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1. UIL gt 67 Chubu Electric Co Ltd 2 MATLAB 2 8 2 I O0 ADSP324 06 4 ADSP324 06 1I 0 1 ADSP324 06
2. Mux Demux 85 Chubu Electric Co Ltd 2 MATLAB I 0 2 9 2 ADSP324 11 4 ADSP324 11 4 1 0 1 ADSP324 11 0
3. 4 INV N ft 3 S I MUL I NK 2 S L RTW C RT CRO7 4 1 DA AD 3 2 a R TW rai n
4. 5 2 2 IT extern SimStruct const rtS ssSetStopRequested rtS 1 Chubu Electric Co Ltd 12 6 6 6 6 1 USERFUNC C MATLAB MATLAB_RO0T USERFUNC C MATLAB LA
5. S S
6. Chubu Electric Co Ltd 32 12 12 D SP RT R T 1 1 N N D S P 12 1
7. 7T 2 8 15 ADSP324 06 8 Bit port output Terminate output Block Parameters p out9 8 Bit port output with terminate mask link ADSP324 06 Paralell Output with terminate output NI Output port number 0 to 15 Terminate value 4128 to 127 lo e Output port number 0 to 15 2 8 1 68 Terminate value 0 to OFFFFFFFfh 1 6 PY ag 83 Chubu Electric Co Ltd 2 MATLAB I 0
8. Y MATLAB 440 0004 3 2 8 TEL lt 0532 gt 61 9566 FAX lt 0532 gt 63 1081 URL http www chubu el co jp E mail csg chubu el co jp 2006 9 1 ADSP gt Y X z F E R HX MAT L ABE IAF Y dD ES A a aaa ES 1 2 A SS 52 SS 2 0 2 Ds O COS 2 SPEE EE E A A E E E E E EE S 5 a Us rTiitializeSizes DA A A a 5 3 Dz Userinitra liz Ost id ala ida in obs 6 8 8 US EOL AT ota 6 3 4 UserUpdato Osa o ista Areta cede dotar el O O tado e ao 7 3 5 UserBackeromndO A a o ds i 7 3 6 UserTerminate OC a E ET a a Rk 7 ez ARA IA A SEOANE OE R E AES 8 A A 8 10 A 2 ON A A A A A N a 11 5 PAE O RTET IA il la ci n 12 5 1 RL SO SM et bi 12 5 JTE 52 LN e a E SE 12 Oe AA A A E aE 13 6 1 USEREUNG C OA ZAKE ES T EA RS 13 6 2 USERFUNC C
9. DSP 1 0 DLL PC DSP 1 0 DSP DLL DSP Hifdef MATLAB_MEX_FILE SIMULINK DLL Helse DSP Hendif Chubu Electric Co Ltd 3 3 3 DLL
10. R R R 0 1 1 V N DLG R TW Sec k PERA uSec k y 0 2 09 1 AL 2 3 4 J mn tii TH AH 1
11. QA MATLAB Q amp A z7 a Chubu Electric Co Ltd 4 MATLAB 4 3 RTW DSP RTMON UIL 1 DATA ROM EE gt i
12. 1 D A 95 Chubu Electric Co Ltd 2 MATLAB I 0 e D A input M D A e D A input S Terminate output 1 D A e D A input MM Terminate output D A 1
13. C ES AD O 1 83 1 3 Demux 3 1 0 AD O 1 1 I 0 1 T
14. 7 ADSP82X DSP genlib32 genlib674 DSP Small Large geblib674b Small MATLAB 711 YrtwYcYadsp32xYlib674 Large MATLAB 711 YrtwYcYadsp32xYl1b674Ybig lt Chubu Electric Co Ltd 3
15. 0 LOW 1 HIGH LOW 2 8 1 2 ADSP324 06 TTL bit output Terminate output Block Parameters b out3 Bit output mask link ADSP324 06 Bit output with teminate output NA Output port number 40 to 3 p Output bit number 0 to 31 pooo Terminate output 40 or 1 lo Feed wre e Output port number 0 to 3 2 8 1 68 Output bit number 0 to 31 2 8 2 69
16. H LOW 0 HIGH 1 1 2 4 2 ADSP674 TTL bit input Block Parameters b in Bit input mask ACGRO 41 00 Bit Input Input bit number 0 to 7 m ot wre O Input bit number 0 to 7 2 4 1 16 7 Chubu Electric Co Ltd 2 MATLAB 1 0 2 4 2 ADSP674 LOW 1 HIGH LOW H
17. 0 D A V Gain 2 11 6 ADSP324 141 D A output M Block Parameters D A2 ADSP324 141 DA2 mask link 12Bit DA converter Multi channel NI Number of DZA channels 1 to 32 a wy wr 9 Number of A D channels 1 to 32 D A 1 lt 3 2 2 1 1 2 109 113 Chubu Electric Co Ltd 2 MATLAB I 0 2 11 6 1 D A 1 D AB H
18. LOW 0 HIGH 1 3 2 2 8 3 ADSP324 06 TTL port input Block Parameters p in3 Paralell input mask link ADSP324 06 Paralell Input SIA Input port number 40 to 3 _ ok wb O Input port number 0 to 3 2 8 1 68 71 Chubu Electric Co Ltd 2 MATLAB 1I 0 2 8 5 16Bit port 16 LOW 0 HIGH 1
19. 2 13 23 ADSP324 145 paralell Terminate out 32 Block Parameters pot3 Paralell output with Terminate 32 mask ADSP324 145 Paralell output with Terminate 32 gt IA Output port number even number O to 14 p Terminate output array 00000000000000000000000000000000 Handling Method 0 None 1 57 2 WriteStrobe 3 Hold lo Porality 0 411 N 1 5 N 4 P 25 P A N 3 411 P lo Fee wre Output port number even number in 0 to 14 2 1 3 4 O Treminate output 0 or 1 e Handling Method 0 None 1 Hold 2 S A 3 WriteStrobe 2 1 3 6
20. RTMON Single Tasking 4 1 a Configuration Parameters EXAMPLE Configuration FAOT MIIR h MTER ESR E Real Time Workshop DARTE GRT code generati Chubu Electric Co Ltd nn 100 IN 2 YA ERA RO MARIOR BERT 0 001 RO M RIDIRE Single Tasking O NADADORES O ROTO ROET OK Cancel AMI ET X 4 MATLAB IZ Real Time Workshop
21. MATLAB 440 0004 3 2 8 TEL lt 0532 gt 61 9566 FAX lt 0532 gt 63 1081 URL http www chubu e1 co jp E mail csg chubu e1 co jp 2006 9 1 4 DS A B7 h N E 474 LABIEI ZZY D A daa a a A E PE A O A A O A A O A A A A A A na eat ele cube ola oboe ote bo plo oboe cba cla o nl PAR A PA an on AA E e T 1 E EE SS aNG so Ei a O AD E E E E E E E AE 3 DARSE A ME Na cn E O A Ae e ea E eE ET EEE cib MATLAB Command Window RIMONN a ra AA ENE E OR NN EE E E E E EE MER EEEE J ETIE A ETI VENA A RS ES Z gt RTMON 3 ExcelBookfEk gt ccoo 4 MATLAB Command Window 5 o E A RAE 1 1 E AMATLAB Command Window RTMON
22. e Default Value s Number of Channels IT D S P 2 0 0 6 0 0 2 5 6 2 0 0 6 0 0 D S P U IL IEEE DS P 1 1 1
23. 0 V Jk Gain 2 10 3 ADSP324 13 A D input M Block Parameters 16Bit 4 D3 16Bit AD2 mask link 16Bit A D converter Mu channel Number of 44D channels 1 to 8 Sampling time Sec lo yk M2 O Number of A D channels 1 to 8 A D 1 8 2 10 1 97 O Sampling time Sec
24. Nal R 77 Chubu Electric Co Ltd 2 MATLAB I 0 2 8 11 3 2 0 1 3 1 LOW 0 HTGH 1 TTL 1 1 1 1 0 1
25. 2 6 1 Data byte size Data type 1 2 4 1 Ey bit 2 unsigned int 1 3 int 2 1 7FFFFFFFH 2 2 4 2 2 4 2 2 2 4 2 2 4 CPU 1 6 CPU CPU BASE 1 F
26. A D Demux 1 D A A D 1 Y 163 Chubu Electric Co Ltd 2 MATLAB 1 0 2 14 2 1 D A 1 D A D A V
27. D S P 200800 1 KK 2 1 0 2 2 ADSP674 DP 122p DS P ADSP674 123p 1 1 Chubu Electric Co Ltd 34 2 MATLAB I 0 2 6 6 DP DP DSP DSP Var D S P
28. LOW 0 HIGH 1 1 Xx 2 8 2 ADSP324 06 TTL bit input Block Parameters b in1 Bit input mask link ADSP324 06 Bit Input NA Input port number to 3 p Input bit number 40 to 31 lo ok w www O Input port number 0 to 3 2 8 1 68 O Input bit number 0 to 31 2 8 2 69 Chubu Electric Co Ltd 70 2 MATLAB 1 0 2 8 4
29. 2 1 EF Tu Y UserInitializeSizes gt Chubu Electric Co Ltd RTMON UserInitialize gt ALE UserBackground ADE Yes rs gt UserTerminate SIMULINK N gt a SK R o UserOutput SIMULINK SIMULINK UserUpdate
30. R R CM Ex ALE x186 R AM DPRAM ADSP674 ADSP674 Chubu Electric Co Ltd 10 2 MATLAB I 0 2 3 5 SIO SIO ADSP674 SIO ADSP674 S10 x 2 3 4 SIO in Block Parameters DSP_SIO in SIO Input SYNC mask ACRO 41 00 SIO Input NA
31. 2 3 4 DP 2 3 3 HOST DPRAM out Block Parameters DPRAM out Outport mask Dual Port R AM Output Output to HOST Computer Number of channels to 256 i Ay O Number of Channels 1 to 256 ADSP674 3COOH 2 5 6 3COOH ADSP674 ADSP674 1
32. 3 2 2 ML ML T ML C Matlab6p5p1 Work MATLAB Command Window cd lt gt cd C Matlab71 Work D USER SomeOneYMatlabWork cd D YUSERYSomeOneMatlabWork BL S Chubu Electric Co Ltd 3 lt gt MATLAB 7 1 67
33. ADSP674 3800H 256 3800H ADSP674 PU OR ADSP674 1 1 1 Chubu Electric Co Ltd 8 2 MATLAB I 0 N w CO tal DP DP ADSP674 DPRAM ADSP674 UIL
34. A NET 0 A Chubu Electric Co Ltd Tio 2 MATLAB I 0 2 11 4 AD A D A D A D 0 0 0 V Gain
35. 3 1 5e 003 0 0 0015 RTW R ells 1 0 frmxls Excel Excel CRO
36. Gain Constant Switch I O frmxls toxls E x c e 1 Exc e 1 MATLAB 2 1 MATLAB 2 Microsoft Excel 2000 XP 200 3 for Windows Microsoft Microsoft Corporation MATLAB The Math Works Inc Svj Chubu Electric Co
37. 2 1 3 4 e Higher and Low Rank 0 Higer 1 Low 16 0 1 Input bit number 0 to 15 2 1 3 5 e Porality 0 All Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TTL A O STB ACK STB ACK 2 STB ACK 3 STB ACK 139 Chubu Electric Co Ltd 2 MATLAB I 0 2 13 16 PIO paralell in 32 PIO paralell in 32
38. 8 0 LOW 1 HIGH 2 7 27 1 x 2 8 9 ADSP324 06 8 Bit port output Block Parameters p out7 8 Bit oprt output mask link ADSP324 06 Paralell Output NA Output port number 0 to 15 a e Output port number 0 to 15 2 8 1 68 mi en E
39. Ex Ver5 1 6 warning Output filename test11_data asm truncated for desired COFF format 2 3 DSP DS P ADSP674 00H 00 Code Composer Studio Ver 1 0 2 1 2 2 3 0 ADSP324 00A CPL320FLT MS 5 1 hk Code Composer Studio CCS320FLT MS 5 1 Chubu Electric Co Ltd 3 SIMUL INK 3 S IMUL INK SIMULINK R 3 1 simulink Sources Pulse Generator 3 2 simulink Sources Signal Generator Pulse Generator Signal Generator D S P SIMULINK 1 DS P
40. UI 30 123p 2 MATLAB I 0 2 6 2 DP DP DSP DP R AM D S P UI 0 DP 2 6 2 HOST DPRAM in 7 Source Block Parameters DPRAM ini Inport mask link Dual Port R M Input port Input from HOST Computer NA Number of channels 1 to 256 il Default Value s O Number of Channels 1 to 256
41. RT DLG Gain1 Sum root_Gain root_Gain1 lestMDL LEO ARO RRO root_Gain root Gain TER Chubu Electric Co Ltd 26 1 0 D S P D S P DSP 3 0 Q amp A MATLAB
42. INV C GE 1 C YMatlabr12YrtwYcYadsp32xYa32x tmf C Matlabr12 rtw c adsp32x a32x2 tmf 2 Make
43. MAP untitled cmd OK rt MAP MAP MATLAB SIMULINK FT TT Qr T
44. DLG gt Otesterw testelf OM Tx ELF ELF y R test elf R ML DLG ML RTMON ML RTMON 0 D S D G R 0 DS P R q
45. 0 D A H V Gain 2 10 7 ADSP324 13 D A output MM Block Parameters 16Bit D A2 16Bit D A2 mask link 16Bit D A converter Multi channel Number of DA channels 1 to 8 wy wre amea O Number of D A channels 1 to 8 D A 1 8 2 10 1 97 Chubu Electric Co Ltd 104 2 MATLAB 1 0 2 10 10 1 D A D A 3 E
46. PATH DSP 1 0 1 F Ns Chubu Electric Co Ltd 3 3 6 SUMULINK DSP RT 1 MATLAB MATLAB CD 2 S Function S Function C c 3
47. 2 8 1 68 Output bit number 0 to 31 2 8 2 69 E Chubu Electric Co Ltd 74 2 MATLAB I 0 2 8 8 3 2 0 LOW 1 HIGH
48. 2 1 3 6 Porality 0 A11 Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TTL a O STB ACK STB 2 STB JE Chubu Electric Co E ACK 3 STB ACK Ltd EZ ACK 2 MATLAB I 0 2 13 21 PIO bit out with Terminate 16 PIO bit output Terminate out 16 1 6 0 OFF 1 ON OFF
49. O Buffer length 1 32767 D S P 1 x w ce 2 N U I RTW
50. RTW DSP E HES KITZ 4 3 1 ROM x x O O O x x x D SP CPU SIMULINK
51. gt gt 13 MATLAB for CRO74x 7 MATLAB for CRO74x 71 Em MATLAB for CRO74x Ver 1 00 00 MATLAB forMATLAB 7 x HX E Chubu Electric Co Ltd 9 4 D SP 4 D S P MATLAB MATLAB UI D S P DSP ADSP324 00A ADSP674 00 00H MATLAB I B ADSP324 41D ADSP674 341D MATLAB U I L ADSP324 49D ADSP324 50 ADSP674 349D ADSP674 350 DSP 1 MLL IBMLUIL
52. 77 F S MATLAB H RTW HHH Successful completion of Real Time Workshop build procedure for model XXXXX QE XXXXX 2 2
53. RTW model h typedef struct States_tag States 0 X 2 MATLAB Copmmand Windowd X2 X 2 plot T X2 Y 1 Chubu Electric Co Ltd 38 2006 9 14
54. 2 8 U I L 4 DSP S imul ink DP DP R AM UIL_DpOutput UIL_DpInput A O DSP v o gt a y gt DPRAM input DPRAM Output DP RAM SubSystem DP RAM HH R RT 1 R AM DPRAM D S P DSP
55. 0 OFF 1 ON OFF 2 13 17 ADSP324 145 bit out 32 Block Parameters botl Bit output 32 mask ADSP324 145 Bit output 32 gt Input port number even number O to 14 1 Output bit number to 31 lo Handling Method O None 1 5 A 2 WriteStrobe 3 Hold lo Porality 0 A11 N 1 5 N 4 P 2 5 P 4 N 3 41 P lo Fee wre Output port number even number in 0 to 14 2 1 3 4 Output bit number 0 to 31 0 3 1 2 1 3 5 e Handling Method 0 None 1 Hold 2 S A 3 WriteStrobe
56. MATLAB 71_67 MS DOS BAT G BAT ML 1 6 bat MERO gt sn 0 v Or Start MATLAB The Language of Technical Computi F D ML ML SL 9 gt Chubu Electric Co Ltd 4 4 MATLAB gt gt Mz MATLAB Untitled
57. K X1024 K X1024 X1024 2 KAX 2048 12 5 Binaly ML ASCII ML ML Binaly MAT ASCII DAT CSV CSV _grt_rtw
58. H 0 OFF 1 ON OFF 2 9 6 ADSP324 11 Isolated bit output Terminate output Block Parameters b out2 Bit output 1 mask link ADSP324 11 Bit Output with terminate output NI Output port number 40 to 3 a Output bit number 0 to 15 lo Treminate output 40 or 1 aAA ok w wre O Output port number 0 to 3 HH 2 9 1 86 O Output bit number 0 to 15 0 1 5
59. 171 Chubu Electric Co Ltd 2006 09 19 T 440 0004 TEL lt 0532 gt 61 9566 URL MATLAB TI O 3 2 8 FAX lt 0532 gt 63 1081 167Hhnttp www chubu e1 co jp E mail csg chubu e1 co jp 2006 9 1 ADSPY X z FER OO y Y MAT LABKI ZZ Y D WWW WWW aw Ww GO A e e caba a de a 1 a NN 1 AE EN A A A A IN ADOOS 2 1 rae A N TA E ETE a CN 2 2 DERAT A IOME eS CN A 2 34 DELE a e a ds 3 4 DLL 3 Su SEMA O A N E E AE ER 3 6 4 7 IAT TOARRE SU RN E E T A OEE 5 8 A A A A 5 9 RV CORE AA O Sa e E EE
60. MATLAB SIMULINK Real Time Workshop The Math Works Inc CCS Texas Instruments Chubu Electric Co Ltd za 2 2 1 DSP DSP 2 MATLAB MATLAB 3 MATLAB 4 ADSPXX4 x41D x49D x50 1 gt 2 3 4 MATLAB MATLAB Toolbox Yy MATLAB 3
61. Ip Chubu Electric Co Ltd _3 _ 3 2 UserInitialize void UserInitialize void 3 3 UserOutput void UserOutput double t SIMULINK double ts SIMULINK Real Time Options Start time 0 Chubu Electric Co Ltd 3 3 4 UserUpdate void UserUpdate void
62. Buffer 1ength U I L U IL LE Chubu Electric Co Ltd 56 2 MATLAB I 0 2 7 ADSP324 03 2 7 1 2 7 1 ADSP324 03 1 2 A D D A 2 7 1 ADSP324 03 C Library ACRO74X ADSP3 MBR FE RARO RTD SLO ALE ADSP324 03 12Bit A D D A Board ADSP324 03 AJD input S 12Bit A D1 ADSP32403 AD input Chid 12Bit A D2 ADEF Ea ret D A output S output S Terminate output 12Bit D7A41 12Bit D A3 ADEF aii ra D A output Mi output M Terminate outputs 12Bit DIAZ 12Bit D A4 ADSP324 03 4 A D input S 1 A D
63. DSP S Function S Function MSP model map 3 10 CCS CCS XDS DSP 8 Function 2p Chubu Electric Co Ltd 2006 09 19
64. 1 Chubu Electric Co Ltd 108 2 MATLAB 1 0 2 11 2 ADSP324 141 4 1 A D D A 1 6 8 1 2 ADSP324 141 2 1 1 1 2 11 2 1 4 5 2 11 1 ADSP324 141 HH ADSP324 141 D A
65. rt5event c MATLAB rtw c acro74x rt741 RTW Option ES RTW Step size 4 3 2 SIMULINK Template make file Make command a674 tmf mk674rtw a674 tmf mk674rtw ALONE ON
66. user u 1nt out_num SIMULINK Outport user_y user_y out_num y_num user_y TF Al S E 0 0
