National Semiconductor | High-performance Analog

 

 DS16F95   

EIA-485/EIA-422A Differential Bus Transceivers [Obsolete]
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Features

  • Meets EIA-485 and EIA-422A
  • Meets SCSI-1 (5 MHZ) specifications
  • Designed for multipoint transmission
  • Wide positive and negative input/output bus voltage ranges
  • Thermal shutdown protection
  • Driver positive and negative current-limiting
  • High impedance receiver input
  • Receiver input hysteresis of 50 mV typical
  • Operates from single 5.0V supply
  • Reduced power consumption
  • Pin compatible with DS3695 and SN75176A
  • Military temperature range available
  • Qualified for MIL-STD 883C
  • Standard Military Drawings (SMD) available
  • Available in DIP (J), SOIC (M), LCC (E), and Flatpak (W) packages
  • Description

    The DS16F95/DS36F95 Differential Bus Transceiver is a monolithic integrated circuit designed for bidirectional data communication on balanced multipoint bus transmission lines. The transceiver meets both EIA-485 and EIA-422A standards.

    The DS16F95/DS36F95 offers improved performance due to the use of L-FAST bipolar technology. The L-FAST technology allows for higher speeds and lower currents by minimizing gate delay times. Thus, the DS16F95 and DS36F95 consume less power, and feature an extended temperature range as well as improved specifications.

    The DS16F95/DS36F95 combines a TRI-STATE differential line driver and a differential input line receiver, both of which operate from a single 5.0V power supply. The driver and receiver have an active Enable that can be externally connected to function as a direction control. The driver differential outputs and the receiver differential inputs are internally connected to form differential input/output (I/O) bus ports that are designed to offer minimum loading to the bus whenever the driver is disabled or when VCC = 0V. These ports feature wide positive and negative common mode voltage ranges, making the device suitable for multipoint applications in noisy environments.

    The driver is designed to accommodate loads of up to 60 mA of sink or source current and features positive and negative current limiting in addition to thermal shutdown for protection from line fault conditions.

    The DS16F95/DS36F95 can be used in transmission line applications employing the DS96F172 and the DS96F174 quad differential line drivers and the DS96F173 and DS96F175 quad differential line receivers.

    Also Recommended
    DS16F95ASee Also DS16F95A - TIA/EIA-485-A (RS-485) EXTENDED Temperature Differential Bus Transceiver



    Typical Application
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    Connection Diagram
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    Parameters / ValuesDS16F95 DS16F95A
    FunctionTransceiver Transceiver
    Channels1 Channels 1 Channels
    Max Data Rate10 Mbps 10 Mbps
    SupplyVoltage5 Volt 5 Volt
    ProcessLFAST LFAST
    Special FeaturesFault Tolerant wide temp range
    Temperature Min-55 deg C -55 deg C
    Temperature Max125 deg C 180 deg C
    JTAG1149.1No No
    Drivers1 1
    Receivers1 1

    Datasheets
    TitleSizeDateOther
    Language
    DS16F95 EIA-485/EIA-422A Differential Bus Transceivers411
    Kbytes
    15-Dec-09日本語  

    Obsolete Versions
    Obsolete PartAlternate Part or SupplierSourceLast Time Buy Date
    DS16F95J
    SN95176B
    TEXAS INSTRUMENTS
    03 Mar 2006
    DS16F95J-MLS
    NONE
    NONE
    08 Jun 1999
    DS16F95J-QMLV
    NONE
    NATIONAL SEMICONDUCTOR
    03 Dec 2008
    DS16F95JFQML
    NONE
    NATIONAL SEMICONDUCTOR
    03 Dec 2008
    DS16F95JFQMLV
    NONE
    NATIONAL SEMICONDUCTOR
    03 Dec 2008
    DS16F95W-MCP
    NONE
    NONE
    07 Jun 2000
    DS16F95W-QMLV
    NONE
    NATIONAL SEMICONDUCTOR
    03 Dec 2008
    DS16F95W-SMD
    DS16F95WFQMLV
    SCNONE
    03 Dec 2008
    DS16F95WFQML
    NONE
    NATIONAL SEMICONDUCTOR
    03 Dec 2008
    DS16F95WG-QMLV
    NONE
    NATIONAL SEMICONDUCTOR
    03 Dec 2008
    DS16F95WGFQML
    NONE
    NATIONAL SEMICONDUCTOR
    03 Dec 2008
    DS16F95WGFQMLV
    NONE
    NATIONAL SEMICONDUCTOR
    03 Dec 2008
    DS16F95WG/883
    NONE
    NATIONAL SEMICONDUCTOR
    03 Dec 2008

    [Information as of 9-Feb-2012]