-- =======================================================
-- CONFIDENTIAL & PROPRIETARY INFORMATION
-- COPYRIGHT 2006 INTEGRATED DEVICE TECHNOLOGY, INC. ("IDT")
-- =======================================================
-- BSDL File for idt89pes32nt8ag2_23x23
-- Generated by /projects/ssd/common/infrastructure/release/rev_0_133/tools/iodb_bsdl 2010/10/13 :17:26
-- =======================================================
-- =======================================================
-- *******************************************************
-- This BSDL has been validated for syntax and semantics
-- compliance to IEEE 1149.1 using the Synopsys BSDL
-- Validation Service. It has also passed hardware
-- validation tests using the ASSET BSDL Silicon
-- Validation service.
-- *******************************************************
-- =======================================================
entity idt89pes32nt8ag2_23x23 is
-- ===================================================
-- ================= PORT DEFINITION =================
-- ===================================================
generic (PHYSICAL_PIN_MAP : string := "UNDEFINED" ) ;
port (
CLKMODE0 : in bit;
CLKMODE1 : in bit;
GCLKFSEL : in bit;
GCLKN0 : in bit;
GCLKN1 : in bit;
GCLKP0 : in bit;
GCLKP1 : in bit;
GPIO00 : inout bit;
GPIO01 : inout bit;
GPIO02 : inout bit;
GPIO03 : inout bit;
GPIO04 : inout bit;
GPIO05 : inout bit;
GPIO06 : inout bit;
GPIO07 : inout bit;
GPIO08 : inout bit;
JTAG_TCK : in bit;
JTAG_TDI : in bit;
JTAG_TDO : out bit;
JTAG_TMS : in bit;
JTAG_TRST_N : in bit;
MSMBCLK : inout bit;
MSMBDAT : inout bit;
P00CLKN : in bit;
P00CLKP : in bit;
P02CLKN : in bit;
P02CLKP : in bit;
P04CLKN : in bit;
P04CLKP : in bit;
P06CLKN : in bit;
P06CLKP : in bit;
P08CLKN : in bit;
P08CLKP : in bit;
P12CLKN : in bit;
P12CLKP : in bit;
P16CLKN : in bit;
P16CLKP : in bit;
P20CLKN : in bit;
P20CLKP : in bit;
PE00RN0 : in bit;
PE00RN1 : in bit;
PE00RN2 : in bit;
PE00RN3 : in bit;
PE00RP0 : in bit;
PE00RP1 : in bit;
PE00RP2 : in bit;
PE00RP3 : in bit;
PE00TN0 : buffer bit;
PE00TN1 : buffer bit;
PE00TN2 : buffer bit;
PE00TN3 : buffer bit;
PE00TP0 : buffer bit;
PE00TP1 : buffer bit;
PE00TP2 : buffer bit;
PE00TP3 : buffer bit;
PE02RN0 : in bit;
PE02RN1 : in bit;
PE02RN2 : in bit;
PE02RN3 : in bit;
PE02RP0 : in bit;
PE02RP1 : in bit;
PE02RP2 : in bit;
PE02RP3 : in bit;
PE02TN0 : buffer bit;
PE02TN1 : buffer bit;
PE02TN2 : buffer bit;
PE02TN3 : buffer bit;
PE02TP0 : buffer bit;
PE02TP1 : buffer bit;
PE02TP2 : buffer bit;
PE02TP3 : buffer bit;
PE04RN0 : in bit;
