MAX3232CSE
Abstract: TS1117CW-adj in6 16a TLE6250GV33 sot245 AMIS30663 lg r40 RXD TXD MP3 PIN36 LTC1326CS8
Contextual Info: 1 2 3 4 5 6 7 8 Pin[1.64] C43 10nF JP27, JP28 default 1-2 Pin56 P32 D3 12 9 11 10 SOT2 N1 D4 Pin57 P33 LG T679-CO green GND JP27 Pin10 6 JP1 C4 100nF 15 LG T679-CO green D5 Pin58 P34 D6 LG T679-CO green D7 LG T679-CO green JP4 Reset UART A/B Default: open
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pin56pin57t679-copin10+12100nfpin58max3232csets1117cw-adjin6 16atle6250gv33sot245amis30663lg r40rxd txd mp3pin36ltc1326cs8
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MAX3232CSE
Abstract: IC1 LM317 an3 c21 AN30P 21N4002 sk9147 rjp32 p60 hall CER 1NF an27
Contextual Info: 10nF GND MCUVCC C32 10nF GND MCUVCC C37 10nF GND GND Pin56 Pin57 Pin58 GND MCUVCC Pin61 Pin62 Pin63 Pin64 Pin65 Pin66 Pin67 Pin68 Pin69 Pin70 Pin71 AVSS X2 CON36 PH5/SOT3 PH4/SIN3 PH3/SCK3 PH2/SOT2 PH1/SIN2 PH0/SCK2 PG5/SOT1 PG4/SIN1 PG3/SCK1 PG2/SOT0 PG1/SIN0
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pin56pin57pin58pin61+16pin62pin63pin64pin65pin66pin67max3232cseic1 lm317an3 c21an30p21n4002sk9147rjp32p60 hallcer 1nfan27
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D12N
Abstract: ADT1-1WT d9n diode NB6L14 SDA 5512 108 c42 KDC5512-50EVAL D13N D13N TECHNICAL DATA 5514P
Contextual Info: KDC5512EVAL, KDC5512HEVAL, KDC5512-50EVAL, KDC5514EVAL C10 100pF SDO C38 C37 100pF CSB SCLK 100pF SDIO 100pF C36 100pF C35 OVDD pin36 OVDD C27 0.1uF pin27 C24 0.1uF pin56 C14 0.1uF OVDD 6 7 8 AVDD GND GND C11 100pF 9 10 VinIm VinIp GND AVDD OVDD DGND 56 55
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kdc5512evalkdc5512hevalkdc5512-50evalkdc5514eval+11100pfpin36d12nadt1-1wtd9n diodenb6l14sda 5512108 c42d13nd13n technical data5514p
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led 7 seg
Abstract: CON EISA31 DIODE C244 s-g9312 74123 12v 74123 PCA82C250T IC 74LS123 c1951 PCA82C250
Contextual Info: A B C D E +5V VR1 503 1 3 2 U1 4 +5V R13 104 3 PIN47 PIN48 PIN49 PIN50 PIN51 PIN52 PIN53 PIN54 47 48 49 50 51 52 53 54 PIN55 PIN56 PIN57 PIN58 PIN59 PIN60 PIN61 PIN63 55 56 57 58 59 60 61 63 PIN65 PIN66 PIN67 PIN68 PIN69 PIN70 PIN71 PIN72 65 66 67 68 69 70
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pin47pin48pin49pin50+16pin51pin52pin53pin54pin55pin56led 7 segcon eisa31diode c244s-g931274123 12v74123pca82c250tic 74ls123c1951pca82c250
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R1019
Contextual Info: C13 C15 C20 C22 C25 C26 C42 C43 SDO CSB SCLK SDIO OVDD pin36 OVDD pin27 OVDD D C14 0.1uF C45 C44 pin56 pin70 OUTFMT pin23 nap_sleep_normal pin22 output_mode pin16 clkdivn pin15 Vcm pin71 AVDD pin24 AVDD pin19 AVDD pin12 AVDD pin6 AVDD pin1 AVDD D C12 C24 0.1uF
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pin36pin27pin56pin70+7pin23pin22pin16pin15pin71pin24r1019
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d9n diode
Abstract: d3n c50 KAD5512 D12N D13N KDC5512-50EVAL XC2C64A-6VQG44C 5514P
Contextual Info: KDC5512EVAL, KDC5512HEVAL, KDC5512-50EVAL, KDC5514EVAL C10 100pF SDO C38 C37 100pF CSB SCLK 100pF SDIO 100pF C36 100pF C35 OVDD pin36 OVDD C27 0.1uF pin27 C24 0.1uF pin56 C14 0.1uF OVDD 6 7 8 AVDD GND GND C11 100pF 9 10 VinIm VinIp GND AVDD OVDD DGND 56 55
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kdc5512evalkdc5512hevalkdc5512-50evalkdc5514eval+9100pfpin36d9n dioded3n c50kad5512d12nd13nxc2c64a-6vqg44c5514p
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b20 p03
Abstract: B45 P03 A34 A44 B28 P03 8630E-120 SCK2R MB96F
Contextual Info: 1 3 4 5 6 7 8 Pin64_AVcc5 Pin63_P06_1 Pin62_P06_0 Pin61_P03_7 Pin60_P03_6 Pin59_P03_5 Pin58_P03_4 Pin57_P03_3 Pin56_P03_2 Pin55_P03_1 Pin54_P03_0 Pin53_P04_5 Pin52_P04_4 Pin51_P02_5 Pin50_C 2 A A GND GND Pin46_X1 GND Pin20_X1A Pin54_P03_0 Pin56_P03_2 Pin58_P03_4
