------------------------------------------------------------------------ -- A T M E L A V R M I C R O C O N T R O L L E R S -- ------------------------------------------------------------------------ -- BSDL file -- -- File Name: AT90USB1287.BSD -- File Revision: 1.0 -- Date created: 2006-06-12 -- Created by: Atmel Corporation -- Support: avr@atmel.com -- File Status: Released -- -- Device: AT90USB1287 -- rev A -- Package: 64 pin TQFP (default) -- 64 pin QFN -- -- -- Visit http://www.atmel.com for a updated list of BSDL files. -- -- ------------------------------------------------------------------------ -- Syntax and Semantics are checked against the IEEE 1149.1 standard. -- -- The logical functioning of the standard Boundary-Scan instructions -- -- and of the associated bypass, idcode and boundary-scan register -- -- described in this BSDL file has been verified against its related -- -- silicon by JTAG Technologies B.V. -- ------------------------------------------------------------------------ ------------------------------------------------------------------------ -- IMPORTANT NOTICE -- -- -- -- Copyright 2002 Atmel Corporation. All Rights Reserved. -- -- -- -- Atmel assumes no responsibility or liability arising out -- -- this application or use of any information described herein -- -- except as expressly agreed to in writing by Atmel Corporation. -- -- -- ------------------------------------------------------------------------ -- -- Notes: -- 1. The behavior of the Oscillator Boundary Scan cells are dependant -- on the Oscillator Fuse settings, and are therefore described as -- "internal". -- 2. The Boundary Scan cells for controlling the analog features ADC, -- Comparator and pin pull-ups are described as "internal". -- Note that this feature is in addition to the (digital) cells on -- each pin. For information on accessing the pull-up function of the -- pins, please read the device data sheet. -- entity AT90USB1287 is generic (PHYSICAL_PIN_MAP : string := " TQFP ") ; port ( RESET : in bit ; VCC : linkage bit ; VCC1 : linkage bit ; GND : linkage bit ; GND1 : linkage bit ; GND2 : linkage bit ; XTAL1 : linkage bit ; XTAL2 : linkage bit ; PA : inout bit_vector(0 to 7) ; PB : inout bit_vector(0 to 7) ; PC : inout bit_vector(0 to 7) ; PD : inout bit_vector(0 to 7) ; PE : inout bit_vector(0 to 7) ; PF : inout bit_vector(0 to 3) ; TCK : in bit ; TMS : in bit ; TDO : out bit ; TDI : in bit ; VBUS : linkage bit ; UCAP : linkage bit ; UGND : linkage bit ; DP : linkage bit ; DM : linkage bit ; UVCC : linkage bit ; AREF : linkage bit ; AVCC : linkage bit ); use STD_1149_1_1994.all ; attribute COMPONENT_CONFORMANCE