X-fest Nike Board Project Part1: 概要とハードの説明
Contents
1. O EMI v J1 2 45 10OGC2 gt GND m 1 4 _ aa X EE P 1 I a mu a a s 1 3 4 X lt gt 3 3V DCDC vuU EOB u 5V2. D A amp CPU 24 16 DAC 166 w F NZI F ADC gt BUS CS wa WR AND DT SOE SL AL _ AL AL AD5546A 100k 100k VCC_3 3V U9 VCC INA FB_FW INB KFE CS 1 OUT GND NL178Z32VX5 C19 1000 VCC 5VA C13 100 10 9 YIN yout GND TEMP TRIM pU Tit Rnfs REF lout AD55 2 25 16 DAC DAC 5 2 5V 2 5 47 15V O U2A AD8512 U1 AD5546 AD5556 10 10V 16 14 DATA 0 TuF 1 WR LDAC RS MSB X CutOff C19 C20 w C20 7 2xzx5kOxC20
3. W w w w USB GS lt USB L Z xj JA DJ BE CPU 76 Dhrystone 2 1 MIPS 80MHz 64K SRAM 512K 107100 MAC PHY USB2 0 OTG CAN 2 0B 8 12 AD DMA PWM X WDT w 3xUART QSPI 2xl 2C 3 3V U MES ERR 40 C 485 C 144LQFP amp Freescale 52258 MPU 77 EzP EzPCS5S T From d PADI _ UARTs FTm 0 2 0 0 1 4 DMA JTAG_ENM PORTS GPIO PLL CLKGEN KTAL CLKOUT Figure 1 Block Diagram
4. 128M SOIC16 ESPI 4 I O 1 Single 2 Dual 4 Quad 2 4 300Mhz gt 66MHz 8 2 7 V 3 6 V v 5 Quad Dual Fast Read Quad Dual Fast Program 128 Kbyte 128 Kbyte Page Program PCM Bit alterable write 0 1 4 Numonyx P5Q HOLD DQ3 VCC DU DU DU DU Theory Top Electrode Heater Source Intel ST PCM X lt Analo
5. iai tT F Spartan 6 LX16 6 avnet com spartan lx evl SANNET umma Authorized Distributor Q108d ASU 91XTT 32S 1x 1 0335 60120 WAWA EE 8 F Jd OOGSBLHSD Mid 2 PL XW AU AJTIYA Pl i 1mri r 00 2 Es 045 RIZ U TETTE CIEN ZH Eeg mr Sh M M MA Y P A 2x20 LPC ADC DAC Spartan 6 LX16 JTAG HEADER 26pin amp BOOT MODE RESET ij ADMP401ACE7 1 VDD 1 5 3 3V 9 ADI LDO amp DC DC 9 3 3 JV 5 AD8221ARMZ m AD7652ACPZ RO Veris 5 215 H minlAB RGA lt l V
6. 52 5 J w Z USSF 3 5 13 29 41 Moral x 4754 _ S S 5V J 5Vpp J150mVpp 1 00 UAiv DC aa maaa aaa amas a A a Y Edge CH1 HItnLEuE 1 1 Ok 1 ZOkS S 505 4 Hi 20 0mU diu Z9HHZ CHZ 10 1 Edge CH2 f utoLeue1 Display GISIN Coupling Probe Offset Bandu am OFF DN 0 90410 10 1 ZONHZ 1 14 24 29 E Nor saq 4 50nsAiv 50 9mU diu AC 26NHz Edge CH2 utoLevel 47 0mU fx Display Position Coupling Probe Offset Banduidth p Next OFF DN 0 99qdiv AC 10 1 9mU 29 2 1 Z 54 LoopBacl GND i 8 8 GND 4 2010 01 13 14 03 13 p ADC DAC
7. 1 i LJ V Ry T Electronics DEVICES USB AB ADC DAC OP JJ DUDO J PH SNO O 01111 OD 9 ai S Tap u no k F a rm EDH T 5 N w OJAN YS 32 Coldfire 907 PCM SS on z E SE seca ri I K R K NW W KR K R RR R CX DEVICES 2 freescale M numonyx w 2x20 partan 6 LX16 colgfire PCM op USB amp e r
8. GND X U12 1 TP3 GND 1000pF EF nan 08 U Tk q 25 n x i GND i OASEN sz 1000pF URE p 9 9 9 m 1 67 X VT TES 3 3 V 1 10 mV xT 500 mV ELES 0 805 10x 7 500 4096 T 0 805 x V 500 10 FAFNER U15 MMA7361L
