-- ../../../bsdl/A3P060_fg144.bsd -- FAMILY: PA3LC -- DEVICE: A3P060 -- PACKAGE: 144 FBGA -- Version: 1.1 -- Include all package pins in the BSDL files including: -- (SARno37877) -- - For ProAsic and ProAsicPlus -- VPP, VPN, AVDD, AGND and NC (No connects) -- - For ProAsic3/E -- NC (No connects) -- This BSDL file reflects the pre-programming JTAG -- behavior. To reflect the post-programming JTAG -- behavior, edit this file as described below: -- If the I/O is unused or configured as an output, -- the input boundary scan cell becomes internal only. -- The input buffer is turned off, and you can not -- transfer data from the I/O pad into the input scan -- cell. For example: -- IO(1) is an output, the BSDL entry would be modified -- from: -- " 0 (BC_1, IO(1), input, X), "& -- " 1 (BC_1, IO(1), output3, X, 2, 0, Z), "& -- " 2 (BC_1, *, control, 0), "& -- to: -- " 0 (BC_1, *, internal, X), "& -- " 1 (BC_1, IO(1), output3, X, 2, 0, Z), "& -- " 2 (BC_1, *, control, 0), "& -- No modification is necessary when the I/O is -- configured as an input. entity A3P060fg144 is generic (PHYSICAL_PIN_MAP : string := "fg144"); port( GND :linkage bit_vector (0 to 13 ); GNDQ :linkage bit_vector (0 to 3 ); LLA0R1AL001 :inout bit; LLA1R1AL002 :inout bit; LLA2R1AB005 :inout bit; LLB0R1AL003 :inout bit; LLB1R1AL004 :inout bit; LLB2R1AB007 :inout bit; LLC0R1AL005 :inout bit; LLC1R1AL006 :inout bit; LLC2R1AB009 :inout bit; LRA0R0AR001 :inout bit; LRA1R0AR002 :inout bit; LRA2R1AB039 :inout bit; LRB0R0AR003 :inout bit; LRB1R0AR004 :inout bit; LRB2R1AB037 :inout bit; LRC0R0AR005 :inout bit; LRC1R0AR006 :inout bit; LRC2R1AB035 :inout bit; MLA0R1AL016 :inout bit; MLA1R1AL015 :inout bit; MLA2R1AL012 :inout bit; MLB0R1AL017 :inout bit; MLB1R1AL018 :inout bit; MLB2R1AL011 :inout bit; MLC0R1AL019 :inout bit; MLC1R1AL020 :inout bit; MLC2R1AL010 :inout bit; MRA0R0AR011 :inout bit; MRA1R0AR012 :inout bit; MRA2R0AR010 :inout bit; MRB0R0AR015 :inout bit; MRB1R0AR016 :inout bit; MRB2R0AR009 :inout bit; MRC0R0AR017 :inout bit; MRC1R0AR018 :inout bit; MRC2R0AR008 :inout bit; NC :linkage bit; R0AR007 :inout bit; R0AR019 :inout bit; R0AR020 :inout bit; R0AR021 :inout bit; R0AR022 :inout bit; R0AR023 :inout bit; R0AR025 :inout bit; R0AT011 :inout bit; R0AT013 :inout bit; R0AT027 :inout bit; R0AT029 :inout bit; R0AT031 :inout bit; R0AT033 :inout bit; R0AT035 :inout bit; R0AT037 :inout bit; R0AT039 :inout bit; R0AT041 :inout bit; R0AT043 :inout bit; R0AT045 :inout bit; R0AT047 :inout bit; R0AT063 :inout bit; R1AB011 :inout bit; R1AB013 :inout bit; R1AB015 :inout bit; R1AB017 :inout bit; R1AB019 :inout bit; R1AB021 :inout bit; R1AB023 :inout bit; R1AB025 :inout bit; R1AB027 :inout bit; R1AB029 :inout bit; R1AB031 :inout bit; R1AB033 :inout bit; R1AL007 :inout bit; R1AL008 :inout bit; R1AL009 :inout bit; R1AL021 :inout bit; R1AL022 :inout bit; R1AL023 :inout bit; R1AL024 :inout bit; R1AL026 :inout bit; R1AT007 :inout bit; TCK :in bit; TDI :in bit; TDO :out bit; TLA0R0AT015 :inout bit; TLA1R0AT017 :inout bit; TLA2R1AT009 :inout bit; TLB0R0AT019 :inout bit; TLB1R0AT021 :inout bit; TLB2R1AT005 :inout bit; TLC0R0AT023 :inout bit; TLC1R0AT025 :inout bit; TLC2R1AL025 :inout bit; TMS :in bit; TRA0R0AT057 :inout bit; TRA1R0AT059 :inout bit; TRA2R0AT061 :inout bit; TRB0R0AT053 :inout bit; TRB1R0AT055 :inout bit; TRB2R0AR026 :inout bit; TRC0R0AT049 :inout bit; TRC1R0AT051 :inout bit; TRC2R0AR024 :inout bit; TRST :in bit; VCC :linkage bit_vector (0 to 7 ); VCCIB0 :linkage bit_vector (0 to 3 ); VCCIB1 :linkage bit_vector (0 to 3 ); VCCPLF :linkage bit; VCOMPLF :linkage bit; VJTAG :linkage bit; VMV0 :linkage bit_vector (0 to 1 ); VMV1 :linkage bit_vector (0 to 1 ); VPUMP :linkage bit ); use STD_1149_1_1994.all; attribute COMPONENT_CONFORMANCE of A3P060fg144: entity is "STD_1149_1_1993"; attribute PIN_MAP of A3P060fg144 : entity is PHYSICAL_PIN_MAP; constant fg144 : PIN_MAP_STRING:= "GND :(A6, B11, B2, F10, F5, F6, F7, "& "G2, G5, G6, G7, K10, K7, L1), "& "GNDQ :(A1, A12, M1, M12), "& "LLA0R1AL001:K3, "& "LLA1R1AL002:K2, "& "LLA2R1AB005:K4, "& "LLB0R1AL003:K1, "& "LLB1R1AL004:J1, "& "LLB2R1AB007:L3, "& "LLC0R1AL005:J4, "& "LLC1R1AL006:H4, "& "LLC2R1AB009:M2, "& "LRA0R0AR001:K11, "& "LRA1R0AR002:J11, "& "LRA2R1AB039:J9, "& "LRB0R0AR003:K12, "& "LRB1R0AR004:J12, "& "LRB2R1AB037:H8, "& "LRC0R0AR005:H9, "& "LRC1R0AR006:G8, "& "LRC2R1AB035:K9, "& "MLA0R1AL016:G4, "& "MLA1R1AL015:G1, "& "MLA2R1AL012:C2, "& "MLB0R1AL017:F1, "& "MLB1R1AL018:F3, "& "MLB2R1AL011:H2, "& "MLC0R1AL019:E2, "& "MLC1R1AL020:E3, "& "MLC2R1AL010:H3, "& "MRA0R0AR011:E11, "& "MRA1R0AR012:F11, "& "MRA2R0AR010:F12, "& "MRB0R0AR015:F9, "& "MRB1R0AR016:D12, "& "MRB2R0AR009:G12, "& "MRC0R0AR017:F8, "& "MRC1R0AR018:E8, "& "MRC2R0AR008:G10, "& "NC :M8, "& "R0AR007 :H7, "& "R0AR019 :H6, "& "R0AR020 :H11, "& "R0AR021 :G9, "& "R0AR022 :G11, "& "R0AR023 :E12, "& "R0AR025 :D11, "& "R0AT011 :B5, "& "R0AT013 :C5, "& "R0AT027 :A5, "& "R0AT029 :C6, "& "R0AT031 :B6, "& "R0AT033 :A7, "& "R0AT035 :B7, "& "R0AT037 :C7, "& "R0AT039 :B8, "& "R0AT041 :C8, "& "R0AT043 :A9, "& "R0AT045 :C9, "& "R0AT047 :D10, "& "R0AT063 :C11, "& "R1AB011 :M3, "& "R1AB013 :L4, "& "R1AB015 :M4, "& "R1AB017 :K5, "& "R1AB019 :K6, "& "R1AB021 :M5, "& "R1AB023 :L6, "& "R1AB025 :M6, "& "R1AB027 :M7, "& "R1AB029 :L7, "& "R1AB031 :L8, "& "R1AB033 :K8, "& "R1AL007 :J2, "& "R1AL008 :J5, "& "R1AL009 :J6, "& "R1AL021 :F4, "& "R1AL022 :D1, "& "R1AL023 :D2, "& "R1AL024 :D3, "& "R1AL026 :C1, "& "R1AT007 :E5, "& "TCK :J8, "& "TDI :M9, "& "TDO :J10, "& "TLA0R0AT015:B3, "& "TLA1R0AT017:B4, "& "TLA2R1AT009:D4, "& "TLB0R0AT019:A3, "& "TLB1R0AT021:A4, "& "TLB2R1AT005:B1, "& "TLC0R0AT023:D5, "& "TLC1R0AT025:D6, "& "TLC2R1AL025:C3, "& "TMS :L9, "& "TRA0R0AT057:A10, "& "TRA1R0AT059:A11, "& "TRA2R0AT061:C10, "& "TRB0R0AT053:B9, "& "TRB1R0AT055:B10, "& "TRB2R0AR026:D9, "& "TRC0R0AT049:D7, "& "TRC1R0AT051:D8, "& "TRC2R0AR024:C12, "& "TRST :L12, "& "VCC :(A8, C4, E1, E10, H1, H12, H5, "& "J7), "& "VCCIB0 :(E6, E7, E9, H10), "& "VCCIB1 :(E4, J3, L5, M10), "& "VCCPLF :G3, "& "VCOMPLF :F2, "& "VJTAG :L10, "& "VMV0 :(A2, B12), "& "VMV1 :(L11, L2), "& "VPUMP :M11 "; attribute TAP_SCAN_IN of TDI : signal is true; attribute TAP_SCAN_MODE of TMS : signal is true; attribute TAP_SCAN_OUT of TDO : signal is true; attribute TAP_SCAN_RESET of TRST : signal is true; attribute TAP_SCAN_CLOCK of TCK : signal is ( 2.00e+007, BOTH); attribute INSTRUCTION_LENGTH of