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    BY SOT23 Search Results

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    TBAW56 Toshiba Electronic Devices & Storage Corporation Switching Diode, 80 V, 0.215 A, SOT23 Visit Toshiba Electronic Devices & Storage Corporation
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    BY SOT23 Price and Stock

    Microchip Technology Inc SOT23-5EV-VREG

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    SparkFun Electronics BOB-00717

    SOT23 to DIP Adapter
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    Microchip Technology Inc KVX2201-23-0

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    Microchip Technology Inc KVX2132-23-0

    Surface Mount Varactor Diodes
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    Microchip Technology Inc KVX2132-23-0/TR

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    BY SOT23 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    MAX6505

    Abstract: MAX6506 MAX6507 MAX6508
    Text: DUAL TEMPERATURE COMPARATORS SLASH BOARD SPACE BY 50% AND POWER BY 67% Factory Programmed: No External Components Required to Set Temperature Thresholds SAVES BOARD SPACE! SAVES POWER! 607µW 600µW MSOP TLOW THIGH ALARM WARN SOT23-6 COMPETITOR’S SOLUTION


    Original     		PDF OT23-6 MAX6505 MAX6505/MAX6506/MAX6507/MAX6508 MAX6505 MAX6506 MAX6507 MAX6508

    6SC70

    Abstract: LMV7219 MAX901 MAX9010 MAX903 MAX907 MAX9109 MAX9140 MAX941 SC70-5
    Text: WORLD’S FASTEST COMPARATOR IN TINY SC70! Ideal for High-Speed Signal Restoration in Portable Equipment FASTEST PROP DELAY SMALLEST SIZE 1/2 THE SIZE OF A SOT23 INCREASE SPEED BY 80% & REDUCE POWER BY 22% BEST SPEED/POWER CHOICES IN SC70 PACKAGE 1.0 1.20


    Original     		PDF MAX9010 LMV7219 SC70-5 MAX9109 MAX9140 MAX9010) MAX901 MAX903, 6SC70 LMV7219 MAX9010 MAX903 MAX907 MAX9109 MAX9140 MAX941 SC70-5

    lm 6806

    Abstract: adkv ABAA sot23 MAX809LUR ACGV 4173H AAAC SOT23-8 IC XR 2240 UR31 AK SOT23-3
    Text: SOT TOPMARKS: 2 and 4 Letter ID Coding SOT Topmarks − April 01, 2003 Sorted By Part Number Sorted By Topmark Part Prefix Number Suffix Topmark Package Part Prefix Number Suffix Topmark Package LM 4040A IM3−2.1 FZEF SOT23−3 MAX 809L UR AA SOT23−3 LM


    Original     		PDF OT23-3 SC70-5 SC70-4 SC70-3 SC70-3 lm 6806 adkv ABAA sot23 MAX809LUR ACGV 4173H AAAC SOT23-8 IC XR 2240 UR31 AK SOT23-3

    jd 1801 data sheet

    Abstract: AAAM SOT23-6 ABAA sot23 SOT23-6 JD 1801 fm 4213 ic AAHB LM 1117 bs33 SOT23-6 AAFQ
    Text: SOT TOPMARKS: 2 and 4 Letter ID Coding SOT Topmarks − August 31, 2003 Sorted By Part Number Sorted By Topmark Part Prefix Number Suffix Topmark Package Part Prefix Number Suffix Topmark Package LM 4040A IM3−2.1 FZEF SOT23−3 MAX 809L UR AA SOT23−3 LM


    Original     		PDF OT23-3 SC70-5 SC70-4 SC70-3 SC70-3143 jd 1801 data sheet AAAM SOT23-6 ABAA sot23 SOT23-6 JD 1801 fm 4213 ic AAHB LM 1117 bs33 SOT23-6 AAFQ

    FET J133

    Abstract: c103 TRANSISTOR equivalent LQFN32 MC33696MOD315EV tdk LAMBDA supply Circuit diagram NX50* 24.19066MHz 433.92 MHZ RF MODULE an3457 RF transceiver 433.92 schematic Car remote keyless entry schematic diagram
    Text: Freescale Semiconductor Application Note Document Number: AN3457 Rev. 1, 04/2007 Designing with MC33596/MC33696 A Step-by-Step Approach for a Reference Design by: Laurent Gauthier RF Systems & Application Engineer Toulouse, France 1 Introduction This document presents a step-by-step approach to