9. CHS JZ 1277 3 2010 01 13 12 02 33 JE Normal T sms pass a SL 5 V E 2 00 iu 44 106 3 3V DC DC u ED024 gt 2 RESET 5 240msec Edge CHL Single 1 20 U 0 00000s Yi 240 005 5 166670 240 005 AY 1 083330 4 166662 2 aio ss 3 SV 85 _ FR lt lt Mains10k gt gt gt CH1 19 1 w 5 00 UMzdiu DC Full CHZ 10 1 w 3 3V DC DC 1 00 U diu 2010701713 11 27 49 E Normal 2 C Full V El V 200usec Single CURSOR Trace Exec Uertical C1 tn 21 4 3 3V 2010701713 10 59 02 Ep Normal YOKOGAWA W 182 5 5 5 ZQ 0HSA Os a Mains 10k gt gt wr 3 3 ldle gt 40mVvpp z0 md iu Full Edge CH1 F uto 0 00 U 3 3V Audio LoopH DC
10. DATA LDAC Analog Devices D A AD5546 i FUNCTIONAL BLOCK DIAGRAM R Rcom REF Rors e AD5546 pp AD5556 WR IT LDAC D _ RE GND 0 006815 4 MSB RS Figure 1 AD55467 AD5556 Simplified Block Diagram lt tas s TE Figure 5 AD5546 AD5556 Timing Diagram K D SSM2305 w SSM2305 2 8w 4 5V 89 5V 1 3W 8Q SNR 98dB THD 109 2 5V 5 5V amp I lt Analog Devices D 32 FUNCTIONAL BLOCK DIAGRAM SSM2305 296 m MODULATOR FET IH 37KEO E A DRIVER b INFUT CAPACITORS ARE OPTIONAL IF INPUT DC COMMON MODE WOLTAGE 15 APPROXIMATELY Vpp 2 4TnF AUDIO IN 0 AUDIO IN 4TnF SHUTDOWN Figure 1
11. 95 3Mnz 600mA 2 3V 5 5V u 5 5885 7 21 0 2 u A Typ Analog Devices DC DC 4 ADP2108 83 ADP2108 2 3V TO 5 5V 1HH 4 0V TO 3 3V 10 Figure 1 J VIN SW nam EN Figure 29 Functional Block Diagram OSCILLATOR Figure 11 Voltage Inversion Principle CAP Analog Devices ADM8828 9 1 5V TO 5 5V IN 8828 ADM8829 SHUTDOWN CONTROL INVERTED NEGATIVE c2 OUTPUT Tie Figure 1 Typical Circuit Configuration u 5 99 20mA 1 5VC5 5V 2 1uF 180 ON Semiconductor USB NCP361 85 FLAG 1 uF 28 V 0803
12. V A V A X lt 5 mm GND ORAID ahte i pg y 7 T 2 s J EG266SSSSS6SS 1 X lt y GND CHD RS p r ns
13. 0 l N se Ref s DIIII ZBADA BJ A DXT AIN wa dal qH 7 Ji PI AD8221AR RJ 2410 9 X Rg 2 3 T pi G 20xlog 1 ERS Rx RI RIxRI 5100 R7x R8x R9 19 ADC Ref R 0 VEC SVA V ee 2 5V R1O R104 11 RB R104 w R104 R10 104 10 225 8 PJJeey FK K 1 EB ee L 2 s RIO SVA REF 6 10 lt C101 R105 R106 R106 Sout R105 R106 Sin Vref A D
14. C20 gt C19 2xzx10kO x C19 C19 u 280 v 218 78 7 C19 C20 C1G 15 9kHC20 31 8kHz m C1 28 4kH2 C20 31 8kHz C19 28 4kHz C ZQ lt C1 45 9kH2C20 21 2kHz Level dB 10 100 1000 10000 Frequency Hz D R11 Rd 24 10M Jak F YOC SSM 2305RM Z R15 C 21 5 C 22 C 23 T 0 10 1001 0 290 Av X C C1 C2 1 C Cl C2 C 2pF s
15. R37 R38 R40 U14 ADXL335 R37 R38 R40 R32 R34 R36 Z wasaman p ADXL335 MMA7361L 27 X lt ADC REF R201 10kC gt ADC REF C5 REF C49 3 3V LC REF 3 3 C3 FB100 X 9
16. I F N Z a ANALOG ANALOG ANALOG ANALOG ANALOG p 0EVces p 0EVces Tyco Electronics p 6EVices ES 0EVces U19 ADM8828 ADM825 USB mini AB U18 ADP2108 600mA 012 TMP36 U16 NCP361 U14 ADXL335 IC 3 3V DCC DC USB 3 IC IC gt ANALOG freescale DEVICES 015 MMA7361L 3 1IC ANALOG DEVICES U4 ADM8538 35 T E jJ E ADM8221 CMRR U2 AD7652 16 Er es y ___ 500ksps PulSARS ADC 1 i j E ANALOG U7 SSM2305 2 8W IC ass Das G N CANNES sa freescale IN numonyx U5 ADR03 2 5V U8 AD8512 FET U6 AD5546 U9 2 OR 10 MCF52258 32 IC 16 DAC IC ColdfireS
