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    Banner Engineering Corp PIAT46UHFTA-VL

    Fiber Optic Cables Plastic Fiber; Opposed; Core Dia.: 1 mm; Fiber Length 2 m; Tight Angle; Thread M4; High Flex 2 mm Bend Radius; Flex Relief; Free cut; Vantage Line
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    Mouser Electronics PIAT46UHFTA-VL 2
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    Newark PIAT46UHFTA-VL Bulk 1
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    Banner Engineering Corp PIAT43UHFTA-VL

    Fiber Optic Cables Plastic Fiber; Opposed; Core Dia.: 1 mm; Fiber Length 1 m; Tight Angle;Thread M4; High Flex 2 mm Bend Radius; Flex Relief; Free cut; Vantage Line
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    Mouser Electronics PIAT43UHFTA-VL
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    Newark PIAT43UHFTA-VL Bulk 1
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    Banner Engineering Corp PBAT43UHFTA-VL

    Fiber Optic Cables Plastic Fiber, Diffuse Reflective; Core Dia.: 1 mm; Fiber Length 1 m; Right-Angle, Thread M6; High Flex 2 mm Bend Radius, Flex Relief; Free Cut; Vantage Line
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    Mouser Electronics PBAT43UHFTA-VL
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    Banner Engineering Corp PBAT46UHFTA-VL

    Fiber Optic Cables Plastic Fiber, Diffuse Reflective; Core Dia.: 1 mm; Fiber Length 2 m; Right-Angle, Thread M6; High Flex 2 mm Bend Radius, Flex Relief; Free Cut; Vantage Line
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    Mouser Electronics PBAT46UHFTA-VL
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    SMC Corporation of America NCA1G500-0500-XC3DBHFTAT

    CYLINDER, TIE ROD, NCA1-XT SERIES | SMC Corporation NCA1G500-0500-XC3DBHFTAT
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    RS NCA1G500-0500-XC3DBHFTAT Bulk 5 Weeks 1
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    Find more HFTA price and stock on Findchips.com

    HFTA Datasheets (1)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    HFTA-04.0 Maxim Integrated Products Optical/Electrical Conversion in SDH/SONET Fiber Optic Systems Original PDF

    HFTA Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    AN649

    Abstract: MAX3664 MAX3667 MAX3675 MAX3680 MAX3681 MAX3691 MAX3766 Fiber Optic regenerator 28
    Text: FIBER OPTIC CIRCUITS Application Note 649: Jun 28, 2000 HFTA-04.0: Optical/Electrical Conversion in SDH/SONET Fiber Optic Systems This article explains the basic functions and design challenges of the optical to electrical and electrical to optical signal conversion in SDH/SONET fiber optic


    Original     		PDF HFTA-04 12/STM 25Gbps) MAX3664: MAX3667: MAX3675: MAX3681: MAX3691: com/an649 AN649 MAX3664 MAX3667 MAX3675 MAX3680 MAX3681 MAX3691 MAX3766 Fiber Optic regenerator 28

    resistor 0402

    Abstract: CMD4D13 MAX1932 BAT56W avalanche photodiode bias C3216X7R2A104K TDK FDN337N ECJ-2VC2A151J Schottky Diode SOD123 an3929
    Text: Maxim > App Notes > FIBER-OPTIC CIRCUITS POWER-SUPPLY CIRCUITS Keywords: APD, Avalanche Photo Detectors, HFTA, HFRD, High Voltage, Piezo, SPI Nov 16, 2006 APPLICATION NOTE 3929 Avalanche-Photodiode Detector Circuit Limits Current to 1mA and Improves Transient Response


    Original     		PDF MAX1932, MAX1932 MAX1932ETC 12-Pin com/an3929 MAX1932: AN3929, APP3929, Appnote3929, resistor 0402 CMD4D13 BAT56W avalanche photodiode bias C3216X7R2A104K TDK FDN337N ECJ-2VC2A151J Schottky Diode SOD123 an3929

    wolaver measure error rates

    Abstract: HFTA-05 wolaver probability distribution function MAX3675 MAX3752 MAX3875 MAX3876 MAX3877 MAX3878
    Text: FIBER OPTIC CIRCUITS Application Note 703: Oct 26, 2000 HFTA-05.0: Statistical Confidence Levels for Estimating BER Probability When testing for bit error ratio BER , how many bits do you need to transmit through a system in order achieve reasonable confidence in the results? This article provides the answer. It starts with the theory of


    Original     		PDF HFTA-05 bi995. MAX3752: MAX3875: MAX3876: MAX3877: MAX3878: com/an703 wolaver measure error rates wolaver probability distribution function MAX3675 MAX3752 MAX3875 MAX3876 MAX3877 MAX3878

