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6N139 - Vishay

Description: Vishay 6N139 DC Input Darlington Output Optocoupler, Through Hole, 8-Pin DIP

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Symbol
6N139 - Vishay - PCB symbol
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PCB Footprints
6N139 - Vishay PCB footprint - Dual-In-Line Packages - Dual-In-Line Packages - DIP-8 (Standard)
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3D Models
6N139 - Vishay - 3D model - Dual-In-Line Packages - DIP-8 (Standard)
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6N139 Details

  • Manufacturer Part Number:

    6N139

  • Rohs Code:

    Yes

  • Part Life Cycle Code:

    Active

  • ECCN Code:

    EAR99

  • HTS Code:

    8541.40.80.00

  • Manufacturer:

    Vishay Intertechnologies

  • YTEOL:

    7

  • Additional Feature:

    CMOS COMPATIBLE

  • Configuration:

    SINGLE

  • Current Transfer Ratio-Min:

    400%

  • Data Rate-Nom:

    0.1 MBps

  • Forward Current-Max:

    0.025 A

  • Forward Voltage-Max:

    1.7 V

  • Isolation Voltage-Max:

    5300 V

  • JESD-609 Code:

    e3

  • Mounting Feature:

    THROUGH HOLE MOUNT

  • Number of Elements:

    1

  • Number of Functions:

    1

  • On-State Current-Max:

    0.06 A

  • Operating Temperature-Max:

    100 °C

  • Operating Temperature-Min:

    -55 °C

  • Optoelectronic Device Type:

    LOGIC IC OUTPUT OPTOCOUPLER

  • Power Dissipation-Max:

    0.1 W

  • Response Time-Max:

    0.000025 s

  • Surface Mount:

    NO

  • Terminal Finish:

    Matte Tin (Sn)

6N139 Frequently Asked Questions (FAQs)

  • The maximum allowable voltage that can be applied to the input pins is ±5V, exceeding this may cause damage to the device.
  • To ensure reliable operation in high-temperature environments, ensure that the device is operated within its recommended temperature range (-40°C to 100°C) and that the maximum power dissipation is not exceeded.
  • The recommended input current for the 6N139 is 5mA to 10mA, although the device can handle up to 20mA. Higher input currents may reduce the device's lifespan.
  • The 6N139 is not suitable for high-frequency applications (>10kHz) due to its limited bandwidth. For high-frequency applications, consider using a faster optocoupler like the 6N137 or 6N138.
  • To protect the 6N139 from EMI, use proper PCB layout techniques, such as separating the input and output circuits, using shielding, and adding bypass capacitors to reduce noise.

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