MEC5004
Abstract: MEC5004 ECE5018 EMC4000 OZ711EZ1TN ff092 MEC5018 Hall Sensor S41 043 S211 hall CF461 quanta
Contextual Info: 1 2 3 4 5 6 JM6 M/B PCB A SYSTEM PG 42 RESET CIRCUIT VGA DC/DC BATT SELECTOR PG 43 BATT CHARGER PG 44 Yonah 478 Micro-FCPGA AC/BATT CONNECTOR PG 51 A CLOCKS ICS954305B PG 47 CPU VR PG 17 PG 3,4 nVIDIA G72M 533/667 MHz FSB DDR2-SODIMM1 PG 45 PG 46 PG 48 PG 50
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xd616ff092cf461128mb+14ics954305bpciex16vishaysi3456dvfairchildfdc653ndeltastq1250-4722apfintersilisl6260crz-tmec5004mec5004 ece5018emc4000oz711ez1tnmec5018hall sensor s41 043s211 hallquanta
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RTL8110
Abstract: max8724e 915GM SLD9630TT MTW355 quanta 1715L finger print sensor MAX1907A T1VGA
Contextual Info: 5 4 3 2 1 01 VC2 BLOCK DIAGRAM DOTHAN+ALVISO 915GM +ICH_6 D D Clock Generator IDT CV111 Dothan / Yonah 478 Pins CPU Thermal Sensor (Micro-FCPGA) GMT972 FAN 1 PG 14 PG 4 PG 4 PG 4,5 FSB 400/533MHZ S_VEDIO DDR INTERFACE, 400/533MHz PG 22 ALVISO C LVDS LCD Panel
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915gm400/533mhzgmt972cv111+1433mhzti1510rtl8110s/8100cl330r/060347p/50v/0603/nportl8110max8724esld9630ttmtw355quanta1715lfinger print sensormax1907at1vga
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M9-CSP64
Abstract: matrix mini project in all function R315A DIGRAM FOR TEST IC 324 CH747 DSM31 quanta M9-CSP32 12v dc cdi schematic diagram C4231
Contextual Info: 1 2 3 4 5 6 7 8 ZW9 BLOCK DIAGRAM CPU VR CENTRINO BANIAS/ DORTHAN + ODEM + ICH4-m PG 36 POWER A +1.8V 2.5VSUS 3V_591 5VPCU VCC_CORE +1.8V +3V BANIAS PG 33,34,35 AC/BATT CONNECTOR 478 Pins CPU Thermal Sensor (Micro-FCPGA) Audio Jack (Line out) Ethernet port (RJ45)
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max6648ck408ics9508104x100mhz+16266/333mhzpad27pad30pad33holec276d276nholec315d315nm9-csp64matrix mini project in all functionr315adigram for test ic 324ch747dsm31quantam9-csp3212v dc cdi schematic diagramc4231
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lenovo t42
Abstract: 06LE4 lenovo inverter board schematic LEDA 1218 lenovo 10Kf6 diode lenovo t60 lenovo t61 e120k PCI7412
Contextual Info: 1 2 3 4 5 6 BOM MARK I@ INV VGA POPULATE POPULATE 4@ 4401 10/100M POPULATE CPU Yonah/Merom VGA NVIDA G72M 64 Bit B/W 16M*16(128MB) (Bank*4) PG 18,19,20,21 14.318MHz PG 5 31W/35W SYSTEM POWER MAX1993 (1.2V/NB_CORE/1.25V) CPUCLK, CPUCLK# (478 Micro-FCPGA)
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10/100m318mhz128mb1w/35w+16max199356pins16x16max8771osc14mmax8734lenovo t4206le4lenovo inverter board schematicleda 1218lenovo10kf6 diodelenovo t60lenovo t61e120kpci7412
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B5100
Abstract: TLCB5100 TLCPG5100 TLCR5100 TLCTG5100 TLCY5100 TLCY5101 TLCO5100 RthJA300K
Contextual Info: TLCS / R / O / Y / YG / PG / TG / BG / B5100 Vishay Semiconductors Ultrabright LED, ∅ 5 mm Untinted Non-Diffused Description The TLC.51. series is a clear, non diffused 5 mm LED for high end applications where supreme luminous intensity required. These lamps with clear untinted plastic case utilize
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b510008-apr-05tlcb5100tlcpg5100+6tlcr5100tlctg5100tlcy5100tlcy5101tlco5100rthja300k
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TLCPG5100
Abstract: B5100
Contextual Info: TLCS / R / O / Y / YG / PG / TG / BG / B5100 Vishay Semiconductors Ultrabright LED, ∅ 5 mm Untinted Non-Diffused Description The TLC.51. series is a clear, non diffused 5 mm LED for high end applications where supreme luminous intensity required. These lamps with clear untinted plastic case utilize
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MICREL MIC marking
Abstract: 33153 MIC33153 CRCW06031002FKEA GRM188R60J475KE19D rca 019
Contextual Info: MIC33153 4MHz PWM 1.2A Internal Inductor Buck Regulator with HyperLight Load and Power Good General Description Features The MIC33153 is a high-efficiency 4MHz 1.2A synchronous buck regulator with an internal inductor, HyperLight Load™ mode, Power Good PG output