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2/wrlx/wrx/rx2/int101/rdx/in5/ttg5/ttg130/ale/in4/ttg4/ttg125/a21/ttg9/ttg1/in1/adtg+88630e-120mb2198-504b20 p03b45 p03a34 a44b28 p03sck2rmb96f
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HK-2-G
Abstract: mj-179p MJ179P CSTCR4M00G15C NTCG164BH103J SS-12SDP2 ZJYS81R5-2P24T-G01 68c21 BS8P-SHF-1AA SS12SDP2
Contextual Info: 1 2 3 4 5 Vcc5 Vcc5 Vcc5 Vcc5 Vcc5 Vcc5 R66 4.7kohm R3 4.7kohm R11 0ohm U1 Pin26 Pin27 Pin32 Pin51 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 INIT Pin61 Pin60 Pin59 Pin58 Pin57 Pin56 Pin55 Pin54 Pin53 Pin52
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pin26pin27pin32pin51+16pin61pin60pin59pin58pin57pin56hk-2-gmj-179pmj179pcstcr4m00g15cntcg164bh103jss-12sdp2zjys81r5-2p24t-g0168c21bs8p-shf-1aass12sdp2
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MAX3232CSE
Abstract: MB96F350 TLE7259 MB96F AMIS30663 D9 female JP32 PCA82C250 RXD TXD MP3 MB96F3
Contextual Info: D C B GND Pin24 Pin27 Pin30 Pin33 Pin36 Pin39 Pin42 Pin56 Pin59 Pin16 Pin53 Pin9 Pin12 Pin15 Pin63 Pin5 Pin8 VPin19 VPin20 Pin21 Pin45 MCUVCC GND Pin44 2 4 1 D15 1N4002 D19 C-Pin X16 C22 22pF C16 22pF 2 Q1 4MHZ Default: 1-4 C40 47µF/25V VBat C61 4,7µ Pin47
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pin24pin27pin30pin33+16pin36pin39pin42pin56pin59pin16max3232csemb96f350tle7259mb96famis30663d9 femalejp32pca82c250rxd txd mp3mb96f3
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con16
Abstract: PIN51 max3232acse j6 con4 100NF 1N4001 PCA82C250 TLE4264 Pin-51 MB91F267
Contextual Info: 1 2 3 4 5 6 7 8 VCC VCC A A C1 100NF C22 GND U1 1 C1+ Pin64 Pin63 Pin62 Pin61 Pin60 Pin59 Pin58 Pin57 Pin56 Pin55 Pin54 Pin53 Pin52 Pin51 Pin50 Pin49 C4 100NF 3 Pin27 C18 22p VCC P00/PPG1/INT4 P01/PPG2 P02/PPG3/INT5 P03/TIN0 P04/TIN1 P05/TIN2 P06/TOT1 P07/TOT2
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100nfpin64pin63pin62+15pin61pin60pin59pin58pin57pin56con16pin51max3232acsej6 con41n4001pca82c250tle4264pin-51mb91f267
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MAX3232CSE
Abstract: PCA82C250 in6 16a 3.gnd 7.vcc dip-8 TXD RXD RXD TXD MP3 D9 female JP32 LTC1326CS8
Contextual Info: D C B GND Pin24 Pin27 Pin30 Pin33 Pin36 Pin39 Pin42 Pin56 Pin59 Pin16 Pin53 Pin9 Pin12 Pin15 Pin63 Pin5 Pin8 VPin19 VPin20 Pin21 Pin45 MCUVCC GND Pin44 2 4 1 D15 1N4002 D19 C-Pin X16 C22 22pF C16 22pF 2 Q1 4MHZ Default: 1-4 C40 47µF/25V VBat C61 4,7µ Pin47
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pin24pin27pin30pin33+15pin36pin39pin42pin56pin59pin16max3232csepca82c250in6 16a3.gnd 7.vcc dip-8txd rxdrxd txd mp3d9 femalejp32ltc1326cs8
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f71882fg
Abstract: fintek f71882fg f71882 AUTOMATIC 12V PC FAN CONTROL BY USING THERMISTOR scr speed control dc motor PC intel ICH8 MOTHERBOARD FAN MOTOR CONTROL SPEED WITH LM358 micro USB Connector AB type Female dual stacked FINTEK F71882FG IO FAN MOTOR CONTROL SPEED WITH LM358 PWM
Contextual Info: F71882 F71882 Super Hardware Monitor + LPC I/O Release Date: May, 2008 Version: V0.28P May, 2008 V0.28P F71882 F71882 Datasheet Revision History Version 0.20P 0.21P Date 2005/10/14 2005/12/08 Page 8 13 50 53 103 105 106 107 0.21P 0.22P 2005/12/14 2005/12/19
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f71882pin56pin65f71882fg+8fintek f71882fgautomatic 12v pc fan control by using thermistorscr speed control dc motorpc intel ich8 motherboardfan motor control speed with lm358micro usb connector ab type female dual stackedfintek f71882fg iofan motor control speed with lm358 pwm