PE04RN1 : in bit;
PE04RN2 : in bit;
PE04RN3 : in bit;
PE04RP0 : in bit;
PE04RP1 : in bit;
PE04RP2 : in bit;
PE04RP3 : in bit;
PE04TN0 : buffer bit;
PE04TN1 : buffer bit;
PE04TN2 : buffer bit;
PE04TN3 : buffer bit;
PE04TP0 : buffer bit;
PE04TP1 : buffer bit;
PE04TP2 : buffer bit;
PE04TP3 : buffer bit;
PE06RN0 : in bit;
PE06RN1 : in bit;
PE06RN2 : in bit;
PE06RN3 : in bit;
PE06RP0 : in bit;
PE06RP1 : in bit;
PE06RP2 : in bit;
PE06RP3 : in bit;
PE06TN0 : buffer bit;
PE06TN1 : buffer bit;
PE06TN2 : buffer bit;
PE06TN3 : buffer bit;
PE06TP0 : buffer bit;
PE06TP1 : buffer bit;
PE06TP2 : buffer bit;
PE06TP3 : buffer bit;
PE08RN0 : in bit;
PE08RN1 : in bit;
PE08RN2 : in bit;
PE08RN3 : in bit;
PE08RP0 : in bit;
PE08RP1 : in bit;
PE08RP2 : in bit;
PE08RP3 : in bit;
PE08TN0 : buffer bit;
PE08TN1 : buffer bit;
PE08TN2 : buffer bit;
PE08TN3 : buffer bit;
PE08TP0 : buffer bit;
PE08TP1 : buffer bit;
PE08TP2 : buffer bit;
PE08TP3 : buffer bit;
PE12RN0 : in bit;
PE12RN1 : in bit;
PE12RN2 : in bit;
PE12RN3 : in bit;
PE12RP0 : in bit;
PE12RP1 : in bit;
PE12RP2 : in bit;
PE12RP3 : in bit;
PE12TN0 : buffer bit;
PE12TN1 : buffer bit;
PE12TN2 : buffer bit;
PE12TN3 : buffer bit;
PE12TP0 : buffer bit;
PE12TP1 : buffer bit;
PE12TP2 : buffer bit;
PE12TP3 : buffer bit;
PE16RN0 : in bit;
PE16RN1 : in bit;
PE16RN2 : in bit;
PE16RN3 : in bit;
PE16RP0 : in bit;
PE16RP1 : in bit;
PE16RP2 : in bit;
PE16RP3 : in bit;
PE16TN0 : buffer bit;
PE16TN1 : buffer bit;
PE16TN2 : buffer bit;
PE16TN3 : buffer bit;
PE16TP0 : buffer bit;
PE16TP1 : buffer bit;
PE16TP2 : buffer bit;
PE16TP3 : buffer bit;
PE20RN0 : in bit;
PE20RN1 : in bit;
PE20RN2 : in bit;
PE20RN3 : in bit;
PE20RP0 : in bit;
PE20RP1 : in bit;
PE20RP2 : in bit;
PE20RP3 : in bit;
PE20TN0 : buffer bit;
PE20TN1 : buffer bit;
PE20TN2 : buffer bit;
PE20TN3 : buffer bit;
PE20TP0 : buffer bit;
PE20TP1 : buffer bit;
PE20TP2 : buffer bit;
PE20TP3 : buffer bit;
PERSTN : in bit;
REFRES00 : in bit;
REFRES01 : in bit;
REFRES02 : in bit;
REFRES03 : in bit;
REFRES04 : in bit;
REFRES05 : in bit;
REFRES06 : in bit;
REFRES07 : in bit;
REFRESPLL : in bit;
RSTHALT : in bit;
SSMBADDR1 : in bit;
SSMBADDR2 : in bit;
SSMBCLK : inout bit;
SSMBDAT : inout bit;
STK0CFG0 : in bit;
STK1CFG0 : in bit;
STK2CFG0 : in bit;
STK3CFG0 : in bit;
SWMODE0 : in bit;
SWMODE1 : in bit;
SWMODE2 : in bit;
SWMODE3 : in bit
);
-- ===================================================
-- ============= IEEE 1149.1 CONFORMANCE =============
-- ===================================================
use STD_1149_1_2001.all;
use STD_1149_6_2003.all;