17. AD8221AR SW C9 ADF02904 R7 22 S 5490 C203 NA 1 w u s s VSS_ 5V R3 49 3gF R100 R105 L R1 Y es EE ADC ADC 8T VCC I Diu u E BS C7 lu C10 Pes U2 AD s s ADC BUSY FB_A15 FB A14 FB_A13 FB 12 VCC sy VECIN 2 16 ama um mm mm m MEMS 2 FB100 _ MPz1gE8h1n1B JP1 A2 3PA 2 54DSA C3 1 R105 i 0 2 VCC SA I RIOS NA m J y AD8221AF I 3308 VSS 5V RE R104 B J 2410NAN l I I 1 I g I lu NA h RJ l 49 W1 c9 ADF02584 D lu w R7 RE a i gt 5 49k i R10 Z c0 AD8538AR C17 i
18. 55 1 CLRI ADC LPF wfc 390Khz 22 5Khz 2 7nF gt 47nF 47000pF y szR200 1KC2 X lt Nike Board X sRS232C X
19. Nike XX fest URL gt X fest 2010 J apan WhttD www avnet CO p xfest yy wrhttp blog goo ne jp avj tech mktg TN C 74 S s UY LE 6 T uh 7 COM1 1734328 USB mini AB Swi IADF02S04 1825059 1 Rotary DIP SIP Switches and DIP Shunts Standard ADMP401 IMEMS MICROPHONE OMNI DIRECTIONAL MICROPHONE WITH mm oup4oAcgz BOTTOM PORT AND ANALOG OUTPUT c n uz Hopzeszacp AD7652 PULSARB 16 A D 500KSPS 48pin LFCSP U3 8221 72 CMRR MSOP U4 IAD8538AUJZ R7 AD8538 TSOT 23 U5 _ IADRO3AUJ ADR03 2 5V D FF SSOP 5 8 E ue AD5546BRU 05546 16
20. 166 I REF ADC 8T gt FB _A12 vcc sv VC 3 3 100k 2 III w 2 JL b Jd I T 01u i EE Cut Off f c ga FB_A11 10 FE 9 C5 ah 1 T 150 FB_A6 RC 85 2 D5NVSYNC FB_AS 3 PDREF DANT FB A4 Spi Or I OO eou J a C10 Tu oy R4 RR OO K K L K E O VCC 5VA _ DAC a l E T VCC 33V 2 D 7 Ec wasan 1 a S C18 l 19 I 1000 2 l DAC_RESET DAC MSB 88M2305RMZ R15 AD5546A R13 2 RI 100k 100k C23 10u10 10u ny RW FB_C80 gm l l l l VCC 33 lI l m m ft m w 1 _ g NL175232VX5
21. C1 C2 Cl 2x C C EROS DLC X gt gt 4 GND 1 Xi 30 w GND A lt 5 lt
22. Display 20107017 14 25 10 iok Normal Z9kSZS 50ms A LoopBack 55 1 U3 j o SG SG EI SG JBandu 7 0 20 2 10k Nor 9mSiiw 2 U3 GND SG SG TI SGJ T Z GNDJ Z 6 Offset Bandu 1 7 0 Nike X Nike Board 57 tA OBER gt GND Email X fest 2010 KU F http event avnet co jp 25 8007 224 59 Reset S
23. DAC 4 DAC Di TSSOP 28 SSM2305RMZ SSM2305 D 2 8W gp j r q sss AD8512 JFET ADI MSOT 8 NL17SZ32DF NL17SZ32 Single 2 Input OR Gate U10 MCF52258 LQFP 144 32bit CPU Cold Fire E I I uiz 2 7 5 5V U13 80 16 PCM Phase Change Memory U14 ADXL335BCPZ ADXL335 3 3G LFCSP LQ MMA7361L LGA MMA7361L 3 Axis Analog Output Acceleration Sensor IlU16 INcP361D NCP361 USB Pos OVP and OCP TSOP ADM825 IC u7 Howezsuv Am U18 _ ADP2108AUJZ 3 3 ADP2108 DC DC 600MA 3MHz 3 3V TSOT ADI EE ooo L Vi gt ART Pe
24. 5V 5 1 w 5 PC TH1 CPU PC TH2 CPU PC TH3 3 3V IC wTH4 GND TAGOICE X LED 3 LED gt LED1 5V LED2 LED3 Z u 3 RESET SW SW2 SW3 X lt u JP1 ADC MEMS v1 2 MEMS SOIREE 2 3 2 ICE y1 2 9 6 2 3 9 26
