Kochi University of Technology Academic Resource Repository
Contents
1. 2005 DSP2. IW 40 Duty Fixed32bit 31 16 15 integer fraction EPwmRegs CMPA half CMPA EPwmRegs CMPA half CMPAHR Upper 8bit a PWM 31 23 22 integer fraction 0 023 X 3 7 31 16 15 1 0 integer 0 fraction 255 reserved 255x150ps 38 25ns DPWM 150ps a HRPWM 31 16 15 integer l fraction 0 reserved 1x10ns 10ns DSPCLK 100MHz b 3 8 HRPWM X 41 3 5 2 38 2s3ns
3. ADC DPWM IN DSP POL POL DSP LC H IC DSP POL PWM TH
4. POL E DSP 1 Hed pin x x LSI LSI us Y r LSI POL L
5. ADC Analog to Digital Converter DPWM Digital Pulse Width Modulator N DSP Digital Signal Processor DSP DPWM 100kHz 10 POL ADC DPWM v 10kHz
6. POL VRM V E V S a MET or L mL 045 eeeoeseoo 2 1 4 ff 4 1 15 2 1 Vni AIEE Von 2 2 3 12V 1V 10A wa 1V POL 500kHz 1 10 50kHz 2 1
7. POL 4 7 1 POL LC L 0 47uH C 282uUF 13 8kHz MOSFET LC PSM 2 LC X 4 5 LCR
8. POL ESR ADC DC DC
9. DSP BGA DSP 1 8 7 POL 7 DSP POL DSP ADC DPWM POL
10. DSP POL LC DSP ADC DPWM POL 2 DSP 12V 1V S00kHz 10A 50 10Aus eee bs 1
11. LC POL E or rs o m POL DED LC 1
12. POL DSP 2010 dsPIC33 W Augator C 5 DSP TMS320F2808 TI F2808 2 2 F2808 2 2 DSP Items Specification Processor TMS320F2808 Processor clock frequency 100MHz ADC resolution 12bit 3V Conversion rate of ADC 160ns PWM resolution 150ps 2 2
13. 1 Leeb Special Issue in Digital Control in Power Electronics IEEE Transactions on Power Electronics Vol 18 No 1 pp 293 2003 2 Maksimovic Zane Erickson Impact of Digital Control in Power Electronics in Proc ISPSD pp 13 22 2004 3 Tig 1 pp 12 17 2006 4 Patella Prodic Zirger Maksimovi High frequency digital controller IC for dc dc converters IEEE Transactions on Power Electronics Vol 18 No 1 pp 438 446 2003 ull 5 gn TF 9 5 Xiao Peterchev Sanders Architecture and IC implementation of a digital VRM controller IEEE Transactions on Power Electronics Vol 18 No 1 pp 356 364 2003 6 Feng Meyer Liu A New Digital Control Algorithm to Achieve Optimal Dynamic Performance in DC to DC Converters IEEE Transactions on Power Electronics Vol 22 No4 pp 1489 1498 2007 7 Zhao Prodic Continuous Time Digital Controller for High Frequency DC DC Converters IEEE Transactions on Power Electronics Vol 2
14. RC JD DSP F2808 5 1 1 xe 4 1 One chip DSP X 5 1 5 3 1 4 POL DSP LH bs 14 POL POL 4 DSP 2
15. POL 0 01W cc 1980 0 1W cc ATM E 1W cc 1 4 1 8 EOL LSI 10W cc L LSI PWM POL LSI EE x FEL JE AE ZD N LSI IV
16. z 1 E n E n E n l 4 454 6 3 6 3 1 1 E n 2E a E n E n D ee 6 4 6 a 1 0 7 E n l 6 1 1 ni U n 1 2 K E n D K
17. R2 C1 C2 G s gus 5s ROCA 7 939 Td G s 5 G STO _ SRC DERG RC TBU O 4 8 s R CC C C GSRRC R 4 4 2 s z s z 1 10 RE 4 9 E 2 1 z M T z 50 4 9 T
18. 5 6 Xr e o KUNA MA 4 POL 0 POL DSP v DIZ PWM KORE DH DPWM H 3 1
19. CMPB 3 7 1 5 7 2 77 1 1 10ns 199 CMPB 120 AD 70 RUE ADCzr PWM PWM 4 ET TT Wl 3 E 3 47 36 5 7 DSP 7 3 A ADC 6 b F2808 POL 5 3 b
20. i 6 4 4 PSM 6 1 a POL Ge R 6 1 b 6 6 1 GAIE isl G z2 C 2 C J0 0 00000 6e 6 7 C 6 1 11 688z
21. 5 2 DSP 1 1 1 POL 1 DSP H DSP ADC POL MOSEFET DSP HF MOSFET mm H ICO 5 1 ADC POL Controller DPWM ml H
22. POL KEE A AE T H 4 2 H DSP 1 4 POL
23. PWM LC S E
24. LC POL 2 5 a 2 5 D 21 To 6 Vin R Vout Cout a l t 0 t t Tmin b 2 5 POL 22 0 lt tst Vout Ton lo 1 f 22 0 0 0 0 5 5 TSn 2 8 I eret tn ng 2 9 0 2 10 1 KO fi d daute
25. POL 1 li Japan 2015 1 ADC DPWM JL t Bm FE 0 85 lE amp kEi E 5 3 4 DSP POL 3 EIER EI E
26. Q1 Q2 Q1 Q2 MOSFET Q1 HAT2168H Q2 HAT2165H Q1 28ns 44ns POL Q2 2 5mQ typical 10A 25mV POL 1V Q1 Q2 MOSFET 10
27. T 97 kHz 0 0 0 5 1 0 1 5 2 0 a a 0 0 0 5 1 0 1 5 2 0 a b we 6 6 98 67 6 POL DSP POL 1
28. Z FHT S FIE TM 3 6 40 DSP POL 14 POL DSP E j FE DSP
29. Eg DSP yah EHEI H 23 fn Je LT DSP A EDS Ae RZE VRM 2 IC DSP EP IC FPGA Ej FB DSP POL Jo
30. zn 4 Y 106
31. F2808 ADC ADC ADC DPWM PWM 130ps CLK DSP
32. PSIM 2 POL 12V 1V 0 5A 5 UL 10A us 4 2 4 4 uc LH X 4 2
33. ESR ESL 2000 100A us POL ESR ESR ESL POL 2 100Aus E Aus POL
34. IO 1 0V LSI 20A ped POL LSI Am 10A F LC E AC200V AC DC a AC200V 12V AC DC 2 3 AC DC 48V 2 5V T ASIC FPGA FPGA E 2 4 POL LSI 13 POL 2 2 4
35. OUR dE s tr RC Herc 1 1 1 2 C POLAD DESEE E SB Eee o emicat oit ao bo dte pta ne a CON 2 SR RR bet RR 3 1 4 E TND O T 5 Da cr 7 nr 6 2 POL EE ctor bp E SER P RH HORE en 9 pe dl usd Ab A d UD M t iE phat rr 9 2 27 spe DEAE SERI GU bore ice eto ieae ice sc E doen bens rant 10 2 2 PO AA be Fat cube d a VR acte 10 2 2 2 11 2 2 3 12 2 2 4 14 2 2 5 MOSEEBT ES ES EEE 15 2 25605 E E A A T AE eEES ES E Pe ERPRE Rd Uo REO e et Tied ded 15 DI Ta AIEA AV E E Si aou a ea a CEU e e ER aE 17 23 0 18 2 3 1 DSP 18 2 32 DSPE RODILA TERE crossain it EE RE 19 2 4 21 UTE C nl i 21 2 4 2 26 NECARE 26 0 i cu rM 28 pupa me 1 0 28 3 _ ADC DPWM 30 del CE NSLS EE EE 30 3 2 ADC 31 3 2 1 ADC i 31 3 2 2 32 32 3 TR A REDA Ml S ees Co ER IER EAS PUn 33 3
