK40AK39

AJ40AJ39AH40AH39AG40AG39AF40AF39AE40AE39

AD40AD39AC40AC39AB40AB39AA40

U44

Y42Y41

Y2

Y1W42W41

W38

W2W1V42

V41

V38

V2V1U42

U41

U38

U2U1

T42T41

T38

T2T1

R42R41

R38

R2

R1

P42P41

P38

P1

N42N41

N2N1

M42M41

M38

M2M1

L42L41

L38

L2L1

K42K41

K38

K2K1

J42J41

J38

J2J1

H42H41

H38

H2H1

G42G41

G38

G2G1

F42F41

F38

F2F1

E42E41

E2E1

AT4AT3

AT1

AR4AR3

AR2AR1AP2AP1AN2AN1AM2AM1AL2

AL1AK2AK1

AJ42AJ41

AJ38

AJ2AH42AH41

AH38

AH2AH1

AG42

AG41

AG38

AG2AG1AF42

AF41

AF38

AF2AF1AE42

AE41

AE38

AE2AD42AD41

AD38

AD2AD1AC42

AC41

AC38

AC2AC1AB42

AB41AB2AB1

AA42AA41

AA2AA1

U44

V2

V1U5

F2

E9

E8

E7

E14

E12

E11

E10

D9

D8

D6

D14

D13

D12

D11

C9

C7

C6

C5

C4

C16

C15

C14

C13

C12

C11

C10

B9

B8

B7

B17

B16

B15

B14

B12

B10

AW3

AV4

AV3

AU5

AU3

AU2

AU1

AT5AT4

AT3

AT2

AT1

AR4

AR3

AR2

AR1

AP5

AP4

AP2AP1

AN5

AN4AN3

AN2

AN1

AM4

AM2

AM1

AL5

AL4

AL3

AL2

AK4

AK3

AK2AK1

AJ5

AJ4

AJ3

AH4

AH2

AH1

AG5AG4

AG3

AG2

AG1

AF3AF2

AF1

A9

A8

A7

A6

A5

A16

A15

A13

A12

A11

A10

U61

D_LCL20

D_LCL39D_LCL38

D_LCL36

D_LCL33D_LCL32

DOUT_CTP_27

DOUT_CTP_22

D_CBL0

D_CBL17D_CBL18

D_LCL49D_LCL48D_LCL47D_LCL46D_LCL45D_LCL44

D_LCL41D_LCL42D_LCL43

D_LCL40

D_LCL37

D_LCL35D_LCL34

D_LCL31D_LCL30

D_LCL29

D_LCL27D_LCL26D_LCL25D_LCL24D_LCL23D_LCL22D_LCL21D_LCL20

D_LCL19D_LCL18D_LCL17D_LCL16D_LCL15D_LCL14D_LCL13D_LCL12D_LCL11D_LCL10

D_LCL9D_LCL8D_LCL7D_LCL6D_LCL5D_LCL4D_LCL3D_LCL2D_LCL1D_LCL0

D_CBL74D_CBL73D_CBL72D_CBL71

D_CBL69D_CBL68D_CBL67D_CBL66D_CBL65D_CBL64D_CBL63

D_CBL60D_CBL61D_CBL62

D_CBL58D_CBL57D_CBL56D_CBL55D_CBL54

D_CBL59

D_CBL53D_CBL52D_CBL51D_CBL50

D_CBL19

D_CBL20

DOUT_CTP_65DOUT_CTP_64

D_CBL75

D_CBL49D_CBL48D_CBL47D_CBL46D_CBL45

D_CBL44D_CBL43D_CBL42D_CBL41D_CBL40D_CBL39D_CBL38D_CBL37D_CBL36D_CBL35

D_CBL34

D_CBL32D_CBL31D_CBL30

D_CBL28D_CBL27D_CBL26D_CBL25

D_CBL24D_CBL23D_CBL22D_CBL21

D_CBL16D_CBL15D_CBL14D_CBL13D_CBL12D_CBL11D_CBL10

D_CBL9D_CBL8D_CBL7D_CBL6D_CBL5D_CBL4D_CBL3D_CBL2

D_CBL29

D_CBL1

D_CBL33

D_CBL43

D_LCL3

D_LCL40D_LCL41D_LCL42D_LCL43

D_LCL45D_LCL44

D_LCL46

D_LCL48D_LCL47

D_LCL49

D_LCL1D_LCL2

D_LCL0

D_LCL10D_LCL11D_LCL12

D_LCL4D_LCL5D_LCL6D_LCL7D_LCL8D_LCL9

D_LCL19D_LCL18D_LCL17D_LCL16

D_LCL13

D_LCL21D_LCL22D_LCL23

D_LCL26D_LCL25D_LCL24

D_LCL28D_LCL27

D_LCL29

D_LCL30

D_LCL32D_LCL31

D_LCL33

D_LCL35D_LCL34

D_LCL37D_LCL38

D_LCL36

D_LCL39

D_CBL0D_CBL1D_CBL2D_CBL3D_CBL4D_CBL5D_CBL6D_CBL7D_CBL8D_CBL9

D_CBL11D_CBL10

D_CBL12

D_CBL14D_CBL15D_CBL16D_CBL17D_CBL18D_CBL19

D_CBL23D_CBL22D_CBL21D_CBL20

D_CBL24D_CBL25D_CBL26D_CBL27D_CBL28D_CBL29

D_CBL32D_CBL31D_CBL30

D_CBL33D_CBL34D_CBL35

D_CBL38

D_CBL36D_CBL37

D_CBL42D_CBL41D_CBL40

D_CBL39

D_CBL44D_CBL45D_CBL46D_CBL47

D_CBL49D_CBL48

D_CBL70

DOUT_CTP_63DOUT_CTP_62DOUT_CTP_61DOUT_CTP_60

DOUT_CTP_59DOUT_CTP_58

DOUT_CTP_56DOUT_CTP_57