attribute COMPONENT_CONFORMANCE of idt89pes32nt8ag2_23x23 :
entity is "STD_1149_1_2001";
-- ===================================================
-- =============== PIN MAP DEFINITION ================
-- ===================================================
attribute PIN_MAP of idt89pes32nt8ag2_23x23 : entity is PHYSICAL_PIN_MAP;
constant idt89pes32nt8ag2_23x23 : PIN_MAP_STRING :=
" CLKMODE0 : AA1," &
" CLKMODE1 : B22," &
" GCLKFSEL : AB2," &
" GCLKN0 : B12," &
" GCLKN1 : Y12," &
" GCLKP0 : A12," &
" GCLKP1 : Y11," &
" GPIO00 : AA19," &
" GPIO01 : Y18," &
" GPIO02 : AA20," &
" GPIO03 : Y19," &
" GPIO04 : Y20," &
" GPIO05 : AB22," &
" GPIO06 : AA21," &
" GPIO07 : AA22," &
" GPIO08 : Y21," &
" JTAG_TCK : C22," &
" JTAG_TDI : D20," &
" JTAG_TDO : A21," &
" JTAG_TMS : B21," &
" JTAG_TRST_N : A22," &
" MSMBCLK : A20," &
" MSMBDAT : C20," &
" P00CLKN : V20," &
" P00CLKP : W20," &
" P02CLKN : F20," &
" P02CLKP : E20," &
" P04CLKN : B13," &
" P04CLKP : A13," &
" P06CLKN : B11," &
" P06CLKP : A11," &
" P08CLKN : F3," &
" P08CLKP : E3," &
" P12CLKN : W3," &
" P12CLKP : V3," &
" P16CLKN : AA11," &
" P16CLKP : AB11," &
" P20CLKN : AA12," &
" P20CLKP : AB12," &
" PE00RN0 : U19," &
" PE00RN1 : T19," &
" PE00RN2 : P19," &
" PE00RN3 : N19," &
" PE00RP0 : U18," &
" PE00RP1 : T18," &
" PE00RP2 : P18," &
" PE00RP3 : N18," &
" PE00TN0 : U21," &
" PE00TN1 : T21," &
" PE00TN2 : P21," &
" PE00TN3 : N21," &
" PE00TP0 : U22," &
" PE00TP1 : T22," &
" PE00TP2 : P22," &
" PE00TP3 : N22," &
" PE02RN0 : L19," &
" PE02RN1 : K19," &
" PE02RN2 : H19," &
" PE02RN3 : G19," &
" PE02RP0 : L18," &
" PE02RP1 : K18," &
" PE02RP2 : H18," &
" PE02RP3 : G18," &
" PE02TN0 : L21," &
" PE02TN1 : K21," &
" PE02TN2 : H21," &
" PE02TN3 : G21," &
" PE02TP0 : L22," &
" PE02TP1 : K22," &
" PE02TP2 : H22," &
" PE02TP3 : G22," &
" PE04RN0 : D18," &
" PE04RN1 : D17," &
" PE04RN2 : D15," &
" PE04RN3 : D14," &
" PE04RP0 : E18," &
" PE04RP1 : E17," &
" PE04RP2 : E15," &
" PE04RP3 : E14," &
" PE04TN0 : B19," &
" PE04TN1 : B18," &
" PE04TN2 : B16," &
" PE04TN3 : B15," &
" PE04TP0 : A19," &
" PE04TP1 : A18," &
" PE04TP2 : A16," &
" PE04TP3 : A15," &
" PE06RN0 : D11," &
" PE06RN1 : D10," &
" PE06RN2 : D8," &
" PE06RN3 : D7," &
" PE06RP0 : E11," &
" PE06RP1 : E10," &
" PE06RP2 : E8," &
" PE06RP3 : E7," &
" PE06TN0 : B9," &
" PE06TN1 : B8," &
" PE06TN2 : B6," &
" PE06TN3 : B5," &
" PE06TP0 : A9," &
" PE06TP1 : A8," &
" PE06TP2 : A6," &
" PE06TP3 : A5," &
" PE08RN0 : G4," &
" PE08RN1 : H4," &
" PE08RN2 : K4," &
" PE08RN3 : L4," &
" PE08RP0 : G5," &
" PE08RP1 : H5," &