of AT90USB1287 : entity is " STD_1149_1_1993 "; attribute PIN_MAP of AT90USB1287 : entity is PHYSICAL_PIN_MAP ; constant TQFP : PIN_MAP_STRING:= " RESET : 20 , " & " VCC : 21 , " & " VCC1 : 52 , " & " GND : 22 , " & " GND1 : 53 , " & " GND2 : 63 , " & " XTAL1 : 24 , " & " XTAL2 : 23 , " & " PA : (51,50,49,48,47,46,45,44) , " & " PB : (10,11,12,13,14,15,16,17) , " & " PC : (35,36,37,38,39,40,41,42) , " & " PD : (25,26,27,28,29,30,31,32) , " & " PE : (33,34,43,9,18,19,1,2) , " & " PF : (61,60,59,58) , " & " TCK : 57 , " & " TMS : 56 , " & " TDO : 55 , " & " TDI : 54 , " & " VBUS : 8 , " & " UCAP : 7 , " & " UGND : 6 , " & " DP : 5 , " & " DM : 4 , " & " UVCC : 3 , " & " AREF : 62 , " & " AVCC : 64 " ; constant QFN : PIN_MAP_STRING:= " RESET : 20 , " & " VCC : 21 , " & " VCC1 : 52 , " & " GND : 22 , " & " GND1 : 53 , " & " GND2 : 63 , " & " XTAL1 : 24 , " & " XTAL2 : 23 , " & " PA : (51,50,49,48,47,46,45,44) , " & " PB : (10,11,12,13,14,15,16,17) , " & " PC : (35,36,37,38,39,40,41,42) , " & " PD : (25,26,27,28,29,30,31,32) , " & " PE : (33,34,43,9,18,19,1,2) , " & " PF : (61,60,59,58) , " & " TCK : 57 , " & " TMS : 56 , " & " TDO : 55 , " & " TDI : 54 , " & " VBUS : 8 , " & " UCAP : 7 , " & " UGND : 6 , " & " DP : 5 , " & " DM : 4 , " & " UVCC : 3 , " & " AREF : 62 , " & " AVCC : 64 " ; attribute TAP_SCAN_IN of TDI : signal is true ; attribute TAP_SCAN_OUT of TDO : signal is true ; attribute TAP_SCAN_MODE of TMS : signal is true ; attribute TAP_SCAN_CLOCK of TCK : signal is (8.0e6, BOTH) ; attribute INSTRUCTION_LENGTH of AT90USB1287 : entity is 4 ; attribute INSTRUCTION_OPCODE of AT90USB1287 : entity is " EXTEST ( 0000 )," & " IDCODE ( 0001 )," & " SAMPLE ( 0010 )," & " PRIVATE0 ( 1000 )," & " PRIVATE1 ( 1001 )," & " PRIVATE2 ( 1010 )," & " PRIVATE3 ( 1011 )," & " AVR_RESET ( 1100 )," & " BYPASS ( 1111 )" ; attribute INSTRUCTION_CAPTURE of AT90USB1287 : entity is " 0001 "; attribute INSTRUCTION_PRIVATE of AT90USB1287 : entity is " PRIVATE0 ," & " PRIVATE1 ," & " PRIVATE2 ," & " PRIVATE3 " ; attribute IDCODE_REGISTER of AT90USB1287 : entity is "0000" & -- 0x0 "1001011110000010" & -- 0x9782 "00000011111" & -- 0x01F "1" ; attribute REGISTER_ACCESS of AT90USB1287 : entity is " BOUNDARY ( AVR_RESET )" ; attribute BOUNDARY_LENGTH of AT90USB1287 : entity is 89 ; attribute BOUNDARY_REGISTER of AT90USB1287 : entity is -- num cell port func safe [ccell dis rslt] " 88 ( BC_7 , PE(6) , bidir , X , 87 , 0 , Z )," & -- 88 PE6.Data E 6 " 87 ( BC_1 , * , control , 0 )," & -- 87 PE6.Control E " 86 ( BC_7 , PE(7) , bidir , X , 85 , 0 , Z )," & -- 86 PE7.Data E 7 " 85 ( BC_1 , * , control , 0 )," & -- 85 PE7.Control E " 84 ( BC_7 , PE(3) , bidir , X , 83 , 0 , Z )," & -- 84 PE3.Data E 3 " 83 ( BC_1 , * , control , 0 )," & -- 83 PE3.Control E " 82 ( BC_7 , PB(0) , bidir , X , 81 , 0 , Z )," & -- 82 PB0.Data B 0 " 81 ( BC_1 , * , control , 0 )," & -- 81 PB0.Control B " 80 ( BC_7 , PB(1) , bidir , X , 79 , 0 , Z )," & -- 80 PB1.Data B 1 " 79 ( BC_1 , * , control , 0 )," & -- 79 PB1.Control B " 78 ( BC_7 , PB(2) , bidir , X , 77 , 0 , Z )," & -- 78 PB2.Data B 2 " 77 ( BC_1 , * , control , 0 )," & -- 77 PB2.Control B " 76 ( BC_7 , PB(3) , bidir , X , 75 , 0 , Z )," & -- 76 PB3.Data B 3 " 75 ( BC_1 , * , control , 0 )," & -- 75 PB3.Control B " 74 ( BC_7 , PB(4) , bidir , X , 73 , 0 , Z )," & -- 74 PB4.Data B 4 " 73 ( BC_1 , * , control , 0 )," & -- 73 PB4.Control B " 72 ( BC_7 , PB(5) , bidir , X , 71 , 0 , Z )," & -- 72 PB5.Data B 5 " 71 ( BC_1 , * , control , 0 )," & -- 71 PB5.Control B " 70 ( BC_7 , PB(6) , bidir , X , 69 , 0 , Z )," & -- 70 PB6.Data B 6 " 69 ( BC_1 , * , control , 0 )," & -- 69 PB6.Control B " 68 ( BC_7 , PB(7) , bidir , X , 67 , 0 , Z )," & -- 68 PB7.Data B 7 " 67 ( BC_1 , * , control , 0 )," & -- 67 PB7.Control B " 66 ( BC_7 , PE(4) , bidir , X , 65 , 0 , Z )," & -- 66 PE4.Data E 4 " 65 ( BC_1 , * , control , 0 )," & -- 65 PE4.Control E " 64 ( BC_7 , PE(5) , bidir , X , 63 , 0 , Z )," & -- 64 PE5.Data E 5 " 63 ( BC_1 , * , control , 0 )," & -- 63 PE5.Control E " 62 ( BC_4 , RESET , observe_only , X )," & -- 62 RSTT " 61 ( BC_7 , PD(0) , bidir , X , 60 , 0 , Z )," & -- 61 PD0.Data D 0 " 60 ( BC_1 , * , control , 0 )," & -- 60 PD0.Control D " 59 ( BC_7 , PD(1) , bidir , X , 58 , 0 , Z )," & -- 59 PD1.Data D 1 " 58 ( BC_1 , * , control , 0 )," & -- 58 PD1.Control D " 57 ( BC_7 , PD(2) , bidir , X , 56 , 0 , Z )," & -- 57 PD2.Data D 2 " 56 ( BC_1 , * , control , 0 )," & -- 56 PD2.Control D " 55 ( BC_7 , PD(3) , bidir , X , 54 , 0 , Z )," & -- 55 PD3.Data D 3 " 54 ( BC_1 , * , control , 0 )," & -- 54 PD3.Control D " 53 ( BC_7 , PD(4) , bidir , X , 52 , 0 , Z )," & -- 53 PD4.Data D 4 " 52 ( BC_1 , * , control , 0 )," & -- 52 PD4.Control D " 51 ( BC_7 , PD(5) , bidir , X , 50 , 0 , Z )," & -- 51 PD5.Data D 5 " 50 ( BC_1 , * , control , 0 )," & -- 50 PD5.Control D " 49 ( BC_7 , PD(6) , bidir , X , 48 , 0 , Z )," & -- 49 PD6.Data D 6 " 48 ( BC_1 , * , control , 0 )," & -- 48 PD6.Control D " 47 ( BC_7 , PD(7) , bidir , X , 46 , 0 , Z )," & -- 47 PD7.Data D 7 " 46 ( BC_1 , * , control , 0 )," & -- 46 PD7.Control D " 45 ( BC_7 , PE(0) , bidir , X , 44 , 0 , Z )," & -- 45 PE0.Data E 0 " 44 ( BC_1 , * , control , 0 )," & -- 44 PE0.Control E " 43 ( BC_7 , PE(1) , bidir , X , 42 , 0 , Z )," & -- 43 PE1.Data E 1 " 42 ( BC_1 , * , control , 0 )," & -- 42 PE1.Control E " 41 ( BC_7 , PC(0) , bidir , X , 40 , 0 , Z )," & -- 41 PC0.Data C 0 " 40 ( BC_1 , * , control , 0 )," & -- 40 PC0.Control C " 39 ( BC_7 , PC(1) , bidir , X , 38 , 0 , Z )," & -- 39 PC1.Data C 1 " 38 ( BC_1 , * , control , 0 )," & -- 38 PC1.Control C " 37 ( BC_7 , PC(2) , bidir , X , 36 , 0 , Z )," & -- 37 PC2.Data C 2 " 36 ( BC_1 , * , control , 0 )," & -- 36 PC2.Control C " 35 ( BC_7 , PC(3) , bidir , X , 34 , 0 , Z )," & -- 35 PC3.Data C 3 " 34 ( BC_1 , * , control , 0 )," & -- 34 PC3.Control C " 33 ( BC_7 , PC(4) , bidir , X , 32 , 0 , Z )," & -- 33 PC4.Data C 4 " 32 ( BC_1 , * , control , 0 )," & -- 32 PC4.Control C " 31 ( BC_7 , PC(5) , bidir , X , 30 , 0 , Z )," & -- 31 PC5.Data C 5 " 30 ( BC_1 , * , control , 0 )," & -- 30 PC5.Control C " 29 ( BC_7 , PC(6) , bidir , X , 28 , 0 , Z )," & -- 29 PC6.Data C 6 " 28 ( BC_1 , * , control , 0 )," & -- 28 PC6.Control C " 27 ( BC_7 , PC(7) , bidir , X , 26 , 0 , Z )," & -- 27 PC7.Data C 7 " 26 ( BC_1 , * , control , 0 )," & -- 26 PC7.Control C " 25 ( BC_7 , PE(2) , bidir , X , 24 , 0 , Z )," & -- 25 PE2.Data E 2 " 24 ( BC_1 , * , control , 0 )," & -- 24 PE2.Control E " 23 ( BC_7 , PA(7) , bidir , X , 22 , 0 , Z )," & -- 23 PA7.Data A 7 " 22 ( BC_1 , * , control , 0 )," & -- 22 PA7.Control A " 21 ( BC_7 , PA(6) , bidir , X , 20 , 0 , Z )," & -- 21 PA6.Data A 6 " 20 ( BC_1 , * , control , 0 )," & -- 20 PA6.Control A " 19 ( BC_7 , PA(5) , bidir , X , 18 , 0 , Z )," & -- 19 PA5.Data A 5 " 18 ( BC_1 , * , control , 0 )," & -- 18 PA5.Control A " 17 ( BC_7 , PA(4) , bidir , X , 16 , 0 , Z )," & -- 17 PA4.Data A 4 " 16 ( BC_1 , * , control , 0 )," & -- 16 PA4.Control A " 15 ( BC_7 , PA(3) , bidir , X , 14 , 0 , Z )," & -- 15 PA3.Data A 3 " 14 ( BC_1 , * , control , 0 )," & -- 14 PA3.Control A " 13 ( BC_7 , PA(2) , bidir , X , 12 , 0 , Z )," & -- 13 PA2.Data A 2 " 12 ( BC_1 , * , control , 0 )," & -- 12 PA2.Control A " 11 ( BC_7 , PA(1) , bidir , X , 10 , 0 , Z )," & -- 11 PA1.Data A 1 " 10 ( BC_1 , * , control , 0 )," & -- 10 PA1.Control A " 9 ( BC_7 , PA(0) , bidir , X , 8 , 0 , Z )," & -- 9 PA0.Data A 0 " 8 ( BC_1 , * , control , 0 )," & -- 8 PA0.Control A " 7 ( BC_7 , PF(3) , bidir , X , 6 , 0 , Z )," & -- 7 PF3.Data F 3 " 6 ( BC_1 , * , control , 0 )," & -- 6 PF3.Control F " 5 ( BC_7 , PF(2) , bidir , X , 4 , 0 , Z )," & -- 5 PF2.Data F 2 " 4 ( BC_1 , * , control , 0 )," & -- 4 PF2.Control F " 3 ( BC_7 , PF(1) , bidir , X , 2 , 0 , Z )," & -- 3 PF1.Data F 1 " 2 ( BC_1 , * , control , 0 )," & -- 2 PF1.Control F " 1 ( BC_7 , PF(0) , bidir , X , 0 , 0 , Z )," & -- 1 PF0.Data F 0 " 0 ( BC_1 , * , control , 0 )" ; -- 0 PF0.Control F end AT90USB1287 ;