67. SI0 IT Mux Chubu Electric Co Ltd 12 2 MATLAB 1 0 2 3 7 SIO SIO SI0 SIO A x 2 3 6 SIO Init Block Parameters DSP_SIO Init SIO hitialize SYNC mask ACGRO 41 00 SIO hitialize NAAA Port number or 1 n nanan SIO Bit Rate Bit Sec 500000 Hee ww 13 Chubu Electric Co Ltd 2 MATLAB I 0 2 3 8 ADSP674
68. RTW Buffer 1ength UIL UIL Chubu Electric Co Ltd 14 2 MATLAB I 0 2 4 ADSP674 On Board PIO ADSP674 00H 00 ADSP674 ADSP674 On Board PIO ADSP674 PIO0 1 0 2 4 1 ADSP674 On Board PIO Library ACRO741 ACRO741 00 ACRO741 00 On Bo EBR
69. 0 root Gain Gain 1 000000008 000 1 09000003e 000 Chubu Electric Co Ltd 3 3 3 Exce 1 ExcelBook Autotest xls condition list 2 R TMON condition list frmxls toxls frmxls toxls Zu y y REMIB Z lt Exce 1 gt MATLAB rtw c adsp32x rtmon674 rtmonm 2 1ist
70. ADSP324 11 Chubu Electric Co Ltd 3 2 1 x 2 9 4 ADSP324 11 Counter input Block Parameters cnt Counter input mask link ADSP324 11 Counter Input INGA Counter port number 0 to 15 a Preset control flag 0 No 1 Yes ___ Preset value y J ok w ww Counter port number 0 to 15 2 9 1 86 Preset controll flagg 0 No 1 Yes 0 1 0 1 Preset value
71. AD AD 0 0 0O JI Gain 2 10 5 ADSP324 13 A D input M MP Block Parameters 16Bit A D2 MP 16Bit A D2 MP mask link 16Bit AD converter Multi channel with MP AA Number of 4D channels 1 to 64 64 Sampling time Sec lo PGA amp O bypass use ng AAA ooo ok w wre O Number of A D channels 1 to 64 A D 1 6 4
72. DLG test2 MDL Y None SS E h ll p H eg ora 12 3 1 2 2 1 3 3 1 Chubu Electric Co Ltd 34 12 12 4 D SP 2
73. p SIMULINK SIMULINK Import Outport user_u user_y Inport Outport Chubu Electric Co Ltd SPS 3 3 6 UserInitializeSizes SIMULINK UserInitialize UserOutput SIMULINK UserUpdate SIMULINK
74. 2 1 3 6 Porality 0 A11 Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TTL 0 O STB ACK STB ACK 2 STB Cara ACK 3 STB ACK 149 Chubu Electric Co Ltd 2 MATLAB I 0 2 13 26 From GOT From GOT ADSP674 ADSP GOT GOT GOT 2 13 25 ADSP324 145 From GOT Block Parameters feotl From GOT Scalar mask ADSP324 145 Scalar Data From GOT ATI GOT Address No 916 to 1779 816 Data Type signed 1 unsigned lo ok w ww GOT Address No 916 to 1779 GOT 916 1779 GOT ADSP674 e Data Typ
75. 2 13 20 ADSP324 145 bit output Terminate out 16 Block Parameters bot4 Bit output with Terminate 16 mask ADSP324 145 Bit output with Terminate 15 gt es Output port number even number 0 to 14 High or Low Rank 0 High 1 Low Output bit number 0 to 15 A Terminate output 0 or 1 CO qa EA Handling Method 0 None 1 5 4 2 WriteStrobe 3 Hold Porality 0 A411 N 1 5 N 4 P 25 P 4 N 3 All P ii ok 1 eo fo O Output port number even number in 0 to 14 2 1 3 4 e Higher and Low Rank 0 Higer 1 Low 16 0 1 O Output bit number 0 to 31 0 3 1 2 13 5 O Treminate output 0 or 1 O Handling Method 0 None 1 Hold 2
76. Y 122 INV E ADSP674 DP ADSP674 ADSP674 123 119 Chubu Electric Co Ltd 2 MATLAB 1I 0 2 12 5 CN12 Output CN12 Output 1 2 ADSP674 ADSP674 ADSP674 ADSP674 ADSP674 X 2 1 2 4AD5P324 143 CN12 Output Block Parameters CN12 out ON12 Output mask link Dual Port RAM CN12 Output CIA Board NO 0 to 3 A Number of channels 1 to 2045 1 e Board NO 0 to 3 ADSP324 143 0 3
77. O lsolated paralell input O lsolated paralell output BELO Y NEO RARE DITA ART A STO YI Chubu Electric Co Ltd 84 2 MATLAB I 0 ADSP324 11 UL
78. x 2 4 4 ADSP674 TTL bit output with Terminate output Block Parameters b out2 Bit output mask AGRO 41 00 Bit output with teminate output CATIA Output bit number to 7 A Terminate output or 1 lo _ OK _ _ tw wm Output bit number 0 to 7 K 2 4 1 16 Terminate output 0 or 1 Mm Or EF 0 LOW 1 HIGH 19 Chubu Electric Co Ltd 2 MATLAB 1I 0 ADSP674 2 4 4 PIO E LOW 0
79. 1 ADSP674 T E 4 5 6 3 Chubu Electric Co Ltd
80. H help setoptn gt gt setoptn autotest xls 0 01 step size 0 01Sec gt gt autotest autotest xls lt AutoTest start lt C MATLABR132 work test10_grt_rtw autotest xls gt gt Finish gt gt setoptn autotest xls gt gt setprm autotest xls gt gt sample autotest xls autotest1 xls Chubu Electric Co Ltd 1 4 4 2 RTMON O RTMON gt gt
81. 2 1 3 6 Porality 0 All Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TTL O STB ACK 1 STB ACK 2 STB ACK Aim 3 STB ACK Chubu Electric Co Ltd 142 2 MATLAB I 0 2 13 19 PIO bit out 16 PIO bit out 16 16 0 OFF 1 ON OFF x 2 13 18 ADSP324 145 bit out 16 Block
82. 2 10 2 97 O Sampling time Sec A D 0 A D O PGA amp 0 bypass 1 use PcGA 1 AD PGA 2 10 3 0 Chubu Electric Co Ltd 102 2 MATLAB 1 0 2 10 8 1 D A 1 D A D A LES
83. RT 1 RT 1 Stop time 2 Stop Simulation 0 3 4 U IL RT 5 ai Chubu Electric Co Ltd 4 1 SIMULINK USERFUNC C UserInitializeSizes 0 malloc double user_u SIMULINK double user_y SIMULINK
84. 0 256 WL RY ET x OK DLG OK 2 RtMon Multi for CRO741 test2 0 root_Gain 2 FE R RTV RES BED MD 90700 070 e ea e 2 e Blot il izma Er A 3 olx DER 2 Chubu Electric Co Ltd 28 1 0 10 4
85. Chubu Electric Co Ltd 42 2 MATLAB I 0 2 6 14 S10O RS232 C DSP S I O 1 2 5 5 1 2 5 5 DSP gt E E EAN D S P DS P lt gt DS 8 2
86. DX 9 JE e 50 AB ADSP674 341D MATLABIE UIL ADSP674 349D MATLAB ADSP674 350 MATLABO 4 JLA ADSP674 DIMATLRB6p5p1 MATLAB ADSP674 R14 3 7 1 B PIAR UI MOAAN aya Chubu Electric Co Ltd 3 1 2 MATLAB for CRO74x MATLAB for CRO74x Ver 1 0000 7221 CWINDOWS system32 UilA741 dIl E 13
87. 2 1 2 1 117 O Number of channels 1 to 2045 ADSP674 ADSP674 DP 122 ADSP674 ADSP674 123 Chubu Electric Co Ltd 120 2 MATLAB I 0 2 12 06 CN13 Output CN13 Output 1 3 ADSP674 ADSP674 ADSP674 ADSP674 ADSP674
88. 1 RT 2 RTMON UIL 3 RT 1 Ea EIER E DM FAA ZUERA AA ZE VE 3 Chubu Electric Co Ltd zn Enk NN xml 2 SIMULINK gt o gt gt Inport Outport UserOutput System UserUpdate user_u user_y SIMULINK
89. J UIL 1 A D Demux 1 D A A
90. O Default Values 0 ADSP674 11 0 k HS A ADSP674 DP 122 ADSP674 ADSP674 123 Chubu Electric Co Ltd 118 2 MATLAB I 0 2 12 4 CN13 Input CN13 Input 1 3 ADSP674 ADSP674 ADSP674
91. UserBackground UserTerminate USERFUNC C y 3 1 UserInitializeSizes int UserInitializeSizes int in num int out_num 1 1 1nt in_num SIMULINK Inport user_u u_num
92. 1 Preset value Preset controll flagg 1 Preset controll flagg 1 3 2 231 231 1 90 2 MATLAB I 0 2 9 6 1 1 0 1
93. gt X EST ol x Eldsp1 1 I lxi Eldsp2 IMM REO RTV a E REO RTV al FE ARO RTW zah ED 10 17D ED MO 17D O AU n n FWD DSP nan la i DPRAM out2 Sine Wave ou a FWD DSP gt BDDSP DPRAM in2 DPRAM in3 Gain Terminator Discrete Pulse DPRAM out3 Generator ADSP674 ADSP674 ADSP674 0 1 2 CN13 CN12 123 Chubu Electric Co Ltd 2 MATLAB I 0 2 1 3 ADSP324 145 2 13 1 2 1 3 1 ADSP324 145 2 1 3 1 ADSP324 145 E Library ACRO74X ADSP324 145 FE CE RTA 20 MUI ADSP324 195 Multi Function Board ADSP324 195 ADSP324 195 ADSP3249 195 P ADSP324 195 ADSP324 195 Set Watch Dog Pulse Output Capture S s Puum Output L 5 Pwm Output 5 pls watchdog capture pwm1 pwms capture2 puum2 pum koni ADSP324145 f ADSP324145 ADSP324145 ADSP324 145
94. 440 0004 3 2 8 TEL lt 0532 gt 61 9566 FAX lt 0532 gt 63 1081 URL http www chubu el co jp E mail csg chubu el co jp 2006 10 2 ADSP gt J X RTEFA ADER MAT LABKI ZZ Y dD PERERA ZA AL A AAA A PO IS IA E 2 O E A O i 2 2 1 E A A A O 2 ETA O a EN A o al at dt ideo boa 2 2 3 DSP NT SIRS E a SR 2 3 STMUL NAAA a A si 3 3 1 simulink Sources Pulse Generator 3 SAN simulink Sources Signal Generator 3 3 3 simutlink Sources From BS 3 3 4 simulink Sources From WorkSpace 3 AS O SI 3 3 6 simulink Nonlinear MATLAB Fen ooooooooooooo ro 3 ILT simulink Nonlinear Algebratic Constraint 3 3 8 sim link Nominearre Fei arera e ea A trad 4 3 9 Simulink Extras Additional Discrete Discrete Zero Pole 5 3 10 Simulink Extras Flip Flops D Flip Flop 5 A MA dd o id De 6 4 1 MEETS A A NR 6 4 2 DOTA A AS A Ge da oros 6 4 3 E E A 8 4 4 FAI CN A 2 9 4 5 RTMON JA 9 4 6 A E A E E ETE T E NE EAEE 9 Dima SATI A Y AANE MMM NR GE 10 Bis SIMMEINKE SO 10 5u 2 RTIA DA AOS DAS EA AS E A A 10 6
95. 86 2 9 3 cinco 88 2 9 4 89 2 9 5 0 RNNMKNN NAM 90 Chubu Electric Co Ltd 9 MD MW MW RI No DO DO DD RV MR Do RR RM y RS SS NN DS PRR RR RL CCF NF Fo 0 0 O O N NNNNNNN Do 91 6 7 rererere 92 8 93 9 LL 94 A a MAA 95 oe 95 0 2 97 US A nN e dis 98 0 4 1 A D LL 99 0 5 A D
96. lt gt 1 text O OCPMEM 2 bss static O 3 clo 4 data ASM HF 4 k 5 sysmem 6 stack O OCDMEM 7 cinit 8 const static 9 switch O 10 far Far O 6 4 RTW MATALB Command Window gt gt cannot allocate text in OCPMEM page 0 gt gt cannot allocate bss in OCDMEM page 0 gt gt cannot allocate cinit in OCDMEM page 0 gt gt cannot allocate sysmem in OCDMEM page 0 gt gt cannot allocate far in OCDMEM page 0 gt gt errors in input untitled out not built NMAKE f l error U1077
97. 2 9 2 87 Terminale output 0 or 1 3 INV o 92 2 MATLAB 1 0 2 9 8 SEC y PERR ERA DIT A ARAS YD BLE y NIE DT SA A 2 4 0 1 2 3 OFF 0 ON 1 0 2 9 7 ADSP324 11 ISO paralell input Block Parameters pp inl Paralell input mask link ADSP324 11 150 Paralell Input IA Input port number 40 to 3 m _ ok tom wre O Input port number 0 to 3 2 9 1 86
98. 2 8 1 XK 2 8 2 1 4 5 E 2 8 1 ADSP324 06 8 ID 0D00 07 1D 0D08 15 1D 0D16 23 1D 0D24 31 ID 0D00 07 ID 0D08 15 ID 0D16 23 ID 0D24 31 ID 0D00 07 1D 0D08 15 1D 0D16 23 1D 0D24 31 ID 0D00 07 1D 0D08 15 1D 0D16 23 1D 0D24 31 A E lee l jia joa a ju I Ra o Ae Iw ID pa al Chubu Electric Co Ltd 68 2 MATLAB 1 0 2 8 2 ADSP324 06 m l AT 1D 0D31 69 Chubu Electric Co Ltd 2 MATLAB I 0 2 8 3
99. 2 9 1 2 9 2 1 4 5 K 2 9 1 ADSP324 11 Chubu Electric Co Ltd 86 2 MATLAB 1 0 E 2 9 2 ADSP324 11 00_00 1 87 Chubu Electric Co Ltd 2 MATLAB I 0 2 Qe Os OFF 0 ON 1
100. 9600BPS MAX 1 cx2 5 5 1 255 3 2 IEEE7547 P DSP DEHAIF 2 Lap DSP DSP DS P 1 DSP 43 Chubu Electric Co Ltd 2 MATLAB 1 0 e D SP O ch 1 2 8 4 5 6 1 ASCII O 2 1 25 5 3 IEEE 754
101. MATLAB Version 6 0 12 6 Tri ur os Al aa Chubu Electric Co Ltd _ 1 3 13 RT ORT Stop simulation ORTMON RTMON RT 1 R 2
102. 0 OFF 1 ON OFF x 2 9 3 ADSP324 11 Isolated bit output Block Parameters b out3 Bit output mask link ADSP324 11 Bit Output AAA Output port number 0 to 3 p Output bit number 0 to 15 h ok tw wm Output port number 0 to 3 2 9 1 86 Output bit number 0 to 15 0 1 5 2 9 2 87 89 Chubu Electric Co Ltd 2 MATLAB I 0 2 9 5
103. 2 6 13 DSP_SIO in 1 Source Block Parameters DSP SIO in SIO Input SYNC mask link ADSP32 X 00 50 SIO Input Number of input channels 1 to 255 i Input default values s O Number of input Channels 1 to 255 O Default Value s Number of Channels DS P 0 S IO DSP 48p Chubu Electric Co Ltd 2 MATLAB I 0 2 6 16 S TO UDSP
104. 1 10 8 Y Y Y 0 DL G DC 0 V DC 10 9 2 1 X 1 DLG
105. 1227F 2 MATLAB I 0 2 12 8 ADSP674 ADSP674 DPRAM FWD BW ADSP674 ADSP324 143 CN12 ADSP674 CN13 ADSP674 ADSP674 ADSP674 0 1 2 ADSP674 1 CN12 ADSP674 0 CN13 ADSP674 2
106. Extrapolation 2 Setting To Zero Interpolate Excel time 1 2 3 5 8 data 0 1 5 50 100 1Sec time 0 1 2 3 4 5 6 7 8 9 10 11 data 0 0 1 5 5 50 50 50 100 0 0 0 Setting To Zero Chubu Electric Co Ltd 168 2 MATLAB 1 0 2 To Excel 15 3 To Excel Microsoft 4N Excel CRO lef gt y x 2 15 2 To Excel Block Parameters To Excel Output Data To Excel mask link
107. user_u 0 2 a 1 gt da user_ul1 Inport M user_u 2 E gt 2 gt user_ul 4 II Inport N System 1 Inport Inport M 2 Inport N 3 user_ul 0 Input M 1 user_ul 1 Input M 2 user_ul 2 Input N 1 user_ul 3 Input N 2 user_ul 4 Input N 3 a Chubu Electric Co Ltd 4 4 2 user ul PowerPC
108. S Function 3 8 RW Real Time Workshop 3 9 RTW Real Time Workshop
109. S I O RS232 C x 2 6 10 RS232 C in source Block Parameters RS232C in SIO Input RS232C mask link ADSP32 D0 50 SIO Input Number of input channels to 255 Input default values s 10 O Number of input Channels 1 to 255 O Default Value s Number of Channels 4 R S 2 3 2
110. 2 4 1 16 Chubu Electric Co Ltd 24 2 MATLAB 1 0 2 4 9 ADSP674 PIO 0 LOW 2 4 1 0O ADSP674 TTL port output terminate output Block Parameters p out2 Paralell output2 mask ACRO 41 00 Paralell Output with terminate output Terminate value 0 to 255 m Hot wre Terminate value 0 to 255 1 0
111. 3 gt 3 Chubu Electric Co Ltd 50 2 MATLAB I 0 2 6 1 9 DSP DSP DP R AM FWD BWD PS P ADSP324 07A CN 1 2 D S P CN 1 3 DS P D S P D S P 0 1 2
112. SIMULINK Re a 3 5 UserBackground void UserBackground void ent RT RTMON UIL 7 3 DSP RVE 3 6 UserTerminate void UserTerminate void
113. ADSP674 00H 00 ADSP324 00A chubu tlc chubu tlc Make mk674rtwb mk674rtw mk32xrtw 7 7 Make 774 a674b tmf a674 tmf a32x tmf X 4 2 AT MN RE 4 3 6 4 2 RTW E Configura tion Parame ters EXAMPLE Configural tion A le HTMLV JN TADA IIA 1 1 Pram FITt TL Make mk674rtwb make2 674btmi O OK Cancel AZ WAA BEZATE UA
114. fc AE 2 13 24 ADSP324 145 paralell Terminate out 16 Block Parameters pot4 Paralell output with Terminate 16 mask ADSP324 145 Paralell output with Terminate 15 gt IFA Output port number leven number O to 14 amooo High or Low Rank 0 High 1 Low ooo Terminate output array Innnnnnnnnnnnn d SS Handling Method D None 1 5 4 2 WriteStrobe 3 Hold Porality 0 411 N 1 5 N 4 P 25 P A4 N 3 411 P A wre E Output port number even number in 0 to 14 2 1 3 4 Higher and Low Rank 0 Higer 1 Low 16 0 1 Treminate output 0 or 1 Handling Method 0 None 1 Hold 2 S A 3 WriteStrobe
115. 2 1 3 6 X O Porality 0 All Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TTL 0 STB ACK 1 STB 2 STB Chubu Electric Co ACK 3 STB ACK ACK Ltd 146 2 MATLAB I 0 2 y A 13 23 PIO paralell out 16 PIO paralell out 16 1 6 2 13 22 ADSP324 145 paralell out 16 Block Parameters pot2 Paralell output 16 mask ADSP324 145 Paralell output 16 gt ri Output port number ven number 0 to 14 p High or Low Rank 0 High 1 Low ii Handling Method None 1 5 4 2WriteStrobe 3 H
116. O Chubu Electric Co Ltd 5 5 5 1 SIMULINK RW RT Variable Step SIMULINK Solver Type Fixed Step
117. 1 1 0 1 0 1 Preset value 2 13 6 ADSP324 145 Counter preset Block Parameters set Counter preset mask ADSP324 145 Counter preset NA Counter channel number 0 to 15 Preset value O ok tw www O Counter channel number 0 to 15 2 1 3 2 Preset value gt 3 2 CARRERA AA 1
118. OK 10 10 2 scp _ pa Chubu Electric Co Ltd 1 1 11 DS P