" PE08RP2 : K5," &
" PE08RP3 : L5," &
" PE08TN0 : G2," &
" PE08TN1 : H2," &
" PE08TN2 : K2," &
" PE08TN3 : L2," &
" PE08TP0 : G1," &
" PE08TP1 : H1," &
" PE08TP2 : K1," &
" PE08TP3 : L1," &
" PE12RN0 : N4," &
" PE12RN1 : P4," &
" PE12RN2 : T4," &
" PE12RN3 : U4," &
" PE12RP0 : N5," &
" PE12RP1 : P5," &
" PE12RP2 : T5," &
" PE12RP3 : U5," &
" PE12TN0 : N2," &
" PE12TN1 : P2," &
" PE12TN2 : T2," &
" PE12TN3 : U2," &
" PE12TP0 : N1," &
" PE12TP1 : P1," &
" PE12TP2 : T1," &
" PE12TP3 : U1," &
" PE16RN0 : W6," &
" PE16RN1 : W7," &
" PE16RN2 : W9," &
" PE16RN3 : W10," &
" PE16RP0 : V6," &
" PE16RP1 : V7," &
" PE16RP2 : V9," &
" PE16RP3 : V10," &
" PE16TN0 : AA5," &
" PE16TN1 : AA6," &
" PE16TN2 : AA8," &
" PE16TN3 : AA9," &
" PE16TP0 : AB5," &
" PE16TP1 : AB6," &
" PE16TP2 : AB8," &
" PE16TP3 : AB9," &
" PE20RN0 : W13," &
" PE20RN1 : W14," &
" PE20RN2 : W16," &
" PE20RN3 : W17," &
" PE20RP0 : V13," &
" PE20RP1 : V14," &
" PE20RP2 : V16," &
" PE20RP3 : V17," &
" PE20TN0 : AA14," &
" PE20TN1 : AA15," &
" PE20TN2 : AA17," &
" PE20TN3 : AA18," &
" PE20TP0 : AB14," &
" PE20TP1 : AB15," &
" PE20TP2 : AB17," &
" PE20TP3 : AB18," &
" PERSTN : B20," &
" REFRES00 : N17," &
" REFRES01 : K17," &
" REFRES02 : D13," &
" REFRES03 : C9," &
" REFRES04 : K6," &
" REFRES05 : N6," &
" REFRES06 : Y9," &
" REFRES07 : Y14," &
" REFRESPLL : D12," &
" RSTHALT : AA4," &
" SSMBADDR1 : Y22," &
" SSMBADDR2 : D22," &
" SSMBCLK : D21," &
" SSMBDAT : C21," &
" STK0CFG0 : Y1," &
" STK1CFG0 : AB1," &
" STK2CFG0 : AA2," &
" STK3CFG0 : Y2," &
" SWMODE0 : Y3," &
" SWMODE1 : AA3," &
" SWMODE2 : Y4," &
" SWMODE3 : Y5" ;
-- ===================================================
-- ============ PORT GROUPING DEFINITION =============
-- ===================================================
attribute PORT_GROUPING of idt89pes32nt8ag2_23x23 : entity is
"DIFFERENTIAL_VOLTAGE (" &
"(PE00TP0, PE00TN0), " &
"(PE00TP1, PE00TN1), " &
"(PE00TP2, PE00TN2), " &
"(PE00TP3, PE00TN3), " &
"(PE02TP0, PE02TN0), " &
"(PE02TP1, PE02TN1), " &
"(PE02TP2, PE02TN2), " &
"(PE02TP3, PE02TN3), " &
"(PE04TP0, PE04TN0), " &
"(PE04TP1, PE04TN1), " &
"(PE04TP2, PE04TN2), " &
"(PE04TP3, PE04TN3), " &
"(PE06TP0, PE06TN0), " &
"(PE06TP1, PE06TN1), " &
"(PE06TP2, PE06TN2), " &
"(PE06TP3, PE06TN3), " &
"(PE08TP0, PE08TN0), " &
"(PE08TP1, PE08TN1), " &
"(PE08TP2, PE08TN2), " &
"(PE08TP3, PE08TN3), " &
"(PE12TP0, PE12TN0), " &
"(PE12TP1, PE12TN1), " &
"(PE12TP2, PE12TN2), " &
"(PE12TP3, PE12TN3), " &
"(PE16TP0, PE16TN0), " &
"(PE16TP1, PE16TN1), " &
"(PE16TP2, PE16TN2), " &
"(PE16TP3, PE16TN3), " &