    EFDA amplifier

    Abstract: MAX1978 DISPERSION COMPENSATING FIBER peltier driver MAX1932 MAX3670 MAX3861 MAX3882 MAX3941 MAX3971
    Text: Maxim > App Notes > FIBER-OPTIC CIRCUITS Keywords: DWDM, fiber transmission systems, bandwidth, demultiplexers, optical multiplexer, EFDA, APD, data transmission technology Jun 07, 2004 APPLICATION NOTE 3258 HFTA-08.0: Receivers and Transmitters in DWDM Systems


    Original     		PDF HFTA-08 MAX1932: MAX1978: MAX3670: MAX3861: MAX3882: MAX3941: MAX3971: MAX4007: MAX5417: EFDA amplifier MAX1978 DISPERSION COMPENSATING FIBER peltier driver MAX1932 MAX3670 MAX3861 MAX3882 MAX3941 MAX3971

    GPON

    Abstract: Optical-Splitter MAX3747 MAX3872 avalanche photodiode 1550nm sensitivity optical splitter Photodiode apd
    Text: HFTA-14.0 Rev.1; 04/08 Design Challenges of GPON FEC Receivers A similar article was published in the May, 2006 issue of Lightwave Magazine. Maxim Integrated Products Design Challenges of GPON FEC Receivers 1 Introduction APD or FEC in the ONT? That is the question! At least if not thee question it is the million dollar question on the


    Original     		PDF HFTA-14 com/en/an/6hfan404 GPON Optical-Splitter MAX3747 MAX3872 avalanche photodiode 1550nm sensitivity optical splitter Photodiode apd

    MAX3785

    Abstract: MAX3800 MAX3804 Inspiration Siemens addis crpa
    Text: Technical Article: HFTA-06.0 First Presented January 28, 2003, at DesignCon 2003 High-Performance System Design Designing a Simple, Small, Wide-band and Low-Power Equalizer for FR4 Copper Links Featuring the MAX3785, 1Gbps to 6.4Gbps Equalizer Maxim Integrated Products


    Original     		PDF HFTA-06 MAX3785, 10Gb/s. MAX3785 MAX3800 MAX3804 Inspiration Siemens addis crpa

    HFTA-05

    Abstract: wolaver measure error rates trial MAX3675 MAX3875 wolaver
    Text: HFTA-05.0 Rev 2; 11/07 Statistical Confidence Levels for Estimating Error Probability Note: This article has been previously published in Lightwave Magazine April 2000 , and in the Maxim Engineering Journal (volume 37). Maxim Integrated Products Statistical Confidence Levels


    Original     		PDF HFTA-05 MAX3675 MAX3875, wolaver measure error rates trial MAX3875 wolaver

    APP3981

    Abstract: 47k thermistor ntc MAX3643 THERMISTOR NETWORK thermistor ntc 8.2k AN3981
    Text: Maxim > App Notes > FIBER-OPTIC CIRCUITS Keywords: thermistor networks, resistor, temperature compensation, Genetic Algorithm May 13, 2008 APPLICATION NOTE 3981 HFTA-15.0 Thermistor Networks and Genetics By: Craig K. Lyon, Strategic Applications Engineer Abstract: This application note discusses applications of thermistors for temperature compensation. It also gives a


    Original     		PDF HFTA-15 com/an3981 AN3981, APP3981, Appnote3981, APP3981 47k thermistor ntc MAX3643 THERMISTOR NETWORK thermistor ntc 8.2k AN3981

    DISPERSION COMPENSATING FIBER

    Abstract: Electroabsorption modulator full C band modulator driver mach zehnder dispersion compensating DISPERSION COMPENSATING FIBER cable laser chirp parameter dcf fiber parameters MAX1978 modulator mach zehnder dcf fiber
    Text: HFTA-08.0: Receivers and Transmitters in DWDM Systems The rapidly growing internet traffic demands a near-continuous expansion of data-transmission capacity. To avoid traffic jams on the data highways, network providers need a technique that provides fast, flexible, and cost-effective bandwidth expansions. One such technique is the datatransmission technology called Dense Wavelength Division Multiplexing DWDM , which


    Original     		PDF HFTA-08 1300nm MAX1932 MAX4007 MAX3971A 10Gbps DISPERSION COMPENSATING FIBER Electroabsorption modulator full C band modulator driver mach zehnder dispersion compensating DISPERSION COMPENSATING FIBER cable laser chirp parameter dcf fiber parameters MAX1978 modulator mach zehnder dcf fiber

    MAX15059

    Abstract: 10G APD 1310nm 10G CDR MAX3799 MAX3872 PRBS231-1 XFP-10 EAM Laser Driver APD for 10Gbps 1310nm fiber optic for 10Gbps
    Text: HFTA-12.0 Rev.4; 05/10 Measuring crosstalk penalty in high-speed bidirectional serial communication modules A similar article was published in the June 23, 2005 issue of EDN. Maxim Integrated Products Measuring crosstalk penalty in high-speed bidirectional serial communication modules