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w83977eg
Abstract: w83977ef-aw W83977EG-AW 16450 UART 13SP O16u
Contextual Info: W83977EF-AW /W83977EG-AW NUVOTON ISA I/O W83977EF-AW W83977EG-AW -I - Publication Release Date: January, 2010 Revision 1.5 W83977EF-AW /W83977EG-AW TABLES OF CONTENTS 1. GENERAL DESCRIPTION .1
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w83977ef-aw/w83977eg-aww83977eg-aww83977eg+316450 uart13spo16u
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zener n20
Abstract: PIN68010 PIN8702 CON78 CON29 PIN3401 CON61 CON62
Contextual Info: ELECTRICAL SCHEME-GENERAL TB for KSN CON78 N78 CON76 N76 Ohm PIN80 2 CON68 N68 PIN68014 7PIN6807 RF OUT 8PIN6808 GND GND 1 PICON501 14 CONN SMA F RF OUT 50 Ohm PICON50GND COCON3 CON3 CONN SMA F LOCK DETECT 50 Ohm CON80 N80 DK1042 SYNTHESIZER DUT EMPTY GND
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con78con76pin80con68+13pin68014pin6807pin6808picon501picon50gnddk1042zener n20pin68010pin8702con29pin3401con61con62
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AT86RF535B
Abstract: rxq2 DLNA WiMAX RF Transceiver dlna circuit
Contextual Info: Features • • • • • • • • • • • • • • • • • Single-chip 3.5GHz WiMAX Transceiver Fully Differential Design Low-IF/Zero-IF Transceiver Architecture; Requires No External Filters Self Calibration Mode for RX / TX Filters Support Channel Bandwidths of 3.5, 5.0, 7.0, 8.75MHz, and 10MHz
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75mhz10mhz64qam64-qam+8-37dbc270/315ma56-leadat86rf535brxq2dlnawimax rf transceiverdlna circuit
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RV03
Abstract: SCHEMATIC DIAGRAM OF POWER factor controller DEVI A46 1336 Motorola phone schematic diagram q11 835L DIODE 100UF IRF7811 SC1144 diode u2 a97 diode u2 a54
Contextual Info: SC1144 Programmable, High Performance Multi-Phase PWM Controller POWER MANAGEMENT Description PRELIMINARY Features u Allows use of small surface mount components u Ultra fast transient recovery time u Wide frequency operating range,200Khz-2Mhz per The SC1144 is a high performance, multi-phase PWM
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sc1144200khz-2mhzsc1144evbrv03+8schematic diagram of power factor controller devia46 1336motorola phone schematic diagram q11835l diode100ufirf7811diode u2 a97diode u2 a54
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Atmel 0342
Abstract: CS5954AM SL11R CY4616 0XC014
Contextual Info: ADVANCE INFORMATION CS5954AM CS5954AM USB Controller for NAND Flash Cypress Semiconductor Corporation Document #: 38-08025 Rev. * • 3901 North First Street • San Jose • CA 95134 • 408-943-2600 Revised May 28, 2002 ADVANCE INFORMATION CS5954AM Table of Contents
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cs5954amatmel 0342sl11rcy4616+10xc014
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83977ATF
Abstract: winbond msl 83977TF marking rld bh sot 223 st ae gp 446
Contextual Info: W83977ATF WINBOND I/O W83977ATF Data Sheet Revision History Pages Dates Version Version Main Contents on Web 1 n.a. 08/25/97 0.50 First published. 2 53,54,58,63,64,65, 69,138.1,139 11/17/97 0.51 Register correction 3 1,2,3,20,45,53,63, 65,99,103,150 04/01/98
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w83977atf8s6-3s-77006683977atfwinbond msl+383977tfmarking rld bh sot 223st ae gp 446
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discon
Contextual Info: Designated client product This product will be discontinued its production in the near term. And it is provided for customers currently in use only, with a time limit. It can not be available for your new project. Please select other new or existing products.