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mic33153m9999-092910-amicrel mic marking33153+3crcw06031002fkeagrm188r60j475ke19drca 019
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MIC33153-XYHJ
Contextual Info: MIC33153 Evaluation Board 4MHz 1.2A PWM Buck Regulator with HyperLight Load and Power Good General Description Getting Started This board enables the evaluation of the MIC33153, a fully integrated 1.2A, 4MHz switching regulator featuring HyperLight Load™ mode, Power Good PG output
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50CE22BS
Abstract: E5C4 IHLP2020-BZ FB10 IHLP-2020BZ
Contextual Info: 5 4 3 2 1 REVISION HISTORY L1 4.7uH ECO REV 1 1 DESCRIPTION APPROVED DATE M. ZHU 10-15-09 PRODUCTION VISHAY IHLP-2020BZ D D U1 LT3971EMSE 0603 3 E1 2 4 + E2 C 1 C2 22uF,50V C3 4.7uF,50V 1210 SANYO 50CE22BS GND JP1 ON OFF R6 OPT 0603 1 2 3 5 BD SYNC BOOST PG
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ihlp-2020bzlt3971emsedfls240l800khz+450ce22bse5c4ihlp2020-bzfb10
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estaprop
Abstract: ESTAprop PhMKP ESTA
Contextual Info: V ishay I n t e rt e ch n o l o g y, I n c . Models PhMK P a nd PhMK Pg Key Benefits • Compact design to fit 300-mm cubicle modules • Very low losses, and small diameters for excellent heat dissipation • Stacked assembled winding elements reduce the risk of device breakdown
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300-mmd-352me-131-400-02017-mar-10+4vmn-pt9025-1004estapropestaprop phmkpesta
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24v 6A variable power supply diagram
Abstract: FDS6982 IRF7811 LTC1628 LTC1708EG-PG LTC1708-PG theory of dac IC 0808 series resistor diode
Contextual Info: Final Electrical Specifications LTC1708-PG Dual Adjustable 5-Bit VID High Efficiency, 2-Phase Current Mode Synchronous Buck Regulator Controller U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LTC 1708 is a dual adjustable 5-bit VID programmable step-down switching regulator controller that drives
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ltc1708-pg300khzltc173516-pin+11ltc173624-pinltc19291708i24v 6a variable power supply diagramfds6982irf7811ltc1628ltc1708eg-pgtheory of dac ic 0808series resistor diode
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ceramic capacitors 1708
Contextual Info: LTC1708-PG Dual Adjustable 5-Bit VID High Efficiency, 2-Phase Current Mode Synchronous Buck DC/DC Controller FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ U ■ DESCRIPTIO The LTC 1708 is a dual adjustable 5-bit VID programmable step-down switching regulator controller that drives
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ltc1708-pg300khzltc3728550khz+5ssop-28ltc372912-phaseltc3732ceramic capacitors 1708
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12A 650V MOSFET
Abstract: kelvin 1102 piezoelectric circuit charger theory of dac IC 0808 nec Digital Clock Driver 1708f ceramic capacitors 1708
Contextual Info: LTC1708-PG Dual Adjustable 5-Bit VID High Efficiency, 2-Phase Current Mode Synchronous Buck DC/DC Controller U FEATURES • ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ DESCRIPTIO The LTC 1708 is a dual adjustable 5-bit VID programmable step-down switching regulator controller that drives
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ltc1708-pg300khzltc3728550khz+11ssop-28ltc372912-phaseltc373212a 650v mosfetkelvin 1102piezoelectric circuit chargertheory of dac ic 0808nec digital clock driver1708fceramic capacitors 1708
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PP1212
Abstract: AN2010 255D 593D AN2011 C3216X5R IHLP2525 ZL2005 si7406dh si6404
Contextual Info: ZL2005 Component Selection Guide May 01, 2009 Application Note AN2011.0 T D = on Tsw Eq. [1] 28 29 SGND V25 18 VSEN 30 XTEMP 17 VRTK 31 TACH 16 SS1 32 MGN 13 V1 15 SS0 EN 12 V0 CFG DLY0 11 FC1 14 UVLO PG DLY1 10 FC0 33 The buck converter shown in Figure 1 is a well- known