36. 500k 3 50n 13 8k 5 H z K ur DN b NL o 69 d ze EI N E 400n n 5M A Vsweep AC er Sweep 4 8 61 4 8 POL 1 PSIM POL DSP n 3 1 POL
37. DSP POL 1 POL DSP POL DSP POL Qr
38. 6 6 6 1 1 1 1 fici Voltage reference 4 Output voltage a Ko Z K z b Es xX 6 1 POL 89
39. 6 6 a b 6 6 lt g 6 2 6 6b a Ed 6 2 b e 2 0 6 20a 6 6 a gz 5 5 5
40. 1 ADC ADC ADC ADC HERG FDD ts SIH ADC CLK 10MHz ADC ADC CLK 10MHz tomw KO t n OH 38
41. LSI DO 50 LSI ond 10Aus 50 0 5A 3A 10A POL 5 POL POL 100mV
42. POL LSI 1 0V 1 2V 1 8V 2 5V 4 0 1A Ls 1A us 5A us 10A us 20A us 5 0 5A SA 10A 2 12V 5 4 a b c d 54G b d t 10 A us 10 A us 20A us
43. POL DC DC 2 1 QI X P MOSFET PNP Q2 POL QI 1 0V Q2 2 1 QI N MOSFET Q2 N
44. LC DSP ADC DPWM POL OA DSP LC 3 ADC DPWM POL
45. CMPB 11SmV 100mV E 1 44 88 1 Jakobsen Andersen Digitally Controlled Point of Load Converter with Very Fast Transient Response in Proc IEEE EPE Conf 2007 2 Maksimovi Zane Erickson Impact of Digital Control in Power Electronics in Proc IEEE ISPSD Conf Vol 18 pp 13 22 2004 A ROHM BA33D18HFP datasheet Rev C 2005 B TDK CCR Series datasheet 001 05 20060110 ef31 ccr 2006 C Texas Instruments Inc REF3020 datasheet SBVSO32E 2004 84 6 DSP POL 6 1 ea Z 0 K T FIAn POL
46. DSP LC TI F2808 POL LC N POL POL POL xE Co e c Z TEE UT 3 DSP POL
47. us 4 20 C 3 3 896z 7 2033z 3 3278 C 2 oA E o ENa 2 z 1375z 0 375 B 4 24 PSIM ZOH 1 e ZOH s NL o 4 25 ADC MOSFET delay X 4 6 POL 59 delay s e seht t n n ng 4 26 PSM ADC
48. 10 A us RR LM CADOBUO 0 5A 5A 10A 69 Chl 1 Ch2 S0 0mV WCh2 2 00 A MiO 0HS A Ch2 4 1 92A 5 20 00 a 20 00 amp b 5 3 1IV POL 5 1 POL 4 n Hz 5 34 57k 25 05 10 36 19k 24 47 70 mV mV 160 140 N eo 100 Co eo 92 eo A e 160 140 120 100 80 60 40 10 15 Aus a 0 5A f 10 Aus b 5A 0 71 20
49. 2 2 G s N 4 21 s s 260 0 0 4 21 o LCR 4 21 1 G s LC EN LL 4 22 S RS CR LC s LC 4 5 V s I s sL 57 sRC 1 sL yV s m T RLC s SL R G PPP 4 23 GANE s RLC aS ESL G s zx 1 V s RLC s sL R NEM QUEM RLC s Ls R 1 E LE 2 1 tens 4 24 S S RC out LC out PSIM 2 4 21 4 22
50. 3 POL DSP d e DSP 14 POL POL 6 DSP DSP Z ADS PE
51. V Hl o7 i JE e JN H Zu E re JI BI 55 EC TERCOR 103 m FSI RD ji EEN 2t DRAELCAS e Hi niti S0mV 0 E 4 Wt AE
52. DSP POL POL j
53. POL DSP a DSP ADC DPWM 1 POL zR 4 POL DSP H3 5 ADC eu 1 LC H PWM E
54. DIZ 1 58 CR pisse r1 POL DSP DSP FROM H 1 PWM PC ADC DPWM EIL B Vol J89 B No 5 pp 664 672 2006 D Vol 85 No 206 pp1 6 1985 HESS eee n w 3 Leong Lee Xu Yao Critical Inductance in Voltage Regulator Modules IEEE Transactions on Power Electronics Vol 17 No 4 pp 485 492 2002 4 iig illl DSP 1 TB 12
55. 2 26 2 27 2C WV dV C out AV L I M E amp 2 27 gd 25 2 4 2 vin uu 12V Cou 282uF e 6 Dl ti 0 Sus 2 5us 1 ADC POL 100mV 1 2 2 5 POL
56. E DSP CPU gt 1 9 1 pp 12 17 2006 6 2 9 2 pp 20 23 2006 12 3 RIRE DSP POL ADC 10 2 pp 48 33 2007 12 4 face IDSP 10 2 pp 54 39 2007 12 5
57. 3 c DSP ORI d 1 Atrash Batarseh Digital Controller Design for a Practicing Power Electronics Engineer in Proc IEEE APEC Conf pp 34 41 2006 A A D IC pp100 140 2006 B Texas Instruments Inc TMS320x280x DSP Analog to Digital Converter ADC Reference Guide SPRU716B 2005 C Texas Instruments Inc An Overview of Designing Analog Interface with TMS320x28xx 28xxx DSC SPRAAP6 2007 D Texas Instruments Inc l TMS320x280x Enhanced Pulse Width Modulator ePWM Module Reference Guide SPRU791E 2008 E Texas Instruments Inc TMS320x280x Enhanced Pulse Width Modulator HRPWM Reference Guide SPRU924A 2006 F F280x ePWM 2005 44 4 4 1 POL
58. 1 4 7 PWM 1 1 199 PWM AD 0 PWM 477 60 4 7 3 4 7 1 4 7 2 4 8 LC ADC 400ns ADC 50ns
59. CMPB CMPB 5 6 b CMPB ADC JOEF 5 5 PWM H PWM PWM PWM ZAHLE E
60. X 4 3 POL V F A 4 6 4 4 4 5 n 3 n 3 C2 74 I cix c2 POL
61. 19 PWM Ins POL 2us ADC lus CLK C POL CLK oh dun CR Mu TN du c ca 2 dd 8 100MHz OORE C dod Xe CUR v EET 2 C
62. F2808 ADC F2808 30 300ns ADC ADC CLK 3 10MHz S H AD 600ns 700ns ADC 300ns 400ns ADC 300ns 5 X 4 7 PSIM PSIM
63. 3c Jd E H H LSI LSI 1 1 1 POL 1V FEJ 2i 12V D POL AC DC lt E EN x 2 4 POL LSI FE 1V Ef r1 HH H In 1 2V BE
64. 4 Hs 1 m og DSP o TRPA 6 1 E DSP ji in 2 KFY E DSP 1 8 POL EJ 25 E ADC 144 E lt
65. DSP POL 1 8 POL BGA DSP 13SmV 33 90mV 100mV 10 DSP POL