119. 53 Chubu Electric Co Ltd 2 MATLAB I 0 Data type 2 Byte size 1 Data type 3 Byte size 1 2 6 4 1 D7 D6 D5 D4 D3 D2 D1 DO BASE 0 0 D7 0 D6 0 D5 0 D4 0 D3 0 D2 0 D1 0 DO 2 1 D7 1 D6 1 D5 1 D4 1 D3 1 D2 1 D1 1 DO KO MD x M Dx 0 0 2 5 5 FFH D 7 1 2 8 80D 1 2 7 7FH z Data type 2 Byte size 2 Data type 3 Byte size 2 gt E 2 6 5
120. 7 Chubu Electric Co Ltd 4 1 0define 1 0 1 0 ADSP324 03 1 1 0define gt E Define Number of I O Board VOR RAEE ADSP324 03 ADSP324 06 ADSP324 11 ADSP324 13 ADSP324 141 ADSP324 143 ADSP324 145 aDSP324 145 HENO 11488 I CNTI CPTI PIO PLST PWMT EMP 24B FT CNTT CPT PIO PLS FP PwMT EMP 3488 CNTI CPTI PIO PLST PWMT EMP 448 CNTI CET PIO PLST PWMIT EMP AD Sine Wave 1 0 H z pi 2 10 Close
121. Chubu Electric Co Ltd 128 2 MATLAB I 0 2 1 3 5 Counter 1nput Counter Input ADSP324 145 3 Ey p 1 2 13 4 ADSP324 145 Counter Input Block Parameters cntl Counter input mask ADSP324 145 Counter Input gt Counter channel number 0 to 15 p Counter Multiple 1 2 4 EE Reset permission D Disable 1 Enable gt jo Preset control flag 0 No 1 Yes fi Preset value a area Counter channel number 0
122. O D A input S 1 D A O D A input M D A 1 0 J Chubu Electric Co Ltd 162 2 MATLAB 1 0 1
123. V Gain 2 10 6 ADSP324 13 D A output S Block Parameters 16Bit A D1 16Bit A4D1 mask link 16Bit A D converter Sinele channel NA 4D channel number 0 to 7 Sampling time Sec MAMA oo eot wre D A channel number 0 to 7 D A 0 7 2 10 1 97 103 Chubu Electric Co Ltd 2 MATLAB I 0 2 10 9 D A D A D A D A 0 2 E 0
124. O STB ACK 1 STB ARME ACK 2 STB ACK fiim 3 STB ACK Chubu Electric Co Ltd 138 2 MATLAB I 0 2 13 15 PIO bit In 06 PIO bit In 16 1 6 LOW 1 HIGH 0 LOW 0 HIGH 1 1 2 13 14 ADSP324 145 bit In 16 Block Parameters bin2 Bit input 16 mask A4DSP324 145 Bit Input 16 gt NI Input port number dd number 1 to 15 i High and Low Rank 0 High 1 Low lo Input bit number 0 to 15 lo Porality 0 411 N 1 5 N A4 P 2 5 P 4 N 3 A11 P lo ok _ t wm Input port number odd number in 1 to 15
125. x 2 15 1 From Excel Block Parameters From Excel Input Data From Excel mask link Excel sak TAMANO ROA EROS A jmpolta ay 0 AT M OBAT AL IA o Index 0 Excel Index 0 9 9 ToExce1l Z o Index 0 99 hp eae Extrapolation y seres wre 99 0 Extrapolation
126. 5 2 RTMON RTW R SIMULINK RTW RTMON 7 DA RTW Simulation paramet er Fixed step 7 Ah Chubu Electric Co Ltd 10 6 ADSP674 00H 00 DIA 6 ADSP674 00H 00 6 1 ADSP674 00 DSP SBSRAM SDRAM R AM R AM
127. Chubu Electric Co Ltd 99 8 RT 8 RT R RTMO N R TMON RTMON EE RT yay 0 D LG RtMon Multi for CRO741 test_elf TAO R TW SES 6D YD OIDO IA 3 2 test elf FALIN DAMATLAB6p5p1KworkYHtest_ert_rtw testMDL E PowerPCt 16 0 lt ARA we pm DXMATLAB6p5p1YworkYtest_ert_rtw 2 test RTR EE MATLAB 6 5 1 RTMONLIL 7 F1
128. D A A D 1 Chubu Electric Co Ltd 96 2 MATLAB 1 0 2 10 2 ADSP324 13 4 ADSP324 13 A D 2 1 6 D A 2 ADSP324 13 0 ADSP324 13 2 10 1 KU K 2 10 2 1 4
129. ADSP674 ADSP674 2 1 2 3ADSP324 143 CN13 Input Block Parameters CN13 in ON13 Input mask link Dual Port RAM GN13 Input SAA Board NO 0 to 3 i Number of channels 1 to 2045 E Defaul Values 0 mo aA Board NO 0 to 3 ADSP324 143 0 3 2 1 2 1 117 O Number of channels 1 to 2045 ADSP674 O Default Values 0 ADSP674 0
130. 2 1 1 3 ADSP324 141 A D input M Block Parameters 4 D2 ADSP324 141 4 D2 mask link 12Bit 4D converter Multi channel ADA Number of AD channels 1 to 64 64 Sampling time Sec ee r O Number of A D channels 1 to 64 AD 1 6 4 2 11 1 109 O Sampling time Sec 3 E A D 0 AD 111 Chubu Electric Co Ltd 2 MATLAB 1 0 2 11 5 1 D A 1 D A
131. 33 HH Chubu Electric Co Ltd 2 MATLAB I 0 2 6 5 DP DP DSP DSP Var DS P DS P D S P 2 6 4 FWD DSP DPRAM in Ta Source Block Parameters DPRAM in2 Inport mask link Dual Port R M Input port Input from forward DSP NA Number of channels l to 1 022 il Default Walue s to 70 O Number of Channels 1 to 1022 DS P O Default Value s DS P Number of Channels
132. C Buffer 67 DSP KEF UI L SIO in out init DSP S TO D S P ADSP674 00 on Board PIO DS P P IO ADSP674 00 On Bard PIO ADSP674 00 on Board AD amp DA DSP 1 O AD DA ADSP674 00 On Bard AD DA 7 Chubu Electric Co Ltd 2 MATLAB I 0 2 3 2 DP DP
133. W T C E2 RtMon Multi for CRO741 test2 0 root_Gain 2 E R RTV BEO BED YD III AI Sa ejej 8 2 glioli 2 52 om e a 8 an est2 0 root_Gain 1 BR test2 elf EEE F1 DO SEMI 1 10 5 R TMON
134. 0 1 Chubu Electric Co Ltd 134 2 MATLAB I 0 2 1 3 1 1 Pwm Output L 3 Pwm Output 8 Duty 1 0 Duty kk 0 0100 0 U V W 0 P 1 N 1 L 2 13 10 ADSP324 145 Pwm Output L 3 Block Parameters pwrm Prem output for 3 phase with latch mask ADSP324 145 Pum output for 3 phase 1st input signal gt update flaf D or 1 2nd input signal gt duty D to 100 3rd input signal gt output direct D or 1 4th output enable gt O disable 1 enable IVAR Channel number 0 to 15 O Carrer Frequency 120KHz to 24H2 gt A Dead Time JD to 2000 0uSec gt ooo Output mode 0 full bridge 1 half bridge O Reflec
135. 5 3 3 Default Value s Demux Chubu Electric Co Ltd 2 MATLAB 1 0 2 3 6 SIO SIO ADSP674 SIO ADSP674 ADSP674 SIO 2 3 5 SIO out Block Parameters DSP SIO out SIO Output SYNC mask AGRO 41 00 SIO Output NI Port number 40 or 1 1 Number of output channels 1 to 255 _ ok tom wre O Number of output Channels 1 to 255 LY R
136. 9 Excel f pere E thdex 0 99 fi E E E E yk are Index 0 99 Excel JE Index 0 9 9 FrmExcel 7 SEX 1 2 2 1 169 Chubu Electric Co Ltd 3 DSP 3 DSP 3 1 DSP ADSP324 4 1D ADSP674 34 1D DED HRE CT 4 E DS P
137. DSP Memory Map ADSP67X MapPreparation text Section TAN CE U i Stack Section AE bss Section cinit Section C cio Section const Section C lt data Section switch Section C yamem Section far Section CABRIEL E Path DFMATLAB71 _67 work EXAMPLE_grt rtw EXAMPLE CMD Chubu Electric Co Ltd 6 ADSP674 00H 00 D S P text Section
138. o D SP 4 Chubu Electric Co Ltd E 46 O I T 1 ES E 2 MATLAB I 0 2 6 15 S1O DSP S 1 O DSP DS P S IO DSP DSP D S P S 1 O MSP S I O MSP S I O RS232C
139. 66 2 MATLAB I 0 TTL paralell input TTL paralell output TTL bit output Terminate output e TTL bit input 1 e TTL port input e TTL 16Bit input 1 6 e TTL 8Bit input 8 e TTL bit output e TTL port output e TTL 16Bit output 1 6 e TTL SBit output 8 O O O e TIL port output Terminate output
140. Exce1Book BOOK O test200601_ert rtw e Ue E O test7401 grt rtw y S test2006 xls Test2006a xls Test2006bxs Ls Y Test2006c xIs 4 Test2006c_OKxls Test2006d xls Test2006e xls A aia Test2006c xls X T EXCEL xs y OK O ExcelBook O 5 5
141. 21 2 A JANINA 74 1 A FA Eta P 74 06 CRO74X Support Soft Ver 1 00 00 Adobe ADSP67X 32Bit Driver Ver 1 0205 Development Kits Etc FLEXIm for Metrowerks Tools InstallShield Professional 2000 MATLAB UKMATLAB Metrowerks CodeWarrior Q 1 1 MATLAB for MATLAB7 x TO IMITA
142. 3 7 UserSFunLib_gen_Work xo S Funtcion o Ed err a HO
143. C WMatlab71 Work Test 5 RTMON 5 RTMON 5 1 RTMON RTMON Windows MATLAB for MATLAB7 x Ver x xx xx 7 ADSP674 ADSP324 as Chubu Electric Co Ltd 6 6 6 1 R D S P DS P RT DSP R DSP RT DSP 1 D S P D S P 1 R R T D S P
144. LL 21 2 4 6 AUDSP674 ccoo 22 2 4 7 ADSP674 LL 23 2 4 8 a E E A rererere 24 2 4 9 ADSP674 ccoo 25 2 5 ADSP674 00 On Board A DE DY A ADSP674 00H 00 26 2 5 1 26 2 5 2 ADSP674 00 A A D ic cia ARA 27 2 5 3 ADSP674 00 D A KK 28 2 0 4 ADSP674 00 A cc 29 2 6 ADSP32X 00 50 ADSP324 00A o ooooooooccncnomo o 30 30 2 612 E E E ONO Oo oasis 31 2 63e R DEF 5 32 2 6 4 DP 33 2 6 5 IAB AAA ESA SST A A A A ARA 34 2 6 6 FDA IFA AA TA IS ES A 00 35 2 6 7 DP ii A a A 36 2 6 8 BREDPED 1A RISSA YA eirirerire derrer rrrrrrrerrreu 37 2 6 9 BCU EIA reido 38 2 6 0
145. To Excel HO Excel 1 7 2 From Excel RTMON Excel Exce1 7 RTMON Y Excel Y y Y OF FromExcel Chubu Electric Co Ltd 166 2 MATLAB I 0 2 15 2 From From Excel lef Excel Microsoft Exce1 CR O
146. Yf s 1 1 0 1 1 RRN P D G Y FS Chubu Electric Co Ltd 30 10 10 7 Y Y 3 1 Y
147. File F Save As A test E md1l ML RTW _ model mdl model md1 0K 1Imodel md N G abc_123 md1 OK md1 md1 NG _ abc_123 mdl OK abc mdl abc amp mdl N G ML MATLAB Command Windw
148. GOT 8 x 2 13 32 ADSP324 145 To GOTI8 Block Parameters tgot2 8 Data to GOT mask ADSP324 145 8 Data To GOT AAA GOT Address No 20 to 876 go Data Type siened 1 unsigned fo Fee wre GOT Address No 20 to876 GOT 20876 ADSP674 GOT Data Type 0 signed 1 unsigned O 1 ADSP674 157 Chubu Electric Co Ltd 2 MATLAB I 0 2 13 34 To GOT 16 To GOT 16 ADSP674 ADSP GOT GOT GOT 1 6 2 13 33 ADS
149. RTMON RTMON RTMON DSP static int flg 0 void UserBackground switch flg case 0 if ConditionOk return HRA else flg 1 return
150. A D 0 A D Chubu Electric Co Ltd 100 2 MATLAB I 0 2 1 0 6 1 AD MP 1 AD P A D V JI Gain x 2 10 4 ADSP324 13 A D input S MP Block Parameters 16Bit A D1 MP 16Bit 44D1 MP mask link 16Bit 4D converter Sinele channel with MP NA 4D channel number 0 to 63 AAA Sampling time Sec lo PGA amp by
151. D A EEEN YE BE Gain 2 1 1 4 ADSP324 141 D A output S Block Parameters D A1 ADSP324 141 DA1 mask link 12Bit D A converter Single channel NA DZA channel number 0 to 31 m eot wre O D A channel number 0 to 31 D A 0 3 1 2 1 1 2 109 Chubu Electric Co Ltd 112 2 MATLAB I 0 2 1 1 5 D A D A D A D A 0 0
152. DS P 200700H 2 5 6 2 0 0 7 0 0H DS P U 1 L IE EE DS P 1 1 1 Chubu Electric Co Ltd 39 2 MATLAB I 0 2 6 4 DP DPR AM D S P R AM D PRAM 13 DSP RTW
153. 31 Chubu Electric Co Ltd 2 MATLAB I 0 2 6 3 DP DP DS P DP R AM D S P UI 0 DP X 2 6 3 HOST DPRAM out 1 Sink Block Parameters DPRAM outl Outport mask link Dual Port R M Output Output to HOST Computer NA Number of channels to 256 i OK Cancel ALI HAA ran O Number of Channels 1 to 256
154. 49 Chubu Electric Co Ltd 2 MATLAB I 0 2 6 18 DSP DP DSP DPR AM 1 DS P 1 2
155. ADSP674 DPRAM ADSP674 UIL 2 3 4 DP Xx 2 3 2 HOST DPRAM in Block Parameters DPRAM in Inport mask Dual Port R M Input port Input from HOST Computer Number of channels 1 to 256 i Default Value s m Heh AM2 O Number of Channels 1 to 256 O Default Value s Number of Channels
156. 0 2147483647 7FFFFFFFH D 3 1 2147483648 80000000H 2147483647 7FFFFFFFH 2 4 L SB D SP 2 4 55 Chubu Electric Co Ltd 2 MATLAB I 0 2 6 21 DS P U 1I L xXx 2 6 16 C Buffer 1 Sink Block Parameters Circular Buffer Data transfer to Circular Buffer mask link ADSP32 00 50 Circular Buffer NA Number of channels 1 32767 il Buffer length 41 32767 256 70 a O Number of Channels 1 32767
157. D A Volt 65 Chubu Electric Co Ltd 2 MATLAB 1 0 2 8 ADSP324 06 2 8 1 Chubu Electric Co Ltd 2 8 1 ADSP324 06 TTL PIO T X 2 8 1 ADSP324 06 C Library acRO74X aDsP3 DBR WIED RED A ICH tt dy Din ADSP324 06 TTL Level PIO Board ADSP324 06 TTL bit input b in1 ADSP324 06 TTL port input p in3 ADSP32406 16 Bit port input p in5 ADSP324 06 8 Bit port input p in6 ADSP324 06 TTL bit output b out1 ADSP324 06 TTL port output p out2 ADSP324 06 16 Bit port output p out ADSP324 06 8 Bit port output p out ADSP324 06 TTL paralell input pp ing ADSP32406 TL paralell outpu pp out5 ADSP Ub TTL bit output Terminate output b out3 ADSP324 06 TTL port output Terminate output p out4 ADSP324 06 16 Bit port output Terminate output p out8 ADSP324 06 3 Bit port output Terminate output p out9 ADSP324 06 1 4
158. DS P CPU CPU D S P 0 CPU ECU 52p 1 DPRAM address 39 Chubu Electric Co Ltd 2 MATLAB I 0 2 6 11 S 1IO RS232 C S I O RS232 C D SP S IO CPU RS232 C RS232 C R 2 3 2 C ADSP324 125 S I O DSP S 1 O DSP
159. lt Sine Wave D G gt Block Parameters Sine Wave Sine Wave ERRATA ASCER 2 2 pi TENEN H7 ZRD FEMALE 2 pi LARDOT CANE faz EAEN deei Le eT N 005 DEAH MARDER REF AA EE o EFESE 2 Time based Su FOO rad secy Epon n 148 tad A sa An DELTAR Fe 1 2 HD Chubu Electric Co Ltd 8 4 AD 0 CHE 0 AD AD gt Block Parameters 12Bit 4 4D1 12Bit A D1 mask link 12Bit AD converter Sinele channel AD channnel number 0 to 15 m Sampling time Sec AA _ ok m www AD DA CH 0
160. 6 mex S Function DLL genl1ib674 genlib32 C DSP C A MEXO DLL real_T double real_T define double DSP simstruc h real_T double MATLAB Command Window 3 7
161. 7 0 1 3 1 OFF 0 ON 1 0 2 13 2 1 ADSP324 145 paralell out 32 Block Parameters potl Paralell output 32 mask ADSP324 145 Paralell output 32 gt Output port number even number O to 14 a Handling Method None 1 5 4 2WriteStrobe 3 Hold IN Porality 0 411 N 1 5 N 4 P 2 5 P A N 3 411 P ID OO yk wre Output port number even number in 0 to 14 2 13 4 e Handling Method 0 None 1 Hold 2 S A 3 WriteStrobe al
162. MATLAB 7 1 MATLAB 5 04 01 DSP 2 ADSP674 CCS3 OR MATLAB Ver7 1 X DLG ML ML LIB RTW RTMON RT SL MW TMW ACRO741 00 MATLAB MATLAB Real Time Workshop SIMULINK Metrowerks The Math Works Inc MATLAB CRO741 svj Chubu Electric Co Ltd 3 3 2 3 1 1 C MW
163. 0 S 1 O RS232 C 43p Number of input Channels Number of input Channels Default Value s Demux a e A RR Chubu Electric Co Ltd 40 2 MATLAB I 0 2 6 12 S I O RS232 0 S I O RS232 C DSP S IO CPU RS232 C RS232 C R 2 3 2 C ADSP324 125 S IO DSP S 1 O DSP
164. 1 DSP 1 DSP 1 DSP DPRAM DPRAM DPR AM DPR AM E pa D S P EO DSP E CU CPU LS ECU CPU H DN DSP S IO RS23 2C CPU DSP SP DSP S IO DSP D S IO
165. 1 5 DS P DSP 0 0 1 5 DS P DS P 1 5 0 1 4 1 5 DS P MATLAB Command Window 1 5
166. PIR Chubu Electric Co Ltd 16 6 D S P DLG lt D SB DLG gt PowerPC D MATLAB6p5p1 work MMtrCTRL_New test_pir ES eres 0 a 2 R AM R D M PowerPC D MATLABGpSp 1 work MtrCTRL New test pir AA ito lO DLG D S P 0 0 DSP 0 D S P 2 DLG DLG R
167. S I OSP DSP S IO DSP DSP D S P S IO ODSP S I SP S I O RS232C 2 6 14 DSP SIO out Ta Sink Block Parameters DSP SIO out SIO Output SYNC mask link ADSP32 D0 50 SIO Output Number of output channels 1 to 255 WO a O Number of output Channels 1 to 255 SIO DSP S 1 O SP 2 D S P S I
168. 1 1 Eg Chubu Electric Co Ltd 2 MATLAB I 0 2 3 4 DP DPRAM ADSP674 RAM DPRAM 125 ADSP674 RTW 2 1 UL 2 ADSP674 SIMUINK DP DP RAM UIL_DpOutput UIL_DpInput A O ADSP674 v gt gt 9 2 gt Y gt DPRAM input DPRAM Output DP RAM SubSystem DP RAM
169. 1 0 f R DLG 1 0 E HI ES R R DLG RT