DOUT_CTP_55DOUT_CTP_54DOUT_CTP_53DOUT_CTP_52DOUT_CTP_51DOUT_CTP_50

DOUT_CTP_49

DOUT_CTP_47DOUT_CTP_48

DOUT_CTP_45

DOUT_CTP_43DOUT_CTP_42

DOUT_CTP_40

DOUT_CTP_39

DOUT_CTP_37DOUT_CTP_38

DOUT_CTP_29DOUT_CTP_28

DOUT_CTP_36DOUT_CTP_35DOUT_CTP_34DOUT_CTP_33DOUT_CTP_32DOUT_CTP_31DOUT_CTP_30

DOUT_CTP_26DOUT_CTP_25DOUT_CTP_24DOUT_CTP_23

DOUT_CTP_21DOUT_CTP_20

DOUT_CTP_19DOUT_CTP_18DOUT_CTP_17DOUT_CTP_16DOUT_CTP_15DOUT_CTP_14DOUT_CTP_13DOUT_CTP_12DOUT_CTP_11DOUT_CTP_10

DOUT_CTP_9

DOUT_CTP_6

DOUT_CTP_8DOUT_CTP_7

DOUT_CTP_5DOUT_CTP_4DOUT_CTP_3DOUT_CTP_2DOUT_CTP_1DOUT_CTP_0

D_LCL28

DOUT_CTP_41

DOUT_CTP_44

DOUT_CTP_46

D_CBL78D_CBL77D_CBL76

D_CBL79D_CBL80

D_CBL13D_LCL14D_LCL15

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

DATE STAMP

DIN_CBL(74)DIN_CBL(73)DIN_CBL(72)DIN_CBL(71)DIN_CBL(70)

DIN_CBL(69)DIN_CBL(68)DIN_CBL(67)DIN_CBL(66)DIN_CBL(65)DIN_CBL(64)DIN_CBL(63)DIN_CBL(62)DIN_CBL(61)DIN_CBL(60)

DIN_CBL(59)DIN_CBL(58)DIN_CBL(57)DIN_CBL(56)DIN_CBL(55)DIN_CBL(54)DIN_CBL(53)DIN_CBL(52)DIN_CBL(51)DIN_CBL(50)

DIN_LCL(19)DIN_LCL(18)

DATA BLOCK 2

DIN_LCL(12)DIN_LCL(11)DIN_LCL(10)

DIN_LCL(9)DIN_LCL(8)DIN_LCL(7)DIN_LCL(6)DIN_LCL(5)DIN_LCL(4)DIN_LCL(3)DIN_LCL(2)DIN_LCL(1)DIN_LCL(0)

DIN_LCL(13)

DIN_LCL(31)DIN_LCL(30)

DIN_LCL(29)DIN_LCL(28)DIN_LCL(27)DIN_LCL(26)DIN_LCL(25)DIN_LCL(24)DIN_LCL(23)DIN_LCL(22)DIN_LCL(21)DIN_LCL(20)

DIN_LCL(17)DIN_LCL(16)DIN_LCL(15)DIN_LCL(14)

DIN_LCL(45)DIN_LCL(44)

DIN_LCL(49)DIN_LCL(48)DIN_LCL(47)DIN_LCL(46)

DIN_LCL(43)DIN_LCL(42)DIN_LCL(41)DIN_LCL(40)

DIN_LCL(39)DIN_LCL(38)DIN_LCL(37)DIN_LCL(36)DIN_LCL(35)DIN_LCL(34)DIN_LCL(33)DIN_LCL(32)

CMMSXCV1000E

DOUT(65)DOUT(64)

DOUT(63)

DIN_SPARE(13)DIN_SPARE(12)DIN_SPARE(11)DIN_SPARE(10)DIN_SPARE(9)DIN_SPARE(8)DIN_SPARE(7)DIN_SPARE(6)

DIN_SPARE(5)DIN_SPARE(4)DIN_SPARE(3)DIN_SPARE(2)DIN_SPARE(1)DIN_CBL(79)DIN_CBL(78)DIN_CBL(77)DIN_CBL(76)DIN_CBL(75)

DIN_CBL(49)

DIN_CBL(46)

DIN_CBL(48)DIN_CBL(47)

DIN_CBL(45)

DIN_CBL(44)DIN_CBL(43)DIN_CBL(42)DIN_CBL(41)DIN_CBL(40)DIN_CBL(39)DIN_CBL(38)DIN_CBL(37)DIN_CBL(36)DIN_CBL(35)

DIN_CBL(34)DIN_CBL(33)DIN_CBL(32)DIN_CBL(31)DIN_CBL(30)DIN_CBL(29)DIN_CBL(28)DIN_CBL(27)DIN_CBL(26)DIN_CBL(25)

DIN_CBL(24)DIN_CBL(23)DIN_CBL(22)DIN_CBL(21)

DIN_CBL(19)DIN_CBL(18)DIN_CBL(17)DIN_CBL(16)DIN_CBL(15)DIN_CBL(14)DIN_CBL(13)DIN_CBL(12)DIN_CBL(11)DIN_CBL(10)

DIN_CBL(9)DIN_CBL(8)DIN_CBL(7)DIN_CBL(6)DIN_CBL(5)DIN_CBL(4)DIN_CBL(3)DIN_CBL(2)DIN_CBL(1)DIN_CBL(0)

CMMSXCV1000EDATA BLOCK 1

DOUT(2)DOUT(1)DOUT(0)

DOUT(4)DOUT(5)

DOUT(10)

DOUT(3)

DOUT(9)DOUT(8)DOUT(7)

DOUT(11)DOUT(12)DOUT(13)DOUT(14)DOUT(15)DOUT(16)DOUT(17)DOUT(18)DOUT(19)

DOUT(20)DOUT(21)DOUT(22)DOUT(23)DOUT(24)

DOUT(26)DOUT(27)

DOUT(29)

DOUT(25)

DOUT(30)DOUT(31)

DOUT(33)DOUT(34)DOUT(35)DOUT(36)DOUT(37)

DOUT(40)DOUT(41)DOUT(42)DOUT(43)DOUT(44)DOUT(45)DOUT(46)DOUT(47)DOUT(48)

DOUT(38)DOUT(39)

DOUT(32)

DOUT(49)

DOUT(50)DOUT(51)DOUT(52)DOUT(53)

