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    HFD3009

    Abstract: preamplifier st block diagram for optical fiber receiver
    Text: 28 January 1998 HFD3009-002/BBA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/BBA FIBER013 HFD3009-002/BBA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 HFD3009 preamplifier st block diagram for optical fiber receiver

    preamplifier st

    Abstract: block diagram for optical fiber receiver HFD3009
    Text: 10 November 1997 HFD3009-002/BBA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/BBA FIBER013 HFD3009-002/BBA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 preamplifier st block diagram for optical fiber receiver HFD3009

    HFD3009

    Abstract: HFD3009-002 HFD3029 Honeywell DBM 01 PCB
    Text: 18 September 1997 HFD3009 Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and low


    Original     		PDF HFD3009 HFD3029) FIBER003 HFD3009 FIBER101 FIBER038 FIBER040 HFD3009-002 HFD3029 Honeywell DBM 01 PCB

    block diagram for optical fiber receiver

    Abstract: HFD3009-002 block diagram for optical fiber DETECTOR HFD3009
    Text: 10 November 1997 HFD3009-002/ADA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/ADA FIBER014 HFD3009-002/ADA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 block diagram for optical fiber receiver HFD3009-002 block diagram for optical fiber DETECTOR HFD3009

    Untitled

    Abstract: No abstract text available
    Text: 10 November 1997 HFD3009-002/AAA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/AAA FIBER010 HFD3009-002/AAA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040

    HFD3009

    Abstract: No abstract text available
    Text: 28 January 1998 HFD3009-002/ABA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/ABA FIBER012 HFD3009-002/ABA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 HFD3009

    preamplifier st

    Abstract: HFD3009 HFD3009-002
    Text: 28 January 1998 HFD3009-002/BAA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/BAA FIBER011 HFD3009-002/BAA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 preamplifier st HFD3009 HFD3009-002

    HFD3009

    Abstract: HFD3029 HFD3009-002
    Text: HFD3009 Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009 HFD3029) FIBER003 HFD3009 FIBER101 FIBER038 FIBER041 HFD3029 HFD3009-002

    block diagram for optical fiber receiver

    Abstract: HFD3009
    Text: 10 November 1997 HFD3009-002/ABA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/ABA FIBER012 HFD3009-002/ABA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 block diagram for optical fiber receiver HFD3009

    HFD3009

    Abstract: No abstract text available
    Text: 28 January 1998 HFD3009-002/AAA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/AAA FIBER010 HFD3009-002/AAA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 HFD3009

    preamplifier st

    Abstract: HFD3009
    Text: 10 November 1997 HFD3009-002/BAA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/BAA FIBER011 HFD3009-002/BAA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 preamplifier st HFD3009

    HFD3009

    Abstract: HFD3009-002
    Text: 28 January 1998 HFD3009-002/ADA Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3009-002/ADA FIBER014 HFD3009-002/ADA FIBER101 FIBER003 FIBER038 FIBER041 FIBER040 HFD3009 HFD3009-002

    HFD3009

    Abstract: HFD3029 HFD3029-002
    Text: HFD3029 Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    Original     		PDF HFD3029 HFD3009) FIBER106 HFD3029 FIBER101 FIBER003 FIBER038 FIBER039 FIBER041 HFD3009 HFD3029-002

    HFD3029

    Abstract: HFD3009 HFD3029-002
    Text: 18 September 1997 HFD3029 Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 µW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and low


    Original     		PDF HFD3029 HFD3009) FIBER106 HFD3029 FIBER101 FIBER003 FIBER038 FIBER039 FIBER040 HFD3009 HFD3029-002

    Untitled

    Abstract: No abstract text available
    Text: HFD3009 Schmitt Input, Non-Inverting TTL Output Receiver FE A TU R ES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 pW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    OCR Scan     		PDF HFD3009 FIBER003 FIBER03B M551A3G

    Untitled

    Abstract: No abstract text available
    Text: 18 September 1997 HFD3009 Schmitt Input, Non-Inverting TTL Output Receiver FEA TU R ES • Converts fiber optic input signals to TT L totem pole outputs • Sensitivity is 1.5 pW peak - 28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and low