170. D A input S 1 D A D A input M D A D A input S Terminate output 1 D A O D A input M Terminate output D A 107 Chubu Electric Co Ltd 2 MATLAB I 0 1 0
171. genlib674 genlib32 gen1ib674 genlib32 r q C TEN opt_lib a 4 genlib674 genlib32 r q mylib mylib a a674_rt a32x_rt libsrc67 1ibsrc32 r q r q 5 genlib674 genlib32 help
172. 0 D A V Gain XI 2 7 5 ADSP324 03 D A output M Block Parameters 12Bit D A2 12Bit D A2 mask link 12Bit D A converter Multi channel NI Number of DA channels 1 to 16 i yk wre Number of A D channels 1 to 16 D A 1 1 6 2 7 1 59 63 Chubu Electric Co Ltd 2 MATLAB I 0 2 7 7 1 D A 1 D A UN RE SNETFY Y AMERO D A
173. D A D A 0 0 0 D A V Gain Xx 2 10 9 ADSP324 13 D A output M Terminate output Block Parameters 16Bit D A4 16Bit D A4 mask link 16Bit D A converter Multi channel with terminate outputs NA Number of DA channels 1 to 8 El Terminate outputs 410 to 10 19 MAA dee we aw O Number of D A channels 1 to 8 H D A
174. R TMON no data 29 Chubu Electric Co Ltd 10 10 6 0 0 Y Y 1 2 1 2 1 2 5 10
175. 100 0 6 1 AD MP ARAS 101 0 7 A D MP OSI 102 0 8 1 D A LL 103 0 9 D A 104 0 10 1 D A ccoo 105 0 11 D A 106 ADSP324 141 A MAA A 107 Lo le Masia prada bar lada tanda edad 107 lsd FANER a AA RR RS 109 1 3 1 UD 110 1 4 A D is ii nna 111 1 5 1 D A lcd 112 1 6 1 D A cc 114 1 7 D A 115 Ds TAARIA o AA 116 2 AAA A A 116 2 ly APIS FEODOR EIR YZ oo 117 2 3 N12 Input
176. 2 1 2 5 ADSP324 143 CN13 Output Block Parameters CN13 out CN13 Output mask link Dual Port RAM CN13 Output Board NO 0 to 3 BOO o O Number of channels 1 to 2045 O Board NO 0 to 3 ADSP324 143 0 3 2 1 2 1 117 O Number of channels 1 to 2045 ADSP674 ADSP674 DP 122 ADSP674 ADSP674 123 12 Chubu Electric Co Ltd 2 MATLAB I 0 Zi Lio e ADSP674 DPRAM ADSP674 DP
177. IF O Data type 1 bit 2 unsigned int 3 int 1 bit 1 CPU 1 1 2 unsigned int 3 int e Data byte size 1 2 or 4 O Number of datas 1 to 256 D S P D S P CPU CPU D S P 0 CPU ECU 52p Y 1
178. 3 2 3 2 0 1 3 1 OFF 0 ON 1 0 2 13 15 ADSP324 145 paralell in 32 Block Parameters pini Paralell input 32 mask DSF324 145 Paralell input 32 gt NA Input port number fodd number 1 to 15 i Porality 0 411 N 1 5 N 4 P 2 5 P A4 N 3 11 P lo Fee wre O Input port number odd number in 1 to 15 2 1 3 4 e Porality 0 A11 Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TIL O STB ACK
179. E Mm Or 93 Chubu Electric Co Ltd 2 MATLAB I 0 2 9g 1 6 0 1 B H 1 5 0 OFF 0 ON 2 9 8 ADSP324 11 ISO paralell output Block Parameters pp outl ISO Paralell output mask link ADSP324 11 150 Paralell Output NI Output port number 40 to 3 MAA eot wre O Output port number 0 to 3 2 9 1 86
180. Gain 2 14 3 TM32DAD A output M Block Parameters 12Bit D A4 12bit D A Converter 2 mask 12bit D Converter Multi Channel m Parameters Number of D A Channels l to 128 128 Cancel Help Eunly O Number of D A channels 1 to 128 D A 1 1 2 8 2 1 4 1 163 165 Chubu Electric Co Ltd 2 MATLAB I 0 2 15 Data I O By Excel 2 15 1 2 1 5 1 Data 1 0 By Exce1 2 15 1 Data I O By Excel Library ACRO741 Data L a fx FE FEO W 7 Data O by Excel me From Excel To Excel From Excel To Excel O From Excel MicroSoft Excel e To Excel MicroSoft Excel
181. Setting To Zero Holding Fina O Interpolate 1Value IT 167 Chubu Electric Co Ltd _ 2 MATLAB IT 0 lt gt 1 Extrapolation Interpolate D Excel time 1 2 3 5 8 data 0 1 5 50 100 l 1 Sec tim 0 1 2 3 4 5 6 T 8 9 10 11 data 1 0 1 5 27 5 50 66 66 83 33 100 116 66 133 33 150 gt K xr A Na A a y Excel time 0 1 2 2 3 data 0 0 1 5 10 l 1 Sec tim 0 1 2 3 4 data 0 0 5 10 15 Excel
182. 0 2 4 3 ADSP674 TTL bit output Block Parameters b out Bit output mask AGRO 41 00 Bit Output NA Output bit number 0 to 7 ok tw www O Output bit number 0 to 7 2 4 1 16 Chubu Electric Co Ltd e 2 MATLAB 1 0 2 4 3 ADSP674 0 LOW 1 HIGH LOW
183. Not expected number MATLAB Command window double work NINPUTS Chubu Electric Co Ltd 10 _ 4 _ 4 3 user_u user y MODEL H 0 gr PRM MODELU gt External Inputs Structure x Note Individual field names are derived from the block name x typedef struct ExternalInputs_tag real T In 2 External Inputs External Outputs Structure Note Indi
184. int u_num user u aig y num user_y user_ u user y u_num y_num userul user_y u_num 1 y_num 1 user_u user_y SIMULINK Inport Outport Inport Outport i gt user_yL0 user_u 0 El gt X Outport A Inport M p gt user_y 1 Outport B user_u 1 ol a gt user_y 2 Inport N Outport C System SIMULINK 1 u num 2 y_num 3 Inport Outport Chubu Electric Co Ltd 8
185. Simulation Parameters Simulation parametersDLG DLG Solver Solver options Type Fixed step Fixed step size auto RW discrete discrete test md1 Chubu Electric Co Ltd 10 4 lt gt 5 Configuration Parameters untitled Configuration nn
186. a674 tmf mk674rtw EVENTD ON a674 tmf mk674rtw EVENTD ON ALONE ON Large a674 tmf a674b tmf mk674rtw mk674rtwb Matlab Ver5 2 0 Large 3 ADSP324 00A a674 tmf a32x tmf mk674rtw mk32xrtw Chubu Electric Co Ltd 4 4 Real Time Workshop MATLAB _grt_rtw 4 E 4 4 1 an EXAMPLE out 4 4 1
187. Chubu Electric Co Ltd 5 5 5 1 gt test2006n1 E CE ID ERO AD MD AA me z e l 1 0 Define CAN gt From Excel Gain To Excel 100 FixedStepDiscrete 5 2 gt RTMON lt 3 2 gt BRA EE VA DPA IARI I 0 root Gain Gain 1 00000000e 000 1 09000003e 000 test20 tx Chubu Electric Co Ltd Lp A A 5 3 ExcelBook gt 1 soft Excel AutoTest xls ES 7 410 REO ATV RAU ELO FDO AD anar l Bas o o 4 42144801 0 A i E 0 Sec 100 Sec G MATLABR1 212 wanrkWtest20_grt rtw test20 txt y AO Mrr R6C6 E Pgno EE MO Ea E gt 1 frmxls 2 toxls
188. D A 65 2 8 ADSP324 06 a MA 66 A A a E A 66 2812 R Ey pER EPROR a ona terin E iur AEE ENESA i 68 2 8 3 Ey P MADTZII A FIRITU YA A n 70 2 8 4 rr erreneren renn 71 2 8 0 1 6Bit port cc cer 72 2 8 6 8Bit port 73 2 8 7 Ey PEI AA ETA a a 74 2 8 8 sd a 75 E Be Ja 1 6Bit port 76 2 8 10 8Bit POETA A RITA YY annnnnrrersrrnnrrrrrr renren 77 2 8 11 AREA AA DIAS ES KN 78 2 8 12 LL 79 2 8 13 80 2 8 14 ccoo 81 2 8 15 1 6Bit port 82 2 8 16 8Bit port ccoo 83 2 9 AA 84 A a a 84 2 9 2
189. MATLAB ADSP674 d41D A O EAS arw MLLIB MATLAB ADSPxx4 x41D0 4 ELLSAJLED KaM 5 UIL MATL AB for MATLAB7 x EN 9349D EE o AS UIL UIL MATLAB UIL ADSPx
190. R R RTW D S P 3 5 simulink Sinks Sinks Stop Simulation Scope RTW MATLAB4 2c Stop Simulation Scope ToWorkSpace Scope RTMON Scope 3 6 simulink Nonlinear MATLAB Fcn RTW sin cos Fcn 3 7 simulink Nonlinear Algebratic Constraint RTW Chubu Electric Co Ltd 3 SIMUL INK
191. e PIO bit Out x ES REVISA A e PIO Paralell Outlx e GOT GOT Chubu Electric Co Ltd 124 2 MATLAB 1 0 2 1 3 2 ADSP324 145 ADSP674 1 4 ADSP674 2 13 1 1 4 E 2 13 1 ADSP324 145 ADSP324 145 ADSP324 00A ADSP674 YY 4 ADSP674 00901000h 03004000h 82404000h 00901200h 03004800h 82404800h 00901400h 03005000h 82405000h 00901600h 03005800h 82405800h E 2 13 2 ADSP324 145 9 2 0 3 1 2 a o 5 e 7 i 3 9 io 11 2 lor Y E ES UD E 2 13 3 ADSP324 145
192. 2 0 1 0 0 0H 1 K 2 0 0 1022 ADSP674 DP 122p DS P ADSP674 123p 1 1 Chubu Electric Co Ltd 36 2 MATLAB I 0 2 6 8 DP DP DS P DSP Var D S P D S P D S P 2 6 7 BWD DSP DPRAM out le Sink Block Parameters DPRAM out2 Outport mask link Dual Por
193. BET a Chubu Electric Co Ltd 15 ML 15 ML RTMON ML MATLAB Command Window load D S P ML DS P load T X Y DL G 1 X 1
194. O CN13 input ADSP674 DPRAM ADSP674 e CN12 output ADSP674 DPRAM ADSP674 e CN13 output ADSP674 DPRAM ADSP674 ADSP674 ADSP674 123 Chubu Electric Co Ltd 116 2 MATLAB 1 0 2 12 2 ADSP324 143 ADSP674 1 4 ADSP674 2 1 2 1 1 4 1 1 1 5 2 12 1 ADSP324 143 CN12 CN1 3 908000 h 908FFFh 909000 h 909FFF h 90C000h 90CFFF h 90D000h 90DFFF h 910000 h
195. 3 1 1 DSP H 1 O ADSP674 00H 00 ADSP32X 00 50 ADSP32X 03 53 ADSP32X 06 56 ADSP32X 11 61 ADSP32X 13 63 ADSP324 141 ADSP324 143 TM32DA Chubu Electric Co Ltd 170 4 ADSP324 00A 4 ADSP324 00A 4 4 adsp32x DSP Tools DSP D S P 1 Reset DSP PC 1 DSP DSP R AM DSP
196. 15 ACRO731 00 TTL bit output Terminate output b out2 ALRI 41 00 TL paralell outpu Terminate output b out3 ACRO7491 00 TTL port output Terminate output p out2 Chubu Electric Co Ltd 2 MATLAB I 0 E 2 4 1 ADSP674PIO EXTIN6 EXTOUT6 EXTIN5 EXTOUT5 1 E 2 Im FT CO Chubu Electric Co Ltd Bs 16 To 2 MATLAB 1 0 2 4 1 ADSP674
197. 3 2 LOW 1 HTGH 0 2 1 LOW 0 HIGH 1 1 2 13 13 ADSP324 145 bit In 32 Block Parameters binil Bit input 32 mask A4DSP324 145 Bit Input 82 gt Input port number fodd number 1 to 15 i Input bit number 40 to 31 lo Porality 0 411 N 1 5 N 4 P 2 5 P 4 N 3 11 P lo ok _ tw www O Input port number odd number in 1 to 15 2 1 3 4 e Input bit number 0 to 31 2 1 3 5 O Porality 0 All Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TIL
198. OK D S P R Simulation parameters Chubu Electric Co Ltd 24 N A 9 9 R R TMON Z RtMon Multi for CRO741 test elf FE R 0 SES BO Y AMI ela jaj e y all 50omoaje gt gt 0 O 8 elelee test_elf ER SEE FAN DYMATLAB6p5pl work test ert rtw testMDL PowerPC 16 0 gt IFR D MATLAB p5pl work test_ertrtw test RT MATLAB 6 5 1 RTMON UIL 7D WHA
199. S I O 1 D 1 1 Chubu Electric Co Ltd 48 2 MATLAB 1 0 2 6 1 7 SIOODSP S O DSP S I O S I O RS2320 2 6 15 SIO_DSP Init Block Parameters DSP SIO Init SIO jmitialize SYNC mask link ADSP32X 00 50 SIO Initialize NI SIO Bit Rate Bit Sec 00ODO e SIO Bit Rate Bit Sec S TO DS P
200. 6 2 0 1 2 3 DSP DSP test out test1 out test2 elf R TMON SP lt D SP FLFPowerPCRED AT E work y e sE D G gt R DS PREN D D 03Test B ACRO741 00 O ADLOG ert rtw O ADMET grt rtw O ADMON ert rtw O ADSP324 03 lt 5 ADSP324 06 ADSP324 11 ADSP324 13 5 ADSP324 141 ADSP324 143 ADSP324 145 Ofl ert rtw fld ert rtw nocache test 401_ert1 coT trCTRL_New O Rtmon_06 5 5 Function etc E testl_ert_rtw E testLacro_grt_ E test ert rtw UL TST ert B UIL_TST2 ert gt fed z PowerPC 7 py y
201. V Gain 2 7 6 ADSP324 03 D A output S Terminate output Block Parameters 12Bit D A3 12Bit DA3 mask link 12Bit DA converter Single channel with terminate output D A channel number 40 to 15 a Terminate output data 410 to 10 19 MATN E ok tw www D A channel number 0 to 15 D A 0 1 5 2 7 1 59 Terminate output data 10 to 10V D A E Volt Chubu Electric Co Ltd 64 2 MATLAB I 0 2 7 8 H D A H D A D A
202. DPRAM address Chubu Electric Co Ltd 38 2 MATLAB I 0 2 6 10 ECU ECU External Computer Unit DSP DSP DSP CPU D SP CPU CPU IT 2 6 9 To ECU Sink Block Parameters ECU out Outport mask link Dual Port RAM Output Output to ECU NA DP RAM address in hex string 0000 Data type 1 bit 2unsiened int 3 int 3 Data byte size 1 2 or 4 2 Number of datas 1 to 256 1 A
203. WindowsNT 2000 XP Administrator ADSP674 00 0 0H ADSP824 00A ADSP674 00 U R L http www chubu el co jp Chubu Electric Co Ltd 11 6 MATLAB 6 MATLAB dosrun bat MATLAB B AT B AT
204. A D input M A D D A input S 1 D A D A inut M D A D A input S Terminate output 1 D A e D A input M Terminate output D A 57 Chubu Electric Co Ltd 2 MATLAB I 0 1 0
205. K 2 1 3 2 O Counter Multiple 1 2 4 1 X1 2 X2 4 X4 O Preset controll flag 0 No 1 Yes 0 1 0 1 Preset value 1 O Preset value Preset controll flag 1 3 2 231 2311 TH Chubu Electric Co Ltd 130 2 MATLAB I 0 2 13 7 Counter preset Counter preset
206. Terminate value 0 to Offffffffh 1 6 Y Pp ell Chubu Electric Co Ltd 82 2 MATLAB I 0 2 8 16 8Bit port 8 8 0 LOW 1 HTGH 2 7 2 7 1
207. gt C program files NG 1 CSTEST sachi
208. 2 4 7 ADSP674 TTL paralell output Block Parameters b out3 Bit output mask ACRO 41 00 paralell output with teminate output ATAR Terminate output array Feed mu Terminate output array 2 4 1 16 ma yy ala Hs Chubu Electric Co Ltd 99 2 MATLAB 1 0 2 4 7 ADSP674 PIO PIO LOW
209. R AM R AM SB SR AM 6 2 S BS RAM R AM 1 MAP 2 RTW 3 1 4 6 3 MAP MA I O MAP
210. CH CH CH File Save X Chubu Electric Co Ltd 4 4 1 1 S L S
211. K 2 4 1 6 o 25 Chubu Electric Co Ltd 2 MATLAB 1I 0 2 5 ADSP674 00 On Board A DE D Y A ADSP674 00H 00 2 5 1 ADSP674 00 ADSP674 00 On Board A D D A DSP AD DA 10 2 5 1 ADSP674 00 On Board AD DA Library adsp674 ADSP674 00 ADSP6 PN m E3 File Edit View Format ADSP674 00 On Board AD amp D A ADSP674 L ADSP674 AJD input D A output 12Bit AD1 12Bit DIAZ PET D A output Terminate outputs 12Bit D A4 o ADSP674 00 AD input AD ADSP674 00 DA output DA O ADSP674 00 DA output Terminate output DA Chubu Electric Co Ltd 26 2 MATLAB I 0
212. PowerPC C Rea1 Time Workshop DSP S Function Chubu Electric Co Ltd 3 3 3 1 DLL SUMULINK RTW RT oR 2 MATLAB 3 DSP 00H 00 ADSP324 00A DSP S Function ET SUMULINK S Function CSFUNC KR TCI Zo de CSFUNC C MATLABYRTWYCYADSP67xYsampleYsfunction DSP MATLABYRTWYC
213. 4 IEEE 754 5 IEEE 754 6 IEEE 754 D S P ACK 1 1 ACK 06H Chubu Electric Co Ltd 44 2 MATLAB 1 0 DS P Tr ch F 1 2 REN 1 ASCII 1 74 2 1 gt 255 DSP da ch 1 2 3 4 5 6 a e AAA EEH 1 ASCII
214. 2 DA 2 O DA V Gain 2 5 4 ADSP674 00 D A output Block Parameters 12Bit D A4 O Terminate output datas 10 to 10V DA V olt 29 Chubu Electric Co Ltd 2 MATLAB 1 0 2 6 2 6 1 2 3 1 ADSP324 00A DS P ADSP32X 00 50 ADSP324 00A 6 1 2 ADSP32X 00 50 E Library adsp32x ADSP32X 00 50
215. Gain 2 7 4 ADSP324 03 D A output S Block Parameters 12Bit D A1 12Bit DA1 mask link 12Bit D A converter Single channel NARA DZA channel number 0 to 15 m yk re D A channel number 0 to 15 D A 0 1 5 2 7 1 59 Chubu Electric Co Ltd 62 2 MATLAB 1 0 2 7 6 D A D A D A D A 0 0
216. K 2 136 _PIO 0 1 2 Strobe Ack 3 Write Strobe P I O ADSP324 145 EMBA 47 Chubu Electric Co Ltd 126 2 MATLAB 1 0 2 13 3 WatchDog WatchDog x 2 13 2 ADSP324 145 WatchDog Block Parameters watchdog Set Watch Dog mask ADSP324 145 Set Watch Dog Board number to 3 m Suvellance time to 1000000000uSec _ wy AM2 aBa O Board NO 0 to 3 ADSP324 145 OR FEF 0 3 R 2 13 1 125 O Surveillance time 0 to 1000000mSec 01000000 mSec 127 Chubu Electric Co Ltd
217. To GOT ADSP674 ADSP GOT GOT GOT 2 1 3 3 1 ADSP324 145 To GOT Block Parameters teotl Scalar Data to GOT mask ADSP324 145 Scalar Data To GOT ASAA GOT Address No 20 to 883 go Data Type signed 1 unsigned lo Feed wr O GOT Address No 20 to 883 GOT 20883 GOT Sul ADSP674 Data Type 0 signed 1 unsigned 0 1 ADSP674 Chubu Electric Co Ltd 156 2 MATLAB 1 0 2 13 33 To GOT 8 To GOT 8 ADSP674 ADSP GOT GOT