DOUT(59)DOUT(58)DOUT(57)DOUT(56)DOUT(55)DOUT(54)

DOUT(6)

DOUT(60)DOUT(61)DOUT(62)

DOUT(28)

DIN_CBL(20)

DATA OUTPUT BLOCKCMMXCV1000E

DOUT_LCL(0)DOUT_LCL(1)DOUT_LCL(2)DOUT_LCL(3)DOUT_LCL(4)DOUT_LCL(5)DOUT_LCL(6)DOUT_LCL(7)DOUT_LCL(8)DOUT_LCL(9)

DOUT_LCL(11)DOUT_LCL(12)DOUT_LCL(13)DOUT_LCL(14)DOUT_LCL(15)DOUT_LCL(16)DOUT_LCL(17)DOUT_LCL(18)DOUT_LCL(19)

DOUT_LCL(20)DOUT_LCL(21)DOUT_LCL(22)DOUT_LCL(23)DOUT_LCL(24)DOUT_LCL(25)DOUT_LCL(26)DOUT_LCL(27)DOUT_LCL(28)DOUT_LCL(29)

DOUT_LCL(30)DOUT_LCL(31)DOUT_LCL(32)DOUT_LCL(33)DOUT_LCL(34)DOUT_LCL(35)DOUT_LCL(36)DOUT_LCL(37)DOUT_LCL(38)DOUT_LCL(39)

DOUT_LCL(40)DOUT_LCL(41)DOUT_LCL(42)DOUT_LCL(43)DOUT_LCL(44)DOUT_LCL(45)DOUT_LCL(46)DOUT_LCL(47)DOUT_LCL(48)DOUT_LCL(49)

DOUT_LCL(10)

DOUT_CBL(0)DOUT_CBL(1)DOUT_CBL(2)DOUT_CBL(3)DOUT_CBL(4)DOUT_CBL(5)DOUT_CBL(6)DOUT_CBL(7)DOUT_CBL(8)DOUT_CBL(9)

DOUT_CBL(10)DOUT_CBL(11)DOUT_CBL(12)DOUT_CBL(13)DOUT_CBL(14)DOUT_CBL(15)DOUT_CBL(16)DOUT_CBL(17)DOUT_CBL(18)DOUT_CBL(19)

DOUT_CBL(20)DOUT_CBL(21)DOUT_CBL(22)DOUT_CBL(23)DOUT_CBL(24)DOUT_CBL(25)DOUT_CBL(26)DOUT_CBL(27)DOUT_CBL(28)DOUT_CBL(29)

DOUT_CBL(30)DOUT_CBL(31)DOUT_CBL(32)DOUT_CBL(33)DOUT_CBL(34)DOUT_CBL(35)DOUT_CBL(36)DOUT_CBL(37)DOUT_CBL(38)DOUT_CBL(39)

DOUT_CBL(40)DOUT_CBL(41)DOUT_CBL(42)DOUT_CBL(43)DOUT_CBL(44)DOUT_CBL(45)DOUT_CBL(46)DOUT_CBL(47)DOUT_CBL(48)DOUT_CBL(49)