"(PE20TP0, PE20TN0), " &
"(PE20TP1, PE20TN1), " &
"(PE20TP2, PE20TN2), " &
"(PE20TP3, PE20TN3) ) " ;
-- ===================================================
-- ============== JTAG PIN DEFINITION ================
-- ===================================================
attribute TAP_SCAN_CLOCK of JTAG_TCK : signal is (1.00e+07, BOTH);
attribute TAP_SCAN_IN of JTAG_TDI : signal is true;
attribute TAP_SCAN_MODE of JTAG_TMS : signal is true;
attribute TAP_SCAN_OUT of JTAG_TDO : signal is true;
attribute TAP_SCAN_RESET of JTAG_TRST_N : signal is true;
attribute COMPLIANCE_PATTERNS of idt89pes32nt8ag2_23x23 : entity is
"(SWMODE0, SWMODE1, SWMODE2, SWMODE3)" &
"(0000)" ;
-- ===================================================
-- ========== JTAG INSTRUCTION DEFINITION ============
-- ===================================================
attribute INSTRUCTION_LENGTH of idt89pes32nt8ag2_23x23 : entity is 6;
attribute INSTRUCTION_OPCODE of idt89pes32nt8ag2_23x23 : entity is
"BYPASS (111111)," &
"IDCODE (000010)," &
"EXTEST_TRAIN (111100)," &
"PRELOAD (000001)," &
"SAMPLE (000001)," &
"EXTEST_PULSE (111101)," &
"EXTEST (000000)," &
"HIGHZ (000011)" ;
attribute INSTRUCTION_CAPTURE of idt89pes32nt8ag2_23x23 : entity is "101101";
-- ===================================================
-- ============ JTAG REGISTER DEFINITION =============
-- ===================================================
attribute IDCODE_REGISTER of idt89pes32nt8ag2_23x23 : entity is
"0001" &
"1000000010001111" &
"00000110011" &
"1";
attribute REGISTER_ACCESS of idt89pes32nt8ag2_23x23 : entity is
"BYPASS (BYPASS,HIGHZ)," &
"DEVICE_ID (IDCODE)," &
"BOUNDARY (EXTEST_PULSE, EXTEST_TRAIN, EXTEST, SAMPLE, PRELOAD)" ;
-- ===================================================
-- ============ BOUNDARY SCAN DEFINITION =============
-- ===================================================
attribute BOUNDARY_LENGTH of idt89pes32nt8ag2_23x23 : entity is 147;
attribute BOUNDARY_REGISTER of idt89pes32nt8ag2_23x23 : entity is
--
-- num cell port function safe [ccell disval rslt]
-- --- ---- ------------- -------- ---- ----- ------ ----
"146 (BC_4 , PERSTN , input , 1 )," &
"145 (BC_1 , * , control , 1 )," &
"144 (BC_7 , MSMBCLK , bidir , 1 , 145 , 1 , Z )," &
"143 (BC_1 , * , control , 1 )," &
"142 (BC_7 , MSMBDAT , bidir , 1 , 143 , 1 , Z )," &
"141 (AC_1 , PE04TP0 , output2 , 1 )," &
"140 (BC_4 , PE04RN0 , input , 1 )," &
"139 (BC_4 , PE04RP0 , input , 1 )," &
"138 (AC_1 , PE04TP1 , output2 , 1 )," &
"137 (BC_4 , PE04RN1 , input , 1 )," &
"136 (BC_4 , PE04RP1 , input , 1 )," &