    Original     		PDF AN3457 MC33596/MC33696 MC33696 MC33596 MC33696, MC33696. MC33596-based FET J133 c103 TRANSISTOR equivalent LQFN32 MC33696MOD315EV tdk LAMBDA supply Circuit diagram NX50* 24.19066MHz 433.92 MHZ RF MODULE an3457 RF transceiver 433.92 schematic Car remote keyless entry schematic diagram

    SC-95

    Abstract: 2SK3294-ZJ-E1 UPA2724 NP22N055SLE-E1 2sk4075 UPA2726 2sk3919 2SJ598 2SK3570 UPA2723T1A
    Text: PowerMOSFET Product Overview April 2007 Dear User, Shipment Style This overview contains our current PowerMOSFET portfolio: NEC uses various packing methods depending on the device:  Listed by configuration single/dual and polarity (N or P)  Sorted by voltage first, followed by resistance and current


    Original     		PDF MP-10, SC-62/SOT-89, SC-84, SC-95/SOT-6, SC-96 OT-23) O-252Z, O-252ZK, O-263ZJ, O-263ZK, SC-95 2SK3294-ZJ-E1 UPA2724 NP22N055SLE-E1 2sk4075 UPA2726 2sk3919 2SJ598 2SK3570 UPA2723T1A

    2sk4145

    Abstract: 2sk4075 UPA2724 2SK4212 2sk4213 uPA2804T1L 2SK4145-S19 2sk4202 uPA2211 2sk3919
    Text: PowerMOSFET Product Overview February 2010 Dear User, Shipment Style This overview contains our current PowerMOSFET portfolio: NEC uses various packing methods depending on the device:  Listed by configuration single/dual and polarity (N or P)  Sorted by voltage first, followed by resistance and current


    Original     		PDF SC-62/SOT-89, SC-84, SC-95/SOT-6, SC-96 OT-23) OT-23F, O-252Z, O-252ZK, O-252ZP, O-263ZJ, 2sk4145 2sk4075 UPA2724 2SK4212 2sk4213 uPA2804T1L 2SK4145-S19 2sk4202 uPA2211 2sk3919

    ISL1571

    Abstract: CA3102 HA SOT-23 ISL1557 CA3260 EL2125 EL5104 ISL1557A ISL28470 ISL55016
    Text: Amplifiers/Buffers 1 1 2009 P RODUCT S ELECTION GUIDE Fully Differential Wideband Amplifier pg. 1-24 By Bandwidth (pg. 1-2) High Output Current (DSL Line Drivers) (pg. 1-25) By Input Offset Voltage (pg. 1-9) Instrumentation Amplifiers (pg. 1-25) By Supply


    Original     		PDF EL5524 EL5224 EL5624 EL5324 EL5724 EL5424 EL5824 1-888-INTERSIL ISL1571 CA3102 HA SOT-23 ISL1557 CA3260 EL2125 EL5104 ISL1557A ISL28470 ISL55016

    LAPTOP fix

    Abstract: sot23-5 SOT23-5 REGULATORS MIC5231 MIC5233 MIC5235 MIC5236 MIC5239
    Text: New Micropower µCap LDOs for Stand-by Applications STAND-BY CIRCUITRY ALWAYS ON MIC523x LDOs + µCap: Ceramic Cap Stable 24V - The Good Stuff ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ ◆ Ultra-low quiescent (stand-by) current: <23µA µCap: stable with ceramic capacitor


    Original     		PDF MIC523x 500mA MIC5236/9 MIC523x design236 100mA 150mA 150mV 270mV LAPTOP fix sot23-5 SOT23-5 REGULATORS MIC5231 MIC5233 MIC5235 MIC5236 MIC5239

    ISL1557A

    Abstract: ISL1557 CA3102 EL1528 EL1510 ISL1571 EL1517B ca3140 application circuit CA3140 voltage comparator CA3260
    Text: 1 Amplifiers/Buffers 1 2008 P RODUCT S ELECTION GUIDE Fully Differential Wideband Amplifier pg. 1-28 By Bandwidth (pg. 1-2) High Output Current Amplifiers (pg. 1-28) RF Amplifiers (pg. 1-28) By Input Offset Voltage (pg. 1-11) By Supply Current (pg. 1-19)