Page 14: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

TE22224/01/2003B

A

P.APOSTOLOGLOU

P.APOSTOLOGLOU

P.APOSTOLOGLOU

P.APOSTOLOGLOU

P.APOSTOLOGLOU

P.APOSTOLOGLOU09/12/2002

RESISTORS CLOSE

TO THE LVDS ICTEST POINT CLOSE

RESISTORS CLOSETO THE IC

RESISTORS CLOSETO THE IC

RESISTORS CLOSE

TO THE ICRESISTORS CLOSE

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

16

PC3203M CIRCUITCOMMON MERGER MODULE

I.BRAWN/V.PERERAI.BRAWN/V.PERERATE258C

TO THE IC

10/12/2004

BI-DIRECTIONAL LVDS VIA BACKPLANE 1 OF 2

TO THE IC

D.J.BECKETT

02

I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29316/06/2006D

TO THE LVDS ICTEST POINT CLOSE

-TE-

0073

-066

-14-

E

-TE-0073-066-14-E

-TE-0073-066-14-E

RESISTORS ARE NOT IN NETWORK

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

20/06Mon Oct 02 09:31:46 2006

6457241510

23

21

19

13

7

3

63

61

59

17

562514954

2726

3130

3534

3736

4140

4544

4746

5150

5554

22

20

18

12

6

2

62

60

58

16

5248423229

5349433328

U62

6457241510

23

21

19

13

7

3

63

61

59

17

562514954

2726

3130

3534

3736

4140

4544

4746

5150

5554

22

20

18

12

6

2

62

60

58

16

5248423229

5349433328

U56

6457241510

23

21

19

13

7

3

63

61

59

17

562514954

2726

3130

3534

3736

4140

4544

4746

5150

5554

22

20

18

12

6

2

62

60

58

16

5248423229

5349433328

U55

6457241510

23

21

19

13

7

3

63

61

59

17

562514954

2726

3130

3534

3736

4140

4544

4746

5150

5554

22

20

18

12

6

2

62

60

58

16

5248423229

5349433328

U51

6457241510

23

21

19

13

7

3

63

61

59

17

562514954

2726

3130

3534

3736

4140

4544

4746

5150

5554

22

20

18

12

6

2

62

60

58

16

5248423229

5349433328

U50

21C252

21C232

21C255

21C267

21C302

2 1C256

2 1C238

2 1C274

2 1C250

2 1C263

21C239

21C246

21C275

21C269

21C259

21C202

21C178

21C207

21C215

21C227

2 1C209

2 1C180

2 1C221

2 1C211

2 1C213

21C181

21C196

21C222

21C217

21C200

21C251

21C301

21C254

21C266

21C231

2 1C257

2 1C272

2 1C236

2 1C249

2 1C262

21C273

21C248

21C237

21C268

21C258

21C343

21C335

21C325

21C311

21C327

2 1C341

2 1C333

2 1C331

2 1C329

2 1C317

21C337

21C340

21C323

21C316

21C321

21C334 2 1

C336

21C332

21C310 2 1

C314

21C315

21C342 2 1

C339

21C338

21C324 2 1

C328

21C320

2 1C322

21C330

21C326

1TP3

1TP2

2 1R58

2 1R62

2 1R69

2 1R70

2 1R71

2 1R72

2 1R73

2 1R63

2 1R59

2 1R78

2 1R82

2 1R92

2 1R91

2 1R90

2 1R89

2 1R88

2 1R81

2 1R77

2 1R94

2 1R98

2 1R105

2 1R104

2 1R103

2 1R102

2 1R101

2 1R97

2 1R93

2 1R76

2 1R80

2 1R87

2 1R86

2 1R85

2 1R84

2 1R83

2 1R79

2 1R75

2 1R57

2 1R61

2 1R68

2 1R67

2 1R66

2 1R65

2 1R64

2 1R60

2 1R56

LVDS_DE_RE2

M_00P

LVDS_DE_RE2

LVDS_DE_RE1

LVDS_DE_RE1

LVDS_DE_RE1

D_CBL44

D_CBL43

D_CBL42

D_CBL41

D_CBL40

D_CBL39

D_CBL38

D_CBL37

D_CBL36

D_CBL35

D_CBL34

D_CBL33

D_CBL32

D_CBL31

D_CBL30

D_CBL29

D_CBL28

D_CBL27

D_CBL26

D_CBL24

D_CBL23

D_CBL22

D_CBL21

D_CBL20

D_CBL19

D_CBL18

D_CBL17

D_CBL16

D_CBL15

D_CBL14

D_CBL13

D_CBL12

D_CBL11

D_CBL10

D_CBL9

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

D_CBL8

D_CBL7

D_CBL5

D_CBL6

D_CBL3

D_CBL4

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

MTQFP

MTQFP

MTQFP

MTQFP

MTQFP

D_CBL0

1N0/50V1N0/50V

100N1N0/50V

1N0/50V

100N1N0/50V

1N0/50V

D_CBL25

100N 1N0/50V

100N1N0/50V

1N0/50V

M_06N

M_08PM_07NM_07P

M_08N

M_06PM_05NM_05P

M_04P

M_03PM_03N

M_02PM_01N

M_02N

M_01PM_00N

M_15PM_15NM_16PM_16NM_17PM_17N

M_10PM_10NM_11PM_11NM_12PM_12NM_13PM_13NM_14PM_14N

M_09NM_09P

M_23NM_24PM_24NM_25PM_25NM_26PM_26N

M_18NM_19PM_19NM_20PM_20NM_21PM_21NM_22PM_22NM_23P

M_18P

