SD16A
Abstract: TA12 TA16 TB16 MSP430F47x
Contextual Info: MSP430F47x3/47x4 SLAZ040A - 04/15/2008 MSP430F47x3/47x4 Device Erratasheet MSP430F4784 MSP430F4793 MSP430F4794 XOSC5 USCI21 USCI20 USCI19 USCI13 TB16 TB2 TA16 TA12 SDA4 FLASH25 FLASH24 FLASH19 COMP3 Devices MSP430F4783 Rev: Current Version H I H I H I H I
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msp430f47x3/47x4slaz040amsp430f47x3/f47x4msp430f4784+11msp430f4793msp430f4794usci21usci20usci19usci13sd16ata12ta16tb16msp430f47x
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JTAG CONNECTOR atmega128
Abstract: ATMEGA128 external memory schematic ATmega128-16AU avr processor SCHEMATIC circuit diagram atmega128 board usb atmega128 ZM33064 crystal 8Mhz Atmega128 software JTAG header 5x2
Contextual Info: AVR- H128 development board Users Manual All boards produced by Olimex are ROHS compliant Rev.A, June 2009 Copyright c 2009, OLIMEX Ltd, All rights reserved INTRODUCTION AVR-H128 is inexpensive way to develop and prototype circuits with ATMEGA128 microcontroller without need to deal with SMD soldering. All microcontroller pins
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avr-h128atmega128atmega128-16aujtag connector atmega128+8atmega128 external memory schematicavr processor schematic circuit diagramatmega128 boardusb atmega128zm33064crystal 8mhzatmega128 softwarejtag header 5x2
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transistor k49
Abstract: 54H00 74H00 MC1741C MC1741CP1 MCC1741C MCC3000
Contextual Info: LINEAR INTEGRATED CIRCUIT CHIPS G E N E R A L D ESCRIPTIO N M otorola now o ffe rs a very broad selection o f linear integrated c irc u it chips. Am ong the types o f circuits w hich compose the linear fa m ily there are: A . Operational A m p lifie rs B. Voltage Regulators
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mcc74h53mcc54h5339x45mcc74h54+12mcc54h54mcc74h55mcc54h5538x42mcc74h60transistor k4954h0074h00mc1741cmc1741cp1mcc1741cmcc3000
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MCC3062
Abstract: MCC3161 74H55 54H00 74H00 MC1741C MC1741CP1 MCC1741C MCC3000 MCC3061
Contextual Info: LINEAR INTEGRATED CIRCUIT CHIPS G E N E R A L D E S C R IP T IO N M o to r o la n o w o ffe rs a ve ry b ro a d se le c tio n o f lin e a r integ rated c ir c u it c h ip s . A m o n g th e ty p e s o f c ir c u its w h ic h c o m p o se th e lin e a r f a m ily th e re are:
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smcc3060mcc316065x62mcc3061+12mcc316158x68mcc3062mcc3162mcc306374h5554h0074h00mc1741cmc1741cp1mcc1741cmcc3000
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74H74
Abstract: transistor k49 54H00 74H00 MC1741C MC1741CP1 MCC1741C MCC3000 54H54
Contextual Info: LIN EA R IN T EG R A T ED C IR C U IT CHIPS G E N E R A L D ESCRIPTIO N M otorola now o ffe rs a very broad selection o f linear integrated c irc u it chips. Am ong the types o f circuits w hich compose the linear fa m ily there are: A . Operational A m p lifie rs
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mcc74h53mcc54h5339x45mcc74h54+14mcc54h54mcc74h55mcc54h5538x42mcc74h6074h74transistor k4954h0074h00mc1741cmc1741cp1mcc1741cmcc300054h54
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74H04
Abstract: 74H55 MCC3115 MCC3152 transistor k49 54H00 74H00 MC1741C MC1741CP1 MCC1741C
Contextual Info: LIN EA R IN T EG R A T ED C IR C U IT CHIPS G E N E R A L D ESCRIPTIO N M otorola now o ffe rs a very broad selection o f linear integrated c irc u it chips. Am ong the types o f circuits w hich compose the linear fa m ily there are: A . Operational A m p lifie rs
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mcc74h53mcc54h5339x45mcc74h54+15mcc54h54mcc74h55mcc54h5538x42mcc74h6074h0474h55mcc3115mcc3152transistor k4954h0074h00mc1741cmc1741cp1mcc1741c
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74H00
Abstract: 74H55 transistor k49 54H00 MC1741C MC1741CP1 MCC1741C MCC3000