    Original     		PDF 500MHz 1-29to EL5524 EL5224 EL5624 EL5324 EL5724 EL5424 EL5824 1-888-INTERSIL ISL1557A ISL1557 CA3102 EL1528 EL1510 ISL1571 EL1517B ca3140 application circuit CA3140 voltage comparator CA3260

    KB910Q

    Abstract: FW82801FBM KB910Q B4 SP093MX0000 FBM-L11-160808-800LMT ML1220T10 FBM-L11-201209-221LMAT BUF C752 D970K NQ82915GM
    Text: Material List by Single-Item/Multi-Level - All -Date : 03/22/2005 Time : 11:33:04 Drawing No: 451336 Plant: CN30 Revision: K Report by UID: 8745064


    Original     		PDF BO001 BO002 BO003 BO004 BO005 451336BO001 LA-2601 EDL00 NV43M/128M 451336BO002 KB910Q FW82801FBM KB910Q B4 SP093MX0000 FBM-L11-160808-800LMT ML1220T10 FBM-L11-201209-221LMAT BUF C752 D970K NQ82915GM

    TR C143

    Abstract: SGA19331D00 C65 004 58 LS-2601 NV43M SE095 APW7057KC-TR SE077 LESR1 EDL00
    Text: Material List by Single-Item/Multi-Level - All -Date : 03/16/2005 Time : 14:47:19 Drawing No: 455853 Plant: CN30 Revision: I Report by UID: 8745064


    Original     		PDF BO001 BO002 BO003 455853BO001 LS-2601 EDL00 NV43M 455853BO002 TR C143 SGA19331D00 C65 004 58 SE095 APW7057KC-TR SE077 LESR1

    LS-2605

    Abstract: No abstract text available
    Text: Material List by Single-Item/Multi-Level - All -Date : 03/01/2005 Time : 13:49:58 Drawing No: 435857 Plant: CN30 Revision: B Report by UID: 8745064


    Original     		PDF BO001 435857BO001 LS-2605 EDL00 DA800003810 SA073070010 SB501380009 SD028100200 SD028120100 SD028300200

    CAP 10U 16V

    Abstract: CAP 10U 50V CH7307C-DE efl50 ls
    Text: Material List by Single-Item/Multi-Level - All -Date : 03/14/2005 Time : 13:29:26 Drawing No: 435879 Plant: CN30 Revision: A Report by UID: 8646163


    Original     		PDF BO001 435879BO001 LS-2763 EFL50 DA600001F00 SA073070010 SB501380009 SD028100200 SD028120100 SD028300200 CAP 10U 16V CAP 10U 50V CH7307C-DE efl50 ls

    TH11-4H104FT

    Abstract: g920at24U NQ82910GML max1532a SW TACT SPST 5P FW82801FB UL C527 TH11-4h TH11-4H104F SKUL30-02AT-G
    Text: Material List by Single-Item/Multi-Level - All -Date : 05/17/2005 Time : 17:29:04 Drawing No: 451344 Plant: CN30 Revision: E Report by UID: 9141332


    Original     		PDF BO001 BO002 BO003 451344BO001 LA-2761 EFL50 915PM 451344BO002 TH11-4H104FT g920at24U NQ82910GML max1532a SW TACT SPST 5P FW82801FB UL C527 TH11-4h TH11-4H104F SKUL30-02AT-G

    crystal oscillator 11.0592 mhz circuit diagram 2pin

    Abstract: No abstract text available
    Text: a ADuC812 Information furnished by Analog Devices is believed to be accurate and reliable. However, no responsibility is assumed by Analog Devices for its use, nor for any infringements of patents or other rights of third parties that may result from its use. No license is granted by implication or otherwise


    Original     		PDF ADuC812 12-Bit 16-Bit 10/01--Data C00208 crystal oscillator 11.0592 mhz circuit diagram 2pin

    OGS260

    Abstract: OSS260 OYS260 Omega 50iV omega 4
    Text: OMEGA Semiconductors SUPER-RED YELLOW GREEN SOT23-LED OSS260 OYS260 OGS260 Package Dimension in mm ±0,1 1.1 max 0,4+0,1 -0,05 0.1 max 10° max 2 0,5 1 1,9±0,1 Pin 1 2 3 • Surface mount SOT23 LED. • 140° viewing angle. • Small package outline LxWxH of 2.9 by 1.3 by 1 mm height.