"135 (AC_1 , PE04TP2 , output2 , 1 )," &
"134 (BC_4 , PE04RN2 , input , 1 )," &
"133 (BC_4 , PE04RP2 , input , 1 )," &
"132 (AC_1 , PE04TP3 , output2 , 1 )," &
"131 (BC_4 , PE04RN3 , input , 1 )," &
"130 (BC_4 , PE04RP3 , input , 1 )," &
"129 (AC_1 , PE06TP0 , output2 , 1 )," &
"128 (BC_4 , PE06RN0 , input , 1 )," &
"127 (BC_4 , PE06RP0 , input , 1 )," &
"126 (AC_1 , PE06TP1 , output2 , 1 )," &
"125 (BC_4 , PE06RN1 , input , 1 )," &
"124 (BC_4 , PE06RP1 , input , 1 )," &
"123 (AC_1 , PE06TP2 , output2 , 1 )," &
"122 (BC_4 , PE06RN2 , input , 1 )," &
"121 (BC_4 , PE06RP2 , input , 1 )," &
"120 (AC_1 , PE06TP3 , output2 , 1 )," &
"119 (BC_4 , PE06RN3 , input , 1 )," &
"118 (BC_4 , PE06RP3 , input , 1 )," &
"117 (BC_4 , * , internal , 1 )," &
"116 (BC_4 , * , internal , 1 )," &
"115 (BC_4 , * , internal , 1 )," &
"114 (BC_4 , * , internal , 1 )," &
"113 (BC_4 , * , internal , 1 )," &
"112 (BC_4 , * , internal , 1 )," &
"111 (BC_4 , * , internal , 1 )," &
"110 (BC_4 , * , internal , 1 )," &
"109 (AC_1 , PE08TP0 , output2 , 1 )," &
"108 (BC_4 , PE08RN0 , input , 1 )," &
"107 (BC_4 , PE08RP0 , input , 1 )," &
"106 (AC_1 , PE08TP1 , output2 , 1 )," &
"105 (BC_4 , PE08RN1 , input , 1 )," &
"104 (BC_4 , PE08RP1 , input , 1 )," &
"103 (AC_1 , PE08TP2 , output2 , 1 )," &
"102 (BC_4 , PE08RN2 , input , 1 )," &
"101 (BC_4 , PE08RP2 , input , 1 )," &
"100 (AC_1 , PE08TP3 , output2 , 1 )," &
"99 (BC_4 , PE08RN3 , input , 1 )," &
"98 (BC_4 , PE08RP3 , input , 1 )," &
"97 (AC_1 , PE12TP0 , output2 , 1 )," &
"96 (BC_4 , PE12RN0 , input , 1 )," &
"95 (BC_4 , PE12RP0 , input , 1 )," &
"94 (AC_1 , PE12TP1 , output2 , 1 )," &
"93 (BC_4 , PE12RN1 , input , 1 )," &
"92 (BC_4 , PE12RP1 , input , 1 )," &
"91 (AC_1 , PE12TP2 , output2 , 1 )," &
"90 (BC_4 , PE12RN2 , input , 1 )," &
"89 (BC_4 , PE12RP2 , input , 1 )," &
"88 (AC_1 , PE12TP3 , output2 , 1 )," &
"87 (BC_4 , PE12RN3 , input , 1 )," &
"86 (BC_4 , PE12RP3 , input , 1 )," &
"85 (BC_4 , STK0CFG0 , input , 1 )," &
"84 (BC_4 , CLKMODE0 , input , 1 )," &
"83 (BC_4 , STK1CFG0 , input , 1 )," &
"82 (BC_4 , STK3CFG0 , input , 1 )," &
"81 (BC_4 , STK2CFG0 , input , 1 )," &
"80 (BC_4 , GCLKFSEL , input , 1 )," &
"79 (BC_4 , * , internal , 1 )," &
"78 (BC_4 , * , internal , 1 )," &
"77 (BC_4 , RSTHALT , input , 1 )," &
"76 (BC_4 , * , internal , 1 )," &
"75 (BC_4 , * , internal , 1 )," &
"74 (AC_1 , PE16TP0 , output2 , 1 )," &
"73 (BC_4 , PE16RN0 , input , 1 )," &
"72 (BC_4 , PE16RP0 , input , 1 )," &
"71 (AC_1 , PE16TP1 , output2 , 1 )," &
"70 (BC_4 , PE16RN1 , input , 1 )," &