66. 9 3 9 b 16bit 2 EPwmxRegs CMPA half CMPAHR NS Es CDM F2808 5 31 23 22 T a 7 22 7 b X 3 9 PWM 42 3 6 ADC POL POL E y Jehe EHDI E DSP F2808 ADC DPWM
67. l F F 3 3 1 LPL 3 3 b e 2 2V 3 3 e 10MHz 8 33MHz X ADC CL 55 ADC 200ns ADC CLK 10MHz POL 2hs e o zA e ADC F2808 O
68. H POL OOD POL IC DSP AUN dee ia bn DSP Liu jq U a POL IC DSP 2 F2808 POL
69. 1 4 10 2R C b 2 R C R C T T 4 13 51 fag z aft 2 FH1 z 0 a lb 1e z 1 5 l z 1 z 1 zy _ a Y b 1 4 a 0 5b 4 b D a z 1 ay0 b z i Ebay 4 13 1 z Y 4 10 4 13 ghz IPIE 4 14 4 14 ghili g a 1 b 1 h a 1I 1 b b 1 l a i l a l b T 4 10 4 15 Dara 1 z 1 z 19 z e 1 z f oz 14 z c1 z y d z y0z re 4 15 4 15 c d e o A566 q X0 0 p T _ 2R R C 2 4 15 1 2 4 10 4 14 4 10 52 4 16 1l z g hz iz 3 ge heg gz ich iz 4 16 2 4 15
70. E CMPA 1 PWM RN heri PWM AD CMPB CMPA lt p4 PWM AD lt b ADC 76 CMPB CMPA 1 PWM gt lt PWM AD gt c ADC X 5 6 DSP E CMPB 5 7
71. 4 5 s LC 58 4 7 2 4 6 4 20 PSIM z 3 POL 4 6 446 V V ADC AD C z ZOH Gy s
72. 5 4 5 4 L 3 5 N gt i j 3 L ex 9 25 E A x 2 6 25 MHz 7 14 MHz EK is MHz 8 33 MHz is e 10 0 MHz 12 5 MHz 0 5 0 L 0 0 5 1 1 5 2 2 5 3 Vin V X 3 2 ADC 32 3 3 2 ADC CLK 12 5MHz ADC 0 5V 2 5V 0 5V 0V ADC 3V 1 ADC 3 3 a b c d e 3 2 ADC CLK 1 3 3 3 a ADC 0 5V 3 3 b
73. PWM Xr H 2us DSP CLK 100MHz 199 PWM F2808 Ni 5 F2808 de 1 CAO K 300ns 470ns 113 1130ns ADC ADC ADC CLK 10MHz S H 600ns 700ns ADC 3
74. DC DC ZE f 4 H 25 EDF POL 3 HJE
75. POL PWM F2808 ADC 3 6 5 F2808 3 5 H HERI LZ POL BEL ADC
76. LC 2 POL LC PT POL POL Qr NI
77. Reed ESN M T DSP DSP ADC LL AJE DPWM POL 1 n ME AME NET ARX Nel FO DR jt H 5 i EE de 5 amp ee E LSI pen KIZ POL de 1 HJE 1 E OR
78. 12V 1V 0 5SA 10A us CMPB 0 35 70 5 8 a b a b 70 CMPB 35 E MOSFET ADC 78
79. 3 DSP 3 2 E sample n 2 H sample n sample n E SS Analog signal H E ADC CLK S H CLK j tsnn Eun tmhn Moons 400ns 2 tsHnr sva ntl tmhnr1 oons 400ns i 200ns tsHmi DM n i tnnri 100ns 400ns 200ns 3 6 F2808 ADC 200ns ADC fp tt t SH_n cvmw n 1 3 1 t ADdelay 3 6 ADC F2808 500ns 700ns 3 1 ADC SOC Start of conversion EOC End of conversion
80. 3 5 4 d 3 5 F2808 H4 23 4H2 X ADC KUH 4 37 F2808 3 4 ADC
81. 61 DE RO NS RS SE 62 63 3 lee 64 2 Eb SSC 22OS2 64 5 2 DSP teu va SII C 65 Sed DA USE ROOM POSER NE UR he Rec ERE 65 5A d pa cQ i RETE ERR 67 5 Up DOS RUDI nes PAS Sn e ACE REIS RC SE SE 69 5 6 MERR RORI Leicester 73 5 7 75 75 TD i 1 A C RPAUM UI Ui E LM DEL Dem 75 5 7 3 E A NS CC TEE E 78 SB SEI ON OPEM A A a a A E RE SSR 83 Da I c 7 E c 84 6 DSP POL 85 OA EAA CONTRE ea aria OCURRE Nn a aani 85 MEC eme qMMMEEEEE 86 GONE LC OIN Y UU EI TD TRE 86 Gd UE PRU udLees bsec a E E NG 88 6 5 ERF EOZ AA mi RN 91 AAE EE E EAE T EE E E E E E E ee 92 66l DS VIA POLON E ar anere ER ER 92 6 6 2 94 6 6 3 97 ET EO 99
82. V 1 out T 4 f l 4 S0k 10 0 5 u H sert tt t 2 2 s 0 5uH 0 47uH 23590 L 0474H 532kHz A in g i m E EE n 2 3 2 3 7 1 12 500kHz Z 0 47uH DRA Vol 0V 2 SV A 8 _ 02 1 1 12 23 94 LFLOVHEE e Q 4 0 47 u 500k AI 2 2 5 2 5712 8 44 ouF2 5V VER 2 5 0 47 u 500k i 1 AW A 2 6 out L 8 C out 15mV Co Z 47hF 6 282uF 2 AT 2 6 1V 2 5V A
83. 6 3 1 Jvc FIR 3 1 1 E 1 i 0 E JH EAT U n K E n K E n l K E n 2 BUR BE UTORE Ze 3 E H ES y ED 2 PFC Power Factor Control DC DC 909 BA DSP POL H
84. ADC 3 3 2 1 ADC ADC ADC 2uS 1000 PC 2uS POL ADC F2808 Mu ded g Jy 3 1 F2808 s Li ADC CLK DSP 100MHz
85. ens DPWM PWM POL DSP DPWM 3 POL DSP ADC DPWM ADC DPWM POL
86. 79 6 80mV 2 6 idR P NE 5 9 b 3 5 2 b 5 9 b mV mV 10 20 30 40 50 60 70 80 CMPB a 10 20 30 40 50 60 70 80 CMPB b 5 8 ADC 80 mV E mV 140 130
87. 79 E 199 1 p 0 7 AD ADC PWM PWM lt Tl i m f AE MEE 1 ge 1 10ns p mr Tur 113 X 5 5 DSP 74 7 EEISELRNTS 7 1 M DSP dU 5T f F7g4ob ADC23H 1 CMPA CMPA 1 6 a X ADC ADC l 2 4us
88. POL ODAH Xi 42 4 2 4 3 o PWM PWM DPWM PWM l DPWM E A H z JE E H ADC 0 3 4 2 54 H
89. age dad d dE F2808 POL 5 5 POL 2 2 POL 5 3 a b 12V 1V 5A 10A us 3 5 3 b 1353mV 120mV POL
90. E E DSP ALTAE 1 2 mv AD ADC ERE Za EZEBEZ 20 ORRA Rn POL OREN e f E 1 8 POL 102 BGA DSP
91. ADC PWM DPWM POL DSP ADC pmi ADC POL DPWM PWM CLK DSP ADC DPWM 4 POL
92. EENE A JL FSZ ni POL LC H JE POL 4n INR LSI H POL if Pas ka HE POL 2 ADSL Asymmetric Digital Subscriber Line FTTH Fiber To The Home 4 FPGA Field Programmable Gate Array 5 ASIC Application Specific ntegrated Circuit 6 LSI Large Scale Integration 1 2 PO
93. 1 0dB 4 2 1 1 1 1 POL Controller 4 1 PWM POL MOSFET 2 2 2 5
94. 3 DSP ADC DPWM ADC AD AD DPWM CLK DPWM POL LC
95. MOSFET POL PWM 1 PWM CMPB 70 700ns 700ns ADC 300ns 500ns DR 500ns MOSFET ADC CMPB 100 B
96. DSP CLK NM ADC 94 LH E POL 2 2 2 2 1 POL POL 2 NO MOSFET POL 2 1 1 PWM