A3P060fg144 : entity is 8; attribute INSTRUCTION_OPCODE of A3P060fg144 : entity is "BYPASS (11111111), "& "IDCODE (00001111), "& "EXTEST (00000000), "& "SAMPLE (00000001), "& "HIGHZ (00000111), "& "CLAMP (00000101), "& "INTEST (00000110), "& "USERCODE (00001110) "; attribute INSTRUCTION_CAPTURE of A3P060fg144 : entity is "XXXXXX01"; attribute IDCODE_REGISTER of A3P060fg144 : entity is "XXXX001X100100010010000111001111"; attribute USERCODE_REGISTER of A3P060fg144 : entity is "00000000000000000000000000000000"; attribute REGISTER_ACCESS of A3P060fg144 : entity is "BOUNDARY(EXTEST, SAMPLE, INTEST), "& "BYPASS(BYPASS, HIGHZ, CLAMP), "& "DEVICE_ID(IDCODE)"; attribute BOUNDARY_LENGTH of A3P060fg144 : entity is 372; attribute BOUNDARY_REGISTER of A3P060fg144 : entity is -- num cell port function safe [ccell disval rslt] --BSR Pad not Bonded. Scan Cell 0 " 0 (BC_1, *,internal, X), "& " 1 (BC_1, *,internal, X), "& " 2 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 1 " 3 (BC_1, *,internal, X), "& " 4 (BC_1, *,internal, X), "& " 5 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 2 " 6 (BC_1, *,internal, X), "& " 7 (BC_1, *,internal, X), "& " 8 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 3 " 9 (BC_1, *,internal, X), "& " 10 (BC_1, *,internal, X), "& " 11 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 4 " 12 (BC_1, *,internal, X), "& " 13 (BC_1, *,internal, X), "& " 14 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 5 " 15 (BC_1, *,internal, X), "& " 16 (BC_1, *,internal, X), "& " 17 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 6 " 18 (BC_1, *,internal, X), "& " 19 (BC_1, *,internal, X), "& " 20 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 7 " 21 (BC_1, *,internal, X), "& " 22 (BC_1, *,internal, X), "& " 23 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 8 " 24 (BC_1, *,internal, X), "& " 25 (BC_1, *,internal, X), "& " 26 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 9 " 27 (BC_1, *,internal, X), "& " 28 (BC_1, *,internal, X), "& " 29 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 10 " 30 (BC_1, *,internal, X), "& " 31 (BC_1, *,internal, X), "& " 32 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 11 " 33 (BC_1, *,internal, X), "& " 34 (BC_1, *,internal, X), "& " 35 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 12 " 36 (BC_1, *,internal, X), "& " 37 (BC_1, *,internal, X), "& " 38 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 13 " 39 (BC_1, *,internal, X), "& " 40 (BC_1, *,internal, X), "& " 41 (BC_1, *,internal, X), "& --BSR J9 LRA2R1AB039. Scan Cell 14 " 42 (BC_1, LRA2R1AB039, output3, X, 43, 0, Z), "& " 43 (BC_1, *, control, 0), "& " 44 (BC_1, LRA2R1AB039, input, X), "& --BSR H8 LRB2R1AB037. Scan Cell 15 " 45 (BC_1, LRB2R1AB037, output3, X, 46, 0, Z), "& " 46 (BC_1, *, control, 0), "& " 47 (BC_1, LRB2R1AB037, input, X), "& --BSR K9 LRC2R1AB035. Scan Cell 16 " 48 (BC_1, LRC2R1AB035, output3, X, 49, 0, Z), "& " 49 (BC_1, *, control, 0), "& " 50 (BC_1, LRC2R1AB035, input, X), "& --BSR K8 R1AB033. Scan Cell 17 " 51 (BC_1, R1AB033, output3, X, 52, 0, Z), "& " 52 (BC_1, *, control, 0), "& " 53 (BC_1, R1AB033, input, X), "& --BSR L8 R1AB031. Scan Cell 18 " 54 (BC_1, R1AB031, output3, X, 55, 0, Z), "& " 55 (BC_1, *, control, 0), "& " 56 (BC_1, R1AB031, input, X), "& --BSR L7 R1AB029. Scan Cell 19 " 57 (BC_1, R1AB029, output3, X, 58, 0, Z), "& " 58 (BC_1, *, control, 0), "& " 59 (BC_1, R1AB029, input, X), "& --BSR M7 R1AB027. Scan Cell 20 " 60 (BC_1, R1AB027, output3, X, 61, 0, Z), "& " 61 (BC_1, *, control, 0), "& " 62 (BC_1, R1AB027, input, X), "& --BSR M6 R1AB025. Scan Cell 21 " 63 (BC_1, R1AB025, output3, X, 64, 0, Z), "& " 64 (BC_1, *, control, 0), "& " 65 (BC_1, R1AB025, input, X), "& --BSR L6 R1AB023. Scan Cell 22 " 66 (BC_1, R1AB023, output3, X, 67, 0, Z), "& " 67 (BC_1, *, control, 0), "& " 68 (BC_1, R1AB023, input, X), "& --BSR M5 R1AB021. Scan Cell 23 " 69 (BC_1, R1AB021, output3, X, 70, 0, Z), "& " 70 (BC_1, *, control, 0), "& " 71 (BC_1, R1AB021, input, X), "& --BSR K6 R1AB019. Scan Cell 24 " 72 (BC_1, R1AB019, output3, X, 73, 0, Z), "& " 73 (BC_1, *, control, 0), "& " 74 (BC_1, R1AB019, input, X), "& --BSR K5 R1AB017. Scan Cell 25 " 75 (BC_1, R1AB017, output3, X, 76, 0, Z), "& " 76 (BC_1, *, control, 0), "& " 77 (BC_1, R1AB017, input, X), "& --BSR M4 R1AB015. Scan Cell 26 " 78 (BC_1, R1AB015, output3, X, 79, 0, Z), "& " 79 (BC_1, *, control, 0), "& " 80 (BC_1, R1AB015, input, X), "& --BSR L4 R1AB013. Scan Cell 27 " 81 (BC_1, R1AB013, output3, X, 82, 0, Z), "& " 82 (BC_1, *, control, 0), "& " 83 (BC_1, R1AB013, input, X), "& --BSR M3 R1AB011. Scan Cell 28 " 84 (BC_1, R1AB011, output3, X, 85, 0, Z), "& " 85 (BC_1, *, control, 0), "& " 86 (BC_1, R1AB011, input, X), "& --BSR M2 LLC2R1AB009. Scan Cell 29 " 87 (BC_1, LLC2R1AB009, output3, X, 88, 0, Z), "& " 88 (BC_1, *, control, 0), "& " 89 (BC_1, LLC2R1AB009, input, X), "& --BSR L3 LLB2R1AB007. Scan Cell 30 " 90 (BC_1, LLB2R1AB007, output3, X, 91, 0, Z), "& " 91 (BC_1, *, control, 0), "& " 92 (BC_1, LLB2R1AB007, input, X), "& --BSR K4 LLA2R1AB005. Scan Cell 31 " 93 (BC_1, LLA2R1AB005, output3, X, 94, 0, Z), "& " 94 (BC_1, *, control, 0), "& " 95 (BC_1, LLA2R1AB005, input, X), "& --BSR Pad not Bonded. Scan Cell 32 " 96 (BC_1, *,internal, X), "& " 97 (BC_1, *,internal, X), "& " 98 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 33 " 99 (BC_1, *,internal, X), "& " 100 (BC_1, *,internal, X), "& " 101 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 34 " 102 (BC_1, *,internal, X), "& " 103 (BC_1, *,internal, X), "& " 104 (BC_1, *,internal, X), "& --BSR K3 LLA0R1AL001. Scan Cell 35 " 105 (BC_1, LLA0R1AL001, output3, X, 106, 0, Z), "& " 106 (BC_1, *, control, 0), "& " 107 (BC_1, LLA0R1AL001, input, X), "& --BSR K2 LLA1R1AL002. Scan Cell 36 " 108 (BC_1, LLA1R1AL002, output3, X, 109, 0, Z), "& " 109 (BC_1, *, control, 0), "& " 110 (BC_1, LLA1R1AL002, input, X), "& --BSR K1 LLB0R1AL003. Scan Cell 37 " 111 (BC_1, LLB0R1AL003, output3, X, 112, 0, Z), "& " 112 (BC_1, *, control, 0), "& " 113 (BC_1, LLB0R1AL003, input, X), "& --BSR J1 LLB1R1AL004. Scan Cell 38 " 114 (BC_1, LLB1R1AL004, output3, X, 115, 0, Z), "& " 115 (BC_1, *, control, 0), "& " 116 (BC_1, LLB1R1AL004, input, X), "& --BSR J4 LLC0R1AL005. Scan Cell 39 " 117 (BC_1, LLC0R1AL005, output3, X, 118, 0, Z), "& " 118 (BC_1, *, control, 0), "& " 119 (BC_1, LLC0R1AL005, input, X), "& --BSR