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njw1301in-60in-58discon |
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sc1142
Abstract: sanyo a75 amplifier IR7811 a106 diode SC1142CSW surface mount A106 diode B85 diode A107 capacitor B91 02 diode A116 diode
Contextual Info: HIGH SPEED SYNCHRONOUS POWER MOSFET SMART DRIVER December 16, 1999 TEL:805-498-2111 FAX:805-498-3804 WEB:http://www.semtech.com DESCRIPTION The SC1405B is a Dual-MOSFET Driver with an internal Overlap Protection Circuit to prevent shoot-through from VIN to GND in the main switching and synchronous MOSFET’s. Each driver is capable of driving
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sc1405b3000pfir7811fdb7030+11tssop-14ecn99-773sc1142sanyo a75 amplifiera106 diodesc1142cswsurface mount a106 diodeb85 diodea107 capacitorb91 02 diodea116 diode
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dlna circuit
Abstract: dlna test case WiMAX RF Transceiver rxq2 DLNA AT86RF535A WiMAX RF CMOS Transceiver WiMAX 2.4 ghz RF Transceiver parameters 5108B QFN56 Datasheet
Contextual Info: Features • • • • • • • • • • • • • • • Single-chip WiMax Transceiver @ 3.5GHz Fully Differential Design Low-IF Receiver Architecture; Requires No External Filters Self Calibration Mode for RX / TX Filters Supports Channel Bandwidths of 1.75, 3.5, and 7MHz
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64qam-68dbm64-qam-37dbc+12200/320ma56-leadat86rf535a5108bdlna circuitdlna test casewimax rf transceiverrxq2dlnawimax rf cmos transceiverwimax 2.4 ghz rf transceiver parametersqfn56 datasheet
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ATIC 107
Abstract: cr-e5
Contextual Info: FDC97W33X s n ig c STANDARD MICROSYSTEMS CORPORATION Integrated I/O Controller with Wakeup Features FEATURES • • • • • • • • • • 5 Volt Operation Plug & Play 1 .OA Com pliant Supports 13 IRQs, 4 DMA Channels, Full 16 Bit Addresses Decoding
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fdc97w33xatic 107cr-e5 |
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PD655
Abstract: VCCP31 stk600 BLM21AG102SN1D N-7075 NC7SZ57P6X NC7SZ58P6X P100 TQFP-100 SOCKET TQFP100
Contextual Info: 5 4 3 STK600 RC100M-18 for TQFP-100 socket 2 1 J3 and J4 mates up to the socket card, while J1 and J2 goes down to the mother board. J1 is physical placed below J3, and J2 below J4. VTG Place close to J3, pin3 and pin6 L2 Place close to J3, pin26 L1 VTG BLM21AG102SN1D
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stk600rc100m-18tqfp-100pin26+10blm21ag102sn1dpin39pin65nc7sz57p6xn-7075pd655vccp31nc7sz58p6xp100socket tqfp100
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BLM21AG102SN1D
Abstract: NC7SZ57P6X stk600 N-7075 NC7SZ58P6X Atmel STK600
Contextual Info: 5 4 3 STK600-RC044M-30 qfp version of RC040M-4 VTG Place close to J3, pin3 L2 Place close to J3, pin26 L1 J3 and J4 mates 1 up to the socket card, while J1 and J2 goes down to the mother board. J1 is physical placed below J3, and J2 below J4. 2 Place close to J4, pin28
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stk600-rc044m-30rc040m-4pin26pin28+10blm21ag102sn1dpin39pin23pin65fsi-140nc7sz57p6xstk600n-7075nc7sz58p6xatmel stk600
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