Design and Realization of a Prototype Hardware Platform for ...

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68591056.3577.2231927.11.03LSM-LAP CORTHAYACORT GVBOTMEGAWATCHTOPMEGAWATCHLSM-LAP CORTHAY27.11.03ACORT GVDRILL CHARTFIGURESIZEPLATEDQTY0.203PLATED2670.508PLATED70.711PLATED150.787PLATED170.889PLATED281.499PLATED53.2PLATED41.7NOT PLATED22.2NOT PLATED2MEGAWATCHEPFL ACORT Mon 01.12.2003 8:47 Drawing name = MEGAWATCH Scale = 1.00 1.000 Inch =LABORATOIRE:DI-LAPENGINEER:CORTHAYPage 5DATE:27.11.03EPFL-ACORT-gvMEGAWATCHEPFL ACORT Mon 01.12.2003 8:47 Drawing name = MEGAWATCH Scale = 1.00 1.000 Inch =LABORATOIRE:DI-LAPENGINEER:CORTHAYPage 6DATE:27.11.03EPFL-ACORT-gv
J1femfem10KEPFL ACORT Mon 01.12.2003 8:47 Drawing name = MEGAWATCH Scale = 1.50 0.667 Inch =C110U10UC2C17470680NFR26R481K26C310 NFMMBF1704925501 3 211KR45C11C6100NTP_REFU2VALC16100N1211680NFC15U1VALC14680NF10K R210K R410K R510K R610K R710K R810K R9JCFJRF10U1110K10 NFC9C8100NVAL21U30.0R240C12R461K470R3C10C7100NJBUZR1T1U4VALC510UC410UU5***C8051F311TP_RF0.1UFC13R230.0TP_CFB1A11KR221KR470C18100NC19100NJ2femfemR25 D141KBAT48AR29B1A1C20R32100NF1KR31C22R34R19 1KR491K10K100NF1KR4210KC27100NFR441KR3610KC24100NFR391KR3510KC23 100NFR38 1KR171KR4110KC21100NFR3010KR331KR21R181KC26 100NF1KR20R43 1K1KPage 70.0R24EPFL ACORT Mon 01.12.2003 8:47 Drawing name = MEGAWATCH Scale = 1.00 1.000 Inch =10UC16 1T1R230.0U5***C8051F311R491KR481KR461KR451KC11132MMBF170JBUZR471KMEGAWATCH0ENGINEER:CORTHAYLABORATOIRE:DI-LAPEPFL-ACORT-gvDATE:27.11.032110 NFC9C8100N0C12C6100NC20 100NFC26 100NFC18C5100NC19100NC22 100NFC24 100NFC23 100NFC21 100NFR19C271K100NFR20 1KR44 1KC17470680NFR26C14680NF680NFC1510K10K10K10K10K10K10KR2R4R5R6R7R8R9R29 10KR17 1KR18 1KR41 10K100N0.1UFC13C10 10 NFC7100NR110KR31 10KR42 10KR36 10KR35 10KR30 10KR33 1KR21 1KR32 1KR43 1KR34 1KR39 1KR38 1KC110UR251K470R3U1VALJCF1262D14BAT48A1C310UJRFVAL U3B1A1110UC21U2VALVALU410UC4TP_RF TP_CFTP_REF14925501KR22B1J1femfemJ2femfemA1Page 8
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EPFL - Swiss Federal Institute of T
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The MegaWatch Wireless PlatformMast
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Page 40 and 41: The MegaWatch Wireless PlatformMast
Page 86 and 87: The MegaWatch project : Alim boardW
Page 88 and 89: MEGAWATCHLSM E.Corthay MFG_DATE: 01
Page 92 and 93: 3213434121243214321551K1K1K1KR10R11
Page 94 and 95: EPFL ACORT Mon Dec 1 08:47:30 2003
Page 96 and 97: Component Report MEGAWATCHmegawatch
Page 98 and 99: Single Node Nets Report MEGAWATCHme
Page 100 and 101: Qii8i¡,//4$-r G D/- ’KK•-4K*M.
Page 102 and 103: EPFL ACORT Thu 22.01.2004 11:21 Dra
Page 104 and 105: EPFL ACORT Thu Jan 22 11:21:21 2004
Page 106 and 107: Component Report SABUSALIMsabusalim
Page 108 and 109: BOM Report SABUSALIMsabusalim_gloss
Page 111 and 112: ¬†hx€ƒq‚}ƒr r {o{€ H:
Page 113 and 114: {€}~{ƒ~€z’{r~{{}€rq~h „k
Page 115 and 116: Signal Page Ref ROKEPXA_Brokepxa Th
Page 117 and 118: 10000000000100NC1510KR119U11VALD19B
Page 125 and 126: Component Report ROKEPXA_Brokepexa_
Page 131 and 132: BOM Report ROKEPXA_Brokepexa_gloss
Page 133 and 134: Power Pins Report ROKEPXA_Brokepexa
Page 135 and 136: Extensions Milli-BUS RokEPXAA24 MB_
Page 137 and 138: Extensions Milli-BUS RokEPXAA24 SPI
Page 139 and 140: 24 MHzrf_TRX_moduletxSpeed3 = ctrl3
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-- Modify here if you change the st
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doEmerBut => doEmerBut,inhibitEmer
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xFifoReadEn -- ctrlreg32if (writeE
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futurestate txBusyTmp
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egPayload
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edge)-- If we reached the end of th
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-- ################################
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RxStbis in std-by)TxStbis in std-by
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when idleRx =>rxEn
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uf:process (clk, reset)beginif rese
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ReadPointer
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end process;-- Bufferize the signal
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when emerPressed =>bufferedEmerButt
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process (clk, reset)beginif (reset=
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component sreg8port ( clk : in std_
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-- Signals to and from the TXchip_e
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component IO_Ctrlport ( clkclkTXres
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File: avalon_bus.vhd[…]-- Above:
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eginif reset = '1' thencurrentstate
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----------------------------------s
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