H4 LLC1R1AL006. Scan Cell 40 " 120 (BC_1, LLC1R1AL006, output3, X, 121, 0, Z), "& " 121 (BC_1, *, control, 0), "& " 122 (BC_1, LLC1R1AL006, input, X), "& --BSR J2 R1AL007. Scan Cell 41 " 123 (BC_1, R1AL007, output3, X, 124, 0, Z), "& " 124 (BC_1, *, control, 0), "& " 125 (BC_1, R1AL007, input, X), "& --BSR J5 R1AL008. Scan Cell 42 " 126 (BC_1, R1AL008, output3, X, 127, 0, Z), "& " 127 (BC_1, *, control, 0), "& " 128 (BC_1, R1AL008, input, X), "& --BSR J6 R1AL009. Scan Cell 43 " 129 (BC_1, R1AL009, output3, X, 130, 0, Z), "& " 130 (BC_1, *, control, 0), "& " 131 (BC_1, R1AL009, input, X), "& --BSR H3 MLC2R1AL010. Scan Cell 44 " 132 (BC_1, MLC2R1AL010, output3, X, 133, 0, Z), "& " 133 (BC_1, *, control, 0), "& " 134 (BC_1, MLC2R1AL010, input, X), "& --BSR H2 MLB2R1AL011. Scan Cell 45 " 135 (BC_1, MLB2R1AL011, output3, X, 136, 0, Z), "& " 136 (BC_1, *, control, 0), "& " 137 (BC_1, MLB2R1AL011, input, X), "& --BSR C2 MLA2R1AL012. Scan Cell 46 " 138 (BC_1, MLA2R1AL012, output3, X, 139, 0, Z), "& " 139 (BC_1, *, control, 0), "& " 140 (BC_1, MLA2R1AL012, input, X), "& --BSR Pad not Bonded. Scan Cell 47 " 141 (BC_1, *,internal, X), "& " 142 (BC_1, *,internal, X), "& " 143 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 48 " 144 (BC_1, *,internal, X), "& " 145 (BC_1, *,internal, X), "& " 146 (BC_1, *,internal, X), "& --BSR G1 MLA1R1AL015. Scan Cell 49 " 147 (BC_1, MLA1R1AL015, output3, X, 148, 0, Z), "& " 148 (BC_1, *, control, 0), "& " 149 (BC_1, MLA1R1AL015, input, X), "& --BSR G4 MLA0R1AL016. Scan Cell 50 " 150 (BC_1, MLA0R1AL016, output3, X, 151, 0, Z), "& " 151 (BC_1, *, control, 0), "& " 152 (BC_1, MLA0R1AL016, input, X), "& --BSR F1 MLB0R1AL017. Scan Cell 51 " 153 (BC_1, MLB0R1AL017, output3, X, 154, 0, Z), "& " 154 (BC_1, *, control, 0), "& " 155 (BC_1, MLB0R1AL017, input, X), "& --BSR F3 MLB1R1AL018. Scan Cell 52 " 156 (BC_1, MLB1R1AL018, output3, X, 157, 0, Z), "& " 157 (BC_1, *, control, 0), "& " 158 (BC_1, MLB1R1AL018, input, X), "& --BSR E2 MLC0R1AL019. Scan Cell 53 " 159 (BC_1, MLC0R1AL019, output3, X, 160, 0, Z), "& " 160 (BC_1, *, control, 0), "& " 161 (BC_1, MLC0R1AL019, input, X), "& --BSR E3 MLC1R1AL020. Scan Cell 54 " 162 (BC_1, MLC1R1AL020, output3, X, 163, 0, Z), "& " 163 (BC_1, *, control, 0), "& " 164 (BC_1, MLC1R1AL020, input, X), "& --BSR F4 R1AL021. Scan Cell 55 " 165 (BC_1, R1AL021, output3, X, 166, 0, Z), "& " 166 (BC_1, *, control, 0), "& " 167 (BC_1, R1AL021, input, X), "& --BSR D1 R1AL022. Scan Cell 56 " 168 (BC_1, R1AL022, output3, X, 169, 0, Z), "& " 169 (BC_1, *, control, 0), "& " 170 (BC_1, R1AL022, input, X), "& --BSR D2 R1AL023. Scan Cell 57 " 171 (BC_1, R1AL023, output3, X, 172, 0, Z), "& " 172 (BC_1, *, control, 0), "& " 173 (BC_1, R1AL023, input, X), "& --BSR D3 R1AL024. Scan Cell 58 " 174 (BC_1, R1AL024, output3, X, 175, 0, Z), "& " 175 (BC_1, *, control, 0), "& " 176 (BC_1, R1AL024, input, X), "& --BSR C3 TLC2R1AL025. Scan Cell 59 " 177 (BC_1, TLC2R1AL025, output3, X, 178, 0, Z), "& " 178 (BC_1, *, control, 0), "& " 179 (BC_1, TLC2R1AL025, input, X), "& --BSR C1 R1AL026. Scan Cell 60 " 180 (BC_1, R1AL026, output3, X, 181, 0, Z), "& " 181 (BC_1, *, control, 0), "& " 182 (BC_1, R1AL026, input, X), "& --BSR