M_40NM_41PM_41NM_42PM_42NM_43PM_43NM_44PM_44N

M_40P

M_36PM_36N

M_37NM_37P

M_39P

M_38PM_38N

M_39N

M_32PM_32NM_33PM_33NM_34PM_34NM_35PM_35N

M_31N

M_27PM_27NM_28PM_28NM_29PM_29NM_30PM_30NM_31P

M_04N

D_CBL1

D_CBL2

100N

1N0/50V

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

DATE STAMP

3V3

3V3

3V3

3V3

3V3

SCAN92LV090

GNDGNDGNDGNDGNDGND

AGNDAGNDAGNDAGNDAGND

DIN0RO0

DIN2RO1DIN1

RO2DIN3

RO4DIN4RO3

DIN5RO5

RO6DIN7

DIN6

RO7DIN8RO8

REDE

VCCVCCVCCVCC

VCC

AVCC

AVCCAVCCAVCCAVCC

DO8-/RIN8-DO8+/RIN8+DO7-/RIN7-DO7+/RIN7+

DO2-/RIN2-DO3+/RIN3+DO3-/RIN3-DO4+/RIN4+DO4-/RIN4-DO5+/RIN5+DO5-/RIN5-DO6+/RIN6+DO6-/RIN6-

DO2+/RIN2+

DO0+/RINO+DO0-/RIN0-DO1+/RIN1+DO1-/RIN1-

BODY 1OF2

SCAN92LV090

GNDGNDGNDGNDGNDGND

AGNDAGNDAGNDAGNDAGND

DIN0RO0

DIN2RO1DIN1

RO2DIN3

RO4DIN4RO3

DIN5RO5

RO6DIN7

DIN6

RO7DIN8RO8

REDE

VCCVCCVCCVCC

VCC

AVCC

AVCCAVCCAVCCAVCC

DO8-/RIN8-DO8+/RIN8+DO7-/RIN7-DO7+/RIN7+

DO2-/RIN2-DO3+/RIN3+DO3-/RIN3-DO4+/RIN4+DO4-/RIN4-DO5+/RIN5+DO5-/RIN5-DO6+/RIN6+DO6-/RIN6-

DO2+/RIN2+

DO0+/RINO+DO0-/RIN0-DO1+/RIN1+DO1-/RIN1-

BODY 1OF2

SCAN92LV090

GNDGNDGNDGNDGNDGND

AGNDAGNDAGNDAGNDAGND

DIN0RO0

DIN2RO1DIN1

RO2DIN3

RO4DIN4RO3

DIN5RO5

RO6DIN7

DIN6

RO7DIN8RO8

REDE

VCCVCCVCCVCC

VCC

AVCC

AVCCAVCCAVCCAVCC

DO8-/RIN8-DO8+/RIN8+DO7-/RIN7-DO7+/RIN7+

DO2-/RIN2-DO3+/RIN3+DO3-/RIN3-DO4+/RIN4+DO4-/RIN4-DO5+/RIN5+DO5-/RIN5-DO6+/RIN6+DO6-/RIN6-

DO2+/RIN2+

DO0+/RINO+DO0-/RIN0-DO1+/RIN1+DO1-/RIN1-

BODY 1OF2

SCAN92LV090

GNDGNDGNDGNDGNDGND

AGNDAGNDAGNDAGNDAGND

DIN0RO0

DIN2RO1DIN1

RO2DIN3

RO4DIN4RO3

DIN5RO5

RO6DIN7

DIN6

RO7DIN8RO8

REDE

VCCVCCVCCVCC

VCC

AVCC

AVCCAVCCAVCCAVCC

DO8-/RIN8-DO8+/RIN8+DO7-/RIN7-DO7+/RIN7+

DO2-/RIN2-DO3+/RIN3+DO3-/RIN3-DO4+/RIN4+DO4-/RIN4-DO5+/RIN5+DO5-/RIN5-DO6+/RIN6+DO6-/RIN6-

DO2+/RIN2+

DO0+/RINO+DO0-/RIN0-DO1+/RIN1+DO1-/RIN1-

BODY 1OF2

SCAN92LV090

GNDGNDGNDGNDGNDGND

AGNDAGNDAGNDAGNDAGND

DIN0RO0

DIN2RO1DIN1

RO2DIN3

RO4DIN4RO3

DIN5RO5

RO6DIN7

DIN6

RO7DIN8RO8

REDE

VCCVCCVCCVCC

VCC

AVCC

AVCCAVCCAVCCAVCC

DO8-/RIN8-DO8+/RIN8+DO7-/RIN7-DO7+/RIN7+

DO2-/RIN2-DO3+/RIN3+DO3-/RIN3-DO4+/RIN4+DO4-/RIN4-DO5+/RIN5+DO5-/RIN5-DO6+/RIN6+DO6-/RIN6-

DO2+/RIN2+

DO0+/RINO+DO0-/RIN0-DO1+/RIN1+DO1-/RIN1-

BODY 1OF2

Page 15: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

COMMON MERGER MODULE

16

01

P.APOSTOLOGLOU

RESISTORS CLOSETO THE IC

RESISTORS CLOSETO THE IC

TO THE IC

TO THE ICRESISTORS CLOSE

TO THE LVDS IC

09/12/2002 P.APOSTOLOGLOU

P.APOSTOLOGLOU

A

B 24/01/2003 TE222

TE258C

P.APOSTOLOGLOU

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

10/12/2004

BI-DIRECTIONAL LVDS BACKPLANE 2 OF 2

RESISTORS CLOSE

TEST POINT CLOSE

D.J.BECKETT

I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29316/06/2006D

-TE-0073-066-15-E

I.BRAWN/V.PERERA

E I.BRAWN/V.PERERAI.BRAWN/V.PERERAD.J.BECKETTTE29420/09/2006

I.BRAWN/V.PERERA

-TE-0073-066-15-E

PC3203M CIRCUIT

20/06

P.APOSTOLOGLOU

P.APOSTOLOGLOU

-TE-

0073

-066

-15-

E

Mon Oct 02 09:31:48 2006

2 1R29

6457241510

23

21

19

13

7

3

63

61

59

17

562514954

2726

3130

3534

3736

4140

4544

4746

5150

5554

22

20

18

12

6

2

62

60

58

16

5248423229

5349433328

U47

6457241510

23

21

19

13

7

3

63

61

59

17

562514954

2726

3130

3534

3736

4140

4544

4746

5150

5554

22

20

18

12

6

2

62

60

58

16

5248423229

5349433328

U45

6457241510

23

21

19

13

7

3

63

61

59

17

562514954

2726

3130

3534

3736

4140

4544

4746

5150

5554

22

20

18

12

6

2

62

60

58

16

5248423229

5349433328

U49

6457241510

23

21

19

13

7

3

63

61

59

17

562514954

2726

3130

3534

3736

4140

4544

4746

5150

5554

22

20

18

12

6

2

62

60

58

16

5248423229

5349433328

