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    C0119 Search Results

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    C0119 Price and Stock

    Ease Electronics Co Ltd 9200844C0119

    CONN SMA PL CRIMP 50 OHMS
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    DigiKey 9200844C0119 Bag 48 1
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    Qualcomm DEV-PC-0119-1C

    BOARD EXAMPLE DESIGN BLUEVOXDSP
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    DigiKey DEV-PC-0119-1C Box 2 1
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    Chip Quik Inc IPC0119

    DFN-6 TO DIP-6 SMT ADAPTER
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    DigiKey IPC0119 Bulk 1
    • 1 $4.19
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    Mouser Electronics IPC0119
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    Chip Quik Inc IPC0119-S

    DFN-6 STENCIL
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    DigiKey IPC0119-S Bulk 1
    • 1 $11.59
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    Mouser Electronics IPC0119-S
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    STMicroelectronics LIC01-195H

    DIAC 195-230V 1.2A IPAK
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    DigiKey LIC01-195H Tube 3,000
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    C0119 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    80C196KB1

    Abstract: AD7776AR AD7777AN AD7777AR AD7778AS RW-24 80C196KC guide
    Text: V = +5 V ؎ 5%; AGND = DGND = O V; AD7776/AD7777/AD7778–SPECIFICATIONS CLKIN = 8 MHz; RTN = O V; C = 10 nF; all specifications T to T unless otherwise noted. CC REFIN MIN MAX Parameter A Versions1 Units Conditions/Comments DC ACCURACY Resolution2 Relative Accuracy


    Original     		PDF AD7776/AD7777/AD7778 AD7777/AD7778 80C196KB1 AD7776AR AD7777AN AD7777AR AD7778AS RW-24 80C196KC guide

    subwoofer 1000 watts amplifier

    Abstract: subwoofer circuit ne5532 subwoofer bass treble using ne5532 high subwoofer 1000 watts amplifier Piezo speaker crossover TLCO74 ACTIVE SUBWOOFER WITH AMP high subwoofer 100 watts amplifier subwoofer filter circuit passive
    Text: Amplifiers: Op Amps Texas Instruments Incorporated An audio circuit collection, Part 1 By Bruce Carter Advanced Analog Products, Op Amp Applications Introduction This is the first of two articles on audio circuits. New operational amplifiers from Texas Instruments have excellent


    Original     		PDF SLYT155 subwoofer 1000 watts amplifier subwoofer circuit ne5532 subwoofer bass treble using ne5532 high subwoofer 1000 watts amplifier Piezo speaker crossover TLCO74 ACTIVE SUBWOOFER WITH AMP high subwoofer 100 watts amplifier subwoofer filter circuit passive

    TLV320AIC10

    Abstract: TMS320C5402 texas instruments voiceband modem
    Text: Data Acquisition Texas Instruments Incorporated Hardware auto-identification and software auto-configuration for the TLV320AIC10 DSP Codec—a “plug-and-play” algorithm By Wendy X. Fang, Application Specialist, Advanced Analog Products, and Perry Miller, Application Specialist, Advanced Analog Products


    Original     		PDF TLV320AIC10 SLYT149 TMS320C5402 texas instruments voiceband modem

    SLOA020

    Abstract: FSEA30 THS4011 THS4021 SLOA017
    Text: Amplifiers: Op Amps Texas Instruments Incorporated Using a decompensated op amp for improved performance By Jim Karki Systems Specialist, High-Speed Amplifiers Introduction Figure 1. Open-loop gain and phase—THS4011 and THS4021 If your application requires


    Original     		PDF phase--THS4011 THS4021 THS4011 SLYT174 SLOA020 FSEA30 THS4021 SLOA017

    TLV2548

    Abstract: TLV5618A TMS320C31 SPRU163 SPRU035
    Text: Data Acquisition Texas Instruments Incorporated Building a simple data acquisition system using the TMS320C31 DSP By Joselito Parguian Application Specialist Introduction When design engineers are faced with challenging design issues with emerging technology, they almost always think