97. Rated output current Items Specification Rated input voltage DC12V Rated output voltage DC1V DC10A Output ripple voltage Less than 15mV Switching frequency 500kHz Output current slew rate 10A us Transient current 0 5A or 5 10A b Components of POL converter Symbol Component name Rating Cin Input capacitor 60uF QI MOSFET HAT2168H Q2 MOSFET HAT2165H L Choke coil 0 47uH Cout Output capacitor 282uF 17 2 3 DSP POL DSP 2 3 1 DSP POL DSP 3 3 POL
98. C C DSP POL DSP ADC PWM C POL DSP pis Z 2 3 2 DSP DSP POL
99. DC48V Zeta POL LDO POL EJ oT 5V 12V 3 3V D 2 j 1 12V IRI gd H til LSI LHE LSI 1V 100A MPU MPU MPU 2000 MPU 20A us
100. pL pica UN DE a dorus POL guia DSP H c 1V 10A 500kHz 10A us 100mV IS BER DI FOREN EUER ITO T LC 7 47 0 47uH C 282uF DSP F2808 POL 50 2 DSP ADC oe ADC CLK 3 ADC ADC DSP DPWM PWM D CLK DPWM
101. ADC 1 DSP SEDE FPGA POL E 2 4 2 3 DSP 4 DSP H H ATA AI A
102. E 2 EL ADC Bg JE DPWM CLK 5a DSP POL A 755 4 Iff POL 43 PWM DPWM 4 ADC E PWM j les 7 i c
103. J 4 2 1 my AZ POL 3E 2 4 1 a o uu 3 4 3 E 2 POL 36 3 3 F ADC M PWM F 2 4 4 aT XE Fair Y
104. K Ko Ko K a 1 U n 2 0 3049 U n 3 4 19 E n V ADC V Q E n 1 E n 2 2 E n 3 3 U n 1 U n 2 U n 3 4 19
105. PWM 3 POL 1 IC ADC DPWM DSP DSC Digital Signal Controller DSP LSI 1980 NEC uPD7720 23 1982 TI TMS32010 1 DSP 2 1 2 DSP DSP ADC
106. 2 2 6 LC 1 2 4 1 LSI VRM POL AV L A d XV K C pu e in out 2 7 A7 2 7 OO
107. 16 10ns 16 130ps PWM HRPWM HRPWM 16 8 PWM 32 EPwmxRegs CMPA halFCMPA EPwmxRegs CMPA halFCMPAHR 16 PWM HRPWM PWM HRPWM PWM DPWM PWM HRPWM PWM 199 2uw 100MHz 8 9 7 3 7 b
108. Bs KE 9 PWM Pulse Width Modulation POL LC ICO KA 2pole2zero 2 2 III POL 1 EU ICO 1IC
109. LSI POL POL DSP POL DSP 2 POL POL EE POL DSP
110. 2 2 ESR ESU 1 OT LC POL 2 POL
111. 29 3 ADC DPWM 3 1 POL ADC PWM pe DPWM DSP F2808 9 DSP F2808 POL ADC ADC DPWM F2808 12 ADC S H ADC
112. DPWM tE DSP EIKO MOSFET ADC ADC POL 1 ADC ADC CLK 10MHz x JE E FENE DPWM 1 POL i a ADC CLK E DPWM RRT ZIT PWM Jj
113. T LSI POL POL LSI POL LSI MPU LSI 1 100A us
114. ps ES 3 HU TR FEE J 3 4 POL EFE POL POL dv 25 POL AD E PWM
115. FPGA OO s Er Atti POL 9 POL 1 Optimal E ERU S0 Cil 1 DSP 6 HJE D H 1 POT JAN POL
116. 62 E D HUE uS PI PID SU 1 pp 45 53 2005 2 9 2 pp 36 42 2006 3 Chickamenahalli Mahadevan Stanford Merley Effect of target impedance and control loop design on VRM Stability in Proc IEEE APEC Conf pp 196 202 2002 dn Dl bif a 4 Oliva Ang Bortolotto Digital Control of a Voltage Mode Synchronous Buck Converters IEEE Transactions on Power Electronics Vol 21 No 1 pp 157 163 2006 5 Iannello Luo Batarseh Small Signal and Transient Analysis of a Full Bridge Zero Current Switched PWM Converter Using an Average Model IEEE Transactions on Power Electronics Vol 18 No 3 pp 793 801 2003 6 DC DC
117. POL F2808 ADC AD zi K H IT dg T REGE F 2 2 Bb 1EJ EI 4 4 250 x e 2 4 E ai 6 10 8 6 4 2 0 2 4 6 8 10 34 2 332 F2808 ADC AD 3 3 1
118. ADC 2 2 3 POL 1V 2 2 6 1V 10mV T ADC ILSB Least Significant Bi 1mV ADC 3V 1LSB 1mV 12bit ADC 2 2 6 POL 500kHz 2us ADC AD S H Sample amp Hold ADC 3 PWM 12V 1V
119. DPWM PWM 86 1 DSP ADC 1 POL 2us 1 POL
120. e ADC 2 5V 3 3 ADC 35 3 3 b c e ADC CLK 16 6MHz 3 3 0 5V E 10MHz x 3 3 a e ADC Md cU de 32 3 3 a e 10MHz 8 33MHz 10MHz ADC CLK 10MHz 3 3 ADC POL s E
121. DADC En Em En 1 E n w EQ EQ E n E n 1 E n 2 U n 1 U n 2 DPWM f A ADC 5 6 6 6 DSP
122. DSP POL 1 3 POL 100us LA LC POL n
123. H DSP 2 10kHz T E PWM DPWM 100kHz PWM DSP CLK DPWM E LC PI
124. DSP ADC DPWM DC DC DSP ADC DPWM Optimal FPGA ASIC IC NN a f IC WW 2 Optimal POL 1 i DSP
125. DSP F2808 5 1 a b 5 1 a MOSFET 1 LDO 5 1 b Zi F2808 CLK IC 9 65 1 a b 5 1 144 POL 66 ES AAA PEOL F2808 1 4 POL E D
126. 13 8KHz f cf 4 1 R1 8609 R2 470 0 R3 100 C1 0 068uF C2 220pF C3 0 022uF 4 2 4 3 4 4 4 5KHz 8 4KHz 1 3MHz 72KHz 1 10 S0kHz gt 47 422 POL
127. EE EERME MER L9 x gt DSP E BGA DSP 1 8 100mV 90mV 62 D R 1960 H e e E SFS y EA dg EU m
128. LH 45 42 LC LC 180 40dB decade 2 1 1 POL 1
129. D Vol 128 No 12 pp 1373 1380 2008 7 Duan Jin Digital Controller Design for Switchmode Power Converters in Proc IEEE APEC Conf pp 967 973 1999 5 8 Peterchev Sanders Quantization resolution and limit cycling in digitally controlled PWM Converters IEEE Transactions on Power Electronics Vol 18 No 1 pp 301 308 2003 A Pressman Switching Power Supply Design Second Edition McGraw Hill pp 451 460 1998 B Texas Instruments Inc TPS4005x Data Sheet SLUS593B 2004 C International Rectifier IR3624MPBF Data Sheet PD94714 revA 2006 D Intersil Inc ISL6540A Data Sheet FN6288 5 2008 E Powersim Inc PSIM User s Guide 04410 A2 020A 2010 F pp 9 12 1999 63 5 5 1 POL T4 MB ADC DPWM POL POL