218. DS P O lt D S P DLG gt PowerPC 3 PowerPCI DM test 0 D S P DS P 0 1 2 C1ear 0 1 2 R R TMON 0 D S P DL OK Oe Chubu Electric Co Ltd 6 6 3 R TMON F D S P E
219. HX 1 ja E EJE BS 2 D S P DSP MATLAB DS P 2 DS P O DSP 1 MATLAB lt MATLAB ADSP324 00A ADSP674 00 YO H ADSP674 00 10 Chubu Electric Co Ltd 5 ADSP324 00A 5 ADSP
220. Q amp A 10 2 PARES o RTE M fest2MDL 4 SEO SM G root Gain RTRW 7 rt OK Chubu Electric Co Ltd 1 0 10 3 D G 9 256 0 256 2 250 0 256 256 0 256 ASS 0 001 fi 1 2 1 h hk 1 AJLI H HoA 0 256
221. SIMULINK R _grt_rtw 1 Odefine 1 0 2 2 R a3bc md1 3abc md1 _ a32_abc mdl a 1 md1 ADSP324 00A Warning
222. Sources Sources Sine Wave X E Library adsp674 E RED RTV A Ej Library simulink ADSP674series DSP VO Board Library R 4 01 F CE RTM AJZ H Mont aot odo Oo ADSF67400 ETET VO Define ja Dr G Do Continuous Discrete Discontinuities Signal Signal r ADSP324143 Routing Attributes m a mua 000 HE proa se Hh nh Logic and Bit Lookup User Defined Model Model Wide DODO 200 Operations Tables Functions Verification Subsystems Utilities ADSsPa2X1161 TMSzpA DSP memory map Additional Mathi Simulink Block Library 6 3 Iag h High amp Discrete Copyright c 1990 2005 The MathWorks Inc ADSP32X 13 63 Data 1 0 by Excel Cl Library simulink Sources DER CE RRO RTV ANI 20799 Math Operations 090 soma Dar Model
223. V Gain 2 10 8 ADSP324 13 D A output S Terminate output Block Parameters 16Bit D A3 16Bit DAS mask link 16Bit D converter Single channel with terminate output AS D A channel number 40 to 7 Terminate output level 10 to 10 Ww Jo C o J tom ure H D A channel number 0 to 7 D A 0 7 2 10 1 97 Terminate output data 10 to 10V D A Volt 105 Chubu Electric Co Ltd 1 D A y E 2 MATLAB I 0 2 10 11 D A D A
224. 1 2 0 1 0 2 1 0 2 0 RTW Fcn FExpresion 1 2 C h Ao Chubu Electric Co Ltd BaH 0 5 0 H PH 1 2 3 3 SIMUL INK 9 Simulink Extras Additional Discrete Discrete Zero Pole Discrete Zero Pole with initial states Simulink Bug A TOET 1 2 3 4 5 6 7 8 9 MATLAB Command wondiw Simulink Blocksets Toolboxes Library Blocksets_and_Toolboxes Simulink Extras Library Simulink_ Extras E Additional Discrete Library Simulink_Extras Additional Discrete Discrete Z
225. 2006 9 16 MATLAB 5 440 0004 3 2 8 TEL lt 0532 gt 61 9566 FAX lt 0532 gt 63 1081 URL http www chubu e1 co jp E mail csg chubu e1 co jp 2006 9 1
226. ADSP674 00H 00 DIRA dida para 11 6 1 E A O E 11 6 2 A E AE ENR OR SR Ns 11 6 3 MAPA Y A O A O O EA NN RN 11 6 4 AAA SA 12 7 ADSP324 00A 13 7 1 TS e EE E AA IE 13 Br BAD IESDA EAP AO E rd 15 8 1 1 cbios324 1ib A A O 15 8 2 AN A RR 15 1 MATLAB Real Time Workshop AN C 4 E DS P 2 ADSP324 00A ADSP674 00H 00 RMON D S P SIMULINK R 2 2 1
227. 1 CPU AE 797 DSP 4t 3y7 0 BASE Chubu Electric Co Ltd 52 2 MATLAB 1 0 Data type 1 Byte size 1 2 6 2 1 D7 D6 D5 D4 D3 D2 D1 DO BASE 47 y 0 7 6 5 4 3 2 1 0 1 21 15 14 13 12 11 10 9 8 3 0 Data type 1 Byte size 2 R 2 6 3 2 D7 D6 D5 D4 D3 D2 D1 DO BASE 0 T 6 5 4 3 2 1 0 1 15 14 13 12 11 10 9 2 23 22 21 20 19 18 17 16 3 31 30 29 28 27 26 25 24 0
228. 3 4 0 D23 0 D22 0 D21 0 D20 0 D19 0 D18 0 D17 0 D16 5 0 D31 0 D30 0 D29 0 D28 0 D27 0 D26 0 D25 0 D24 6 7 8 1 D7 1 D6 1 D5 1 D4 1 D3 1 D2 1 D1 1 DO 9 1 D15 1 D14 1 D13 1 D12 1 D11 1 D10 1 D9 1 D8 10 11 1 2 1 D23 1 D22 1 D21 1 D20 1 D19 1 D18 1 D17 1 D16 1 3 1 D31 1 D30 1 D29 1 D28 1 D27 1 D26 1 D25 1 D24 KO M D x M D x 0 D 3 1 0
229. 35 Chubu Electric Co Ltd 2 MATLAB DO 2 6 7 DP DP DSP DSP Var DS P DS P D S P 2 6 6 BWD DSP DPRAM in 7099 55 DPRAM in3 Inport mask Dual Port R M Input port Input from backward DSP CANF Number of channels 1 to 1022 fi Default Value s 0 yk wre wo O Number of Channels 1 to 1022 DS P O Default Value s D S P Number of Channels D S P
230. Chubu Electric Co Ltd 6 lt D SP DLG gt PowerPC D MATLAB6p5p1 work test pir A TT D MATLAB p5p1 work test_grt_rhw 1 DS P R D S P 1 DLG TAF PowerPCRR D EMATLAB6p5pl Y workYXtext pir 1 1 DS P 0 DSP R RT Chubu Electric Co Ltd 2 6 0 2 D S P EL RT DLG gt D S P
231. D S P RT D S P DEL BS OK DLG OK RT e Power PODRTEMS n PowerPC RT Hot RT MP D G R RT FPA D O test ert rtw e 1 e E Nj kelf REFE elf y RT 9 Chubu Electric Co Ltd 7 A D S P RT
232. e TTL 16Bit output Terminate output 1 6 e TTL 8Bit output Terminate output 8 2 3 2 231 231 1 Mux Demux
233. 32Bit 824 1 0 7 0 003 DS P 0 00299999979324 3 3 simulink Sources From File RTW C R R RTW D S P 3 4 simulink Sources From WorkSpace RTW C
234. 110 0 O 271058 mn merr ESA O 7 KKL MIER lt Eli EER HAL MBE sg 001 OS 5 SingleTasking tc O 49 2207 7 E Cry HE S O RIO EEEE ROET S Real Time Workshop Ih DARAN FRY VARIA Fixed step lt j Chubu Electric Co Ltd 4 4 1 2 Tools RTW Options Simulation parame tersD LG Solv
235. 13 O A A E ER 13 6 3 ll E E 13 7 SR T L 14 7 1 A SS 14 7 2 EAST ATA O IA A AA A 14 ra IS P O R AAA A IN 15 7 4 a a A a a a a a a a 15 1 1 MATLAB RT SIMULINK C C SIMULNIK a Chubu Electric Co Ltd Ll 2 RITH IN E 2 SIMULINK
236. ADSP324 41D ADSP324 49D ADSP324 500 O DSP ADSP324 00A O O O ADSP324 41D ADSPF324 49D ADSF324 50 O MATLAB 324 7x PDF ODSP CPL320FLT MS O MATLABZSimul ink RTW ADSP674 341D ADSP674 349D ADSP674 3500 O DSP ADSP674 00 O O O ADSFE674 841D ADSP674 349D ADSP674 350 O MATLAB 674 7x PDF ODSP CPL320FLT MS OMATLAB Simulink RTW Hr u PDF adobe Reader HP p http www adobe co jp products acrobatreadstep2 htm1 1 Adobe Adobe Reader Adobe Systems Incorporated
237. ADSP674 I 0 2 2 MATLAB gt gt ADSP674 ADSP674 00H 00 gt gt ADSP32x ADSP324 00A ADSP674 00H 0 0 2 2 1 ADSP67 4 ADSP324 00A ADSP 3 2 4 2 2 1 ADSP674 CE E IS HD ADSPO574 series DSP KO Board Library R 4 01 CJC p O Define ADSP67400 CIC p ODO OD ADSP32X 06 56 ADSP329 141 CIC p ADO ADSP324 1493 DSP memory map H ADO ADSP324 145 LU Bde P aoo P D S PHO 1 0 D S P 1 0 1 0 ADSP324 03etc
238. ED A RA A GATA 118 24o UNS DEA A AA A id 119 2 5s UNLZ UI AFTARI E AAA AAA A td i 120 2 6 CN13 Output LL 121 2 7 ASPE ENVASES ER 122 2 8 ADSP674 ici ia ia 123 ADSP324 145 E A IMA 124 la Ti Os o E E ES 124 ul ARIAS PO AURA ii i a aaa 125 Ses WateBDog AA AA da ti id 127 3 4 Pulse output cc 128 3 5 Counter lInput ccoo 129 3 6 Counter Input with Change reset flage ooo 130 3 7 Counter preset 131 3 8 Capture S 132 e aa retirat eTA ENa EAN EE EER A 133 3 Chubu Electric Co Ltd _1 _ 2 13 10 Rm Output L S FSA R FAST ea 134 2 13 11 Pwm Output L 3 135 2 13 12 Pwm Output L S with Freqa cc 136 2 13 13 Pm Output L 3 with Freq 137 23 13 14 PIO bit In B2 Gk 138 2 T3 15 PIO bit In U6 FA A ESA INS aii 139 2 13 16 PIO paralell in 1821 ACA TAI TES 140 2 13 17
239. 1 6 0 1 1 5 OFF 0 ON 1 0 147 Chubu Electric Co Ltd 2 MATLAB I 0 2 13 24 PIO parallel out with Terminate 32 PIO paralell Terminate out 32 3 2 3 2 3 2 0 1 3 1 OFF 0 ON 1 0
240. Du 9 ADSP324 11 2 9 1 2 9 1 ADSP324 11 PIO amp X 2 9 1 ADSP324 11 E Library ACRO74X ADS Ea fx F FED RTV ELO AFH ADSP32411 PIO and Counter Board ADSP32411 ADSP32411 Isolated bit Input Z phase control b in1 Z Phase Control ADSP324 11 Isolated bit output Terminate output b out1 b out2 ADSP324 11 Isolated bit output ADSP324 11 ADSP324 114 Counter Input ISO paralell input ent pp in2 ADSP324 11 ADSP324 11 Counter preset SO paralell output set pp out2 ADSP324 11 Isolated bit input e Isolated bit output e Counter input e Counter preset O Isolated bit output Teminate output
241. IIL X 2 3 7 C Buffer 74 Block Parameters Circular Buffer Data transfer to UIL X Circular Buffer mask A4GRO 41 00 Circular Buffer IA Number of channels 4 32767 i Buffer length 41 32767 Ee gt ALI CA O Number of Channels 1 32767 e Buffer length 1 32767 ADSP674 1 x o ce 2 N UIL
242. THRIFT NADER ADSPE7F4R FAIA A TADA RIMA MARBRLTUIZAL CTI RD lt i T DSP TI C R DSP NN Chubu Electric Co Ltd DN 3 1 0 MATLAB for MATLAB7 x TUFFA IIA
243. 2 13 12 Pwm Output L S with Freq Pwm Output S with Frea Duty 1 0 Duty 0 0 100 0 0 P 1 N 120KHz 24H 1 L LET 2 13 11 ADSP324 145 Pwm Output L S with Freq Block Parameters pwm3 Pwm output for single phase with frequency and latch mask ADSP324 145 Pm output for single phase with frequency 1st input signal gt update flag D or 1 2nd input signal gt duty to 100 3rd input signal gt output direct D or 1 4th input signal gt frequency 24 to 120000 5th output nable gt O disable 1 enable 6th input signal gt pulse cycletD to 255 NGA Channel number 40 to 15 Dead Time 40 to 2000 0uSec ea EPA Output mndeU full
244. 3 8 simulink Nonlinear Fen 1 C C C sin sin gt gt cos cos lt lt tan tan E asin asin acos acos gt gt atan atan atan2 atan2 Qe amp amp sinh sinh cosh cosh tanh tanh T DOW pow exp exp log log log10 log10 sqrt sqrt floor floor ceil ceil abs fabs mod Fmod Tem Fmod sgn sgn 1 hypot hypot El RTW 2 1 2
245. D A V Gain 2 11 7 ADSP324 141 output S Terminate output Block Parameters D A3 ADSP324 141 DAS mask link 12Bit D A converter Single channel with terminate output D A channel number to 31 a Terminate output data 410 to 10 19 MATN I E ok w www D A channel number 0 to 31 H D A 0 3 1 2 1 1 2 109 Terminate output data 10 to 10V D A Vo1t Chubu Electric Co Ltd 114 2 MATLAB I 0 2 1 1 7 D A
246. DSP DSP DSP CPU DS P CPU CPU 1I x 2 6 8 From ECU E Source Block Parameters ECU in Inport mask link Dual Port R M Input port Input from EGU DP RAM address in hex string 60007 Data type 1 bit 2unsigned int Sint El Data byte size 1 2 or 4 2 Number of datas 1 to 256 u 70 DP RAM address in hex string DPR AM 1 6 CPU DPR AM CPU 1
247. IT USERFUNC C 3 userfunc c H userfunc c z oge7_UFUNC c model userfunc c model UFUNC c lt gt 1 Model UFUNC c userfunc c
248. MATLAB 2 3 MODEL UFN Hif ML51 Hif NINPUTS 2 error Not expected number of InputPort of Model Hendif Hif NOUTPUTS 3 Ferror Not expected number of OutputPort of Model Hendif Hendif ul NINPUTS NOUTPUTS 1 3 NINPUTS 3
249. Output bit number 0 or 1 0 LOW 1 HIGH Chubu Electric Co Ltd 80 2 MATLAB I 0 2 8 14 3 2 0 LOW 1 HIGH 2 8 1 3 ADSP324 06 TTL port output Terminate output
250. 1 3 2 2 Terminate output data 10 to 10V D A 115 0 1 1 2 109 Volt Chubu Electric Co Ltd 2 MATLAB I 0 2 182 ADSP324 143 2 12 1 2 1 2 1 ADSP324 143 DP RAM T 2 1 2 1 ADSP324 143 C Library ACRO74X ADSP3 EBR FE E RTV LH ADSP324 143 DP RAM Board ADSP324143 ADSP324143 CN12 Input CN12 Output CN12 in CN12 out ADSP324143 ADSP324143 CN13 Input CN13 Output CN13 in CN13 out ADSP324 143 4 O CN12 input ADSP674 DPRAM ADSP674
251. 2 3 PGA amnp 0 E 3 Chubu Electric Co Ltd 98 2 MATLAB I 0 2 10 4 1 AD 1 A D V Gain A D x 2 10 2 ADSP324 13 A D input S Block Parameters 16Bit AZD1 16Bit A D1 mask link 16Bit 4D converter Single channel 42D channel number 0 to 7 a Sampling time Sec
252. I OZE v2 RBE MATLABXIDIATZY dD A INS e E la A FEAT OEY ETS nn RARA RARA RARA RARA RARA RARA RARA RARA RRA 5 1 1 AAA A 5 2 MATLAB OSA SAA 6 eLo ME rato E E E E EEE 6 2 2 E E EE EET EEE E T EEE ae 6 2 3 ADSP674 ADSP674 00H 00 7 osda ME E AE SEA A da 7 A RAPPA TO EYI eerren Ee EEEE E EE gt 8 233s MARBB a A Paa VAERE EAE 9 2 3 4 A A 10 2 3 5 SIO 11 2 SIBI A ARIAS TOA a A EEEE PEE ER 12 2 3 7 SI0 airada 13 2 3 8 m AAA RARA 14 2 4 ADSP674 On Board PIO ADSP674 00H 00 15 2 4 1 ADSP674 LL 17 2 4 2 ADSP674 cnc rn 18 2 4 3 ADSP674 19 HALA ANPOMN MA NN KK 20 2 4 5 ADSP674
253. a32x tmf a32x2 tmf 3 0 0C CC RTI c CC o3 RTT c 0 o1 o2 o3 0 4 untitled untitled_grt_rtw obj 5 19 Chubu Electric Co Ltd 7 ADSP324 00A
254. 0 2 4 8 ADSP674 TTL port input Block Parameters p in m Paralell input maskj ACRO741 00 Paralell Input 2 4 1 16 23 Chubu Electric Co Ltd 2 MATLAB 1I 0 2 4 8 ADSP674 PIO 0 LOW 2 4 9 ADSP674 TTL port output Paralell output mask ACRO741 00 Paralell Output
255. 0 1 Preset value 2 9 5 ADSP324 11 Counter preset Block Parameters set Counter preset mask link ADSP324 11 Counter Preset Counter port number 40 to 15 a Preset value ok w wm e Counter port number 0 to 15 2 9 1 86 Preset value K N E 3 2 231 2 1 91 Chubu Electric Co Ltd 2 MATLAB I 0 Chubu Electric Co Ltd 2 9 7
256. Las EM 3 TLC 9 Real Time Workshop Make mk674rtwb make7 a674btmf DARLICN 5 FAY O 0 N Em DIA Here 0 AE PC ML MATLAB Q A Chubu Electric Co Ltd 12 4 DLG RTW Build ADO MATLAB command window R 2 ESLORA
257. PWM PWM 195 Chubu Electric Co Ltd 2 MATLAB x PERI I O0 x 2 1 3 4 ADSP324 145PI0 gt 0 0 2 g OUT IN OUT IN 0 1 2 3 30 INS O a SIG002 SIG302 SIG001 SIG301 SIG000 SIG300 1 RET 2 3
258. RTMON 77 RTE m F 0 DLG D S P RT tz OK D OK RT TLPowerPC RT G RT tz m F DLG RT E work e 6006 E 5 f14_ert_rtw E testl_ertrtw S UVIL_TST2 ertrtw GIE Rtm Sf14 ert rtw nocache ED test2 ert rtw G UIIL TSTS ert rtw GOT ED test7401 ert rtw EL TST grt rtw O Mtr O TRL_New E test_acro_grt_rtw Euntitled grt rtw ED Rtmon O06 Dtest ert rtw Ejuntitled_ert_rtw_dsp 5 S Function etc SUIL_TSTI ertrtw useri ert rtw lt gt ltestpr FAGO TD REFN Epin y RT
259. S 10 RS232 C 2 6 11 RS232C out 1 Sink Block Parameters R5232C out SIO Output mask link ADSP32 00 50 SIO Output Number of output channels 1 to 255 O Number of output Channels 1 to 255 DS P DSP 0 S I O RS232 C
260. Y Y Y DC 3 D LG AC AC DC AC AC DC 1 1 DC 2 3 DC 2
261. 0 UIL I 1 A D Demux 1
262. Chubu Electric Co Ltd 94 2 MATLAB I 0 2 2 10 1 10 ADSP324 13 2 10 1 ADSP324 13 1 6 A D D A 2 10 1 ADSP324 13 C Library ACRO74X ADSP3 E BR E CE RTA SO ApH ADSP32413 16Bit A D D A Board ADSP324 13 AJD input S 1BBit A D1 ADSP324 13 AJD input chd 16Bit A D2 Unused Multiplexer ADSP324 13 D A output S 16Bit D A1 ADSP324 13 D A output mM 16Bit DIAZ ADSP324 13 AJD input S MP 1BBit AD1 MP ADSP324 13 AJD input CM MP f gt 1BBit AD2 MP Used Multiplexer ADSP324 13 D A output S Terminate output 16Bit DIAS ADSP324 13 D A output hm Terminate outputs 16Bit D A4 ADSP324 13 e A D input S O A D input M O A D input S MP O A D input M MP D A input S 1 D 1
