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BSDL File: K7K1618U2C Download View details  


--**************************************************************************
--*                                                                                           
--*    File Name:  K7K1618U2C_FC_R00.BSL
--*     Revision:  0.0
--*         Date:  DEC. 03, 2009
--*        Model:  BSDL
--*    Simulator:  Agilent Technologies
--*
--* Dependencies:  None
--*
--*       Author:  YUNWOO KIM
--*        Email:  yoonoo.kim@samsung.com
--*        Phone:  82-31-208-7485
--*      Company:  SAMSUNG ELECTRONICS
--*        Model:  K7K1618U2C (1M x 18 DDRII SRAM 2-Word Burst)
--*
--*  Description:  Samsung Electronics 18 Meg (1M X 18) DDRII SRAM 2-Word Burst 
--*                BSDL model
--*
--*   Limitation:  IEEE 1149.1 Serial Boundary Scan (JTAG) 
--*
--*                Copyright 2002, SAMSUNG ELECTRONICS,.
--*                All rights reserved
--* 
--*   Rev  Author          Phone            Date        Changes
--*   ---  --------------  --------------   ----------  -------------------------------------
--*   0.0  YUNWOO KIM     (82) 31-208-7485  12/03/2006  
--*************************************************************************/

entity  K7K1618U2C is

generic (PHYSICAL_PIN_MAP : string := "FBGA");

port  (
            SA:    in                 bit_vector(1 to 19);
          CQB:    buffer             bit;
           R_WB:    in                 bit;
         BW1B:    in                 bit;
           KB:    in                 bit;
           LDB:    in                 bit;
            CQ:    buffer             bit;
             K:    in                 bit;
         BW0B:    in                 bit;
         QVAL:    in                 bit;
        DOFFB:    in                 bit;
             DQ:    inout              bit_vector (0 to 17);
           TMS:    in                 bit;
           TDI:    in                 bit;
           TCK:    in                 bit;
           TDO:    out                bit;
            --ZQ:    in                 bit;
          VREF:    linkage bit_vector(0 to 1); 
           Vdd:    linkage bit_vector(0 to 9);
           Vss:    linkage bit_vector(0 to 24);
          VDDQ:    linkage bit_vector(0 to 15);
            NC:    linkage bit_vector(0 to 59));

                   use STD_1149_1_2001.all;     

             attribute COMPONENT_CONFORMANCE of K7K1618U2C : entity is

                   "STD_1149_1_2001";

             attribute PIN_MAP of K7K1618U2C : entity is PHYSICAL_PIN_MAP;

                   constant FBGA:PIN_MAP_STRING:=  

     "      SA:   (C7,R5,N5,P5,P4,R4,R3,N6,P7,N7,   " &
     "                 R7,R8,P8,R9,A9,B8,C5,B4,A3),    " & --Address
     "    CQB:   A1,                              " &  --Neg Echo Clock
     "     R_WB:   A4,                              " &  --Write
     "   BW1B:   A5,                              " &  --BYTE WRITE
     "     KB:   A6,                              " &  --Out Negative Clock
     "     LDB:   A8,                              " &  --Read
     "      CQ:   A11,                             " &  --Pos Echo Clock
     "       K:   B6,                              " &  --In Positive Clock 
     "   BW0B:   B7,                              " &  --BYTE WRITE  
     "   QVAL:   P6,                              " &  --Out Positive Clock
     "      DQ:    (P11,M10,L11,K11,J10,F11,E11,C10,B11,  " &
     "              B2,D3,E3,F2,G3,K3,L2,N3,P3),          " &
     "     TMS:   R10,                             " &  --Test Mode Select
     "     TDI:   R11,                             " &  --Test Data-In
     "     TCK:   R2,                              " &  --Test Clock
     "     TDO:   R1,                              " &  --Test Data-Out
     "     DOFFB:    H1,                             " & --Clock
     --"      ZQ:   H11,                          " &  --Input Impedance Match
     "    VREF:  (H2,H10),               " &  --HSTL Input Reference Voltage
     "     VDD:  (F5,F7,G5,G7,H5,H7,J5,J7,K5,K7),                     " &
     "     VSS:  (C4,C8,D4,D5,D6,D7,D8,E5,E6,E7,F6,G6,          " &                                                               
     "            H6,J6,K6,L5,L6,L7,M4,M5,M6,M7,M8,N4,N8),            " &
     "    VDDQ:  (E4,E8,F4,F8,G4,G8,H3,H4,H8,H9,J4,J8,K4,K8,L4,L8),   " &
     "      NC:    (A2,A7,B1,B3,B5,B9,B10,C1,C2,C3,C6,C9,C11,D1,D2,   " &
     "              D9,D10,D11,E1,E2,E9,E10,F1,F3,F9, F10,       " &
     "              G1,G2,G9,G10,G11,J1,J2,J3,J9,J11,K1,        " &
     "              K2,K9,K10,L1,L3,L9,L10,M1,M2,M3,M9,         " &
     "              M11,N1,N2,N9,N10,N11,P1,P2,P9,P10,R6,A10)         " ;

