Magnifying Glass Icon close icon

You searched for “ADG506ABQ”

Filters

Filter Icon

Filters

Expand or Collapse Filter Icon
Expand or Collapse Filter Icon
Product Categories
Expand or Collapse Filter Icon
Resources
Expand or Collapse Filter Icon
Industry Solutions
Expand or Collapse Filter Icon
Site Section
  • 9
Expand or Collapse Filter Icon
Result Type
  • 5
  • 2
  • 2
Expand or Collapse Filter Icon
Groups, Forums & Libraries
  • 1
  • 2
  • 6
Expand or Collapse Filter Icon
Author
  • 1
  • 1
  • 1
  • 2
  • 1
  • 1
  • 1
  • 1
Expand or Collapse Filter Icon
Tag
  • 2
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1

Results on Analog.com

14
Relevance

Sort by

External Link Icon Right Arrow Icon External Link Icon External Link Icon Tag
  1. ADG506A
    Not Recommended for New Designs
    Product
    Dual-Supply Analog Switches and Multiplexers
    16-Channel Multiplexer (Superior DG506A Replacement)
    ADG506A

    PDF

    Datasheet

    Documentation

    Ask the Community

    Sample & Buy

    Sample & Buy

  2. ADG506A/ADG507A: CMOS 8-/16-Channel Analog Multiplexers Data Sheet
    Data Sheet

    PDF

    137 kB

  3. ADG508A/ADG509A: CMOS 4-/8-Channel Analog Multiplexers Data Sheet
    Data Sheet

    PDF

    371 kB

  4. Military Products by Function
    Cross Reference Guide

    PDF

    7 kB

  5. ADG508A
    Production
    Product
    Dual-Supply Analog Switches and Multiplexers
    CMOS 8-Channel Analog Multiplexer
    ADG508A

    PDF

    Datasheet

    Documentation

    Ask the Community

    Sample & Buy

    Sample & Buy

  6. ADG509A
    Not Recommended for New Designs
    Product
    Dual-Supply Analog Switches and Multiplexers
    CMOS 4-Channel Analog Multiplexer
    ADG509A

    PDF

    Datasheet

    Documentation

    Ask the Community

    Sample & Buy

    Sample & Buy

  7. ADG507A
    Not Recommended for New Designs
    Product
    Dual-Supply Analog Switches and Multiplexers
    CMOS ± 15 V 8 Channel Analog Multiplexer
    ADG507A

    PDF

    Datasheet

    Documentation

    Ask the Community

    Sample & Buy

    Sample & Buy

  8. ADG526A
    Not Recommended for New Designs
    Product
    Dual-Supply Analog Switches and Multiplexers
    CMOS Latched ± 15 V 16 Channel Analog Multiplexer
    ADG526A

    PDF

    Datasheet

    Documentation

    Ask the Community

    Sample & Buy

    Sample & Buy

  9. Switches and Multiplexers Product Selection Guide
    Product Selection Guide
    Analog Devices offers a large range of switches and multiplexers based on different technology strands (MEMS switch, analog, digital, etc.), single and multiple switch elements with various signal ranges, and in a variety of packages to suit a breadth of application needs.

    PDF

    614.79 K

  10. AD1341: 16-Channel Data Acquisition System Obsolete Data Sheet
    Obsolete Data Sheet

    PDF

    6302 kB

Results on EngineerZone

9
    Clear All Filters Icon

    1. Thermal resistance of ADG506ATE

      Forum Thread
      Answered
      Switches/Multiplexers
      31 October, 2018
      I am not able to find Thermal resistance of ADG506ATE. Can you share the same (all packages)?

    2. ADG506ATE/883B operating temperature and thermal resistance in Leadless Ceramic Chip Carrier Package

      Docs & FAQs
      Other Products (EN)
      QuestionCan you please provide me with the maximum operating junction temperature for this device and also the thermal resistance junction to case (theta j-c)?Answer2 layer board data: 66.1°C/Watt theta ja 4.1°C/Watt theta jc The max operating junction temperature is 150ºC but you must take …
      3J4W4111ad506

    3. ADG506ATE: FAQ

      Docs & FAQs
      Precision DACs
      FAQ
      ADG506ATE

    4. ADG506ATE/883B operating temperature and thermal resistance in Leadless Ceramic Chip Carrier Package

      Docs & FAQs
      Precision DACs
      Q Can you please provide me with the maximum operating junction temperature for this device and also the thermal resistance junction to case (theta j-c)? A 2 layer board data: 66.1°C/Watt theta ja 4.1°C/Watt theta jc The max operating junction temperature is 150ºC but you …
      ad506

    5. RE: Thermal resistance of ADG506ATE

      Forum Reply
      Switches/Multiplexers
      28 November, 2018
      Hi, Apologies for the delayed response. Is it the Theta JA value you are looking for? Have you looked a the ADG1206 or the ADG5206 devices? These are much newer devices. Regards, David

    6. ADG5206 bare die

      Forum Thread
      Answered
      Switches/Multiplexers
      26 May, 2016
      … pdf ) we are curious if there is a way to get the ADG5206 as well as bare die or if we have to switch to ADG506A which seems to perform a bit worse (less voltage supply span, higher resistance, higher charge injection)? And if ADG506A is the only viable solution …
      Dual-Supply Analog Switches and Multiplexersadg5206Analog Switches Multiplexersswitches and multiplexersadg506aLatch-Up Immune and High ESD Switches and Multiplexersbare dieRobust Switches and Multiplexers

    7. ADG506: Overvoltage on the input

      Docs & FAQs
      Switches/Multiplexers
      … reliability of the part. If you cannot guarantee the current into MUX is limited under all conditions, then you may consider using a fault protected MUX such as the ADG508F, not we only have 8 channel fault protected muxes available therefore two ICs would be required to replace the ADG506A.
      adg506

    8. TAGS LIST: Switches/Multiplexers

      Docs & FAQs
      Switches/Multiplexers
      … ADG451 ADG417 ADG444 ADG442 ADG441 ADG426 ADG419 ADG407 ADG406 ADG428 ADG409 ADG408 ADG433 ADG432 ADG431 ADG413 ADG412 ADG411 ADG201HS ADG528A ADG527A ADG526A ADG509A ADG508A ADG507A ADG506A ADG633 ADG465 ADG467 ADG609 ADG608 ADG439F ADG438F ADG528F ADG509F ADG508F ADG513 ADG512 ADG511 ADG212A ADG211A ADG221 ADG202A ADG201A MUX08 AD7511 ADG5248F ADG5404 ADG436 ADG5412 …
      search

    9. RE: Question about ADG407BCHIPS

      Forum Reply
      Switches/Multiplexers
      01 June, 2018
      btw, the ADG508ABCHIPS might be an option for you.

    • <<
    • <
    • 1
    • >
    • >>