263. O Porality 0 A11 Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TTL O STB ACK 1 STB ACK 2 STB ACK 3 STB ACK 143 Chubu Electric Co Ltd 2 MATLAB I 0 2 13 20 PIO bit output Terminate out 32 H PIO bit out with Terminate 32 H 3 2 0 OFF 1 ON
264. RT R BEXAMPLE EXSAMPLE MDL 4 2 0 3 Y T Real TimeWorkshop gt 17 E Simulation Parameter D SP Simulation parameters IUN FT Y 37 YN Er zl 1 mSec 4
265. 5 ADSP324 13 R 2 10 1 HEY 2 a ARAS H BA E 2 10 2 97 Chubu Electric Co Ltd 2 MATLAB I 0 2 10 3 PGA ADSP324 12 A D A D PGA Programable Gain Amp S H Sample Hold PGA PGA 3 0 4 uH PGA 1
266. D S P 1 CN 1 2 D S P 0 CN 1 3 D S P 2 gt EX WEST L ofx Eldsp1 ol x Eldsp2 IMM REO RTV a IMM REO RTV a AMO CE b ba 5 MIU ED YO MIU AD LO 170 PPLLLLLI i DPRAM out2 BWD DSP D Sine Wave FWD DSP gt DPRAM in3 Gain Terminator m lmweper m DPRAM in2 Gain Terminator Discrete Pulse DPRAM out3 Generator DSP DSP DS P 0 1 2 CN13 CN12 CN13 CN12 fps Chubu Electric Co Ltd 2 MATLAB I 0 2 6 20 CPU ECU ECU CPU
267. DC Y DLG DC 0 5 DC 0 5 Y 0 5 ZARI DLG 2 Y
268. HIGH LOW TTL HIGH LOW 2 8 1 1 ADSP324 06 TTL port output Block Parameters pp outb Paralell output mask link ADSP324 06 Paralell output CASAR Output port number 40 to 3 m ok tw wm Output port number 0 to 3 2 8 1 68 79 Chubu Electric Co Ltd 2 MATLAB I 0 2 8 13
269. 2 7 3 1 A D 1 A D A D V JI Gain 2 7 2 ADSP324 03 A D input S Block Parameters 12Bit A D1 12Bit A44D1 mask link 12Bit AD converter Single channel A D channnel number 40 to 15 a Sampling time Sec lo ok _ t www e A D channel number 0 to 15 A D 0 1 5 2 7 1 59 O Sampling time Sec
270. 1 STB ACK 2 STB 3 STB ACK ACK Chubu Electric Co Ltd 140 2 MATLAB I 0 2 13 17 PIO paralell in 16 PIO paralell in 16 1 6 1 6 1 6 0 1 1 5 OFF 0 ON 1 0 x 2 13 16 ADSP324 145 paralell in 16 Block Parameters pin2 m Paralell input 16 mask ADSP324 145 Paralell Input 16 gt MA Input port number fodd number 1 t
271. 2 5 2 ADSP674 00 A D AD DSP AD A D 2 0 V HR Gain 2 5 2 ADSP674 00 A D input Block Parameters 12Bit 4D1 12Bit 4 D1 mask ADsPe7400 12Bit A D converter Parameters Sampling time Sec 10 Cancel Help gg O Sampling time Sec A 0
272. 4 ML L I B MATLAB Command Window ADSP674 adsp674 ADSP324 adsp32x adsp674 INV ML LIB gt Tg Library adsp6 74 Ef F CE AI ADSP674 series DSP VO Board Library R 4 01 ADSP324 141 VO Dafina on O DSP memory map ADSP324 143 O h ADSP324145 Ll TM3ZDA odo Data VO by Excel T DA AD 2 Br Chubu Electric Co Ltd 4 SL
273. 1 6 2 8 4 ADSP324 06 1 6Bit port input Block Parameters p inb 16Bit Portl input mask link ADSP324 06 Paralell Input nx Input port number 40 to 7 a ok _ tw wm o Input port number 0 to 7 2 8 1 68 Chubu Electric Co Ltd 79 2 MATLAB 1 0 2 8 6 8Bit port 8 LOW 0 HIGH 1 8 2 8 5 ADSP324 06
274. 43p Number of output Channels Mux 1 4 Chubu Electric Co Ltd 2 MATLAB I 0 2 6 13 S1IO RS232 C S I RS232 C S I 0O RS232 C S IO S IO DSP S I O DSP H H X 2 6 12 RS232 C Init Block Parameters RS232C Init SIO jmitialize RS232C mask link ADSP32X 00 50 SIO Initialize SIO Bit Rate Bit Sec 6600 SIO Bit Rate Bit Sec S TO
275. A D 27 Chubu Electric Co Ltd 2 MATLAB I 0 2 5 3 ADSP674 00 DA DA 2 DA 2 0 DA V Gain X 2 5 3 ADSP674 00 D A output Block Parameters 12Bit D 42 12Bit D 42 mask ADSP674 00 12Bit D A converter Cancel Help ag Chubu Electric Co Ltd 28 2 MATLAB 1 0 2 5 4 ADSP674 00 DA DA
276. DS P D S P 2 6 5 FWD DSP DPRAM out 1 Sink Block Parameters DPRAM out2 Outport mask link Dual Port R M Output Output to forward DSP NA Number of channels 1 to 1022 i ok J omea J wre amw O Number of Channels 1 to 1022 DS P D S P 2 0 0C00H 1 KK 2 1 0 2 2 ADSP674 DP 122p DS P ADSP674 123p 1 1
277. Gain 2 14 2 TM32DA D A output S Block Parameters 12Bit DA3 D A channel number 0 to 127 D A 0 1 2 7 2 1 4 1 163 Chubu Electric Co Ltd 164 2 MATLAB I 0 2 14 3 D A D A D A D A 0 0 0 D A V
278. J UIL 1 A D Demux 1 D A A D
279. R Real Time Workshop E EXAMPLE C EXAMPLE_DATA C EXAMPLE H EXAMPLE_TYPES H EXAMPLE_PRIVATE H EXAMPLE RTW Rt_nonfinite h Rt_nonfinite c Rtwtypes h Adspiod h EXAMPLE MK EXAMPLE LK EXAMPLE LCF i OPT XAMPLE ITB iodef exe Buil command EXAMPLE elf EXAMPLE map YE EXAMPLE Real TimeWorkshop C H Z 4 5 4 6 RTMON RTMON Windowvs RTMON AA RTMON D S P ROM ADSP324 00A ADSP674 00H 00
280. 2 D7 D6 D5 D4 D3 D2 D1 DO 0 D7 0 D6 0 D5 0 D4 0 D3 0 D2 0 D1 0 DO 0 D15 0 D14 0 D13 0 D12 0 D11 0 D10 0 D9 0 D8 1 D7 1 D6 1 D5 1 D4 1 D3 1 D2 1D1 1 D0 1 D15 1 D14 1 D13 1 D12 1 D11 1 D10 1 D9 1 D8 RO MD x M D x 0 0 65535 FFFFH D 1 5 32768 8000H 3 2767 7FFFH TF BASE 4 w IN O Data type 2 Byte size 4 Data type 3 Byte size 4 Chubu Electric Co Ltd 54 2 MATLAB 1 0 D7 D6 D5 D4 D3 D2 D1 DO BASE 47typ 0 0 D7 0 D6 0 D5 0 D4 0 D3 0 D2 0 D1 0 DO 1 0 D15 0 D14 0 D13 0 D12 0 D11 0 D10 0 D9 0 D8 2
281. Ed Microsoft Excel AutaTestxs ENO REO RTV CD FAO QD I sa s Be S or m A E a e E MS P ae AA R3C2 bd 0 1 a AN 1 DSP El 4 5 none Seo 0100 7 Ssc 0 000 Sec 5 000 ES 1 9 12 iol lt 13 z la xi FIM Condition Lt 1 E R lu Cr NM r y SEE a z 3 4 5 6 a A ACTES zemo wm o 0 99 1 frmxls 2 toxls List vono njajo N Chubu Electric Co Ltd 4 4 4 1 MATLAB Command Window lt gt setoptn setprm setdata autotest sample Condition Condition RTMON gt Condition is Conditiom
282. 1 0 1 0 Define 1 1 1 0 1 0 Chubu Electric Co Ltd 2 MATLAB I 0 2 3 ADSP674 ADSP674 00H 00 2 3 1 2 3 1 ADSP674 ADSP674 On Board 1 0 2 3 1 ADSP674 ADSP674 1 0 DPRAM E Library adsp674 ADSP674 00 File Edit View Format ADSP674 00 32 64Bit floating point DSP On Board VO Library HOST SlOin p En DPRAM in1 DSP_SIO in Hosre slow AE DPRAM out DSP_SIO out postre DSP_SIO Init ADSP674 00 SIO com On Board A D amp D A DSP format Circular Buffer Data transfer to UIL HOST 67 DSP DPR AM
283. D A CH OUT10 OUT11 109 Chubu Electric Co Ltd 2 MATLAB I 0 2 11 3 1 A D 1 A D A D V JI Gain 2 11 2 ADSP324 141 A D input S Block Parameters 4 D1 ADSP324 141 4 D1 mask link 12Bit 44D converter Sinele channel INES A D channnel number 40 to 63 p Sampling time Sec lo Here wre e A D channel number 0 to 63 AD 0 6 3 2 1 1 1 109 O Sampling time Sec
284. Variable Index RI1C1 toxls ER 1ist Chubu Electric Co Ltd 5 5 4 MATLAB F REO A Web B 0 ALT DS BA o D XMATLABSPSp 1 work test200801_grt_rtw gt MATLAB Command Window Current Directory EJES D WWATLAB6p5p1 work test2 v c g Command Window tii Writing header file test200601 h HH Writing header file test200601_types h Eatest 401_grt_rtw 53 30 6 2005 08 09 Hi Writing header file test200601_private h l scroiod h CA 27 1 2006 11 18 M HH Writing source file test200601_data c 4Ht tit TLC code generation complete l scrotype o 0 7 23 1 2008 02 21 pp iit Creating table file test200601 tb err 27 1 2006 11 18 ii Htt Creating linker response file test200601 Ik iJ
285. 1 A Q INV i 1 1 1 1 I 0 Se in k 1 1 1 900180h 900190h 900020h 9000AOh 900120h 9001AOh 900030h 9000BOh 900130h 9001BOh o TM32DA ADSP324 141 ADSP324 143 ADPS324 145 900200h 900280h 908000h 00901000h 00901200h 00901400h 00901600h Chubu Electric Co Ltd 2 MATLAB I 0 2 MATLAB I 0 2 1 SIMLIK Real Time Workshop
286. 1 8 2 10 1 97 O Terminate output data 10 to 10V D A Volt Chubu Electric Co Ltd 106 2 MATLAB I 0 2 11 ADSP324 141 2 11 1 2 1 1 1 ADSP324 141 1 2 A D D A 2 11 1 ADSP324 141 Library ACRO74X ADSP3 DEAR ED CE RT LH ADSP324 191 12Bit A D D A Board Maa en AD Maa 5 DIA en 5 DIA1 PS a 5P324 191 AD PS Chi D A a Chi ADEE D A output S Terminate output DIAS ADEE 7 D A output Mi Terminate outputs D A4 ADSP324 141 6 O A D input S 1 AD A D input MM A D
287. 4 gt FE REO RTM al ERO AD MI DIS HS re 22 m Normal za 3 KO Define A ADSP324 03 Y D A output 5 Sine Wave 12Bit D A1 ADSP324 03 AJD input S Terminator 12Bit A D1 100 FixedStepDiscrete ARDE L lt BERMEO A Sine Wave Gain Sine Wave1 Gaini gt E untitled JMO CE TW valo BO Y AMI DIS 1286120 fon mea KO Define
288. Chubu Electric Co Ltd 14 8 FAQ ADSP324 00A 8 FAQ ADSP324 00A 8 1 1 cbios324 1ib MATLAB Command Window gt gt untitled Ink line 29 can t find input file cbios324 lib NMAKE fatal error Ul077 C YC30Ytic51YBINYInk30 exe Oxff Stop URA Cbios324 lib DSP Support Software C DIR Cbios324 lib Cbios324 h 8 2 2 rtsb lib MATLAB Command Window gt gt exe cmd line 3 can t find input file rtsb lib NMAKE fatal error U1077 C C30 tic51 BIN lnk30 e
289. DS MATLABXU LIB CD CO Ww w 1 2 3 4 NN E E E AS EAA NATA 1 SS EEE E A TAE EEIE E E EE EA 2 RR E E EA E 3 DIP ED SP SIA NE GT TIA DAA 2 aie 3 MATLABDA SAAE SN a E e ES 3 MATLAB 3 MATLAB VON A A RE RS 4 AS OS AA A A E A AA Ti ADSP324 00A MAEEeASB 2 a co e 12 1 3 MATLAB ADSP324 41D ADSP674 41D MATLAB UIL ADSP324 49D ADSP674 349 D RU ADSP324 50 ADSP674 3 50 DSP D S P
290. MATLAB S Function Real Time Workshop S Function DLL SUMULINK M S Function Real Time Workshop DLL DLL S Function mex Mex SUMULINK MATLAB Command window help mex mex help 3 4 DLL mex MATLAB Lee 3 5 SUMULINK DLL S Function SUMULINK DLL MATLAB PATH
291. NA Channel number 0 to 15 NE eot ur O Channel number 0 to 15 ADSP324 145 0 1 5 2 1 3 3 133 Chubu Electric Co Ltd 2 MATLAB I 0 2 13 10 Pw Output L S9 Pwm Output S Duty 1 0 Duty 0 0 100 0 0 P 1 N TD 1 L Il 2 13 9 ADSP324 145 Pwm Output L S Block Parameters pwmi Pwm output for single phase with latch mask ADSP324 145 Pusm output for single phase 1st input signal gt update flag or 1 2nd input signal gt duty to 100 3rd input signal gt output direct D or 1 4h output enable gt O disable
292. Time T States X Outputs Y Variable Clock ML Clock 33 Chubu Electric Co Ltd 12 12 2
293. X i Real Time Workshop DSP 2 Release DSP PC PC Windows Ctr1 A1t De 1 DS P PC PC B TOS D S P B IOS ROM PC D S P B I OS DS P DS P DS P PC
294. O Porality 0 All Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TTL O STB ACK 1 STB ACK 2 STB ACK 3 STB ACK pann uh Chubu Electric Co Ltd 148 2 MATLAB I 0 2 13 25 PIO paralell out with Terminate 16 PIO paralell Terminate out 16 1 6 1 6 1 6 0 1 1 5 GE 0
295. 1 6 0 LOW 1 HIGH 21 221 1 2 8 1 4 ADSP324 06 16 Bit port output Terminate output Block Parameters p out8 16 Bit port output with terminate mask link ADSP324 06 Paralell Output with terminate output ISA Output port number to 7 q Terminate value 32768 to 32767 ALI FA o Output port number 0 to 7 2 8 1 68
296. Chubu Electric Co Ltd 152 2 MATLAB 1 0 2 13 29 From GOT32 From GOT32 ADSP674 ADSP GOT GOT GOT 2 1 3 28 ADSP324 145 From GOT32 Block Parameters fgot4 From GO32T Scalar mask ADSP324 145 Scalar Data From GOT32 GOT Address No even number 916 to 1779 yk wre GOT Address No 916 to 1779 GOT 9161779 ADSP674 GOT 153 Chubu Electric Co Ltd 2 MATLAB 1 0 2 13 30 From GOT32 8 From GOT32 8 ADSP674 ADSP GOT GOT GOT 8 2 13 29 ADSP324 145 From GOT32 8 Block Parameters feotb From GOT32 8 mask
297. D A D A 0 TH V 0 D A E2 FE Gain 1 HR 2 11 8 ADSP324 141 D A output M Terminate output Block Parameters D A4 ADSP324 141 D 44 mask link 12Bit D A converter Multi channel with terminate outputs Number of DA channels 1 to 32 Terminate output datas 1H to 10 9 00000000000000000000000000000000 ok _ mw www O Number of D A channels 1 to 32 D A
298. MATLAB MATLAB ADSPxx4 x41D x49D x50 Windows MATLAB for MATLAB7 x Ver x xx xx x xx xx MATLAB Chubu Electric Co Ltd 3 NG 3 3 4 MATLAB CD ROM CD CD Setup exe 1 MATLAB for MATLAB7 x MATLAB for MATLAB7 x Ver 5 04 01 InstallShield 9 jnstallShield R 9 1 MATLAB for MATLAB7x Ver 5 0
299. SL MATLAB Launch Pad MATLAB Command window simulink Simulink Simulink Simulink SL lt S gt 1 Library simulink CE RTD SO ALA Sources Sinks Continuous Discrete Discontinuities Signal Signal Routing Attributes aaa Math Logic and Bit Lookup User Defined Model Ports amp Model Wide Operations Operations Tables Functions Verification Subsystems Utilities Blocksets amp commonly Additional Math Simulink Block Library 6 3 Toolboxes used blocks f amp Discrete Copyright c 1990 2005 The MathWorks Inc Sources LaunchPad Chubu Electric Co Ltd
300. 23 Chubu Electric Co Ltd 8 RT test200601 MDL AT IRPA 0 1 Sec RTw 3 i ALE 10 CT ef FAA None RTw A M Time StatesiX misg Valable Outputl M To WorkSpase Nano az O Ta NBA 12 Ke x 1024 lt AS ALP H WARR Binary y eo RS test200601 MAT From Excel 711 Test2006b xls frmxlsH97 RR TW RTW R TW Simulation parameters R
301. Block Parameters p out4 Paralell output2 mask link ADSP324 06 Paralell Output with terminate output CASA Output port number 40 to 3 MAA Terminate value 0 to ffffffffh p ok tw www Output port number 0 to 3 2 8 1 68 O Terminate value 0 to Offffffffh 1 6 81 Chubu Electric Co Ltd 2 MATLAB I 0 2 8 15 1 6Bit port 1 6
302. D S P DLG lt DS P DLG gt I1FPower PCE AE Ea work e me 5f14_ertrtw ED testl ert rtw DULL TST2 ert rtw QIE Rtm Ef14 grt rtw nocache ED test2 grt rtw UL TST3 grt rtw E test pir oT ED test7401 grt rtw UIL TST ert rtw ED test acro grt rtw Duntitled grt rtw Etest grt rtw Euntitled grt rtw_dsp ED S Function etc SUIL_TST1 ert rtw EDuserl ert rtw lt gt My lestpy PowerPC 77 pin y ower JEP pir D S P DLG OK lt D S PRUED LG gt TAF Power PCERE D MATLABGp5p1 work test pir so PRO yd IPWMATUABGDSp1WworkWfeetpr oo Chubu Electric Co Ltd 20 7 7 7 1 D S P RT RTMON 77 RT tz m F 0 DLG
303. 910FFF h 911000 h 911FFF h 3 914000 h 914FFF h 915000 h 915FFF h Sis Chubu Electric Co Ltd 2 MATLAB I 0 Zi Li 3 CN12 Input CN12 Input 1 2 ADSP674 ADSP674 ADSP674 ADSP674 ADSP674 2 1 2 2 ADSP324 143 CN12 Input Block Parameters CN12 in CN12 Input mask link Dual Port RAM CN12 Input T NASA Board NO 0 to 3 Number of channels 1 to 2045 Default Values 0 M2 mw O Board NO 0 to 3 ADSP324 143 0 3 2 1 2 1 117 O Number of channels 1 to 2045 ADSP674
304. MATLAB_ROOT YrtwYcYadsp32xYrt674 rt 6 MATLAB USERFUNC C 6 2 1 2 USERFUNC C USERFUNC C Build USERFUNC C Build SIMULINK 1
305. RB Fy 3 Administrator OSTES T sachi Chubu Electric Co Ltd 3 3 3 1 DSP DSP D S P D S P CPL3 20FLT MS CPL3206X MS HLL3206X MS DSP D S P 3 2 MATLAB MATLAB 7 1 R14 SP3 MATLAB MATLAB MATLAB 3 3