    Original     		PDF HFTA-12 MAX15059 10G APD 1310nm 10G CDR MAX3799 MAX3872 PRBS231-1 XFP-10 EAM Laser Driver APD for 10Gbps 1310nm fiber optic for 10Gbps

    APP4032

    Abstract: conclusion of zener diode voltage report
    Text: Maxim/Dallas > App Notes > FIBER-OPTIC CIRCUITS Keywords: ESD protection, Electrostatic discharge, protection circuits, internal clamps, external voltage clamps, internal ESD protection Apr 05, 2007 APPLICATION NOTE 4032 HFTA-16.0: ESD Protection for Bipolar Integrated Circuits


    Original     		PDF HFTA-16 com/an4032 AN4032, APP4032, Appnote4032, APP4032 conclusion of zener diode voltage report

    MAX1932

    Abstract: fiber-optic photodiode for 850nm DS3150 DS3151 DS3152 DS3153 DS3154 MAX1968 MAX3645 MAX3657
    Text: Maxim/Dallas > App Notes > COMMUNICATIONS CIRCUITS FIBER-OPTIC CIRCUITS Keywords: T3, E3, STS-1, fiber optic extension, media converter, fiber, fibre TELECOM Dec 12, 2003 APPLICATION NOTE 2931 HFTA-09.0: T3/E3/STS-1 Fiber Optic Extension This application note will describe what is needed to design a T3/E3/STS-1 Fiber to Copper Media Converter.


    Original     		PDF HFTA-09 DS3150: DS3151: DS3152: DS3153: DS3154: MAX1932: MAX1968: MAX3645: MAX3657: MAX1932 fiber-optic photodiode for 850nm DS3150 DS3151 DS3152 DS3153 DS3154 MAX1968 MAX3645 MAX3657

    8B10B

    Abstract: AN1925 APP1925 serial link clock signal Signal Path Designer
    Text: Maxim > App Notes > FIBER-OPTIC CIRCUITS Keywords: HFTA-07.0: Precision Reference Clock Usage in Clock and Data Recovery Circuits Mar 13, 2003 APPLICATION NOTE 1925 HFTA-07.0: Precision Reference Clock Usage in Clock and Data Recovery Circuits Applications for clock data recovery CDR abound in telecommunications, optical transceivers, data and storage


    Original     		PDF HFTA-07 10MHz 10GHz, OC-192 com/an1925 AN1925, APP1925, Appnote1925, 8B10B AN1925 APP1925 serial link clock signal Signal Path Designer

    1310nm 10Gbps DML

    Abstract: hall 04E HALL EFFECT 21E hall effect 44e hall ic 01e MAX3872 MAX3943 10G APD chip XFP-10 1550nm optical detector 10Gbps
    Text: HFTA-12.0 Rev.2; 04/08 Measuring Crosstalk Penalty in High-Speed Bidirectional Serial Communication Modules A similar article was published in the June 23, 2005 issue of EDN. Maxim Integrated Products Measuring Crosstalk Penalty in High-Speed Bidirectional Serial Communication Modules


    Original     		PDF HFTA-12 1310nm 10Gbps DML hall 04E HALL EFFECT 21E hall effect 44e hall ic 01e MAX3872 MAX3943 10G APD chip XFP-10 1550nm optical detector 10Gbps

    transformer ferrite

    Abstract: tutorial transformer HFTA
    Text: HFTA-13.0 Rev.2; 05/08 Designing external cabling for low EMI radiation A similar article was published in the December, 2004 issue of Planet Analog. Maxim Integrated Products Designing external cabling for low EMI radiation The advent of integrated circuits that compensate for cable loss equalizers allows systems to send highspeed data over very long copper cables. The use of integrated circuits for equalization1 of cable loss has


    Original     		PDF HFTA-13 anizations/pubs/newsletters/emcs/fall00/a transformer ferrite tutorial transformer HFTA

    reedrelais

    Abstract: zu 109 reedschalter
    Text: MEDER electronic REEDSCHALTER IN RELAIS Der Reedschalter als Schaltelement in einem Reedrelais Wird der Reedschalter in einem Reedrelais verwendet, erzeugt man das Magnetfeld durch eine Kupferspule. Abb. # 1 zeigt die einfache Wirkungsweise. Reedrelais benötigen in der Regeleine relativ geringe Steuerleistung und können durch Transistoren, TTL-Logik oder


    Original     		PDF

    NELCO-4000-13

    Abstract: hfss tdr HFTA-05 AN-596-1 Nelco4000-13 pcb fabrication process Nelco-4000 backplane design card fci 10Gbase-kr backplane connector
    Text: AN 596: Modeling and Design Considerations for 10 Gbps Connectors AN-596-1.0 March 2010 This application note discusses the impact of backplane connectors on a 10 Gbps serial channel performance. It demonstrates how to project the connector’s impact at