    Original     		PDF TMS320C31 TLV2548 TLV5618A SLYT136 TLV2548 SPRU163 SPRU035

    Flex10K30

    Abstract: THS8083EVM altera 10 k series cpld THS8134 U12E THS8083 U12A power factor correction using PIC
    Text: Data Acquisition Texas Instruments Incorporated A/D and D/A conversion of PC graphics and component video signals, Part 2: Software and control By Bart DeCanne Systems/Applications & Strategic Marketing—Digital Video Products Introduction The first article of this two-part series, published in the


    Original     		PDF THS8083EVM THS8083 THS8134 SLYT129 Flex10K30 altera 10 k series cpld THS8134 U12E THS8083 U12A power factor correction using PIC

    SN65LVDS32A

    Abstract: SN65LVDT32A LVDS32 SN65LVDS3486A SN65LVDS9637A SN65LVDT3486A SN65LVDT9637A
    Text: Interface Data Transmission Texas Instruments Incorporated The Active Fail-Safe feature of the SN65LVDS32A By Mark Morgan, Interface Design Manager, Data Transmission, and Bryan Smith, Project Engineer, Data Transmission Introduction Figure 1. Input biasing


    Original     		PDF SN65LVDS32A SLYT154 SN65LVDS32A SN65LVDT32A LVDS32 SN65LVDS3486A SN65LVDS9637A SN65LVDT3486A SN65LVDT9637A

    IEC848

    Abstract: IEC-8482 SN65HVD08 SN65HVD20 texas differential bus line receiver ic data 3Q 2004 Analog Applications Journal
    Text: Interface Texas Instruments Incorporated Failsafe in RS-485 data buses By Kevin Gingerich Email: k-gingerich@ti.com High-Performance Linear/Interface Introduction Figure 1. Standard RS-485 bus After bus-pin electrical overstress, the second most common cause of inquiries to the Texas Instruments (TI)


    Original     		PDF RS-485 RS-485* SLYT080 IEC848 IEC-8482 SN65HVD08 SN65HVD20 texas differential bus line receiver ic data 3Q 2004 Analog Applications Journal

    SLVA079

    Abstract: 7404 dip SLVA072 TPS75433 TPS75333 SLYT194
    Text: Power Management Texas Instruments Incorporated Understanding the load-transient response of LDOs By Brian M. King Advanced Analog Products Introduction Figure 1. Typical LDO components Low-dropout linear regulators LDOs are commonly used to provide power to low-voltage


    Original     		PDF SLYT151 SLVA079 7404 dip SLVA072 TPS75433 TPS75333 SLYT194

    slot antenna having microstrip ground dielectric

    Abstract: Low-pass Passive Filter Design Techniques
    Text: Amplifiers: Op Amps Texas Instruments Incorporated The PCB is a component of op amp design By Bruce Carter Senior Applications Specialist Most analog designers are familiar with how to use ICs and passive components to implement a design. There is one additional circuit component, however, that must be considered for the design to be a success—the printed circuit


    Original     		PDF SLYT166 slot antenna having microstrip ground dielectric Low-pass Passive Filter Design Techniques

    PIC 1640

    Abstract: TMS320C31 DSK inverter pic assembly code sti 5580 TLV5606 B720 TLC2551 TLC2552 TLC2555 TLV2541
    Text: Data Acquisition Texas Instruments Incorporated Smallest DSP-compatible ADC provides simplest DSP interface By Joe Purvis Figure 1. TLV2541 device pinout Application Specialist Introduction This article features TI’s new TLV2541 12-bit data converter and highlights the ease with which analog signals


    Original     		PDF TLV2541 12-bit TLV2541 TLV25xx TLV2542 TLV2545 TLC2551 PIC 1640 TMS320C31 DSK inverter pic assembly code sti 5580 TLV5606 B720 TLC2551 TLC2552 TLC2555