"69 (BC_4 , PE16RP1 , input , 1 )," &
"68 (AC_1 , PE16TP2 , output2 , 1 )," &
"67 (BC_4 , PE16RN2 , input , 1 )," &
"66 (BC_4 , PE16RP2 , input , 1 )," &
"65 (AC_1 , PE16TP3 , output2 , 1 )," &
"64 (BC_4 , PE16RN3 , input , 1 )," &
"63 (BC_4 , PE16RP3 , input , 1 )," &
"62 (AC_1 , PE20TP0 , output2 , 1 )," &
"61 (BC_4 , PE20RN0 , input , 1 )," &
"60 (BC_4 , PE20RP0 , input , 1 )," &
"59 (AC_1 , PE20TP1 , output2 , 1 )," &
"58 (BC_4 , PE20RN1 , input , 1 )," &
"57 (BC_4 , PE20RP1 , input , 1 )," &
"56 (AC_1 , PE20TP2 , output2 , 1 )," &
"55 (BC_4 , PE20RN2 , input , 1 )," &
"54 (BC_4 , PE20RP2 , input , 1 )," &
"53 (AC_1 , PE20TP3 , output2 , 1 )," &
"52 (BC_4 , PE20RN3 , input , 1 )," &
"51 (BC_4 , PE20RP3 , input , 1 )," &
"50 (BC_1 , * , control , 1 )," &
"49 (BC_7 , GPIO00 , bidir , 1 , 50 , 1 , Z )," &
"48 (BC_1 , * , control , 1 )," &
"47 (BC_7 , GPIO01 , bidir , 1 , 48 , 1 , Z )," &
"46 (BC_1 , * , control , 1 )," &
"45 (BC_7 , GPIO02 , bidir , 1 , 46 , 1 , Z )," &
"44 (BC_1 , * , control , 1 )," &
"43 (BC_7 , GPIO03 , bidir , 1 , 44 , 1 , Z )," &
"42 (BC_4 , * , internal , 1 )," &
"41 (BC_4 , * , internal , 1 )," &
"40 (BC_1 , * , control , 1 )," &
"39 (BC_7 , GPIO04 , bidir , 1 , 40 , 1 , Z )," &
"38 (BC_1 , * , control , 1 )," &
"37 (BC_7 , GPIO05 , bidir , 1 , 38 , 1 , Z )," &
"36 (BC_1 , * , control , 1 )," &
"35 (BC_7 , GPIO06 , bidir , 1 , 36 , 1 , Z )," &
"34 (BC_1 , * , control , 1 )," &
"33 (BC_7 , GPIO07 , bidir , 1 , 34 , 1 , Z )," &
"32 (BC_1 , * , control , 1 )," &
"31 (BC_7 , GPIO08 , bidir , 1 , 32 , 1 , Z )," &
"30 (BC_4 , SSMBADDR1 , input , 1 )," &
"29 (AC_1 , PE00TP0 , output2 , 1 )," &
"28 (BC_4 , PE00RN0 , input , 1 )," &
"27 (BC_4 , PE00RP0 , input , 1 )," &
"26 (AC_1 , PE00TP1 , output2 , 1 )," &
"25 (BC_4 , PE00RN1 , input , 1 )," &
"24 (BC_4 , PE00RP1 , input , 1 )," &
"23 (AC_1 , PE00TP2 , output2 , 1 )," &
"22 (BC_4 , PE00RN2 , input , 1 )," &
"21 (BC_4 , PE00RP2 , input , 1 )," &
"20 (AC_1 , PE00TP3 , output2 , 1 )," &
"19 (BC_4 , PE00RN3 , input , 1 )," &
"18 (BC_4 , PE00RP3 , input , 1 )," &
"17 (AC_1 , PE02TP0 , output2 , 1 )," &
"16 (BC_4 , PE02RN0 , input , 1 )," &
"15 (BC_4 , PE02RP0 , input , 1 )," &
"14 (AC_1 , PE02TP1 , output2 , 1 )," &
"13 (BC_4 , PE02RN1 , input , 1 )," &
"12 (BC_4 , PE02RP1 , input , 1 )," &
"11 (AC_1 , PE02TP2 , output2 , 1 )," &
"10 (BC_4 , PE02RN2 , input , 1 )," &
"9 (BC_4 , PE02RP2 , input , 1 )," &
"8 (AC_1 , PE02TP3 , output2 , 1 )," &
"7 (BC_4 , PE02RN3 , input , 1 )," &
"6 (BC_4 , PE02RP3 , input , 1 )," &