306. 0 2 9 2 ADSP324 11 Isolated bit input Block Parameters b in1 Bit input mask link ADSP324 11 Bit Input NA Input port number to 3 a Input bit number 40 to 23 lo ok _ w www O Input port number 0 to 3 2 9 1 86 O Input bit number 0 to 23 0 2 3 2 9 2 87 Chubu Electric Co Ltd gg 2 MATLAB 1 0 2 9 4
307. 131 Chubu Electric Co Ltd 2 MATLAB 1 0 2 13 8 Capture S Capture S UV ON Duty Ek 100 0 100 0 ALE 2 13 7 ADSP324 145 Capture SJ Block Parameters capture Capture for single phase mask A4DSP324 145 Capture for single phase NA Channel number 40 to 15 m eot wre Channel number 0 to 15 ADSP324 145 0 1 5 2 1 3 3 Chubu Electric Co Ltd 132 2 MATLAB 1 0 2 1 3 9 Capture 3 Capture 3 ON Duty Ek 100 0 100 0 UV VW WU x 2 13 8 ADSP324 145 Capture 3 Block Parameters capture2 Capture for 3 phase mask ADSP324 145 Capture for 3 phase
308. 2 8 10 ADSP324 06 TTL paralell input Block Parameters pp in4 Paralell input mask link ADSP324 06 TTL Paralell Input Input port number 40 to 3 1 Hee AM2 Input port number 0 to 3 K 2 8 1 68 Chubu Electric Co Ltd 78 2 MATLAB I 0 2 8 12 HIGH LOW 0 LOW 0 HIGH 3 2 0 1 3 1 TILA
309. 3 X 4 R 1 2 Chubu Electric Co Ltd 36 1 4 14 R R 14 1 14 1 1 D LG S R 14 1 2 F O tes
310. 4 D 0 A D Chubu Electric Co Ltd 60 2 MATLAB I 0 2 7 4 A D AD AD AD 0 0 0 V J Gain x 2 7 3 ADSP324 03 A D input M Block Parameters 12Bit 4 D2 12Bit A4D2 mask link 12Bit 44D converter
311. E RT D S P RT 0 D S P R D SP RT 0 D S PP 1 RT 1 RT D S P DS P R D S P A
312. HRA case 1 NextProc fle 2 return default return ConditionOK TRUE FALSE 7 4 RT dia Chubu
313. e ti C6000 CGTOOLS bin lnk6x exe 0x1 Stop gt gt cannot allcate text oCDMEM OCPMEM 0CDMEM Chubu Electric Co Ltd 12 7 ADSP324 00A ADSP324 00A 1 RT 2 1 2 1 2 2 1 2
314. 0 0 D A E V Gain 2 7 7 ADSP324 03 D A output M Terminate output Block Parameters 12Bit D A4 12Bit D A4 mask link 12Bit D A converter Multi channel with terminate outputs NA Number of DA channels 1 to 16 16 Terminate output datas 1H to 10 0000000000000000 Fee ur O Number of D A channels 1 to 16 D A 1 1 6 0 2 7 1 59 Terminate output data 10 to 10V
315. 2 MATLAB I 0 2 L34 Pulse output Pulse output 0 lt CW gt 1 lt CCW gt 0 0 1Hz 6MHz 2 1 3 3 ADSP324 145 Pulse output Block Parameters pls Pulse output mask ADSP324 145 Pulse output 1st CW gt 0 COW gt 1 2st Frequency AAA Channel number 0 to 15 E Number of Pulses to One Rotation 2 to 50000000 Reflection time Misynchronizes cycle 1 time of write fo Fee wre O Channel number 0 to 15 ADSP324 145 0 1 5 2 1 3 3 O Number of Pulses to One Rotation 1 to 50000000 Z A B 1 Pp O Reflection timing 0 synchronizes cycle 1 time o fwrite 0 1
316. A E TN 16 6 2 16 6 3 LSE 20 ES o ROA 21 Th D S P Rll 2 21 TD BD SP OE RS SR SE RS 22 8 RE A ds E AAA at a oe aar 23 9 bres laa aca dca en Les tos lios aus o os hs ron dro os Lo is lic a 25 E AAA ASS 26 10 1 ILIBRE a M EE E E E EE EAT 26 10 2 SN D A EEEE EE AI 27 10 3 ES AN ENE A E NE AE NTE 28 10 4 AN AR E 29 10 5 2 29 10 6 IA E A EE a RA 30 10 7 YAT ZERENA ne NI A A NI 31 10 8 E Y AN ME TES E IN 31 10 9 EA EAN aai 31 10 10 anana a anaana aaraa ana 31 e E A A OE EMS 32 2 ER TS 33 12 1 ERR EE 33 12 2 a AA RR 34 12 3 A NR OS OEA 34 12 4 A A A AO Ea A 35 1 2 G TA A TA e Ml A O TE IS 35 12 6 a DA ES AS A A A 35 a o A a a A 36 A A A EE EEEE EE EEEE 37 E O D A RO E RAN 37 A A A IN ARO 37 A A A AE 37 14 2 a E RS E SS E E 37 a o A O 38 1 1 MATLAB SIMULINK The Math Works Inc MATLA B TADSPxx4 x411
317. ADSP324 145 8 Data From GOT32 Pe ab GOT top Address No ven number 916 to 1772 hb we GOT Address No 916 to 1772 ADSP674 y GOT 9161772 GOT Chubu Electric Co Ltd 154 2 MATLAB 1 0 2 13 31 From GOT32 16 From GOT32 16 ADSP674 ADSP GOT GOT GOT 1 6 x 2 13 30 ADSP324 145 From GOT32 16 Block Parameters fgot6 From GOT32 16 mask ADSP324 145 16r Data From GOT32 gt NI GOT top Address No yen number 916 to 1764 yk wre e GOT Address No 916 to 1764 GOT 9161764 ADSP674 GOT 155 Chubu Electric Co Ltd 2 MATLAB I 0 2 13 32 To GOT
318. Cancel j AMI a DP RAM address in hex string DPRAM 1 6 CPU DPR AM CPU F I O Data type 1 bit 2 unsigned int 3 int 1 bit 1 CPU 1 1 2 unsigned int 3 int Data byte size 1 2 or 4 O Number of datas 1 to 256 a Or ET D SP
319. Duty Duty kk 0 0100 0 U V W 1 0 P 1 N 120KHz gt 24Hz 1 L X 2 13 12 ADSP324 145 Pwm Output L 3 with Freq AGAR Channel number 40 to 15 L y J Block Parameters pwem Pwm output for 3 phase with frequency and latch mask ADSP324 145 Pwrm output for 3 phase with frequency 1st input signal gt update flag or 1 2nd input signal gt duty 40 to 100 3rd input signal gt output direct D or 1 4th input signal gt frequencyt 24 to 120000 5th output enable gt Hidisable 1 enable 6th input signal gt pulse cyclet to 255 Dead Time 0 to 2000 0uSec E Output mode 0 full bridge 1 half bridge p Reflection time synchronizes cycle 1 time of write eo Logic mode DO negative 1 positive seven are O Channel numb
320. FE CE RT ALA Ea ADSP32X 00 50 32Bit floating point DSP On Board VO Library HOST FWWD DSP BwWD DSP b From ECU DPRAM in1 DPRAM in2 DPRAM in3 ECU in HOST FwWD DSP BwWD DSP DPRAM out1 DPRAM out2 DPRAM outa DP RAM com btw DSP and PC DP RAM com biw FWD DSP DP RAM com biw BWD DSP SIO in SIO in C Buffer RS232C in DSP_SIO in Circular Buffer SIO out il SIO out RS232C out DSP_SIO out SIO Init SIO Init RS232C Init SIO com RS 232C format DSP_SIO Init SIO com DSP format to ECU ECU out DP RAM com btw ECU Data transfer to UIL DSP EEn O DD RT 0 HOST FWD DSP BWD DSP From ECU To ECU SIO in SIO out SIO Init C Buffer 1 Chubu Electric Co DS P ADSP674 Ltd amp R AM ADSP32X 07 57 gt 08 58 FR DSP DPR AM 1 DSP
321. Model UFUNC e 2 Model UFUNC c userfunc c userfunc c 3 Model UFUNC c userfunc c 13 Chubu Electric Co Ltd T 7 7 Chubu Electric Co 1 STIMULINK SIMULINK 2 HH HH 1 Inport SIMULINK Inport 0Outport Scope To Workspace Ma
322. OFF 2 13 19 ADSP324 145 bit output Terminate out 32 Block Parameters bot3 Bit output with Terminate 32 mask A4DSP324 145 Bit output with Terminate 32 gt Output port number even number O to 14 a Output bit number to 31 _ __ _ Terminate output or 1 _ E EAS Handling Method None 1 54 2 WriteStrobe 3 Hold ii Porality 0 411 N 1 5 N A4 P 25 P A4 N 3 11 P ii ok w www e Output port number even number in 0 to 14 2 1 3 4 Output bit number 0 to 31 2 13 5 O Treminate output 0 or 1 e Handling Method 0 None 1 Hold 2 S A 3 WriteStrobe A MESTRE SNE ELET 0 3 1
323. Port number 40 or 1 Number of input channels 1 to 255 II Input default values s lo Here wre O Number of input Channels 1 to 255 O Default Value s Number of Channels ADSP674 ANDA EMO POT OASIS F ADSP674 Number of input Channels Number of input Channels A Default Value s
324. S A 3 WriteStrobe ado ND 2 1 3 6 lt o O Porality 0 A11 Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TTL O STB ACK 1 STB ACK 2 STB ACK 3 STB ACK 145 Chubu Electric Co Ltd 2 MATLAB 1I 0 2 13 22 PIO paralell out 32 PIO paralell out 32 3 2 3 2 3 2
325. 1 74 1 255 IEEE 754 IEEE 754 5 5 gt IEEE 754 IEEE 754 Q Jo e N 45 Chubu Electric Co Ltd MATLAB I O0 DSP T bin P 2 e 1 1 ASCII T 2 0 255 D S P T bin F 1 2 gt FEN 1 ASCI T 2
326. 1 enable NB Channel number O to 15 m Carrer Frequency 120KHz to 24H2 gt a Dead Time to 2000 0uSec gt o Output mode O full bridge 1 half bridge TEE Reflection time Oisynchronizes cycle 1 time of write ooo Cycle time 0 to 255 EE Logic mode DO negative 1 positive o woe FCE O Channel number 0 to 15 ADSP324 145 PWM 0 1 5 2 13 3 O Carrer Frequency 120kHz to 24Hz 1 2 0KHz 2 4Hz O Dead Time 0 to 2000 0 Sec 0 2000 0pSec Output Mode 0 full bridge 1 half bridge 0 1 e Reflection time 0 synchronizes cycle 1 time of write 0 1 e Logic mode 0 negative 1 positive
327. 2 4 5 ADSP674 TTL paralell input Block Parameters pp in1 Paralell input mask ACRO741 00 TTL Paralell Input 3 ALI HAE 2 4 1 16 Hs Chubu Electric Co Ltd 20 2 MATLAB 1 0 2 4 5 ADSP674 H 0 H 3 LOW HIGH 2 4 6 ADSP674 TTL paralell output Block Parameters pp out Parale
328. 2 8 7 ADSP324 06 TTL port output Block Parameters p out2 Paralell output mask link ADSP324 06 Paralell Output Output port number 0 to 3 a ok w wm Output port number 0 to 3 2 8 1 68 HIFZI Z 75 Chubu Electric Co Ltd 2 MATLAB 1I 0 2 8 9 16Bit port 1 6 1 6 0 LOW 1 HI
329. ADSP324 145 Capture 3 Pwm Output L 3 Fwm Output 3 Counter Input Counter preset cats set ADSP324 145 ADSP324 145 Fwm Output L 5 Pwm Output 5 DS with freq with freq Counter Input p 7 Change Reset puum3 pum ent2 y ADSP324 195 ADSP324 195 Fwm Output L 3 Fwm Output 3 A with freq with freq pwmg puma ADSP324 145 2 2 O watch dog e Pulse Output O Counter Input O Counter preset O Capture S O Capture 3 3 e Pwm Output S PWM e Pwn Output 3 3 PWM e PIO Set Time PIO ON e PIO bit Iniz e PIO Paralell In x
330. D 1 Chubu Electric Co Ltd IDRE 2 MATLAB 1 0 2 7 2 ADSP324 03 4 1 A D D A 4 ADSP324 03 0 1 5 2 7 1 1 4 5 E 2 7 1 ADSP324 0 3 i Nem Ne Ne NO 59 Chubu Electric Co Ltd 2 MATLAB I 0
331. Electric Co Ltd 2006 09 19 ADSPxx4 x41D MATLAB 440 0004 3 2 8 TEL lt 0532 gt 61 9566 FAX lt 0532 gt 63 1081 URL http www chubu e1 co jp E mail csg chubu e1 co jp 2006 9 1 4 MATLABXIDIATZY dD 1 ee 1 A REM 1 E IS CC A 2 3 1 ES A A EKO ET M i ie TETEE EA E E EE EEEE 2 ds ME 2 A A A A E E 2 AA TARF AVA FIOR E aren aAA E A EAA EE RAA 2 O A AA IP E A 4 4 1 1 10 4 1 2 A O E EA O ATE 12 5 R TMON 15 5 1 e e EEE E A TA 15 CE ET OE 16 6 1
332. Ltd 2 MATLAB I 0 2 1 3 6 Counter lnput with Change reset flag Counter Input with Change Reset flag 0 1 ADSP324 145 3 2 1 2 1 3 5 ADSP324 145 Counter Input with Change Reset flag Block Parameters cnt2 Counter input with Change Reset flag mask A4DS5P324 145 Counter Input with Change Reset flag NA Counter channel number 0 to 15 m Counter Multiple 1 2 4 hh gt gt Preset control flag 0 No 1 Yes gt Preset value lo yk wre O Counter channel number 0 to 15
333. MATLAB for MATLAB7 x 7 MATLAB aDSP674 MATLAB MATLAB MAN fs Chubu Electric Co Ltd 3 8 MATLAB MATLAB for MATLAB7 x MATLAB ADSP674 MATLAB ALAMEDA C MATLAB71 RI i NT MATLAB MATLAB E BER MATLAB KRSNI 9 C MATLAB for MATLAB7 x
334. Multi channel AA Number of AD channels 1 to 16 16 Sampling time Sec i j ok t wm O Number of A D channels 1 to 16 A D 1 1 6 2 7 1 59 O Sampling time Sec A D 0 A D 6l Chubu Electric Co Ltd 2 MATLAB 1 0 2 7 5 1 1 D A 1 D A D A V
335. O MATLAB 4 2 b V7414 YrtwYcYadsp32xYrt674 rt adsp32x h adspio h adspiost adsptype h h cg_sfun h common_145def h ctrl h dsptype h extrnfcn h logopt0 h logopt h minimon674 h timsub6x c ADSP674 adsptype ode0 c ode1 c ode2 c ode3 c ode4 c ode5 c rtbaccess rt5event rt5gett c rt5main c rt5ode c MODEL_UFUNC e Ltd C C C 14 minimon h rt5ode h rt5sim h rt5timer h rt_error h rt_log h rt logging h rt_matrx h rt_mxclassid h rt_trig h rtlibsrc h rtwlog h simstruc h simstruc_types h tmwtypes h rt5sim c rt5timer c rt_bkend c rt_log c rt_mon c rt_trig c rtwlog c simulink c userfunc c FCI E EA 0 Outport DT 1 TA 7 7 3 DP RTMON
336. To GOT32 RARA RATES n nnnnnar nunnur rr renrorrr erennere 160 2 13 37 To GOT32 16 FNA A FIRITU A 161 2 14 TM32DA AAA A 162 A A AA A A 162 14 2 VAT A ANTAS TES A A A 164 2 14 3 NN 165 2 1 5 Data 1 0 By Excel 166 A A A E 166 2 From Exc TE ed RR 167 21 3 To EX ZASA ad da 169 3 DSP 170 e O AA oi 170 4 ADSP324 00AD A rss sta 171 4 1 Reset canada ti aa 171 4 2 Released dad dd dt tds 171 Chubu Electric Co Ltd 1 1 1 1 I 0 DSP P 14 1 0 4 1 0 4 7 0 1I 0 1 0 1 0 1 4 1
337. even number 20 to 883 po eot wre GOT Address No 20 to 883 GOT 20 883 ADSP674 GOT y 159 Chubu Electric Co Ltd 2 MATLAB 1 0 2 13 36 To GOT32 8 To GOT32 8 ADSP674 ADSP GOT GOT 8 GOT HOT HALET 2 13 35 ADSP324 145 To GOT32 8 Block Parameters teotb 8 Data to GOT32 mask ADSP324 145 8 Data To GOT32 ANA GOT Address No even number 20 to 876 po GOT Address No 20 to876 GOT 20 876 GOT ADSP674 Chubu Electric Co Ltd 160 2 MATLAB 1 0 2 13 37 To GOT32 16 To GOT32 16 ADSP674 A
338. h _ OK tw wm e A D channel number 0 to 7 A D 0 7 2 10 1 97 O Sampling time Sec A D 0 A D 99 Chubu Electric Co Ltd 2 MATLAB I 0 2 10 5 A D A D A D A D 0 0
339. modelsources Axt TXT 27 1 2006 11 18 Hti tH test200601 mk which is generated from D HATLABGp5p1 rtw c acro rdx a rdl tmf is up to date TE Building test200601 nmake nologo f test200601 mk STEP 0 1 ADD_MDL_NAME_TO_GLOBALS 1 a O 3527 1 2008 11 18 lt q yg Compiling test200601 c l odet o 0 3 27 1 2006 11 18 ff Htt Compiling test200601_data c Dl ode2 o 0 27 1 2006 11 18 HH HH Compiling rt5sim c a asa ia nd Pues Mt Compiling rt5main c Workspace Current Directory HH Compiling rt5ode c titit Compiling oden c HE emilim ol c Inmake nologo f test200601 mk STEP 0 001 ADD MH Conpi ling ode2 c AutoTestC D MATLABBp5p1 Wwork test200601_grt_rt WE Compi ling ode3 c Hitit Compiling oded c TE DRI A HE Compiling ode5 c simulink simin 1 1 AutoTest D htATLABGp5p1 work test 200601 grt _rt Inmake nologo f test200601 mk STEP 0 001 ADD AutoTest D YMATLABSp5p1Xwork test200601_grt_rt Inmake nologo f test200601 mk STEP 0 001 ADD AutoTest CD MATLABSp5p1Xwork test200601_grt_rt Mt Linking test200601 elf HH Created it Successful completion of Real Time Workshop build procedure for model test200601 gt gt AutoTest D RMATLABSp5p1Xworkktest200601_grt_rtwktest2006c xIs AutoTest start lt D MATLABBp5p1 work test200B01_grt_rtw test200Bc xls gt gt Finish gt gt AutoTest D FMATLABEP5p1Yworkktest200601_grt_rtwYtest2006c x1s jautoTest start lt D MATLABEp5p1 work t
340. 324 00A ADSP324 00A U 1I D LL US B I SA DSP D SP IS A RTW U IL VB I S A DLL DL MATLAB DL TI SA D DLL DLL USB U S B ADSP324 146
341. 4 01 DRAE WALT yil 2 MATLAB for MATLAB7 x IFR User SHO Chubu Electric Gorpl ry 3 MATL AB for MATLAB7 x ADSP324 IMatlab 12 C 2300 K 3263234 K jeld N gt Chubu Electric Co Ltd 3 4 MLLIB MATLAB for MATLAB7 x