    SLYT211

    Abstract: Voltage TI SLYT211 DCR010505 15-V DCP010505B DCP010512B DCP010512DB OPA277 3Q 2005
    Text: Power Management Texas Instruments Incorporated Miniature solutions for voltage isolation By Geoff Jones Email: gjones@ti.com Marketing Manager The hot growth in distributed-power architecture has fueled the development of miniature low-power (<2-W) DC/DC converters. As their name implies, these devices


    Original     		PDF SLYT211 SLYT211 Voltage TI SLYT211 DCR010505 15-V DCP010505B DCP010512B DCP010512DB OPA277 3Q 2005

    SN65HVD05

    Abstract: SN65HVD10 SN65HVD20 SN65HVD23 SN65LBC182 SN65LBC184
    Text: Interface Texas Instruments Incorporated The RS-485 unit load and maximum number of bus connections By Kevin Gingerich Email: k-gingerich@ti.com High-Performance Analog/Interface Products Introduction Figure 1. Schematic of an example multipoint bus TIA/EIA-485 (RS-485) is a


    Original     		PDF RS-485 TIA/EIA-485 RS-485) SLYT086 SN65HVD05 SN65HVD10 SN65HVD20 SN65HVD23 SN65LBC182 SN65LBC184

    THS3001

    Abstract: THS4001 rf op amp SLYT121
    Text: Amplifiers: Op Amps Texas Instruments Incorporated Using high-speed op amps for high-performance RF design, Part 1 By Bruce Carter Advanced Linear Products, Op Amp Applications Why use op amps for RF design? Traditional RF design techniques using discrete transistors have been practiced


    Original     		PDF SLYT121 THS3001 THS4001 rf op amp SLYT121

    SLYT212

    Abstract: "IPC-9701" IPC-9701 PTH12030WAS IPC9701 ipc 9701
    Text: Power Management Texas Instruments Incorporated New power modules improve surfacemount manufacturability By Chris Thornton Email: cthornton@ti.com Plug-in Power Products Introduction The latest generation of Texas Instruments (TI) boardmounted power modules utilizes a pin interconnect technology that improves surface-mount manufacturability.


    Original     		PDF SLYT212 SLYT212 "IPC-9701" IPC-9701 PTH12030WAS IPC9701 ipc 9701

    KC222

    Abstract: 1N4148 IRF7433 IRLML2402 TPS79501 TPS79518
    Text: Power Management Texas Instruments Incorporated Soft-start circuits for LDO linear regulators By Jeff Falin Email: j-falin1@ti.com Applications, Portable Power Many low-dropout (LDO) linear regulators do not have an integrated “soft-start” function that limits the in-rush current to the device being powered. In fact, as the simplified


    Original     		PDF SLYT096 KC222 1N4148 IRF7433 IRLML2402 TPS79501 TPS79518

    circuit diagram 48V ,Poe

    Abstract: No abstract text available
    Text: Interface Texas Instruments Incorporated Estimating available application power for Power-over-Ethernet applications* By Martin Patoka Email: mpatoka@ti.com Systems Engineer Introduction Many existing Ethernet devices are being converted from wall-adapter power sources to utilize the newly released


    Original     		PDF SLYT085 circuit diagram 48V ,Poe

    Reducing crosstalk of an op amp on a PCB

    Abstract: 15-V HP8753E THS4052
    Text: Amplifiers: Op Amps Texas Instruments Incorporated Reducing crosstalk of an op amp on a PCB By Randy Stephens System Specialist, High-speed Amplifiers The use of operational amplifiers is common these days. In many instances, it can be advantageous to utilize a dual


    Original     		PDF SLYT190 Reducing crosstalk of an op amp on a PCB 15-V HP8753E THS4052

    SENSYM sx01

    Abstract: instrumentation amplifier with bridgetype transducer SX01 TLV2470 TLV2471 TLV2472 TLV2473 TLV2474 TLV2475 TLV2544
    Text: Signal Conditioning: Op Amps Texas Instruments Incorporated Pressure transducer-to-ADC application By John Bishop Application Specialist, Advanced Analog Products/Op Amp Applications Introduction Defining the circuit A major application of operational amplifiers op amps is