"5 (BC_4 , SSMBADDR2 , input , 1 )," &
"4 (BC_1 , * , control , 1 )," &
"3 (BC_7 , SSMBCLK , bidir , 1 , 4 , 1 , Z )," &
"2 (BC_1 , * , control , 1 )," &
"1 (BC_7 , SSMBDAT , bidir , 1 , 2 , 1 , Z )," &
"0 (BC_4 , CLKMODE1 , input , 1 )" ;
attribute AIO_COMPONENT_CONFORMANCE of idt89pes32nt8ag2_23x23 :
entity is "STD_1149_6_2003";
attribute AIO_EXTEST_Pulse_Execution of idt89pes32nt8ag2_23x23 :
entity is "Wait_Duration JTAG_TCK 30";
attribute AIO_EXTEST_Train_Execution of idt89pes32nt8ag2_23x23 :
entity is "train 60, maximum_time 120.0e-7";
attribute AIO_Pin_Behavior of idt89pes32nt8ag2_23x23 :
entity is
"PE00RN0: HP_time=5.0e-9; " &
"PE00RN1: HP_time=5.0e-9; " &
"PE00RN2: HP_time=5.0e-9; " &
"PE00RN3: HP_time=5.0e-9; " &
"PE00RP0: HP_time=5.0e-9; " &
"PE00RP1: HP_time=5.0e-9; " &
"PE00RP2: HP_time=5.0e-9; " &
"PE00RP3: HP_time=5.0e-9; " &
"PE02RN0: HP_time=5.0e-9; " &
"PE02RN1: HP_time=5.0e-9; " &
"PE02RN2: HP_time=5.0e-9; " &
"PE02RN3: HP_time=5.0e-9; " &
"PE02RP0: HP_time=5.0e-9; " &
"PE02RP1: HP_time=5.0e-9; " &
"PE02RP2: HP_time=5.0e-9; " &
"PE02RP3: HP_time=5.0e-9; " &
"PE04RN0: HP_time=5.0e-9; " &
"PE04RN1: HP_time=5.0e-9; " &
"PE04RN2: HP_time=5.0e-9; " &
"PE04RN3: HP_time=5.0e-9; " &
"PE04RP0: HP_time=5.0e-9; " &
"PE04RP1: HP_time=5.0e-9; " &
"PE04RP2: HP_time=5.0e-9; " &
"PE04RP3: HP_time=5.0e-9; " &
"PE06RN0: HP_time=5.0e-9; " &
"PE06RN1: HP_time=5.0e-9; " &
"PE06RN2: HP_time=5.0e-9; " &
"PE06RN3: HP_time=5.0e-9; " &
"PE06RP0: HP_time=5.0e-9; " &
"PE06RP1: HP_time=5.0e-9; " &
"PE06RP2: HP_time=5.0e-9; " &
"PE06RP3: HP_time=5.0e-9; " &
"PE08RN0: HP_time=5.0e-9; " &
"PE08RN1: HP_time=5.0e-9; " &
"PE08RN2: HP_time=5.0e-9; " &
"PE08RN3: HP_time=5.0e-9; " &
"PE08RP0: HP_time=5.0e-9; " &
"PE08RP1: HP_time=5.0e-9; " &
"PE08RP2: HP_time=5.0e-9; " &
"PE08RP3: HP_time=5.0e-9; " &
"PE12RN0: HP_time=5.0e-9; " &
"PE12RN1: HP_time=5.0e-9; " &
"PE12RN2: HP_time=5.0e-9; " &
"PE12RN3: HP_time=5.0e-9; " &
"PE12RP0: HP_time=5.0e-9; " &
"PE12RP1: HP_time=5.0e-9; " &
"PE12RP2: HP_time=5.0e-9; " &
"PE12RP3: HP_time=5.0e-9; " &
"PE16RN0: HP_time=5.0e-9; " &
"PE16RN1: HP_time=5.0e-9; " &
"PE16RN2: HP_time=5.0e-9; " &
"PE16RN3: HP_time=5.0e-9; " &
"PE16RP0: HP_time=5.0e-9; " &
"PE16RP1: HP_time=5.0e-9; " &
"PE16RP2: HP_time=5.0e-9; " &
"PE16RP3: HP_time=5.0e-9; " &
"PE20RN0: HP_time=5.0e-9; " &
"PE20RN1: HP_time=5.0e-9; " &
"PE20RN2: HP_time=5.0e-9; " &
"PE20RN3: HP_time=5.0e-9; " &
"PE20RP0: HP_time=5.0e-9; " &
"PE20RP1: HP_time=5.0e-9; " &
"PE20RP2: HP_time=5.0e-9; " &
"PE20RP3: HP_time=5.0e-9 " ;
end idt89pes32nt8ag2_23x23 ;