130. PI DSP POL DSP ADC 1 POL POL PWM LC AD POL
131. 3 42mV 11 69mV POL LC 7 0 47uH C 282uF ESR ESL 282uF 47uF 6 16 2 2 7 FO MOSFET POL 10uF 6 60uF MOSFET 2 POL 2 1 a b 2 1 POL PS a a Rating of POL converter
132. LSI BUE AE Z 7 8 E LSI POL z AEREN DSP Digital Signal Processor 3 Xp3 5385 ICT Information Communication Technolo F 1 us E LSI
133. NE LC 6 i POL TODO DSP POL WWRD
134. RETK EZT r2X Hz 2 5 41 57k 20 24 5 41 51k 22 48 7 5 41 40k 24 75 10 41 27k 27 06 tL LC z HH E POL DSP POL ADC
135. 3 PWM 6 c 5 9 75 CMPB 1993 5 5 1130ns DPWM 70 CMPB ADC 700ns Erde AUR HE TIIT CMPB Z BAIA PWM DPWM iride 55 6 a amp X iu dot aE
136. g DC DC LSI p FB REDIR IL 8 ru LSI 9 POL Point of Load EY FAI FME TIA FPGA ASIC 5 6 UJ
137. 1 12 0 0833 POL IC CLK POL PWM CLK S CLK DPWM DSP PWM ADC 2 MIPS Million Instructions Per Second
138. ADC 39 3 5 DPWM DSP POL PWM F2808 DPWM 3 5 1 DPWM F2808 PWM 32 3 7 a 32 16 F2808 CLK F2808 100MHz CLK
139. ORAE X ONE TRENTO IOkHz ideo cU CH POL F AME POL 4 K U n K U n 00000000 cj 6 1 Ko 11 688 K 21 6099 gt 9 9861 K 1 375 K4 0 375 6 1 g 6 2 HERG WS 6 2 6 2 VU ADC 6 1 EE p 7 1 7 2 O 0 0 2 y 6 1 DSP
140. LC ADC 1 RC C2 C2 4 4 HT l 55 U n 3 896 E n 7 2033 E n 1 3 3287 E n 2 1 375 U m 1 0 375 UQ 2 4 20 44 mds E 43
141. reu qud v qu 3 3V 2 5V 48V HE TEH 2 POL ADC 1 8V 12V S FEJ Z HU E Em F amp J X 2 4 NL C lcs 2 3 a 3 SV 12V POL DH EEC N 12V POL OH LSI
142. POL ADC CMPA CMPB POL PWM DPWM ADC 5 6 a iud Hr 5 6b VE NE 3 5 7 2 Ti ADC OX AH 3
143. C ET JTAG POL di ED Ap dd A OS EN 10A DSP LDO POL POL 5 4 DSP HIE K4 1 POL 5 2 X ADC DPWM
144. POL V F A 48 4 3 PI PI POL 4 3 POL PI PI K Ki 0 1 0 097 250mV 1 0V 40mV PI LC 1
145. 1 12 0 0833 2 27 1V c IOA us FIZO DD 5A 0 5A 0 47uH POL 0 1 2 27 1 104mV 2 39mV 104mV 40mV 144mV hie EUST 2e RR E3 5 10A us POL fr
146. 2007 3 3 Embedded Technology West 2007 6 4 DSP F2808 ADC Embedded Technology 2007 11 5 DSP 2008 5 6 2008 9 7 IDSP POL 2010 10 105 AE F a OEE d S A
147. Ch1 1 POL Ch2 2 2 2 4 2 144mV 10mV PWM Nd 1 MA 4 4 1 5 1 A NE NE SO ON 1 CLK PWM
148. Hs m pond E yah LHE pe R FEDA 85 HH IC N Z610 exeo xcu E pa IC POL
149. DSP ADC DPWM POL DSP 6
150. ORDAS 12 ESR Equivalent Series Resistor 13 ADC Analog to Digital Converter 14 Digital PWM LC 0 5uH 1uH 300uF 300uF 10A 50 100mV 1 FA 5A Op Aus 2 POL IC
151. Lr G Texas Instruments Inc 8 A 5 V input nonisolated wide output adjust sip module PTV05010W datasheet SLTS242A 2005 H Linear Technology 10A High Efficiency DC DC uModule LTM4600 datasheet LT0807 REV C J 2005 D DC DC HNBL200 SRE 090010 1 2009 J ARTESYN PTH03060 datasheet Rev 28 2006 K N Channel Power MOSFET HAT2168H datasheet REJ03G0046 0700 Rev 7 00 2005 L N Channel Power MOSFET HAT2165H datasheet REJ03G0004 0600 Rev 6 00 2005 M Intersil Inc ISL6605 Data Sheet FN9091 6 2006 N Microchip dsPIC33FJ16GSx02 04 datasheet DS70318D 2009 O Alligator 2010 01 25 2010 P DSC Ver2010 07 27 2010 Q Texas Instruments Inc TMS320F2808 Digital Signal Processor Data Manual SPRS230G 2006 R 1 2001 S XE 1 2001
152. POL 2 6 DSP j H POL POL uu LC ADC DPWM E DSP
153. 10ns 2 10ns 10ns 38 23ns 10ns 40 153 0 261437 doi 40 153 1 4 cd ccu EM S O 150ps 1 PWM 3 70b 7 3 9 a 16 16 25 16
154. E LC E E POL AER LC POL DAN 12V orem POL E HJ EJE DSP E Mg Eun
155. LSI LC amp POL LC iui coa dd 100mV 1 14 2 2 5 MOSFET 2 2 1 POL QI Q2 QI Q2 MOSFET Q1 Q2 QI Q2 POL
156. 4 20 DSP 44 V A NN 56 4 7 POL PSIM 1 1
157. 6 4 a b 1 5 2 0 ec 1 5 a 1 5 c 2 0 a 2 0 a 1 0 1 5 Ute epu Qc peau a DE J iu E 94 100mV 6 5 a b 6 4 b
158. 90mV 2 0 H POL MM 7 mV mV 140 4 WW 130 120 e 110 x 100 o 90 80 70 60 50 0 0 0 5 1 0 15 20 a a 0 5A 130 120 4 110 S 100 O CN 90 id e 80 70 60 50 0 0 0 5 1 0 1 5 20 a b 5A 10A 6 4 Chl Ch2 10 0us A Ch2 4 1 92A 8 20 00 amp a a 1 5 DA MiO 0us A Ch2 7 2 00A i 20 00 amp b ce 2 0 6 96 6 6 3
159. DSP ADC DPWM 1 IC DSP 9 2 1 DSP uPD7720 TMS32010 http www strim orjp nkomatsu ICcollection htm OtherCPUTarget POL DSP 18 MIPS DSP CLK MIPS DSP CLK
160. POL ADC SH AD V Q Ve Van En 3 E n 1 E n 2 En 3 4 DSP 3 Un 1 U n 2 U n 3 Um 4 19 PWM ADC Gz kh Bo 1 4 5 POL OR
161. 1 LSI LSI MA H Ev EEG NI POL LSI POL m ER 1 D rd PI POL POL o N J RAD d 575 7 Bb DSP 1 tp
162. POL DSP My 2 DSP 700ns 1 lt PWM 1 DPWM H 1200ns DSP E 13SmV 40 80mV
163. 023 PWM QI6 32 8 23 7 HRPWM 150ps HRPWM 8 HRPWM 3 8 0 3825ns HRPWM PWM 1 1 3 8 b 1 0 10ns 3825ns