Contextual Info: LINEAR INTEGRATED CIRCUIT CHIPS G E N E R A L D ESCRIPTIO N M otorola now o ffe rs a very broad selection o f linear integrated c irc u it chips. Am ong the types o f circuits w hich compose the linear fa m ily there are: A . Operational A m p lifie rs B. Voltage Regulators
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mcc74h53mcc54h5339x45mcc74h54+13mcc54h54mcc74h55mcc54h5538x42mcc74h6074h0074h55transistor k4954h00mc1741cmc1741cp1mcc1741cmcc3000
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MCC3023
Abstract: 54H00 74H00 MC1741C MC1741CP1 MCC1741C MCC3000
Contextual Info: L IN E A R IN T E G R A T E D C IR C U IT CHIPS G E N E R A L D E S C R IP T IO N M o to r o la n o w o ffe rs a ve ry b ro a d se le c tio n o f lin e a r integ rated c ir c u it c h ip s . A m o n g th e ty p e s o f c ir c u its w h ic h c o m p o se th e lin e a r f a m ily th e re are:
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58x68mcc3062mcc3162mcc3063+12mcc316359x65mcc3064/74h74mcc3164/54h74mcc302354h0074h00mc1741cmc1741cp1mcc1741cmcc3000
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74H55
Abstract: 54H00 74H00 MC1741C MC1741CP1 MCC1741C MCC3000 MCC3023 MCC3130
Contextual Info: LINEAR INTEGRATED CIRCUIT CHIPS G E N E R A L D E S C R IP T IO N M o to r o la n o w o ffe rs a ve ry b ro a d se le c tio n o f lin e a r integ rated c ir c u it c h ip s . A m o n g th e ty p e s o f c ir c u its w h ic h c o m p o se th e lin e a r f a m ily th e re are:
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mcc3061mcc316158x68mcc3062+14mcc3162mcc3063mcc316359x65mcc3064/74h7474h5554h0074h00mc1741cmc1741cp1mcc1741cmcc3000mcc3023mcc3130
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MCC10116
Abstract: MCC10516 MC1741C MC1741CP1 MCC1741C
Contextual Info: LINEAR INTEGRATED CIRCUIT CHIPS G E N E R A L D E S C R IP T IO N M otorola now offers a very broad selection of linear integrated c irc u it chips. Am ong the types o f circu its w hich compose the linear fa m ily there are: A . Operational A m p lifiers
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mc1741cmcw1741cmcc1741c-1mcc10116/mcc10516+9pin16mcc10117/mcc1051748x49mcc10118/mcc10518mcc10119/mcc10519mcc10116mcc10516mc1741cp1mcc1741c
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transistor k49
Abstract: MC1741C MC1741CP1 MCC1741C MCC54H00 MCC74H00 MCC3000
Contextual Info: L IN E A R IN T E G R A T E D C IR C U IT CHIPS G E N E R A L D E S C R IP T IO N M o to r o la n o w o ffe rs a ve ry b ro a d se le c tio n o f lin e a r integ rated c ir c u it c h ip s . A m o n g th e ty p e s o f c ir c u its w h ic h c o m p o se th e lin e a r f a m ily th e re are:
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mcc74h53mcc54h5339x45mcc74h54+12mcc54h54mcc74h55mcc54h5538x42mcc74h60transistor k49mc1741cmc1741cp1mcc1741cmcc54h00mcc74h00mcc3000
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MCC3023
Abstract: transistor k49 54H00 74H00 MC1741C MC1741CP1 MCC1741C MCC3000
Contextual Info: LINEAR INTEGRATED CIRCUIT CHIPS G E N E R A L D ESCRIPTIO N M otorola now o ffe rs a very broad selection o f linear integrated c irc u it chips. Am ong the types o f circuits w hich compose the linear fa m ily there are: A . Operational A m p lifie rs B. Voltage Regulators
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mcc74h53mcc54h5339x45mcc74h54+13mcc54h54mcc74h55mcc54h5538x42mcc74h60mcc3023transistor k4954h0074h00mc1741cmc1741cp1mcc1741cmcc3000
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binary multiplier Vhdl code
Abstract: 4 bit binary multiplier Vhdl code MULT18X18SIO XC5VLX30-FF676 binary multiplier Verilog code DSP48E 8 bit unsigned multiplier using vhdl code DSP48 vhdl code for 18x18 SIGNED MULTIPLIER types of multipliers