    OCR Scan     		PDF HFD3009 FIBER040 FtBEfl04t

    Untitled

    Abstract: No abstract text available
    Text: BASE COMPONENTS5 “ ° ° l S t 33 0L3 « H 0 N 1 HO NE YW EL L INC/ HICRO TTL DIGITAL INTEGRATED RECEIVERS All m easurem ents are typical values at 25 °C , 850 nm, and V co=5.0 V. PART NUMBER DESCRIPTION P K G # HFD3000 HFD3009 HFD3011 HFD3020 HFD3023


    OCR Scan     		PDF HFD3000 HFD3009 HFD3011 HFD3020 HFD3023 HFD3029 HFD3031 SD3324 SD4324 HFD3006

    HFD3856

    Abstract: 200kbps
    Text: NONEYI'IFLL I N C / hunevweil MICRO S5E D • MS5163D DDlSbSM QSO ■ HON1 CONNECTORIZED c o m p o n e n ts y T- Ml ST Low-Profile Style ST-LP LEDs and Integrated Transmitters The ST-LP devices consist of a Base Part mounted in a Metal ST Low Profile style connector. LEDs and integrated


    OCR Scan     		PDF MS5163D HFD3874-002 HFD3856 200kbps

    HFE4807

    Abstract: HFE4846 HFE4848 hfe4811 hfd3801 HFD3805 hfe4053 HFD-3000 HFD3850 HFD3882
    Text: HONFYIIIFLL I N C / h u il« y W e il MICRO 5SE » • M 5S 1A 30 0D lS b2b ^23 H H O N 1 CONNECTORIZED C O M K U iN tiN io ■"T-Hi-<r>7 SMA Low-Profile Style SMA-LP LEDs and Integrated Transmitters The SMA-LP devices consist of a Base Part mounted in a Metal SMA Low Profile style connector. LEDs and integrated


    OCR Scan     		PDF HFE4807 HFE4000 HFE4846 HFE4848 hfe4811 hfd3801 HFD3805 hfe4053 HFD-3000 HFD3850 HFD3882

    HFD3805

    Abstract: HFE4814 HFE4848 hfd3801 HFD3882 HFD3881 HFD3850 hfe4811 HFE4807 HFD3886
    Text: l-IO N F Y IilF L L I N C / h u n e y W e il MICRO 55E D • 4 5 S l f l 3 D OOl SbSb *iZ3 ■ HON1 c o n n e c t o r iz e d cuMKuiNtiN i o T -H i-< r>7 SMA Low-Profile Style SMA-LP LEDs and Integrated Transmitters The SMA-LP devices consist of a Base Part mounted in a Metal SMA Low Profile style connector. LEDs and integrated


    OCR Scan     		PDF HFE4814 HFE4821 HFE4825 HFE4848 HFE4855 HFE4857 HFE4860 HFD3875-002 HFD3805 hfd3801 HFD3882 HFD3881 HFD3850 hfe4811 HFE4807 HFD3886

    hFE4022

    Abstract: HFD3029 HFE4012
    Text: HFD3029 Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • • • • • • • • • Converts fiber optic input signals to TTL totem pole outputs Sensitivity is 1.5 peak -28.2 dBm Single 5 V supply requirem ent Schm itt circuitry gives 17 dB dynam ic range and


    OCR Scan     		PDF HFD3029 HFD3009) HFD3029 hFE4022 HFE4012

    Untitled

    Abstract: No abstract text available
    Text: HFD3029 Schmitt Input, Non-Inverting TTL Output Receiver FEATU R ES • Converts fiber optic input signals to T T L totem pole outputs • Sensitivity is 1.5 nW peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    OCR Scan     		PDF HFD3029 HFD3009) HFD3029 RBER041 FBER04CLGRA

    HFE4012

    Abstract: hFE4022 HFD3009 HFD3029 HFD3029-002 HFE4010 fiber optic link photodiode PN ir photodiode receiver
    Text: HFD3029 Schmitt Input, Non-Inverting TTL Output Receiver FEATURES • Converts fiber optic input signals to TTL totem pole outputs • Sensitivity is 1.5 pSN peak -28.2 dBm • Single 5 V supply requirement • Schmitt circuitry gives 17 dB dynamic range and


    OCR Scan     		PDF HFD3029 HFD3009) 100kHz HFE4012 hFE4022 HFD3009 HFD3029-002 HFE4010 fiber optic link photodiode PN ir photodiode receiver