164. 1 xe D p R Hi u POL H 4cm i amp ELL 355 POL Ui Joint European Test Action Group PC PLEDE JIE POL 26 Jj TDS 3054B VDAC7411 ELL 355 PDS20 36 KENWOOD XDS510 USB Spectrum Digital X 2 6 DSP
165. MOSFET TH um C3 Verrin O Vou x 4 1 Error Amplifier Gate driver Verrout Carrir M P Comparator 46 o MOSFET Q1 gate MOSFET O Q2 gate LC 2m LC 2 LC 0 47F Cou EE 282uF 4 1 13 8KHz 4 2 4 3 1 fa SEC ff Oi Bees 4 2 r 1 za 2zR1C3 9 Sie Sr WS 4 3 4 4 ps 1 pl 2aR2C2 UE HP RES 4 4 f 1 p2 2aR3C3 fokak 4 5 LC
166. HE AE 1 3 AD 4 C E POL PWM 4 PWM LC 4 DSP CLK E E RL RODNAD POL 101 PWM 1 JAE SERR
167. POL 1 4 POL 6 6 1 1 8 POL 18 POL 8 1 b 8 1 MOSEFET 8 1 b DSP F2808 100 BGA DSP 14 POL 1 4 POL DS LDO 1 8
168. n F2808 100MHz CLK ADC DPWM LRORE e Un vu Ud DEODSTELI I RR ERI TTI F2808 100 IC BGA Ball Grid Arrayy 14 POL 20 ADC 160ns 3 DSP F2808 2 4 2 1 a POL
169. zn HA ic Gol 33 4 EU NET VAM DSP 1 DSP 3 DSP BRI POL 10 POL Z m JL 2 3 2 POL DSP CU Bod us f v
170. ADC POL 700ns 1 JOT T 67 H 1 1 ADC Vom E n Vref Vo n U n K E n K E n 1 K E n 2 TK y U n 1 K4 U n 2 E n 2 E n 1 E n 1 E n U n 2 U n 1 U n 1 U n Um DPWM 2 68 DPWM 3 DPWM DSP DPWM PWM DPWM
171. LT DS 20 H DPWM E CMPB 120 POL POL H POL H E E 1 ADC
172. ST 11 2 pp 2 7 2008 12 6 SME DS POL 2011 4 Y Nozaki M Sone F Takeda Time Delay Reduction for Improving Transient Response of Digital Controlled POL Using DSP IEEE IPEC Sapporo 2010 pp 1923 1928 2010 6 1 IE 2008 125286 2 SIME 2008 263713 104 1 SAE Embedded Technology 2005 11 2 DSP
173. V POL 500kHz DSP ref Jvi DSP 1 EME3 57 05 2uso milii E K J 2ns ADC 500ns E n 4 E n 1 U 1 ADC 4 20 E n 2 U Q 2 1 H Eti iz
174. MOSFET Q1 Q2 GND QI Q2 Q1 N MOSFET Q2 2 2 LC 2 2 6 e9 QI Vout o Controller 2 1 POL 10 2 2 2 NACH E
175. POL DSP S POL F ADC POL PWM DPWM POL DSP
176. 30A us DR 100A us MPU 10A us E POL VRM s LSI 100A us B WW 10A us DC DC 0 1A ns Ex HRA 7 ATM Asynchronous Transfer Mode 8 LDO Low DropOut 10 MPU Micro Processing Unit 11 POL E POL 2 Voltage Regulator PWM odule 1
177. ADC CLK ADC ADC ADC 3 2 ADC CLK 16 6MHz 3 2 ADC CLK 62SMHz ADC CLK 12 SMHz
178. kHz 0 0 0 5 1 0 1 5 2 0 a a a 0 0 0 5 1 0 1 5 2 0 a b o 6 2 90 65 5 5 2 6 3 ADC E n Vref Vo n E n E n E n 1 E n E n a E n U n Ko E n K E n 1 K2 E n 2 K3 U n 1 K4 U n 2 E n22 E n 1 E n 1 E n U n 2 U n 1 U n 1 U n E n 1 E n Um DPWM 6 3 91 63
179. lez 4 10 4 17 c1 zy ad z Y04z M ez f z j kz lz m nz jm jn km z kn Im z nIz 4 17 j k Lm j c d k 2c od m etf n f e 4 1 3 T 4 i h z iz G z 92 G z D M octteeeeee 4 18 jm 4 jn km z kn 9 Im z niz g h g i h i K K KK K jm jm Jm Jm nl p m gm m K jm jm Jm Xm b c d e f g h i j k mn R1 R2 R3 CL C2 C3 Ko 3 521 Ki 2 989 K 3 502 K35 3 008 K4 0 5618 Ks 0 7431 K4 0 3049 58 4 19 U n 3 521 E n 2 989 E n 1 3 502 E n 2 3 008 E m 3 0 5619 U n 1 0 743
180. 4 9 4 8 GCC 4 10 E 27 R6 120 27KRC RC GG T z 7 1 zZ ler TR GC 20 2 X6 c 20 2 amp RC T z Tz Tz z 4 11 z 4 12 Qc K Kz Kz Kz Gin E 2 I Kz Kz Kz eu U n K E n K E n 1 K E n 2 K E n 3 K U n 1 K U n 2 K U n 3 e 4 12 4 10 4 11 4 10 4 4 3 4 10 z
181. 5 Ipa TE T A TA TA 99 11 101 Ae 1 1 1 ICT ADSU FTTH E LST LSI E LSI fix V CLK A
182. 2 5 pp 2 16 2009 nh i 5 vg teu DSP TI 13 1 pp 2 13 2010 6 Peterchev Sanders Quantization Resolution and Limit Cycling in Digitally Controlled PWM Converters 28 IEEE Transactions on Power Electronics Vol 18 No 1 pp 301 308 2003 7 Redl Erisman Zansky Optimizing the Load Transient Response of the Buck Converter in Proc IEEE APEC Conf pp 170 176 1998 A 1992 B pp 245 253 2000 C dsPIC 2009 CQ H pp 43 60 2009 D 92 SPECIAL CQ No 57 pp 92 97 1997 E DC DC Vol 08 09 2008 F MPDRX303S 304S datasheet 2009
183. CLK ADC AD ADC CLK ADC CLK F2808 POL IC BUS Haze DSP ADC 31 3 1 ADC 2 RAS ODIHIG E 3 222 F2808 100MHz CLK ADC 12 SMHz ADC CLK F2808 10MHz 8 33MHz 7 14MHz 625MHz ADC CLK
184. CMPB A CMPB 120 3 6 CMPB E e ER AME CMPB 120 3 113mV 6 5 10 a b 5 9 a PWM CMPB 120 iH v
185. 3 4 4 7 2 POL 300kHz 300ns 400ns ADC 1AE 0 ADC ADC 5 2 30 360ns 2 4us POL ous ue mah a AD Ah
186. MOSFET 2 5A 5A 7 5A 10A 4 1 40kHz 500kHz 1 10 20 30 3 2 POL 1 30
187. 120 110 100 90 80 70 60 50 40 N w A5 c1 eo a 140 130 120 110 100 90 80 70 60 50 40 N w D c1 o b 5 9 H Ch2 58 2000 amp a Chl DAS MI0 0uS A Ch2 X 1 04A i 20 00 amp b 5 10 6 82 5 2 CMPB 120 a 5A b 10A qtue Hz pm Hz UE 3 33 03k 46 44 3 33 03k 48 43 4 39 06k 40 90 4 37 32k 44 31 5 44 14k 36 39 5 40 89k 41 46 6 49 11k 32 71 6 44 82k 39 26 5 8 DSP 144 POL