Contextual Info: Multiplier v10.0 DS255 April 2, 2007 Product Specification Introduction LogiCORE Facts The LogiCORE Multiplier core can be configured in either of the following architectures: • Parallel: The multiplier accepts inputs on buses A and B and generates the product of these two
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ds255mult18x18dsp48/dsp48e/dsp48abinary multiplier vhdl code+94 bit binary multiplier vhdl codemult18x18sioxc5vlx30-ff676binary multiplier verilog codedsp48e8 bit unsigned multiplier using vhdl codedsp48vhdl code for 18x18 signed multipliertypes of multipliers
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sis 962l
Abstract: 301LV 93lc468 SIS 740 sc728 RT8110 sis962l CMI9739A lc949 CMI9739
Contextual Info: 5 4 3 2 1 Power Now Clock Gen. PAGE 5 AMD Mobile Duron CPU RTC,VCC3,VCC5 PAGE 10 Sideband Bus SYSTEM POWER PAGE 22 PAGE 38 Thermal D D PAGE 2,3,4 Clock Buffer CHARGER &SELECTOR PAGE 11 PAGE 34 S2K Bus CRT North Bridge PAGE 15 BAT.LOW&OVER.T Memory Bus SiS 740
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max1858301lvmax1711ite8705+14ene3886lm3931ss35525c--55c--sis 962l93lc468sis 740sc728rt8110sis962lcmi9739alc949cmi9739
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15-F52-013000
Abstract: sd23a 140 ud da14 SC335 W83L950 elitegroup computer 26c64 93lc468 ITE8705F ir sence ver-2
Contextual Info: 5 4 3 557 V.3.0 2 Clock Gen. Pentium-M CPU RTC,VCC3,VCC5 PAGE 9 Sideband Bus PAGE 2,3 PAGE 10 North Bridge PAGE 13 Memory Bus SiS M661GX LVDS PAGE 36 D CHARGER &SELECTOR Clock Buffer CRT VCCP RT9202 PAGE 20 Thermal D BAT.LOW PAGE 32 PAGE 37 MAX1902 3.3V/5VAUX
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rt9202m661gxmax1902301lv+16max1907amax1858ite8705w83l950dsr2341uf/10v15-f52-013000sd23a140 ud da14sc335w83l950elitegroup computer26c6493lc468ite8705fir sence ver-2
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IR BOOST CHARGER BM 125
Abstract: FCM2012V-121RC10-0805 W83L517 SiS301 R5460 d38aa u3843 STAC97 G731 MF3 IC D41
Contextual Info: B A 3 1 1 H26 HOLEC217D67BC67 H25 HOLEC217D67BC67 H9 HOLEC217D67BC67 H11 HOLEC217D67BC67 H10 HOLEC256D106 1 9 8 7 6 H17 HOLES256X325D106 2 9 3 8 4 7 5 6 H22 HOLES256X325D106 2 9 3 8 4 7 5 6 1 H12 HOLEC335D185 C H2 HOLEC256D106 2 3 4 5 1 H20 HOLES256X325D106
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sis650-1sis650-2sis650-3sis650-4+15sis962-1sis962-2sis962-3sis962-4pc87591sis301ir boost charger bm 125fcm2012v-121rc10-0805w83l517r5460d38aau3843stac97g731mf3 ic d41
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sd23a
Abstract: I.T.E power supply sc300 max1907a stp6 smd 15-F52-012000 SU25 SC240B sl22 thermistor SC440 RT9202
Contextual Info: 5 4 3 557 V.2.0 2 Clock Gen. Pentium-M CPU RTC,VCC3,VCC5 PAGE 9 Sideband Bus PAGE 2,3 PAGE 10 North Bridge PAGE 13 Memory Bus SiS M661GX LVDS PAGE 36 D CHARGER &SELECTOR Clock Buffer CRT VCCP RT9202 PAGE 20 Thermal D BAT.LOW PAGE 32 PAGE 37 MAX1902 3.3V/5VAUX
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rt9202m661gxmax1902301lv+14max1907amax1858ite8705w83l950dlc655sr322sd23ai.t.e power supply sc300stp6 smd15-f52-012000su25sc240bsl22 thermistorsc440
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DB3 C405
Abstract: NS0013 W83L517 B C458 AMS1505CMA FCM1608K SMD resistors K24 SIS651 KSCI31 RTL8201 Design
Contextual Info: 5 4 3 2 1 SOCKET 478 PENTIUM 4-M PAGE 2,3,4 D D HOST BUS 100MHZ 4X NORTH BRIDGE CRT DISPLAY page 19 SYS POWER DDR DRAM 100/133MHZ 2X PAGE 16,17 CPU POWER HIP6301 SIS651 LCD DISPLAY VIDEO BRIDGE page 18 PAGE 5,6,7,8 DDR POWER ISL6225 page 31 +3V +5V +12V MAX1632
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100mhzsis651100/133mhzhip6301+15isl6225max1632sis302lv110mhz66mhzsis962db3 c405ns0013w83l517b c458ams1505cmafcm1608ksmd resistors k24ksci31rtl8201 design
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24c02 wp
Abstract: transistor CB550 nForce4 G781-1P8F intel DG 31 crb c3421 transistor intel dg 41 crb nvidia ck804 nForce4 sli c3751 transistor