            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 (50.0e6, BOTH);

            attribute INSTRUCTION_LENGTH of K7K1618U2C : entity is 3; 

            attribute INSTRUCTION_OPCODE of K7K1618U2C : entity is 

                      "EXTEST            (000),         " &
                      "IDCODE            (001),         " &
                      "SAMPLEZ           (010),         " &
                      "RESERV1           (011),         " & 
                      "SAMPLE            (100),         " &
                      "PRELOAD           (100),         " &
                      "RESERV2           (101),         " & 
                      "RESERV3           (110),         " & 
                      "BYPASS            (111)          " ;


            attribute INSTRUCTION_CAPTURE of K7K1618U2C : entity is "001";

            attribute INSTRUCTION_PRIVATE of K7K1618U2C : entity is  
         
		 "RESERV1, RESERV2 ,RESERV3" ;

            attribute IDCODE_REGISTER of  K7K1618U2C : entity is

	   "000"                  & -- version
	   "00001010010100010"    & -- part configuration
 	   "00011001110"          & -- Samsung JEDEC Code
	   "1";                     -- 1149.1 requirement

            attribute REGISTER_ACCESS of K7K1618U2C : entity is

                  "BOUNDARY    (EXTEST,SAMPLEZ,SAMPLE),  " &
                  "BYPASS      (BYPASS)                  " ;

            attribute BOUNDARY_LENGTH  of  K7K1618U2C : entity is 109;