188. 1 0V Ed 3 3 2 0V Ed 3 3 c 2 5V x 3 3 c 1 5V E E 1000 500 e 6 25MHz s 0 ADC 38 0 e 6 25MHz 7 14MHz 4 8 33MHz e 10 0MHz 12 5MHz b ADC 1 0V 400 e 6 25MHz 7 4MHz amp 8 33MHz e 10 0MHz 12 SMHz amp 16 6MHz c ADC 1 5V 34 6 2SMHz 7 14MHz 4 8 33MHz 400 F e 10 0MHz E 12 5MHz 16 6MHz d ADC 2 0V 500 e 6 25MHz 7 14MHz 8 33MHz 400 e 10 0MHz 12 5MHz 16 6MHz 300
189. 21 6099z 9 9861 C z a z 1 375z 0 375 C z 1 a l 7 Ns 6 9 6 9 0 5 6 2 a b 5A 10A eg a di 5 88 2 0 a d EI D RR P MET A E
190. 25 20 25 mV mV 160 140 120 100 80 60 40 0 5 10 15 20 25 Aus c 5A 10A 160 140 120 100 80 60 40 0 5 10 15 20 25 Aus d 10A SA 54 X 72 POL POL LOC fH EN HE ah B ADC
191. 3 ADC 36 323 1n pes AUS eam ce b e E oue aeq eati dead 36 300 cO E ZAMER S utei adas pA Ce d SU eee ES PEE de 37 3 4 ADC 38 3 5 DPWM 40 3 5 1 DPWM 40 3 5 2 ulli 9 7 qe NOB quado ee aca Ur e o e deu 42 6 OO ET RE eL aD tM E Lec E DIM UE 43 oWa E o n 44 4 icis 45 ME 90 r TN 45 AD T ER 46 AD SCENE DES Iu OG a a Eea Eaa riora as e una Id 46 4 2 2 48 43 Sa 49 qr cr UH EUM nk 50 44 1 50 ON EUM DL RE n 50 4 4 3 51 4 5 54 4 6 _ 55 Ap wi EU SEM cma terum a EE EM RULES ie ALS 57 4 1 57 4 7 2 i 59 4 7 3
192. 4 3 PI POL V A 49 4 4 4 2 POL s z 4 4 1 X 4 1 R1 R3 C3 Gi s G s MS uo 4 6 s R C R C 1
193. i i i L CN 2 19 2 19 i E o t t EE 2 20 i 1 m 2 21 V EE A i t i i E t 06 Ior Ios PME E 2 22 I 1 yV V V riaa ton e HJA anar out out t 24 y u a 4 3r L 2 0 dt Uo on dt Cu 2 Cui out tz I I t V 2 V 28 OL 7 in EE Cg RSS 2 23 GC E IC t a 0 2 23 0 tmnt 7 La 7 0 x TE a RITU 2 24 2 24 2 23 2 V y 4 Tos 7 Tar 2 4 L os 71a 2 V C 2 C out V E K E 2 25 EIR o A AV V zx Vu 2 B L Ados PE TR 2 26 2C out V V Cu 2 2 26 POL
194. 1998 13 DSP 9 2 77 pp 63 70 2006 1 14 Redl Sokal Current mode control five different types used with the three basic classes of power converters in Proc IEEE PESC Conf pp 2133 2139 1985 15 Arbetter Maksimovi DC DC Converter with Fast Transient Response and High Efficiency for Low Voltage Microprocessor Load in Proc IEEE PESC Conf pp 156 162 1998 16 Feng Meyer Liu A New Digital Control Algorithm to Achieve Optimal Dynamic Performance in DC to DC Converters IEEE Transactions on Power Electronics Vol 22 No4 pp 1489 1498 2007 17 Xiao Peterchev Sanders Architecture and IC implementation of a digital VRM controller IEEE Transactions on Power Electronics Vol 18 No 1 pp 356 364 2003 18 Patella Prodic Zirger Maksimovi High frequency digital controller IC for dc dc converters IEEE Transactions on Power Electronics Vol 18 No 1 pp 438 446 2003 19 Soto Alou Cobos Non Linear Digital Control Breaks Bandwidth Limitation in Proc IEEE APEC Conf pp 724 730 2006 20 Zhao Pr
195. 1mm 1lnH 80nH ERE JTAG 2 2 2 6 10A 20V 36A POL 5 LSI i PDS20 36 KENWOOD
196. 2 POL 500kHz PWM 1 LC PI POL NM POL POL
197. 2 No4 pp 564 573 2008 99 8 mug DSP POL ADC 10 08 2 pp48 53 2007 9 i DSP 10 2 pp54 59 2007 10 Nozaki Sone Takeda Time Delay Reduction for Improving Transient Response of Digital Controlled POL Using DSP in Proc IEEE IPEC Sapporo 2010 pp 1923 1928 2010 11 Kennel Linder Predictive Control of Inverter Supplied Electrical Drives jin Proc IEEE PESC Conf pp 761 766 2000 12 Kennel Linder Generalized Predictive Control GPC Ready for Use in Drive Applications in Proc IEEE PESC Conf pp1839 1844 2001 13 Mohamed Saadany Robust High Bandwidth Discrete Time Predictive Current Control with Predictive Internal Model A Unified Approach for Voltage Source PWM Converters IEEE Transactions on Power Electronics pp 126 136 2008 14 Mattavelli Spiazzi Tenti Predictive Digital Control of Power Factor Preregulators With Input Voltage Estimation Using Disturbance Observers IEEE Tr
198. A CPLD CQ fL pp 9 18 2008 C 1998 D Murata ULS Series datasheet MDC ULS Series B14 2010 E DC DC Vol 08 09 2008 F Yeaman Datacenter Power Delivery Architectures Efficiency and Annual Operating Costs Darnell Group Digital Power Forum 2007 G Murata Power Solutions VR11C amp VR11E module datasheet MDC VR1IC VRIIE Series A03 2009 H FDK FPVRI2CR50130PA module datasheet VER1 4 2010 D Synqor NQ03xxx VMALTS datasheet 44005 2N V3xxE Rev E 2004 J Linear Technology uModule LTM4600 datasheet LT0807 REV C J 2006 K Texas Instruments Inc TPS4005x Data Sheet SLUSS93B 2004 L International Rectifier IR3624MPBF Data Sheet PD94714 revA 2006 M Intersil Inc ISL6540A Data Sheet FN6288 5 2008 N Pressman Switching Power Supply Design Second Edition McGraw Hill pp 451 460 1998 O Texas Instruments Inc Digital Point of Load System Controller UCD9240 datasheet SLUS766C 2008 P Intersil Inc Digital PWM System Controller ZL2004 datasheet FN6846 0 2009 Q Belln