U63

21C360

21C400

21C4032 1

C4042 1

C396

21C363

21C3552 1

C3562 1

C392

2 1C378

21C407

21C397

21C364

21C354

21C377

2C409

21C439

21C4502 1

C4512 1

C447

21C417

21C4192 1

C4342 1

C423

2 1C410

21C455

21C442

21C405

21C422

21C421

21C362

21C357

21C3532 1

C3492 1

C359

21C346

21C3482 1

C3522 1

C345

2 1C361

21C351

21C358

21C379

21C350

21C344

21C179

21C203

21C208

21C228

21C216

2 1C183

2 1C210

2 1C214

2 1C212

2 1C224

21C197

21C182

21C218

21C223

21C201

1TP12

2 1R30

2 1R31

2 1R33

2 1R34

2 1R35

2 1R37

2 1R36

2 1R32

2 1R38

2 1R40

2 1R42

2 1R43

2 1R44

2 1R46

2 1R45

2 1R41

2 1R39

2 1R47

2 1R49

2 1R51

2 1R52

2 1R53

2 1R55

2 1R54

2 1R50

2 1R48

2 1R96

2 1R100

2 1R110

2 1R109

2 1R107

2 1R108

2 1R106

2 1R99

2 1R95

D_CBL69

D_CBL64

100N

D_CBL67

D_CBL65

D_CBL72

LVDS_DE_RE3

M_77N

M_64P

MTQFP

MTQFP

MTQFP

LVDS_DE_RE3

LVDS_DE_RE3

LVDS_DE_RE2

D_CBL51

D_CBL49

D_CBL48

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

D_CBL54

D_CBL55

D_CBL56

D_CBL57

D_CBL58

D_CBL59

D_CBL60

D_CBL61

D_CBL62

D_CBL63

D_CBL66

D_CBL68

D_CBL70

D_CBL71

D_CBL73

D_CBL77

D_CBL78

D_CBL50

M_53NM_53PM_52NM_52PM_51NM_51PM_50NM_50PM_49N

M_48NM_49P

M_48PM_47NM_47P

M_46PM_46N

M_45NM_45P

100N 1N0/50V

D_CBL53

D_CBL52

M_62NM_62PM_61NM_61PM_60NM_60PM_59N

M_55N

M_59PM_58NM_58PM_57NM_57PM_56NM_56P

M_55PM_54NM_54P

100N1N0/50V

1N0/50V

M_71NM_71PM_70NM_70PM_69NM_69PM_68NM_68PM_67NM_67PM_66NM_66PM_65NM_65PM_64N

M_63NM_63P

1N0/50V1N0/50V

100N1N0/50V

1N0/50V

1N0/50V

D_CBL79

D_CBL80100R

100R

D_CBL76

M_72PM_72N

M_73NM_73P

M_75P

M_74PM_74N

M_76PM_75N

M_76NM_77P

M_78PM_78NM_79PM_79NM_80PM_80N

D_CBL75

D_CBL74

D_CBL45

D_CBL46

D_CBL47

MTQFP

DATE STAMP

2

2 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

3V3

3V3

3V3

3V3

SCAN92LV090

GNDGNDGNDGNDGNDGND

AGNDAGNDAGNDAGNDAGND

DIN0RO0

DIN2RO1DIN1

RO2DIN3

RO4DIN4RO3

DIN5RO5

RO6DIN7

DIN6

RO7DIN8RO8

REDE

VCCVCCVCCVCC

VCC

AVCC

AVCCAVCCAVCCAVCC

DO8-/RIN8-DO8+/RIN8+DO7-/RIN7-DO7+/RIN7+

DO2-/RIN2-DO3+/RIN3+DO3-/RIN3-DO4+/RIN4+DO4-/RIN4-DO5+/RIN5+DO5-/RIN5-DO6+/RIN6+DO6-/RIN6-

DO2+/RIN2+

DO0+/RINO+DO0-/RIN0-DO1+/RIN1+DO1-/RIN1-

BODY 1OF2

SCAN92LV090

GNDGNDGNDGNDGNDGND

AGNDAGNDAGNDAGNDAGND

DIN0RO0

DIN2RO1DIN1

RO2DIN3

RO4DIN4RO3

DIN5RO5

RO6DIN7

DIN6

RO7DIN8RO8

REDE

VCCVCCVCCVCC

VCC

AVCC

AVCCAVCCAVCCAVCC

DO8-/RIN8-DO8+/RIN8+DO7-/RIN7-DO7+/RIN7+

DO2-/RIN2-DO3+/RIN3+DO3-/RIN3-DO4+/RIN4+DO4-/RIN4-DO5+/RIN5+DO5-/RIN5-DO6+/RIN6+DO6-/RIN6-

DO2+/RIN2+

DO0+/RINO+DO0-/RIN0-DO1+/RIN1+DO1-/RIN1-

BODY 1OF2

SCAN92LV090

GNDGNDGNDGNDGNDGND

AGNDAGNDAGNDAGNDAGND

DIN0RO0

DIN2RO1DIN1

RO2DIN3

RO4DIN4RO3

DIN5RO5

RO6DIN7

DIN6

RO7DIN8RO8

REDE

VCCVCCVCCVCC

VCC

AVCC

AVCCAVCCAVCCAVCC

DO8-/RIN8-DO8+/RIN8+DO7-/RIN7-DO7+/RIN7+

DO2-/RIN2-DO3+/RIN3+DO3-/RIN3-DO4+/RIN4+DO4-/RIN4-DO5+/RIN5+DO5-/RIN5-DO6+/RIN6+DO6-/RIN6-

DO2+/RIN2+

DO0+/RINO+DO0-/RIN0-DO1+/RIN1+DO1-/RIN1-

BODY 1OF2

SCAN92LV090

GNDGNDGNDGNDGNDGND

AGNDAGNDAGNDAGNDAGND

DIN0RO0

DIN2RO1DIN1

RO2DIN3

RO4DIN4RO3

DIN5RO5

RO6DIN7

DIN6

RO7DIN8RO8

REDE

VCCVCCVCCVCC

VCC

AVCC

AVCCAVCCAVCCAVCC

DO8-/RIN8-DO8+/RIN8+DO7-/RIN7-DO7+/RIN7+

DO2-/RIN2-DO3+/RIN3+DO3-/RIN3-DO4+/RIN4+DO4-/RIN4-DO5+/RIN5+DO5-/RIN5-DO6+/RIN6+DO6-/RIN6-

DO2+/RIN2+

DO0+/RINO+DO0-/RIN0-DO1+/RIN1+DO1-/RIN1-

BODY 1OF2

Page 16: R160 R116 R115 -TE-0073-066-01-E · buffered module_id_b(7) data bus buffer bwrite*=0 (write) data b to a vme data vme address p.apostologlou vme interface b 24/01/2003 vme data place

PLACE GROUND POINT

C I.BRAWN/V.PERERA

P.APOSTOLOGLOU24/01/2003B

A P.APOSTOLOGLOU09/12/2002

LVDS DRIVERS TO CTPCOMMON MERGER MODULE

THE CASINGS OF

16

TE258

UNKNOWN VALUE.