    Original     		PDF OT23-LED OSS260 OYS260 OGS260 OGS260 OSS260 OYS260 Omega 50iV omega 4

    Circuit Reduces VCC Ripple in Audio Band

    Abstract: op amp 1A lowpass filter 20khz Reduces op amp as a voltage follower op amp amp circuit OP AMP
    Text: Low−Power Circuit Reduces Vcc Audio Ripple by 40dB Application Note Low−Power Circuit Reduces Vcc Audio Ripple by 40dB The circuit shown in the figure below reduces noise and ripple voltage by 40dB over the 100Hz to 20kHz audio range. It provides a clean source of 5V power for driving audio circuits in portable applications such


    Original     		PDF 100Hz 20kHz 1000Hz 20kHz 300Hz 110dB) Circuit Reduces VCC Ripple in Audio Band op amp 1A lowpass filter 20khz Reduces op amp as a voltage follower op amp amp circuit OP AMP

    JTP 68 diode

    Abstract: SOD87 SC70-6 SO20 SSOP16 SSOP24 Thermal Considerations for Power Semiconductors SOD-64 SOD-106 SOD-83
    Text: Philips Semiconductors Power Diodes Thermal Considerations Thermal resistance Circuit performance and long term reliability are affected by the temperature of the chip. Normally, both are improved by keeping the chip temperature junction temperature low.


    Original     		PDF OT428 OT404 JTP 68 diode SOD87 SC70-6 SO20 SSOP16 SSOP24 Thermal Considerations for Power Semiconductors SOD-64 SOD-106 SOD-83

    Untitled

    Abstract: No abstract text available
    Text: Silicon-Based Technology Corp. SBT400D Series Power Schottky Barrier Rectifier SBT400D series are Schottky Barrier Diodes fabricated by a series of proprietary Schottky barrier patents and technologies SBT developed by Silicon-Based Technology Corporation,


    Original     		PDF SBT400D SBT400D OT-23

    fm receiver

    Abstract: quadrature detector mc13176 16 4x4 Buttons Keypad Matrix remote control door lock circuit motorola AN1833 MC13144 MC13158 MC13158FTB MC34164
    Text: Freescale Semiconductor, Inc. Order this document by AN1833/D Motorola Semiconductor Application Note Freescale Semiconductor, Inc. AN1833 A Low-Power Wireless Remote Control Transmitter and Receiver By C. William Dawson Semiconductor Products Sector, Woburn, MA


    Original     		PDF AN1833/D AN1833 fm receiver quadrature detector mc13176 16 4x4 Buttons Keypad Matrix remote control door lock circuit motorola AN1833 MC13144 MC13158 MC13158FTB MC34164

    mbr530

    Abstract: LQH32CN100K21 double DIODE 436 Panasonic central BAT54C GRM1885C1H560JA01B SP6691 SP6691EK
    Text: Design Solution # 34 Solved by TM High Voltage Boost Regulator with Voltage Doubler Designed by: Matthew Szaniawski mszaniawski@sipex.com Part Number: SP6691 Application Description: High voltage boost regulator with charge pump voltage doubler Electrical Requirements:


    Original     		PDF SP6691 CA95035 July6-07 mbr530 LQH32CN100K21 double DIODE 436 Panasonic central BAT54C GRM1885C1H560JA01B SP6691 SP6691EK

    MFE9200

    Abstract: BUZ84A BUZ90 equivalent IRF150 MOSFET AMP circuit BUZ35S MTP40N06M IRFZ22 mosfet 1RF620 MTM12N10L MTP25N10E
    Text: MOTOROLA SC XSTRS/R IM E F D | b3b?254 O O fl'ìB n 1 | Selection by Package by contacting a Motorola sale office In your area or by con­ tacting a Motorola Literature Distribution Center listed on the back cover. Order the disk by requesting DK101/D. The product listed in Tables t through 22 have been com­


    OCR Scan     		PDF DK101/D. O-22QI 0020-H MFE9200 BUZ84A BUZ90 equivalent IRF150 MOSFET AMP circuit BUZ35S MTP40N06M IRFZ22 mosfet 1RF620 MTM12N10L MTP25N10E

    vitramon

    Abstract: No abstract text available
    Text: by Mike Wong Preface Table of Contents Since the beginning of the digital revolution, the speed of a m icroprocessor has been governed by Moore's law postulated in 1968 by Intel's co-founder Gorden Moore. Moore suggested that the speed of a microprocessor would double in every 18 months.


    OCR Scan     		PDF EL75XX 337X96R3 330pF, 337X96R3 55o/8 vitramon