25. Stale Figure 2 Functional Block Diagram Figure 1 Typical Application Circuit UDFN Pinout USB I F IC vag 5 675V OSEM 85 20 600mA 15 14 ADXL335 TOP VIEW Not to Scale NC L 4 9 OI NC 5 6 7 8 B E 5 O N NC NO CONNECT NOTES 1 EXPOSED PAD IS NOT INTERNALLY CONNECTED BUT SHOULD BE SOLDERED FOR MECHANICAL INTEGRITY 07808 003 Figure 2 Pin Configuration GSRN EN 3504A 1 8V 3 6V v 10 000g 86 3V XourT OUTPUT gh 1 Your OUTPUT ZouT OUTPUT AMP A 7 ST 3 AXIS SENSOR 07808 00 Figure 1 GAN Analog Devices TMP36 87 FUNCTIONAL BLOCK DIAGRAM Vs 2 7V TO 5 5V TMP35 SHUTDOWN Vour TMP37 GND O Figure 22 Temperature Sensor Simplified Equivalent Figure I 2 7V 5 5V w 2C
26. u JP3 EN 1 2 JTAG EN H 2 3 TAG EN L w J P4 5V 1 2 USB 2 3 JP5 3 3V 1 2 DC DC 2 3 Spartan 6 LX16 X lt SRCI O X GND Spartan 6 LX16 GND Nike GND gt C201 C202 J 1 GND GND gt GND
27. AvNET Accelerating Pour Success X fest Nike Board Project Part1 gt DEVCES 7 eeScg N Electronics 2 Semiconductor D innovate memory Solution X lt Nike sw w D w i v w AN X st Nike Wikipediak Victoire de Sarmothrace 2552 522 Winged Victory 2 Nikn TNS gt w o pe7 lt CH B RBO
28. AD5546ARJZ SSM2305 2108 0 2 3 3 3 9V DUUmA 9V 3 3V ADM8828ARTZ 20 2 54 2mmPitch Spartan3A 5V 25mA max X sw X t MEMS ADC t DAC V p D J1 cD EE E VCC 3 37 FB100 2160801018 GND OUTPUT JP1 Wapu ong 2 3 2 5408 GND GND i C101 ADMP401 1 i VCC SA 201 330
29. Full CHZ 10 1 J v JU J6G0mVpp 2010701713 11 00 35 Eo Normal YOKOGAWA 1012 DMS Z QHS Nu Edge CH1 F nuto 0 00 U 2010 01 13 12 18 52 T 1 ee Haint 10 TRA gt Hornal Pe 20985 Edge CH1 Single CURSOR ump Exec 5V 5VEH 5V gt 520usec 50 51 ee _ 5V 1 13 26 26 It Noral GBGBG0 411 1HSzS Insali Mains 10k i 5V Idle 10mVpp Edge CHI RUtnLEuE 1 5 00 U _ 5V 2 2010701713 13 28 57 E Normal s sm m 19 1 5V J 1Vrms 180mvpp 1 00 1U DC rot AT AA V Edge 1 HIItnLEuE 1
30. Typ 40C 125C 50A 10mV
31. W USB 5V GND E EEE m m E m AARE k kaiii I TE nu L OP CPP TT JC IL N R Y D RY R J TAG ICE SW3 SW2 1I F 2x20 Spartan G X so 1 u J2 D P1 ZD MEMS 2 ICE J TAG P3 TAG EN TAG GND w J P4 5 38 07 ws 5 JP5 3 3V ss DCDC Spartan 6 LX16 X lt J P6 5V 5V GND
32. g Devices AD8221 79 CONNECTION DIAGRAM u 51522 2 AD8221 F 40 85 C 2 3V 18 Apa221 825kHz Gain 1 Figure 1 2V u sec ioe TT TT TT TO te ta 0 25 u Vp pA JME yy E Neewmwes x J u TTN 100GQ 2pF N H l 100GQ 2pF i Si FREQUENCY Hz Figure 2 Typical CMAR vs Frequency for G 1 166 F 500ksps tT YIII SZ amp 3V 5V ARRON Analog Devices A D AD7652 FUNCTIONAL BLOCK DIAGRAM REFBUFIN REF REFGND DVDD DGND Figure 1 Functional Block Diagram BUSY Figure 26 Basic Conversion Timing 16 2 7V 5 5V tR 12nVY Hz w 2 4
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