342. 8Bit port input Block Parameters p in5 8 Bit port input mask link ADSP324 06 Paralell Input SAA Input port number 40 to 15 m eot wre Input port number 0 to 15 2 8 1 68 73 Chubu Electric Co Ltd 2 MATLAB I 0 2 8 7 0 LOW 1 HIGH 3 LOW 2 8 6 ADSP324 06 TTL bit output Block Parameters b outl Bit output mask link ADSP324 06 Bit Output NA Output port number 40 to 3 1 Output bit number 0 to 31 eot wre Output port number 0 to 3 H
343. A 5 A O o r A a o S 5 1 SUMULINK S Function S Function SUMULINK C csfunctest FE E RTA AS BAO MD ID E BA 2 p m Normal rl a KO Define Sine Wave S Function Tarminator1 2 S Function SUMULINK S Function Rea1 TimeWorkshop PowerPC RT C S function S Function gt SUMULINK Real Time Workshop MATLAB M 7741 FORTRAN
344. B AT c CCStudio_v3 1 MATLAB c matlab71 call c CCStudio_v3 1 dosrun bat call c Ymatlab71YbinYwin32Ymatlab exe exit BAT BAT c YbatYexecML71 bat MATLAB71 O ae He MATLAB MS DOS adsn32x yya c bat execML71 bat G c matlab71 work ES fa a KESH JA MO IDEARIO D 12 e Chubu Electric Co Ltd 2006 09 14 2006 10 24 MATLAB MATLAB
345. DSP GOT GOT GOT 1 6 2 13 36 ADSP324 145 To GOT32 16 Block Parameters tgot6 16 Data to GOT32 mask ADSP324 145 6 Data To GOT32 SAA GOT top Address No even number 20 to 868 ok wb 2 w GOT Address No 20 to 868 GOT 20 868 ADSP674 GOT y 161 Chubu Electric Co Ltd 2 MATLAB I 0 2 14 TM32DA 2 14 1 X 2 1 4 1 TM32DA 1 2 D A X 2 1 4 1 TM32DA Library adsp674 TM32DA Ox File Edit View Format TM32DA 12bit32ch D A Board Presented by TOYOTA MACS TM32DA D A Converter S 12Bit DIAS TM32DA D A Converter i 12Bit D A4 ADSP324 03 4
346. DSP674 o Chubu Electric Co Ltd 2 MATLAB 1I 0 2 13 28 From GOT 16 From GOT 16 ADSP674 ADSP GOT GOT HOT GOT 1 6 2 13 27 ADSP324 145 From GOT 16 Block Parameters fgot3 From GOT 16 mask ADSP324 145 16r Data From GOT gt ATA GOT top Address No 916 to 1764 816 Data Type O signed 1 unsiened ot wre GOT Address No 916 to 1764 GOT 916 1764 ADSP674 GOT e Data Type 0 signed 1 unsigned 0 1 ADSP674
347. ECU sd di 39 SS Chubu Electric Co Ltd 1 2 6 1 SS TORSO AIRIS ARAS A Aa 40 26l 2a a A 41 2 6 13 SIO RS232 C LL 42 2 6 4ST ORS28280O rara aia rada reis 43 2 6 15 SIOOSP 2 47 2 6 6 ara MM eieaa 48 2 6 17 Ls YY anunnnsesssererrerrssrrereer 49 2 6 18 DEPOR E NeT ias 50 2 6 19 DEPOR sd li its 51 2 6 20 ER EU EOTF A E E a 52 26 21 ADN TAI TOS IR RARAS 56 DT ADSP324 08 ici ds 57 2 7 1 57 2 Ti PRA SR EDI A AS 59 De Te De 1 A D a a id dd de 60 2 7 4 A D 61 2 7 5 1 D A LL 62 2 7 6 D A it ras 63 2 7 7 1 D A 64 2 7 8
348. FE E TV 0Q IYD ACRO741 00 TTL bit input b in ACRO741 00 TTL paralell input pp in1 ACRO741 TTL port input p in ADSP674 TTL bit input 1 ADSP674 TTL bit output ACRO7491 00 TTL Level PIO ACRO741 00 TTL bit output b out ACRO7491 00 TL paralell outpu pp out ACRO741 00 TTL port output p out 1 O ADSP674 TTL bit output Terminate output 1 LET e ADSP674 TTL parallel input ADSP674 TTL parallel output O ADSP674 TTL parallel O ADSP674 TTL port input e ADSP674 TTL port output output Terminate output e ADSP674 TTL port output Terminate output
349. GH 21 215 1 2 8 8 ADSP324 06 16 Bit port output Block Parameters p out 16 bit port output mask link ADSP324 06 Paralell Output MERA Output port number 0 to 7 m ok trm are o Output port number 0 to 7 2 8 1 68 my pr auns Chubu Electric Co Ltd 76 2 MATLAB I 0 2 8 10 8Bit port 8
350. Ltd 3 3 3 1 MATLAB I O frmxls toxls 3 IO0 3 2 1 RTMON gt RT 2 A gt B 3 gt gt TEX
351. P324 145 To GOT 16 Block Parameters tgot3 16 Data to GOT mask ADSP324 145 16 Data To GOT NGAA GOT top Address No 20 to 868 Po Data Type signed 1 unsigned ok w ww O GOT Address No 20 to 868 GOT 20 868 GOT ADSP674 mul e Data Type 0 signed 1 unsigned 0 1 ADSP674 Chubu Electric Co Ltd 158 2 MATLAB 1 0 2 13 30 To GOT32 To GOT32 ADSP674 ADSP GOT GOT GOT 2 1 3 34 ADSP324 145 To GOT32 Block Parameters teot4 Scalar Data to GOT32 mask ADSP324 145 Scalar Data To GOT32 NI GOT Address No
352. PIO paralell in 06 RAMALES a 141 2 13 18 PIO bit out 82 NR 142 2 13 19 PIO bit out 06 di A dd 143 2 13 20 PIO bit out with Terminate 32 144 2 13 21 PIO bit out with Terminate 16 145 2 13 22 PIO paralell out 32 146 2 13 23 PIO paralell out 06 147 2 13 24 PIO parallel out with Terminate 32 148 2 13 25 PIO paralell out with Terminate 16 149 2 13 26 From GOT LL 150 2 13 2 T OLA AA AAA ro AA dai 151 2 13 28 From GOT 16 152 2 13 29 From GOT32 AA NAS A aa 153 2 13 30 From GOT32 8 LL 154 2 13 31 From GOT32 16 LL 155 2 Ll To GOT te id a a Si 156 2 13 33 To GOT 8 AAA AA As 157 2 13 34 To GOT 16 1 158 2 13 3 D T660182 MM 159 2 13 36
353. Parameters bot2 Bit output 16 mask ADSP324 145 Bit output 16 gt IAE Output port number even number O to 14 m High or Low Rank 0 High 1 Low Output bit number 0 to 15 pn _ e _ _ Handling Method D None 1 54 2WriteStrobe 3 Hold Epoca Porality 0 411 N 1 5 N 4 P 2 5 P A N 3 411 P inn Here wre Output port number even number in 0 to 14 2 1 3 4 O Higher and Low Rank 0 Higer 1 Low 16 0 1 Output bit number 0 to 15 0 1 5 2 1 3 5 O Handling Method 0 None 1 Hold 2 S A 3 WriteStrobe LOTO y Y 2 1 3 6
354. S 7 F1 2h a A 2 Chubu Electric Co Ltd 10 10 D S P RT D S P 10 1 RTMON V V DLG TA FHER x p a O ER BRO D DLG R Gain root_Gain
355. TONADA HE 2 test IN HHH Starting Real Time Workshop build procedure for model test HHH Generating code into build directory Ytest_grt_rtw HHH Invoking Target Language Compiler on test rtw tlc r test_grt_rtw test rtw D MATLAB71 rtw c adsp32x chubu tlc 0 test_grt_rtw HHH Loading TMW TLC function libraries Note Target specific implementation detail has not been specified Assuming the target is the host computer PCWIN Bit specification char 8 short 16 int 32 and long 32 Shift right on a signed integer is implemented as arithmetic shift true To override the default specification you must implement chubu_rtw_info_hook m and add it to the MATLAB path See the Real Time Workshop User s Guide or type help example_rtw_info_hook in MATLAB for more details HHH Initial pass through model to cache user defined code HHH Caching model source code test c test h test_types h HHH Writing source fil HHH Writing header fi HHH Writing header fi HHH Writing header file test_private h HHH Writing source file test_data c HHH TLC code gen
356. YADSP32xYsampleYsfunction ADSP324 csfunctest md1l S Function S Function SUMULINK S Function a3bc c 3abc c 8 ja goodname c Ev Wi nameislonger c _ a32_abc c a md1 S Function SUMULINK DLL DSP 2
357. amp Subsystem Inputs ES untitled mat simin Ground From File From Workspace AA MBR FE CE A Signal Generators nk Ber Signal Pulse enerat Generator Signal Builder ADSP324 03 12Bit A D D A Board ADSP324 03 AJD input S 12Bit A D1 los M kiform Random Band Limited Number White Noise hh Hn Repeating Repeating Counter Sequence Sequence Fredhunning Limited Stair Interpolated ADSP324 03 AJD input M 12Bit A D2 ADSP32403 7 D A output 5 D A output S Terminate output 12Bit D A 12Bit D A3 Sos ALAN D A output M P Terminate outputs amp amp ny 12Bit DIAZ 12Bit D A4 TI EFI amp 7 E Library simulink Sinks z E RED RTV AFD Model amp Subsystem Outputs m amp py E untitled mat simout Outi Terminator To File To Workspace FE E pal O AMD IED Data Viewers N 2 Normal y Si XY Graph Simulation Control Pa Stop Simulation Sine Wave Sai ADSP324 03 Pa 12Bit A D1 Gain1 Terminato ADSP324 03 D A output 5 12Bit D A1 100 FixedStepDisc Chuby Ed getyie Co Ltd r
358. bridge 1 half bridge ii Reflection time synchronizes cycle 1 time of write A Logic mode negatiye 1 positive O Channel number 0 to 15 ADSP324 145 PWM 0 1 5 2 13 3 O Dead Time 0 to 2000 0 uSec 0 2000 0zSec Output Mode 0 full bridge 1 half bridge o O Reflection time 0 synchronizes cycle 1 time of write 0 1 Logic mode 0 negative 1 positive 0 1 Chubu Electric Co Ltd 136 2 MATLAB I 0 2 13 13 Pwm Output L 3 with Freq Pwm Output 3 with Freq 0
359. e 0 signed 1 unsigned 0 1 ADSP674 Chubu Electric Co Ltd 150 2 MATLAB 1 0 2 13 27 From GOT 8 From GOT 8 ADSP674 ADSP GOT GOT GOT 8 x 2 13 26 ADSP324 145 From GOT 8 Block Parameters fgot2 From GOT 8 mask ADSP324 145 B Data From GOT L a GOT top Address No 916 to 1772 616 Data Type signed T unsigned Jo yk wre GOT Address No 916 to 1772 GOT 9161772 ADSP674 GOT e Data Type 0 signed 1 unsigned 0 1 A
360. er Solver optins Type Fixed step Fixed step size D S P RTMON RTMON RT RTW chubu tlc Make ADSP674 a674 tmf a674b tmf ADSP324 a32x tmf Make ADSP674 mk674rtw mk674rtwb ADSP324 mk32xrtw lt R TW D LG gt E Configuration Parameters untitled Configuration E AURORA chubutlc c a Pl FABRE MTER CO HTMLL me
361. er 0 to 15 ADSP324 145 PWM 0 1 5 2 13 3 Dead Time 0 to 2000 0 uSec 0 2000 0zSec Output Mode 0 full bridge 1 half bridge 0 1 Reflection time 0 synchronizes cycle 1 time of write 0 0 1 Logic mode 0 negative 1 positive H 137 Chubu Electric Co Ltd 2 MATLAB I 0 2 13 14 PIO bit In 1821 PIO bit In 32
362. eration complete HHH Creating table file test itb HHH Creating linker response file test 1k HHH Creating project marker file rtw_proj tmw HHH Creating test mk from D YMATLAB6p5p1YrtwYcYadsp32xYa674b tmf HHH Building test nmake nologo f test mk STEP 0 001 ADD_MDL_NAME_TO_GLOBALS 1 HHH Compiling test c HHH Compiling test_data c HHH Compiling rt5sim c HHH Compiling rt5main c HHH Compiling rt_log c HHH Compiling rt_trig c a Chubu Electric Co Ltd 4 HHH Compiling adsptype c HHH Compiling rt5acces c HHH Compiling rt_mon c HHH Compiling rt_bkgnd c HHH Compiling rt5gett c HHH Compiling rt5timer c HHH Compiling rt5ode c HHH Compiling ode0 c EHHH Compiling odel c HHH Compiling ode2 EHHH Compiling ode3 HHH Compiling ode4 EHHH Compiling ode5 HHH Linking test elf HHH Created C C C C HHH Successful completion of Real Time Workshop build procedure for model test gt gt R ELF BA model elf ML C YMatlab71YWorkYtest_grt_rtwY DSP test out Chubu Electric Co Ltd 14
363. ero Pole with initial states Edit Unlock Library Edit Look Under Mask Library Simulink Extras Additional Discrete Discrete Zero Pole with initial states El Discrete State Space Discrete State Space D Dd D 10 Close 11 7 12 4 13 3 Library Simulink Extras File Save 3 Do 10 Simulink Extras Flip Flops D Flip Flop D 1 CLK CLR 0 SIMULINK RT SIMULINK CLK Q 1 R CLR Q 0 Chubu Electric Co Ltd 4 MATLAB 4 MATLAB 4 1
364. est200B01_grt_rtwWtest200Bc xls gt gt Finish gt gt mutoTest D ATLAB6p5p1 work test200601 grt_rtw test200Bc xls AutoTest tart lt D YMATLABSp5p1Yworkktest200601_grt_rtwktest2006c xIs gt gt Finish gt gt autotest autotest xls Exce1lBook Exc e 1 Chubu Electric Co Ltd Hi 1 0 AutoTest 2 0 Excel 3 0 IndicationBook Open 31 IndicationBook 32 IndicationBook 33 IndicationBook 3 4 IndicationBook 35 IndicationBook 36 IndicationBook 37 IndicationBook Book 38 DSP 3 9 Book Open 4 0 Book Block 4 1 42 frmxls 4 3 DSP 4 4 DSP 45 DSP Chubu Electric Co Ltd
365. ll output mask ACRO 41 00 Paralell output 5 Y AP H HAE 2 4 1 16 2 Chubu Electric Co Ltd 2 MATLAB I 0 2 4 6 ADSP674 0 LOW HIGH
366. o 15 i High and Low Rank 0 High 1 Low lo Porality 0 411 N 1 5 N 4 P 2 5 P 4 N 3 A11 P lo ok _ tw wm e Input port number odd number in 1 to 15 2 1 3 4 e Higher and Low Rank 0 Higer 1 Low 16 0 1 O Porality 0 A11 Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TTL O STB ACK 1 STB ACK 2 STB ACK 3 STB ACK HIERA 141 Chubu Electric Co Ltd 2 MATLAB I 0 2 13 18 PIO bit out 82 PIO bit out 32 3 2
367. old E qn zz Porality 0 411 N 1 5 N 4 P 2 5 P 4 N 3 411 P h ok t www Output port number even number in 0 to 14 2 1 3 4 Higher and Low Rank 0 Higer 1 Low Af 16 0 1 Handling Method 0 None 1 Hold 2 S A 3 WriteStrobe 2 1 3 6 Porality 0 A11 Negative 1 ACK N STB P 2 ACK P STB N 3 All Positive TTL eta O STB ACK STB ACK 2 STB ACK 3 STB ACK 1 6
368. pass 1 use f ot wre e A D channel number 0 to 63 AD 0 6 3 2 10 2 97 O Sampling time Sec A D 0 A D PGA amp 0 bypass 1 use PcGA 1 AD PGCA 2 1 0 3 0 joi Chubu Electric Co Ltd 2 MATLAB I 0 210s T A D MP AD MP
369. t R M Output Output to forward DSP ADA A Number of channels to 1022 il O Number of Channels 1 to 1022 DS P D S P 2 0 1 4 0 0 1 KK 2 1 0 2 2 ADSP674 DP 122p DS P ADSP674 123p 1 1 37 Chubu Electric Co Ltd 2 MATLAB I 0 2 6 9 ECU ECU External Computer Unit
370. t2 ert rtw Al E os UD CSV OCSW al wv DLG y GN MN 1 4 2 D S PEZ 1 R 1 D LG S R
371. tion time WD synchronizes cycle 1 time of write o Cycle time 0 to 255 o Logic mode inegative 1 positiwe o re amw O Channel number 0 to 15 ADSP324 145 PWM 0 1 5 2 1 3 3 O Carrer Frequency 120kHz to 24Hz 1 2 0KHz 2 4Hz O Dead Time 0 to 2000 0 pw Sec 0 2000 0zSec Output Mode 0 full bridge 1 half bridge 0 1 O Reflection time 0 synchronizes cycle 1 time of write O 1 Logic mode 0 negative 1 positive O 3 t m 1 135 Chubu Electric Co Ltd 2 MATLAB I 0
372. to 15 2 13 2 Counter Multiple 1 2 4 1 X1 2 X2 4 X4 Reset permission 0 Disable 1 Enable 0 1 ADSP324 145 Preset controll flag 0 No 1 Yes 0 1 0 1 Preset value 1 Preset value Preset controll flag 1 3 2 Der re A O 129 Chubu Electric Co
373. vidual field names are derived from the outport block names typedef struct ExternalOutputs_tag real_T Out 3 ExternalOutputs MODEL PRM HARE gt External Inputs Structure ExternalInputs rtU External Outputs Structure ExternalOutputs rtY S Chubu Electric Co Ltd 5 RT 5 RT RT R Terminate 5 1 1 Stop Simulation user_u Stop Simulation 0 1
374. x4 x49D 4 EULSADUED KAMNI l Chubu Electric Co Ltd De 3 6 MATLAB for MATLAB7 x E SS Y pa IS N o AER lt RB MATLAB ADSPxx4 x500 4 7 MATLAB Y jy
375. xe Oxff Stop rtsb 1ib DSP rtsb lib C DIR E Chubu Electric Co Ltd 2005 09 19 pt E ACRO741 441 MATLAB R 440 0004 3 2 8 TEL lt 0532 gt 61 9566 2006 9 T FAX lt 0532 gt 63 1081 URL http www chubu el co jp E mail csgfchubu el co jp 1 4 S

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