    Original     		PDF SLYT144 SENSYM sx01 instrumentation amplifier with bridgetype transducer SX01 TLV2470 TLV2471 TLV2472 TLV2473 TLV2474 TLV2475 TLV2544

    touch panel noise reduction

    Abstract: ADS7843 ADS7845 ADS7846 TSC2003 TSC2046 TSC2101 TSC2200 TSC2301 Indium tin oxide
    Text: Data Acquisition Texas Instruments Incorporated Using resistive touch screens for human/machine interface By Rick Downs Email: downs_rick@ti.com Applications Engineering Manager, Data Acquisition Products Introduction Figure 1. Resistive touch screen Touch-screen interfaces are effective in many information


    Original     		PDF SLYT209A touch panel noise reduction ADS7843 ADS7845 ADS7846 TSC2003 TSC2046 TSC2101 TSC2200 TSC2301 Indium tin oxide

    TPS79301

    Abstract: TPS79401 TPS79501 TPS79601 TPS79901 TPS793
    Text: Power Management Texas Instruments Incorporated Understanding noise in linear regulators By John C. Teel Email: jteel@ti.com Analog IC Designer, Member Group Technical Staff Types of noise in analog circuits may include thermal, flicker, and shot noise, among others. In an LDO application,


    Original     		PDF SLYT201 TPS79301 TPS79401 TPS79501 TPS79601 TPS79901 TPS793

    mathcad buck INDUCTOR DESIGN

    Abstract: GRM235Y5V226Z10 4SP820M 4TPC150M TPS5210 TPS5211 TPS56100 TPS56XX
    Text: Power Management Texas Instruments Incorporated Optimal output filter design for microprocessor or DSP power supply By Rais Miftakhutdinov System Engineering, Power Management Products Introduction Figure 1. Analyzed model of power distribution system during


    Original     		PDF SLYT162 mathcad buck INDUCTOR DESIGN GRM235Y5V226Z10 4SP820M 4TPC150M TPS5210 TPS5211 TPS56100 TPS56XX

    KC4T-125M-3M-50-69A

    Abstract: pulse transformer 4503 with 3 pins ads5500 fpga code pure sine wave using pic Sine Wave Generator pic pulse transformer 4503 ISOLATION PULSE TRANSFORMER 4503 SLWU010 ADS5500 TLA714
    Text: Data Acquisition Texas Instruments Incorporated 14-bit, 125-MSPS ADS5500 evaluation By Hui-Qing Liu Email: liu_hui-qing@ti.com Applications Engineer, High-Speed ADC Introduction The ADS5500 is a high-speed, pipeline, CMOS ADC with 14-bit resolution and a 125-MSPS sampling rate. In March


    Original     		PDF 14-bit, 125-MSPS ADS5500 14-bit SLYT074 KC4T-125M-3M-50-69A pulse transformer 4503 with 3 pins ads5500 fpga code pure sine wave using pic Sine Wave Generator pic pulse transformer 4503 ISOLATION PULSE TRANSFORMER 4503 SLWU010 TLA714

    lcd monitor ic lists

    Abstract: vga pcb data for monitor LCD panel timing control TLC2933 TLC5628 TLV5580 video scaler lcd monitor OSD microcontroller LCD monitor clock generator using ic 555
    Text: Data Acquisition Texas Instruments Incorporated Techniques for sampling high-speed graphics with lower-speed A/D converters By Bart De Canne System Specialist, High-Speed Data Converters Sample rates One area where the need for high-speed A/D converters becomes apparent is in PC graphics digitizing. While conventional TV images have relatively low bandwidth and


    Original     		PDF SLYT184 lcd monitor ic lists vga pcb data for monitor LCD panel timing control TLC2933 TLC5628 TLV5580 video scaler lcd monitor OSD microcontroller LCD monitor clock generator using ic 555