Pad not Bonded. Scan Cell 61 " 183 (BC_1, *,internal, X), "& " 184 (BC_1, *,internal, X), "& " 185 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 62 " 186 (BC_1, *,internal, X), "& " 187 (BC_1, *,internal, X), "& " 188 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 63 " 189 (BC_1, *,internal, X), "& " 190 (BC_1, *,internal, X), "& " 191 (BC_1, *,internal, X), "& --BSR B1 TLB2R1AT005. Scan Cell 64 " 192 (BC_1, TLB2R1AT005, output3, X, 193, 0, Z), "& " 193 (BC_1, *, control, 0), "& " 194 (BC_1, TLB2R1AT005, input, X), "& --BSR E5 R1AT007. Scan Cell 65 " 195 (BC_1, R1AT007, output3, X, 196, 0, Z), "& " 196 (BC_1, *, control, 0), "& " 197 (BC_1, R1AT007, input, X), "& --BSR D4 TLA2R1AT009. Scan Cell 66 " 198 (BC_1, TLA2R1AT009, output3, X, 199, 0, Z), "& " 199 (BC_1, *, control, 0), "& " 200 (BC_1, TLA2R1AT009, input, X), "& --BSR B5 R0AT011. Scan Cell 67 " 201 (BC_1, R0AT011, output3, X, 202, 0, Z), "& " 202 (BC_1, *, control, 0), "& " 203 (BC_1, R0AT011, input, X), "& --BSR C5 R0AT013. Scan Cell 68 " 204 (BC_1, R0AT013, output3, X, 205, 0, Z), "& " 205 (BC_1, *, control, 0), "& " 206 (BC_1, R0AT013, input, X), "& --BSR B3 TLA0R0AT015. Scan Cell 69 " 207 (BC_1, TLA0R0AT015, output3, X, 208, 0, Z), "& " 208 (BC_1, *, control, 0), "& " 209 (BC_1, TLA0R0AT015, input, X), "& --BSR B4 TLA1R0AT017. Scan Cell 70 " 210 (BC_1, TLA1R0AT017, output3, X, 211, 0, Z), "& " 211 (BC_1, *, control, 0), "& " 212 (BC_1, TLA1R0AT017, input, X), "& --BSR A3 TLB0R0AT019. Scan Cell 71 " 213 (BC_1, TLB0R0AT019, output3, X, 214, 0, Z), "& " 214 (BC_1, *, control, 0), "& " 215 (BC_1, TLB0R0AT019, input, X), "& --BSR A4 TLB1R0AT021. Scan Cell 72 " 216 (BC_1, TLB1R0AT021, output3, X, 217, 0, Z), "& " 217 (BC_1, *, control, 0), "& " 218 (BC_1, TLB1R0AT021, input, X), "& --BSR D5 TLC0R0AT023. Scan Cell 73 " 219 (BC_1, TLC0R0AT023, output3, X, 220, 0, Z), "& " 220 (BC_1, *, control, 0), "& " 221 (BC_1, TLC0R0AT023, input, X), "& --BSR D6 TLC1R0AT025. Scan Cell 74 " 222 (BC_1, TLC1R0AT025, output3, X, 223, 0, Z), "& " 223 (BC_1, *, control, 0), "& " 224 (BC_1, TLC1R0AT025, input, X), "& --BSR A5 R0AT027. Scan Cell 75 " 225 (BC_1, R0AT027, output3, X, 226, 0, Z), "& " 226 (BC_1, *, control, 0), "& " 227 (BC_1, R0AT027, input, X), "& --BSR C6 R0AT029. Scan Cell 76 " 228 (BC_1, R0AT029, output3, X, 229, 0, Z), "& " 229 (BC_1, *, control, 0), "& " 230 (BC_1, R0AT029, input, X), "& --BSR B6 R0AT031. Scan Cell 77 " 231 (BC_1, R0AT031, output3, X, 232, 0, Z), "& " 232 (BC_1, *, control, 0), "& " 233 (BC_1, R0AT031, input, X), "& --BSR A7 R0AT033. Scan Cell 78 " 234 (BC_1, R0AT033, output3, X, 235, 0, Z), "& " 235 (BC_1, *, control, 0), "& " 236 (BC_1, R0AT033, input, X), "& --BSR B7 R0AT035. Scan Cell 79 " 237 (BC_1, R0AT035, output3, X, 238, 0, Z), "& " 238 (BC_1, *, control, 0), "& " 239 (BC_1, R0AT035, input, X), "& --BSR C7 R0AT037. Scan Cell 80 " 240 (BC_1, R0AT037, output3, X, 241, 0, Z), "& " 241 (BC_1, *, control, 0), "& " 242 (BC_1, R0AT037, input, X), "& --BSR B8 R0AT039. Scan Cell 81 " 243 (BC_1, R0AT039, output3, X, 244, 0, Z), "& " 244 (BC_1, *, control, 0), "& " 245 (BC_1, R0AT039, input, X), "& --BSR C8 R0AT041. Scan Cell 82 " 246 (BC_1, R0AT041, output3, X, 