            attribute BOUNDARY_REGISTER  of  K7K1618U2C : entity is

            "0        (BC_4, *,         internal,    X), " &
            "1        (BC_4, QVAL,          input,    X), " &
            "2        (BC_4, SA(8),      input,    X), " &
            "3        (BC_4, SA(9),      input,    X), " &
            "4        (BC_4, SA(10),      input,    X), " &
            "5        (BC_4, SA(11),      input,    X), " &
            "6        (BC_4, SA(12),      input,    X), " &
            "7        (BC_4, SA(13),      input,    X), " &
            "8        (BC_4, SA(14),      input,    X), " &
            "9        (BC_7, DQ(0),       bidir,    X, 108, 0, Z), " &
            "10       (BC_4, *,          internal, X), " &
            "11       (BC_4, *,          internal, X), " &
            "12       (BC_4, *,          internal, X), " &
            "13       (BC_7, DQ(1),       bidir,    X, 108, 0, Z), " &
            "14       (BC_4, *,          internal, X), " &
            "15       (BC_4, *,          internal, X), " &
            "16       (BC_4, *,          internal, X), " &
            "17       (BC_7, DQ(2),       bidir,    X, 108, 0, Z), " &
            "18       (BC_4, *,          internal, X), " &
            "19       (BC_4, *,          internal, X), " &
            "20       (BC_4, *,          internal, X), " &
            "21       (BC_7, DQ(3),       bidir,    X, 108, 0, Z), " &
            "22       (BC_4, *,          internal, X), " &
            "23       (BC_4, *,          internal, X), " &
            "24       (BC_4, *,          internal, X), " &
            "25       (BC_7, DQ(4),       bidir,    X, 108, 0, Z), " &
            "26       (BC_4, *,          internal, X), " &
            "27       (BC_4, *,          internal, X), " &
            "28       (BC_4, *,          internal, X), " &
            "29       (BC_4, *,          internal, X), " &
            "30       (BC_7, DQ(5),       bidir,    X, 108, 0, Z), " &
            "31       (BC_4, *,          internal, X), " &
            "32       (BC_4, *,          internal, X), " &
            "33       (BC_4, *,          internal, X), " &
            "34       (BC_7, DQ(6),       bidir,    X, 108, 0, Z), " &
            "35       (BC_4, *,          internal, X), " &
            "36       (BC_4, *,          internal, X), " &
            "37       (BC_4, *,          internal, X), " &
            "38       (BC_7, DQ(7),       bidir,    X, 108, 0, Z), " &
            "39       (BC_4, *,          internal, X), " &
            "40       (BC_4, *,          internal, X), " &
            "41       (BC_4, *,          internal, X), " &
            "42       (BC_7, DQ(8),       bidir,    X, 108, 0, Z), " &
            "43       (BC_4, *,          internal, X), " &
            "44       (BC_4, *,          internal, X), " &
            "45       (BC_4, *,          internal, X), " &
            "46       (BC_9, CQ,         output2,  X), " &
            "47       (BC_4, *,         internal,    X), " &
            "48       (BC_4, SA(15),      input,    X), " &
            "49       (BC_4, SA(16),      input,    X), " &
            "50       (BC_4, SA(1),      input,    X), " &
            "51       (BC_4, * ,     internal,    X), " &
            "52       (BC_4, LDB,         input,    X), " &
            "53       (BC_4, *,          internal, X), " &
            "54       (BC_4, BW0B,       input,    X), " &
            "55       (BC_4, K,          input,    X), " &
            "56       (BC_4, KB,         input,    X), " &
            "57       (BC_4, *,          internal, X), " &
            "58       (BC_4, BW1B,       input,    X), " &
            "59       (BC_4, R_WB,         input,    X), " &
            "60       (BC_4, SA(17),     input,    X), " &
            "61       (BC_4, SA(18),     input,    X), " &
            "62       (BC_4, SA(19),     input, X), " &
            "63       (BC_4, *,          internal, X), " &
            "64       (BC_9, CQB,        output2,  X), " &  
            "65       (BC_7, DQ(9),       bidir,    X, 108, 0, Z), " &
            "66       (BC_4, *,          internal, X), " &
            "67       (BC_4, *,          internal, X), " &
            "68       (BC_4, *,          internal, X), " &
            "69       (BC_7, DQ(10),      bidir,    X, 108, 0, Z), " &
            "70       (BC_4, *,          internal, X), " &
            "71       (BC_4, *,          internal, X), " &
            "72       (BC_4, *,          internal, X), " &
            "73       (BC_7, DQ(11),      bidir,    X, 108, 0, Z), " &
            "74       (BC_4, *,          internal, X), " &
            "75       (BC_4, *,          internal, X), " &
            "76       (BC_4, *,          internal, X), " &
            "77       (BC_7, DQ(12),      bidir,    X, 108, 0, Z), " &
            "78       (BC_4, *,          internal, X), " &
            "79       (BC_4, *,          internal, X), " &
            "80       (BC_4, *,          internal, X), " &
            "81       (BC_7, DQ(13),      bidir,    X, 108, 0, Z), " &
            "82       (BC_4, *,          internal, X), " &
            "83       (BC_4, DOFFB,      input,    X), " &
            "84       (BC_4, *,          internal, X), " &
            "85       (BC_4, *,          internal, X), " &
            "86       (BC_7, DQ(14),      bidir,    X, 108, 0, Z), " &
            "87       (BC_4, *,          internal, X), " &
            "88       (BC_4, *,          internal, X), " &
            "89       (BC_4, *,          internal, X), " &
            "90       (BC_7, DQ(15),      bidir,    X, 108, 0, Z), " &
            "91       (BC_4, *,          internal, X), " &
            "92       (BC_4, *,          internal, X), " &
            "93       (BC_4, *,          internal, X), " &
            "94       (BC_7, DQ(16),      bidir,    X, 108, 0, Z), " &
            "95       (BC_4, *,          internal, X), " &
            "96       (BC_4, *,          internal, X), " &
            "97       (BC_4, *,          internal, X), " &
            "98       (BC_7, DQ(17),      bidir,    X, 108, 0, Z), " &  
            "99       (BC_4, *,          internal, X), " &
           "100       (BC_4, *,          internal, X), " &
           "101       (BC_4, *,          internal, X), " &
           "102       (BC_4, SA(7),     input,    X), " &
           "103       (BC_4, SA(6),     input,    X), " &
           "104       (BC_4, SA(5),     input,    X), " &
           "105       (BC_4, SA(4),     input,    X), " &
           "106       (BC_4, SA(3),     input,    X), " &
           "107       (BC_4, SA(2),     input,    X), " &
           "108       (BC_2,  *   ,     controlr, 0) " ;

--NOTE:
--The BC_2 version of a control cell needs to be decided by the 
--designer. The CONTROLR indicates that the scan cell is "set" 
--with the safe value at power up AND when the JTAG TAP controller 
--enters the Test LOGIC RESET STATE	

end K7K1618U2C;

This library contains 7815 BSDL files (for 6182 distinct entities) from 66 vendors
Last BSDL model (PIC24FJ64GA002) was added on Nov 10, 2017 08:41
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