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Contextual Info: Hybrid Circuit Substrates Vishay Electro-Films High-Power Multi-Tiered Conductor Hybrid Circuit Substrate FEATURES • Copper power lines up to 5000 microinches thick • Gold small signal lines ± 100 microinches width tolerance • Temperatures to 350°C
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SG vishay
Contextual Info: Hybrid Circuit Substrates Vishay Electro-Films High Power Multi-Tired Conductor Hybrid Circuit Substrate FEATURES • Copper power lines up to 5000 microinches thick • Gold small signal lines ± 100 microinches width tolerance • Temperatures to 350 °C
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Contextual Info: Hybrid Circuit Substrates Vishay Electro-Films High Power Multi-Tired Conductor Hybrid Circuit Substrate FEATURES • Copper power lines up to 5000 microinches thick • Gold small signal lines ± 100 microinches width tolerance • Temperatures to 350 °C
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SiP12203
Abstract: Si1972DH
Contextual Info: SiP12203 Vishay Siliconix Triple Step Down Controller IC for 2 Synchronous and 1 Linear Power Rails DESCRIPTION FEATURES The SiP12203 is a triple-output controller designed for high performance conversion of intermediate bus voltages into the load supplies in set top boxes, base stations, wall adapters,
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capacitor 103 .01uf
Abstract: ceramic capacitor 103 ceramic capacitor, .1uF ceramic capacitor, .10nf 0.1uF Capacitor Ceramic VJ0805Y104KXXA DO1813P-103 103 capacitor ceramic capacitor 10k DO1813P
Contextual Info: N Altera Cyclone Complete Reference Design 5V in; 1.5V @ 1.5A out Vccint and 2.5V @ 600mA (Vccio) Designator Part Type Manufacturer Part No Description C1 C2 C3 C4 C5 C6 C7 C8 C9 C10 C11 C12 L1 L2 P1 P2 P3 R1 R2 R3 R4 R5 U1 U2 SANYO 6MB390EXR VISHAY VJ0805Y104KXXA
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600ma6mb390exrvj0805y104kxxavj0805y103kxxa+11c2012x5r1c105vj0805y272kxxacapacitor 103 .01ufceramic capacitor 103ceramic capacitor, .1ufceramic capacitor, .10nf0.1uf capacitor ceramicdo1813p-103103 capacitorceramic capacitor 10kdo1813p
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52083
Abstract: MLP33-10 SiP12201 SiP12202 S5208
Contextual Info: SiP12202 New Product Vishay Siliconix Synchronous Step Down Controller DESCRIPTION SiP12202 is a synchronous step down controller designed for use in dc-dc converter circuits requiring output currents as high as 10 amperes. SiP12202 is designed to require a minimum number of external
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Contextual Info: SiP12202 New Product Vishay Siliconix Synchronous Step Down Controller DESCRIPTION SiP12202 is a synchronous step down controller designed for use in dc-dc converter circuits requiring output currents as high as 10 amperes. SiP12202 is designed to require a minimum number of external
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Contextual Info: SiP12202 New Product Vishay Siliconix Synchronous Step Down Controller DESCRIPTION SiP12202 is a synchronous step down controller designed for use in dc-dc converter circuits requiring output currents as high as 10 amperes. SiP12202 is designed to require a minimum number of external
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MLP33-10
Abstract: SiP12201 SiP12202
Contextual Info: SiP12202 New Product Vishay Siliconix Synchronous Step Down Controller DESCRIPTION SiP12202 is a synchronous step down controller designed for use in dc-dc converter circuits requiring output currents as high as 10 amperes. SiP12202 is designed to require a minimum number of external
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SiP12201
Abstract: MLP33-10 SiP12202
Contextual Info: SiP12202 Vishay Siliconix Synchronous Step Down Controller DESCRIPTION SiP12202 is a synchronous step down controller designed for use in dc-dc converter circuits requiring output currents as high as 10 amperes. SiP12202 is designed to require a minimum number of external
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