199. DSP DPWM POL 3 LSI CE V NH HU Z Raf b SUIV oe POL 10A 12V 3 3V v SDZ 1H SBpHIC Z2 A c POL OAH 1V 1V 2 5V TER H 5 EE dA ANZ E 12 HH
200. E n 4 K E n 1 K Un K IUOS 070 000 een 6 5 7 1 6 1 6 6 6 c Xv U n 1 K E n I K E n K E n 1 KQSU m K U n D ret 6 6 ju 6 6 87 En E n 1 En E n 3 Un an nou F DSP 6 6 1
201. KORA 105 X r4 2 x 2010 Q 4 2010 5 Bg Me FE FPGA CPLD I 6 HH MRR EHE TER AZ 6 POL POL E DPWM POL ee 1 ADC f BGA DSP gt lh TO N
202. Kochi University of Technology Academic Resource Repository 9 Title DEP D D B C D B U l D POI D O 7 U U D Author s uu m Citation HHHHH UUL Date of issue 2011 03 URL htt p hdl handl e net 10173 728 Rights Text version RI KOCHI UNIVERSITY OF TECHNOLOGY Kochi J APAN http kutarr lib kochi tech ac jp dspace DSP POL LSI POL Point of Load LSi L POL
203. L POL DC DC Abu f DC DC 3 1970 4 DC DC D E263 LJ 1990 4 2000 POL 1 16 o POL LSI POL AJE E iE Bi
204. Lim GEM ETE 1 4 DSP ADC EAMA k V Hii EDK 100mV 6 4 ADC DPWM DSP POL
205. OT E Vol 129 No 2 pp 92 96 2009 BERE 1 n zi m E OX Vo 93 No 4 pp 276 279 Vol 73 No 760 pp17 27 Vol 93 No 6 pp 485 491 2010 faf i Vol 101 No 38 pp 15 20 2001 7 B Vol J85 B No 5 pp 856 862 2002 8 B Vol J87 B No 12 pp 1987 1993 2004 9 LA TREE 12V DC DC EDN Japan No 53 pp 71 78 No 54 pp 69 78 2005 7 8 H 10 VoL81 No 95 pp 5 12 1981 11 Deuty Exploring the Option for Distributed and Point of Load Power in Telecomm and Network Application in Proc IEEE INTELEC Conf pp 223 229 2004 12 Zhou Zhang Liu Wong Chen Wu Amoroso Lee Chen lInvestigation of Candidate for Future Microprocessors in Proc IEEE APEC Conf pp 145 150
206. PWM POL ADC DSP nul pmi 30 3 2 ADC 2 ADC IA F2808 ADC 160ns S H i J AQ DIY Rd qp ADC
207. QD out 1 I I E V d QE tdt Ci 0 f or la t T i t 2C eere 2 12 t t Vou DRE 5 y dog lai se O ARR 2 13 V out o 2 ER 1 ti lt t lt Vou 2 13 2 11 2 lont d 1 7 t V rr OL loq 7 t dt ELA OR COR AE 2 14 ANGES e pu KO 2 14 tti l t lo EM io rA 2 15 23 I t OH OL d OH OL t t e 2 Cu Ij 1 7 KV LO OF 5 lv ex eo 2 16 t ZR x 5 Tis t V OH OL 1 eS 2 17 26 2 txt Vou 2 17 2 11 2 1 7 saa fd out Out 2 18 2 18
208. SI LS POL DSP POL POL DSP POL 2 POL DSP POL 2 POL
209. V 33V JTAG 8 POL 92 a MINSV2S 82 SH9980824 086 OZfSMl b 1 8 POL 8 1 93 6 6 2 BOT 0 1 5A BEU 5A 10A 95mV
210. ansactions on Power Electronics pp140 147 2005 15 Bibian Jin High Performance Predictive Dead Beat Digital Controller for DC Power Supplies IEEE Transactions on Power Electronics pp 420 427 2008 16 Kelly Rinne A Self Compensating Adaptive Digital Regulator for Switching Converters Based on Linear Prediction in Proc IEEE APEC Conf pp 712 718 2006 17 Bibian Jin Time Delay Compensation of Digital Control for DC Switchmode Power Supplies Using Prediction Techniques IEEE Transactions on Power Electronics pp 835 842 2008 A Texas Instruments Inc Digital Point of Load System Controller UCD9240 datasheet SLUS766C 2008 B Intersil Inc Digital PWM System Controller ZL2004 datasheet FN6846 0 2009 C Marvell Semiconductor Inc IMVPG1Sx MVPG16 Datasheet MV S102809 00 Rev G 2008 D Bellnix Corp BDZ series datasheet BDD20091104 2009 B 2009 100 HE E POL POL LI 1
211. ix Power Supply Technical Application Note for Altera s FPGAs 2008 R Texas Instruments Inc 8 A 5 V input nonisolated wide output adjust sip module PTV05010W datasheet SLTS242A 2005 S ARTESYN PTH03060 datasheet Rev 28 2006 T DC DC HNBL200 SRE 090010 1 2009 2 POL 2 1 PO DSP ADC DPWM POL L dd LC
212. lnH LT PWM PWM j lj 1 2 2 2 POL 1 ESL Equivalent Series Inductance 11 ete 2 2 3 POL 2 3 b DC DC SJ POL LSI 3 b 12V E
213. ns MOSFET DSP PWM 3V QFN IC 15ns ISL6605CR AK IC MOSFET IC Q1 Q2 2 2 6 LC LC POL
214. odic Continuous Time Digital Controller for High Frequency DC DC Converters IEEE Transactions on Power Electronics Vol 22 No4 pp 564 573 2008 21 Huerta Alou Oliver Garcia Cobos Alfotouh A very fast control based on hysteresis of the Cout current with a frequency loop to operate at constant frequency in Proc IEEE APEC Conf pp 799 805 2009 22 Radi Luki Prodi6 Minimum Deviation Digital Controller IC for Single and Two Phase DC DC Switch Mode Power Supplies in Proc IEEE APEC Conf pp 1 6 2010 Q3 DSP B VoLJ82 B No 4 pp 591 599 1999 24 Bibian Jin Time Delay Compensation of Digital Control for DC Switchmode Power Supplies Using Prediction Techniques IEEE Transactions on Power Electronics Vol 15 No 5 pp 835 842 2000 Q5 E 1 DSP PWM VoL26 No 2 pp 129 135 2005 m e CoolCenter50 H Vol 90 No 05 pp 442 443 2008 B FPGA 2008 2009 FPG
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