SK3 & SK4 ARE CONNECTED

AT APPROPRIATE PLACE

TO THE GROUND PLANE VIA

I.BRAWN/V.PERERAD

TE222

P.APOSTOLOGLOU

P.APOSTOLOGLOU

D.J.BECKETTTE293

10/12/2004

ATLAS CALORIMETER FIRST-LEVEL TRIGGER

PC3203M CIRCUIT

02

P.APOSTOLOGLOU

P.APOSTOLOGLOU

D.J.BECKETT

16/06/2006

I.BRAWN/V.PERERA

I.BRAWN/V.PERERA

SIMILAR TO A PIN 68,34(CHASIS GROUND) SCHEMESHOULD HAVE A GROUNDINGCONNECTOR SCREEN ALSO

-TE-0073-066-16-E

-TE-

0073

-066

-16-

E

-TE-0073-066-16-E

DO NOT ASSEMBLETHESE CAPACITORS

A CAPACITOR OF AS YET

THESE CAPACITORSDO NOT ASSEMBLE

20/06

CN_CTP 00-65 ARE DIFFERENTIAL

Mon Oct 02 09:31:22 2006

9

8

7

68

67

66

65

64

63

62

61

60

6

59

58

57

56

55

54

53

52

51

50

5

49

48

47

46

45

44

43

42

41

40

4

39

38

37

36

35

34

33

32

31

30

3

29

28

27

26

25

24

23

22

21

20

2

19

18

17

16

15

14

13

12

11

10

1 SK2

9

8

7

68

67

66

65

64

63

62

61

60

6

59

58

57

56

55

54

53

52

51

50

5

49

48

47

46

45

44

43

42

41

40

4

39

38

37

36

35

34

33

32

31

30

3

29

28

27

26

25

24

23

22

21

20

2

19

18

17

16

15

14

13

12

11

10

1 SK1

21LK10

2 1C541

2 1C5404

5

81

910121113141615

7632

U25

21 R167

1LK4

1LK5

1LK3

1LK2

2468

1357

RN11

2468

1357

RN12

2468

1357

RN9

2468

1357

RN10

2 1C560

2 1C559

2 1C570

2 1C569

2 1C545

2 1C544

2 1C533

2 1C532

2 1C568

2 1C567

2 1C543

2 1C542

2 1C549

2 1C548

2 1C572

2 1C571

2 1C547

2 1C546

2 1C535

2 1C534

2 1C562

2 1C561

2 1C564

2 1C563

2 1C537

2 1C536

2 1C539

2 1C538

2 1C566

2 1C565

2 1C573

2 1C574

21C2

21C1

4

5

81

910121113141615

7632

U26

4

5

81

910121113141615

7632

U21

4

5

81

910121113141615

7632

U13

4

5

81

910121113141615

7632

U29

4

5

81

910121113141615

7632

U12

4

5

81

910121113141615

7632

U28

4

5

81

910121113141615

7632

U10

4

5

81

910121113141615

7632

U27

4

5

81

910121113141615

7632

U11

4

5

81

910121113141615

7632

U6

4

5

81

910121113141615

7632

U22

4

5

81

910121113141615

7632

U7

4

5

81

910121113141615

7632

U23

4

5

81

910121113141615

7632

U8

4

5

81

910121113141615

7632

U24

4

5

81

910121113141615

7632

U9

CN_CTP_02P

CN_CTP_01P

CN_CTP_65PCN_CTP_65NCN_CTP_63PCN_CTP_63NCN_CTP_62PCN_CTP_62NCN_CTP_61PCN_CTP_61NCN_CTP_60PCN_CTP_60NCN_CTP_59PCN_CTP_59NCN_CTP_58PCN_CTP_58NCN_CTP_57PCN_CTP_57NCN_CTP_56PCN_CTP_56NCN_CTP_55PCN_CTP_55NCN_CTP_54PCN_CTP_54NCN_CTP_53PCN_CTP_53NCN_CTP_52PCN_CTP_52N

CN_CTP_51NCN_CTP_51P

CN_CTP_50PCN_CTP_50NCN_CTP_49PCN_CTP_49NCN_CTP_48PCN_CTP_48NCN_CTP_47PCN_CTP_47NCN_CTP_46PCN_CTP_46N

CN_CTP_45NCN_CTP_44PCN_CTP_44NCN_CTP_43PCN_CTP_43NCN_CTP_42PCN_CTP_42NCN_CTP_41PCN_CTP_41NCN_CTP_40PCN_CTP_40NCN_CTP_39PCN_CTP_39NCN_CTP_38PCN_CTP_38NCN_CTP_37PCN_CTP_37NCN_CTP_36PCN_CTP_36NCN_CTP_35PCN_CTP_35NCN_CTP_34PCN_CTP_34NCN_CTP_33PCN_CTP_33N