247, 0, Z), "& " 247 (BC_1, *, control, 0), "& " 248 (BC_1, R0AT041, input, X), "& --BSR A9 R0AT043. Scan Cell 83 " 249 (BC_1, R0AT043, output3, X, 250, 0, Z), "& " 250 (BC_1, *, control, 0), "& " 251 (BC_1, R0AT043, input, X), "& --BSR C9 R0AT045. Scan Cell 84 " 252 (BC_1, R0AT045, output3, X, 253, 0, Z), "& " 253 (BC_1, *, control, 0), "& " 254 (BC_1, R0AT045, input, X), "& --BSR D10 R0AT047. Scan Cell 85 " 255 (BC_1, R0AT047, output3, X, 256, 0, Z), "& " 256 (BC_1, *, control, 0), "& " 257 (BC_1, R0AT047, input, X), "& --BSR D7 TRC0R0AT049. Scan Cell 86 " 258 (BC_1, TRC0R0AT049, output3, X, 259, 0, Z), "& " 259 (BC_1, *, control, 0), "& " 260 (BC_1, TRC0R0AT049, input, X), "& --BSR D8 TRC1R0AT051. Scan Cell 87 " 261 (BC_1, TRC1R0AT051, output3, X, 262, 0, Z), "& " 262 (BC_1, *, control, 0), "& " 263 (BC_1, TRC1R0AT051, input, X), "& --BSR B9 TRB0R0AT053. Scan Cell 88 " 264 (BC_1, TRB0R0AT053, output3, X, 265, 0, Z), "& " 265 (BC_1, *, control, 0), "& " 266 (BC_1, TRB0R0AT053, input, X), "& --BSR B10 TRB1R0AT055. Scan Cell 89 " 267 (BC_1, TRB1R0AT055, output3, X, 268, 0, Z), "& " 268 (BC_1, *, control, 0), "& " 269 (BC_1, TRB1R0AT055, input, X), "& --BSR A10 TRA0R0AT057. Scan Cell 90 " 270 (BC_1, TRA0R0AT057, output3, X, 271, 0, Z), "& " 271 (BC_1, *, control, 0), "& " 272 (BC_1, TRA0R0AT057, input, X), "& --BSR A11 TRA1R0AT059. Scan Cell 91 " 273 (BC_1, TRA1R0AT059, output3, X, 274, 0, Z), "& " 274 (BC_1, *, control, 0), "& " 275 (BC_1, TRA1R0AT059, input, X), "& --BSR C10 TRA2R0AT061. Scan Cell 92 " 276 (BC_1, TRA2R0AT061, output3, X, 277, 0, Z), "& " 277 (BC_1, *, control, 0), "& " 278 (BC_1, TRA2R0AT061, input, X), "& --BSR C11 R0AT063. Scan Cell 93 " 279 (BC_1, R0AT063, output3, X, 280, 0, Z), "& " 280 (BC_1, *, control, 0), "& " 281 (BC_1, R0AT063, input, X), "& --BSR Pad not Bonded. Scan Cell 94 " 282 (BC_1, *,internal, X), "& " 283 (BC_1, *,internal, X), "& " 284 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 95 " 285 (BC_1, *,internal, X), "& " 286 (BC_1, *,internal, X), "& " 287 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 96 " 288 (BC_1, *,internal, X), "& " 289 (BC_1, *,internal, X), "& " 290 (BC_1, *,internal, X), "& --BSR D9 TRB2R0AR026. Scan Cell 97 " 291 (BC_1, TRB2R0AR026, output3, X, 292, 0, Z), "& " 292 (BC_1, *, control, 0), "& " 293 (BC_1, TRB2R0AR026, input, X), "& --BSR D11 R0AR025. Scan Cell 98 " 294 (BC_1, R0AR025, output3, X, 295, 0, Z), "& " 295 (BC_1, *, control, 0), "& " 296 (BC_1, R0AR025, input, X), "& --BSR C12 TRC2R0AR024. Scan Cell 99 " 297 (BC_1, TRC2R0AR024, output3, X, 298, 0, Z), "& " 298 (BC_1, *, control, 0), "& " 299 (BC_1, TRC2R0AR024, input, X), "& --BSR E12 R0AR023. Scan Cell 100 " 300 (BC_1, R0AR023, output3, X, 301, 0, Z), "& " 301 (BC_1, *, control, 0), "& " 302 (BC_1, R0AR023, input, X), "& --BSR G11 R0AR022. Scan Cell 101 " 303 (BC_1, R0AR022, output3, X, 304, 0, Z), "& " 304 (BC_1, *, control, 0), "& " 305 (BC_1, R0AR022, input, X), "& --BSR G9 R0AR021. Scan Cell 102 " 306 (BC_1, R0AR021, output3, X, 307, 0, Z), "& " 307 (BC_1, *, control, 0), "& " 308 (BC_1, R0AR021, input, X), "& --BSR H11 R0AR020. Scan Cell 103 " 309 (BC_1, R0AR020, output3, X, 310, 0, Z), "& " 