Contextual Info: 5 4 GPU on Normal Mode conduct MXM on master slot only,link to PCIE x16 lanes . PAGE INDEX: 01_BLOCK_DIAGRAM 02_CLOCK_BLOCK_DIAGRAM GPU SLAVE 09_CK804 1/7 _HT/CPU_IF 10_CK804(2/7)_PCIE 11_CK804(3/7)_PCI/LPC 12_CK804(4/7)_SATA/PATA/XTAL-IN 13_CK804(5/7)_USB/MAC/AC97/RTC/SMB
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26pinsck804usb/mac/ac97/rtc/smb8lanesdsn0403+112200p24c02 wptransistor cb550nforce4g781-1p8fintel dg 31 crbc3421 transistorintel dg 41 crbnvidia ck804nforce4 slic3751 transistor
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SFH100
Abstract: germanium photodiode PIN fotodioden BPY12 SFH231 fotodiode Q62702-P1052 400nm photodiode germanium BPW 61
Contextual Info: Si-Fotodetektoren Silicon Photodetectors 7. Fotodioden für spezielle Wellenlängen Package Type <6 Radiant sensitive 7. Photodiodes for Special Wavelengths s, ^•Smax W e10V 7.1 mm2 A/W nA UV-empfindliche Fotodiode SFH291 7.2 ±55 2.73x2.73 0.3 (£ 1 )/5 V
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sfh291q62702-p1038bpx60400nm+14q62702-p54ns/50q62702-p945sfh10025niwicmbpx61germanium photodiode pinfotodiodenbpy12sfh231fotodiodeq62702-p1052photodiode germaniumbpw 61
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16X16
Abstract: bga 576 socket bga 24x24 576
Contextual Info: MATRIX BGA SOCKET TYPE 1 1 MM NO. OF CONTACTS G R ID 16 4 0 2 4 0 - 1 256 16X16 16 4 0 2 4 0 - 2 289 17X17 16 4 0 2 4 0 - 3 324 18X18 1640240-4 36 1 16 4 0 2 4 0 - 5 PART NO . D IM A D IM B D IM C 23.50 [.925] 24.50 C. 964] [. 6 8 9 ] 1 7,50 [.591 ] 1 5,00
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16x16c-1640240bga 576 socketbga 24x24 576 |
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PCB ATMEGA128
Abstract: pcb crystal layout xtal2 32.768 atmega128 board ATMEGA128 ICSP10 AVR IC AVR ISP programmer port ZM33064C ICSP CIRCUIT
Contextual Info: AVR-H128B HEADER BOARD WITH 10 PIN ICSP CONNECTOR FOR ATMega128 AVR MICROCONTROLLERS Features: AVR-H128B header board for ATMega128 AVR microcontrollers is with following features: - ICSP 10 pin connector STK compatible - ATMega128-16AI AVR microcontroller
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avr-h128batmega128atmega128-16aizm33064c+947x47pcb atmega128pcb crystal layoutxtal2 32.768atmega128 boardicsp10avr icavr isp programmer porticsp circuit
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ATMEGA128CAN
Abstract: AT90CAN128 crystal 16MHZ AVR-H128-CAN AT90CAN128-16AU JTAG header 5x2 Connector ZM33064 LM78L05 STK500 avr SCHEMATIC circuit diagram
Contextual Info: AVR- H128-CAN development board Users Manual All boards produced by Olimex are ROHS compliant Rev.A, January 2005 Copyright c 2009, OLIMEX Ltd, All rights reserved Page1 INTRODUCTION AVR-H128-CAN is inexpensive way to develop and prototype circuits with AT90CAN128 without need to deal with SMD soldering. All microcontroller pins
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h128-canavr-h128-canat90can128at90can128-16au+9128kbpage17atmega128cancrystal 16mhzjtag header 5x2 connectorzm33064lm78l05stk500avr schematic circuit diagram
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ATMEGA128CAN
Abstract: crystal 16MHZ ad-C6P avr-jtag connector AVR-JTAG-L AVR-JTAG-USB ZM33064
Contextual Info: AVR- H128-CAN development board Users Manual All boards produced by Olimex are ROHS compliant Rev.A, January 2005 Copyright c 2009, OLIMEX Ltd, All rights reserved Page1 INTRODUCTION AVR-H128-CAN is inexpensive way to develop and prototype circuits with AT90CAN128 without need to deal with SMD soldering. All microcontroller pins
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h128-canavr-h128-canat90can128at90can128-16au+10128kbpage17909-avr-h128-canatmega128cancrystal 16mhzad-c6pavr-jtag connectoravr-jtag-lavr-jtag-usbzm33064
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