    Original     		PDF AN-596-1 NELCO-4000-13 hfss tdr HFTA-05 Nelco4000-13 pcb fabrication process Nelco-4000 backplane design card fci 10Gbase-kr backplane connector

    "Op Amp" lm 324

    Abstract: IC LM 317 EL2243CN LM 741 op amp single supply EL2243CJ EL2243CM EL2243J M2243 80 Amp current 100 volt diode Q4743
    Text: EL2243/EL2243C SflE ]> 312TSS7 □ ODSS'ì? 31T H E L A élantec ; H 0H I^HFtAMÀNCÈA^tÖS: IWîeSBATEO0*RÊi»fS EL2243/EL2243C Dual Fast Single-Supply Decompensated Op Amp ELANTEC INC T~'"7CM F e a tu r e s G en era l D e sc rip tio n • In p u ts and o u tp u ts operate at


    OCR Scan     		PDF 312TSS7 EL2243/EL2243C MIL-STD-883 12-bit 175Meg 864e-18 3121S57 00Q53Qb "Op Amp" lm 324 IC LM 317 EL2243CN LM 741 op amp single supply EL2243CJ EL2243CM EL2243J M2243 80 Amp current 100 volt diode Q4743

    BY207

    Abstract: BY206GP BY207GP 30011 munch U056 by206
    Text: B Y 206G P TH R U B Y 207G P FEATURES • High temperature metallurgically bonded constructed rectifiers • For use in high frequency rectifier circuits • Plastic package has Underwriters Laboratory FlammabHity Classification 94V-0 • Fast switching for high efficiency


    OCR Scan     		PDF BY206GP BY207GP DO-41 MIL-S-19500 MIL-STD-202, 50Vdi/dt 04AAJS BY207 BY207GP 30011 munch U056 by206

    Untitled

    Abstract: No abstract text available
    Text: Um i t 19 5 HM51161OOA Series 16,777,216-word x 1-blt Dynamic Random Access Memory Rev. 1 Jan. 31,1994 HITACHI The Hitachi HM5116100A is a CMOS dynamic RAM organized 16,777,216 words x 1 bits. It employs the most advanced CMOS technology for high performance and low power. The


    OCR Scan     		PDF HM51161OOA 216-word HM5116100A HM5116100AS-6 HM5116100AS-7 5116100AS-8 300-mil CP-24DB) 24/26-pin

    Untitled

    Abstract: No abstract text available
    Text: HM51W17800 Series 2,097,152-word x 8-bit Dynamic RAM HITACHI ADE-203-664C Z Rev. 3.0 Feb. 24, 1997 Description The Hitachi HM51W17800 is a CMOS dynamic RAM organized 2,097,152-word x 8-bit. It employs the most advanced CMOS technology for high performance and low power. The HM51W17800 offers Fast Page


    OCR Scan     		PDF HM51W17800 152-word ADE-203-664C 28-pin ns/60

    BP-119

    Abstract: No abstract text available
    Text: HM67S36130 Series 131,072-words x 36-bits Synchronous Fast Static RAM HITACHI ADE-203-659A Z Product Preview Rev. 1 Feb. 21, 1997 Features • 3.3V ± 5% Operation • LVCMOS Compatible Input and Output • Synchronous Operation • Internal self-timed Late Write


    OCR Scan     		PDF HM67S36130 072-words 36-bits ADE-203-659A HM67S36130BP-7 BP-119) HM67S18258BP-7H HM67S18258BP-7 BP-119

    HD64610FP

    Abstract: HD64610P circuit diagram of MOD 64 counter MU-206S J24401 8U89 HD64610 HM62256
    Text: •ÔmT — , / r- ^ t 2 .1 ¿ £ > - j & ^ P O A D E - 2 0 2 - 0 3 7 O ) s i HD64610 C alendar C lock IC 0 HITACHI D escription Pin A rrangem ent T he H D 6 4 6 1 0 is a ca le n d ar c lo c k IC p ro v id in g ca le n d ar clo ck functions and an 8-bit static-R A M


    OCR Scan     		PDF ADE-202-037 Dec-1989 HD64610 HD64610 HM62256 30-second J22396, J22432. J24401. HD64610FP HD64610P circuit diagram of MOD 64 counter MU-206S J24401 8U89 HM62256

    Untitled

    Abstract: No abstract text available
    Text: HI3304 HARRIS S E M I C O N D U C T O R 4-Bit, 25 MSPS, Flash A/D Converter August 1997 Features Description • The Harris HI3304 is a CMOS parallel FLASH analog-todigital converter designed for applications demanding both low-power consumption and high speed digitization. Digitiz­


    OCR Scan     		PDF HI3304 HI3304 25MHz, 25MHz