310 (BC_1, *, control, 0), "& " 311 (BC_1, R0AR020, input, X), "& --BSR H6 R0AR019. Scan Cell 104 " 312 (BC_1, R0AR019, output3, X, 313, 0, Z), "& " 313 (BC_1, *, control, 0), "& " 314 (BC_1, R0AR019, input, X), "& --BSR E8 MRC1R0AR018. Scan Cell 105 " 315 (BC_1, MRC1R0AR018, output3, X, 316, 0, Z), "& " 316 (BC_1, *, control, 0), "& " 317 (BC_1, MRC1R0AR018, input, X), "& --BSR F8 MRC0R0AR017. Scan Cell 106 " 318 (BC_1, MRC0R0AR017, output3, X, 319, 0, Z), "& " 319 (BC_1, *, control, 0), "& " 320 (BC_1, MRC0R0AR017, input, X), "& --BSR D12 MRB1R0AR016. Scan Cell 107 " 321 (BC_1, MRB1R0AR016, output3, X, 322, 0, Z), "& " 322 (BC_1, *, control, 0), "& " 323 (BC_1, MRB1R0AR016, input, X), "& --BSR F9 MRB0R0AR015. Scan Cell 108 " 324 (BC_1, MRB0R0AR015, output3, X, 325, 0, Z), "& " 325 (BC_1, *, control, 0), "& " 326 (BC_1, MRB0R0AR015, input, X), "& --BSR Pad not Bonded. Scan Cell 109 " 327 (BC_1, *,internal, X), "& " 328 (BC_1, *,internal, X), "& " 329 (BC_1, *,internal, X), "& --BSR Pad not Bonded. Scan Cell 110 " 330 (BC_1, *,internal, X), "& " 331 (BC_1, *,internal, X), "& " 332 (BC_1, *,internal, X), "& --BSR F11 MRA1R0AR012. Scan Cell 111 " 333 (BC_1, MRA1R0AR012, output3, X, 334, 0, Z), "& " 334 (BC_1, *, control, 0), "& " 335 (BC_1, MRA1R0AR012, input, X), "& --BSR E11 MRA0R0AR011. Scan Cell 112 " 336 (BC_1, MRA0R0AR011, output3, X, 337, 0, Z), "& " 337 (BC_1, *, control, 0), "& " 338 (BC_1, MRA0R0AR011, input, X), "& --BSR F12 MRA2R0AR010. Scan Cell 113 " 339 (BC_1, MRA2R0AR010, output3, X, 340, 0, Z), "& " 340 (BC_1, *, control, 0), "& " 341 (BC_1, MRA2R0AR010, input, X), "& --BSR G12 MRB2R0AR009. Scan Cell 114 " 342 (BC_1, MRB2R0AR009, output3, X, 343, 0, Z), "& " 343 (BC_1, *, control, 0), "& " 344 (BC_1, MRB2R0AR009, input, X), "& --BSR G10 MRC2R0AR008. Scan Cell 115 " 345 (BC_1, MRC2R0AR008, output3, X, 346, 0, Z), "& " 346 (BC_1, *, control, 0), "& " 347 (BC_1, MRC2R0AR008, input, X), "& --BSR H7 R0AR007. Scan Cell 116 " 348 (BC_1, R0AR007, output3, X, 349, 0, Z), "& " 349 (BC_1, *, control, 0), "& " 350 (BC_1, R0AR007, input, X), "& --BSR G8 LRC1R0AR006. Scan Cell 117 " 351 (BC_1, LRC1R0AR006, output3, X, 352, 0, Z), "& " 352 (BC_1, *, control, 0), "& " 353 (BC_1, LRC1R0AR006, input, X), "& --BSR H9 LRC0R0AR005. Scan Cell 118 " 354 (BC_1, LRC0R0AR005, output3, X, 355, 0, Z), "& " 355 (BC_1, *, control, 0), "& " 356 (BC_1, LRC0R0AR005, input, X), "& --BSR J12 LRB1R0AR004. Scan Cell 119 " 357 (BC_1, LRB1R0AR004, output3, X, 358, 0, Z), "& " 358 (BC_1, *, control, 0), "& " 359 (BC_1, LRB1R0AR004, input, X), "& --BSR K12 LRB0R0AR003. Scan Cell 120 " 360 (BC_1, LRB0R0AR003, output3, X, 361, 0, Z), "& " 361 (BC_1, *, control, 0), "& " 362 (BC_1, LRB0R0AR003, input, X), "& --BSR J11 LRA1R0AR002. Scan Cell 121 " 363 (BC_1, LRA1R0AR002, output3, X, 364, 0, Z), "& " 364 (BC_1, *, control, 0), "& " 365 (BC_1, LRA1R0AR002, input, X), "& --BSR K11 LRA0R0AR001. Scan Cell 122 " 366 (BC_1, LRA0R0AR001, output3, X, 367, 0, Z), "& " 367 (BC_1, *, control, 0), "& " 368 (BC_1, LRA0R0AR001, input, X), "& --BSR Pad not Bonded. Scan Cell 123 " 369 (BC_1, *,internal, X), "& " 370 (BC_1, *,internal, X), "& " 371 (BC_1, *,internal, X) "; end A3P060fg144;