CN_CTP_32NCN_CTP_32P

CN_CTP_45P

10N+/-10%

SK-MDR-68

CN_CTP_01N

CN_CTP_02N

SK4_CASE

CN_CTP_29N

10N+/-10%

CN_CTP_64PCN_CTP_64N

CN_CTP_57NCN_CTP_57P

CN_CTP_26NCN_CTP_26P

100N

CN_CTP_03N

CN_CTP_02N

CN_CTP_00NCN_CTP_00P

1N0

1N0

4K7

CN_CTP_29P

CN_CTP_28PCN_CTP_28NCN_CTP_27PCN_CTP_27N

CN_CTP_25PCN_CTP_25NCN_CTP_24PCN_CTP_24NCN_CTP_23PCN_CTP_23NCN_CTP_22PCN_CTP_22NCN_CTP_21PCN_CTP_21NCN_CTP_20P

CN_CTP_19PCN_CTP_19NCN_CTP_18PCN_CTP_18N

CN_CTP_17NCN_CTP_16PCN_CTP_16NCN_CTP_15PCN_CTP_15NCN_CTP_14P

CN_CTP_13NCN_CTP_12PCN_CTP_12NCN_CTP_11PCN_CTP_11NCN_CTP_10PCN_CTP_10NCN_CTP_09PCN_CTP_09N

CN_CTP_08N

CN_CTP_07NCN_CTP_06PCN_CTP_06NCN_CTP_05PCN_CTP_05NCN_CTP_04PCN_CTP_04NCN_CTP_03PCN_CTP_03NCN_CTP_02P

CN_CTP_01P

CN_CTP_00PCN_CTP_00N

CN_CTP_56N

SK-MDR-68

DOUT_CTP_11

DOUT_CTP_0

CN_CTP_64P

CN_CTP_62N

CN_CTP_01NDOUT_CTP_24DOUT_CTP_25

CN_CTP_35P

CN_CTP_04PCN_CTP_04NCN_CTP_05PCN_CTP_05NCN_CTP_06PCN_CTP_06NCN_CTP_07PCN_CTP_07N

CN_CTP_08PCN_CTP_08NCN_CTP_09PCN_CTP_09NCN_CTP_10PCN_CTP_10NCN_CTP_11PCN_CTP_11N

CN_CTP_12PCN_CTP_12NCN_CTP_13PCN_CTP_13NCN_CTP_14PCN_CTP_14NCN_CTP_15PCN_CTP_15N

CN_CTP_16PCN_CTP_16NCN_CTP_17PCN_CTP_17NCN_CTP_18PCN_CTP_18N

CN_CTP_19NCN_CTP_19P

CN_CTP_20PCN_CTP_20NCN_CTP_21PCN_CTP_21NCN_CTP_22PCN_CTP_22NCN_CTP_23PCN_CTP_23N

CN_CTP_28PCN_CTP_28N

CN_CTP_30PCN_CTP_30NCN_CTP_31PCN_CTP_31N

CN_CTP_33PCN_CTP_32N

CN_CTP_33NCN_CTP_34PCN_CTP_34N

CN_CTP_35N

CN_CTP_36PCN_CTP_36NCN_CTP_37PCN_CTP_37NCN_CTP_38PCN_CTP_38NCN_CTP_39PCN_CTP_39N

CN_CTP_40PCN_CTP_40NCN_CTP_41PCN_CTP_41NCN_CTP_42PCN_CTP_42NCN_CTP_43PCN_CTP_43N

CN_CTP_44PCN_CTP_44NCN_CTP_45PCN_CTP_45NCN_CTP_46PCN_CTP_46NCN_CTP_47PCN_CTP_47N

CN_CTP_24P

CN_CTP_25PCN_CTP_25NCN_CTP_26P

CN_CTP_27PCN_CTP_27N

CN_CTP_48P

CN_CTP_49PCN_CTP_49NCN_CTP_50PCN_CTP_50N

CN_CTP_51NCN_CTP_51P

CN_CTP_52P

CN_CTP_53NCN_CTP_54PCN_CTP_54NCN_CTP_55PCN_CTP_55N

CN_CTP_56P

CN_CTP_58PCN_CTP_58N

CN_CTP_59N

DOUT_CTP_65DOUT_CTP_64

DR_EN_17

DOUT_CTP_63

1N0

100N

DR_EN_17

DR_EN_16DR_EN_15DR_EN_14DR_EN_13

DR_EN_12DR_EN_11DR_EN_10DR_EN_9

DR_EN_8DR_EN_7DR_EN_6DR_EN_5

DR_EN_4DR_EN_3DR_EN_2DR_EN_1

4K7

4K7

4K7

4K7

DR_EN_10

DR_EN_7

DR_EN_9

DR_EN_4

DR_EN_11

DR_EN_12DR_EN_6

DR_EN_5

DOUT_CTP_23DOUT_CTP_22DOUT_CTP_21DOUT_CTP_20

DOUT_CTP_19DOUT_CTP_18DOUT_CTP_17DOUT_CTP_16

DOUT_CTP_15DOUT_CTP_14DOUT_CTP_13DOUT_CTP_12

DOUT_CTP_10DOUT_CTP_9DOUT_CTP_8

DOUT_CTP_7DOUT_CTP_6DOUT_CTP_5DOUT_CTP_4

DOUT_CTP_3DOUT_CTP_2DOUT_CTP_1

DOUT_CTP_27

DOUT_CTP_47DOUT_CTP_46DOUT_CTP_45DOUT_CTP_44

DOUT_CTP_43DOUT_CTP_42

DOUT_CTP_40

DOUT_CTP_39DOUT_CTP_38DOUT_CTP_37DOUT_CTP_36

DOUT_CTP_35DOUT_CTP_34DOUT_CTP_33DOUT_CTP_32

DOUT_CTP_30DOUT_CTP_29

100N

1N0

100N

1N0

100N

1N0

100N

1N0

100N

1N0

100N

1N0

100N

1N0

100N

1N0

100N

100N

1N0

100N

DOUT_CTP_48DOUT_CTP_49DOUT_CTP_50DOUT_CTP_51

DR_EN_14

DOUT_CTP_54DOUT_CTP_55

100N

1N0

100N

DR_EN_15

DOUT_CTP_56DOUT_CTP_57DOUT_CTP_58DOUT_CTP_59

DR_EN_16

DOUT_CTP_61DOUT_CTP_62

DOUT_CTP_60

1N0

CN_CTP_63P

CN_CTP_62PCN_CTP_61N

CN_CTP_60N

CN_CTP_64N

DOUT_CTP_26

DR_EN_2

DOUT_CTP_41

CN_CTP_48N

DR_EN_13

CN_CTP_59P

CN_CTP_63N

CN_CTP_61P

CN_CTP_60P

100N

CN_CTP_31PCN_CTP_31NCN_CTP_30PCN_CTP_30N

CN_CTP_29NDR_EN_3

DR_EN_8

DOUT_CTP_28

DOUT_CTP_31

DR_EN_1

CN_CTP_53P

CN_CTP_20N

SK3_CASE

1N0

CN_CTP_52NCN_CTP_17P

CN_CTP_65PCN_CTP_65N

CN_CTP_26N

CN_CTP_24N

DOUT_CTP_53CN_CTP_29P

CN_CTP_03P

CN_CTP_32P

1N0

100N

DOUT_CTP_52

CN_CTP_14NCN_CTP_13P

CN_CTP_08P

CN_CTP_07P

1N0

22 2

A

A

A

21

THIS DRAWING CONFORMS TO B.S. 3939

3 4 5 6 7 8 9 10

COUNCIL FOR THE CENTRAL LABORATORY

USED ON

ISSUE APPD.DATE MOD NO. DRN BY. CHKD.

TITLE

CCLRCOF THE RESEARCH COUNCILS

A

B

C

D

E

F

STATUS

RUTHERFORD APPLETON LABORATORY, CHILTON, OXON OX11 0QX.

B

C

D

E

F

TOTAL NO. OF SHEETS

A

C CCLRC 20

DATE STAMP

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047AVCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

35 1

36 2

37 3

38 4

39 5

40 6

41 7

42 8

43 9

10

45 11

46 12

47 13

48 14

49 15

50 16

51 17

52 18

53 19

2054

55 21

56 22

2357

58 24

2559

60 26

61 27

62 28

63 29

64 30

65 31

66 32

67 33

68 34

44

35 1

36 2

37 3

38 4

39 5

40 6

41 7

42 8

43 9

10

45 11

46 12

47 13

48 14

49 15

50 16

51 17

52 18

53 19

2054

55 21

56 22

2357

58 24

2559

60 26

61 27

62 28

63 29

64 30

65 31

66 32

67 33

68 34

44

3V3

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

3V33V3

3V3

3V3

3V3 3V3

3V3

3V3

3V33V3

3V3

3V3

3V3

3V3

3V3

3V3

3V3

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A

VCC

DOUT+1DOUT-1DOUT+2DOUT-2DOUT+3DOUT-3DOUT+4DOUT-4

GND

ENEN

DIN1DIN2DIN3DIN4

DS90LV047A