Locale Icon
English
  • Forums

    Popular Forums

    • LTspice
    • RF and Microwave
    • Video
    • Power Management
    • Precision ADCs
    • FPGA Reference Designs
    • Linux Software Drivers

    Product Forums

    • Amplifiers
    • Microcontrollers
    • Clock and Timing
    • Data Converters
    • Direct Digital Synthesis (DDS)
    • Energy Monitoring and Metering
    • Interface and Isolation
    • MEMS Inertial Sensors
    • Power Management
    • Processors and DSP
    • Switches/Multiplexers
    • Temperature Sensors
    • Voltage References
    View All

    Application Forums

    • A2B
    • Audio
    • Automated Test Equipment (ATE)
    • Condition-Based Monitoring
    • Depth, Perception & Ranging Technologies
    • Embedded Vision Sensing Library
    • Motor Control Hardware Platforms
    • Precision Technology Signal Chains Library
    • Video
    • Wireless Sensor Networks Reference Library

    Design Center Forums

    • ACE Evaluation Software
    • ADEF System Platforms
    • Design Tools and Calculators
    • FPGA Reference Designs
    • Linux Software Drivers
    • Microcontroller no-OS Drivers
    • Reference Designs
    • Signal Chain Power (SCP)
    • Software Interface Tools
    • System Demonstration Platform (SDP) Support
  • Learn

    Highlighted Webinar

    Simplifying Connectivity - Remote Controlled (RC) Nodes in a Software Defined Vehicle (SDV)

    This webinar will introduce remote-controlled edge nodes and how they promise to simplify the automotive network architecture and expedite the integration...

    Places

    • ADI Education Home
    • ADI Webinars
    • GMSL U
    • StudentZone (Analog Dialogue)
    • Video Annex
    • Virtual Classroom

    Libraries

    • 3D ToF Depth Sensing Library
    • Continuous-Wave CMOS Time of Flight (TOF) Library
    • Embedded Vision Sensing Library
    • Gigabit Multimedia Serial Link (GMSL) Library
    • Optical Sensing Library
    • Precision Technology Signal Chains Library
    • Software Modules and SDKs Library
    • Supervisory Circuits Library
    • Wireless Sensor Networks Library

    Latest Webinars

    • Simplifying Connectivity - Remote Controlled (RC) Nodes in a Software Defined Vehicle (SDV)
    • Upcoming Webinar: Simplify High-Accuracy Instrumentation Design with Latest Precision Data Converters
    • Design High Performance Power Systems with Ultralow Noise Technology
    • µModule Solution for Intelligent Motion Control
    • Accelerating Embedded System Development with CodeFusion Studio™︎
    View All Webinars
  • Community Hub

    Challenge Yourself!

      KCC's Quizzes AQQ286 about Right Labels on the Right Boxes containing colored balls

      1. Quote of the week: "Knowledge is knowing a tomato is a fruit. Wisdom is not putting it in a fruit salad" - unknown Sources: commons.wikimedia...

    View All

    What's Brewing

      GMSL Quiz! Read the blog, take the quiz, and enter to win a gift card!

      Quiz! Read the GMSL Link Lock Blog - Take the Quiz and You are Entered to Win! Important: Read the blog first . The quiz questions are all based on...

    View All

    Places

    • Community Help
    • Logic Lounge
    • Super User Program

    Resources

    • EZ Code of Conduct
    • EZ How To Help Articles
    • Getting Started Guide
    • ADI: Words Matter
    • Community Help Videos
    View All
  • Blogs

    Highlighted Blogs

    IO-Link: Power Dissipation in Practice

    The Limitation of Heat Dissipation IO-Link is used across many branches of factory automation, and in these applications, areas of the factory floor...

     

    GMSL Debugging: Getting a Lock

    Imagine a scenario where you have a brand-new board design or are excited to try out some evaluation kits only to find out that the two devices can’t talk...

    Latest Blogs

    • Exploring DCM and CCM in SMPS: Part 1 of 6
    • Let’s Take a Field-Bus Trip
    • Countable vs Non-countable Faults
    • Power Your Signal: DAS Networks Unleashed: Part 2 of 4
    • Combining Functional Safety and Availability Using Redundancy
    Read All Blogs

    ADI Blogs

    • EZ Spotlight
    • The Engineering Mind
  • ContentZone

    Visit ContentZone

    ContentZone

    Technical articles. Blogs. Videos. Your ADI content, all in one place.

    View ContentZone

    Featured Content

    Featured Content Title

    Blurb About Content

    View Content By Industry

    • Aerospace and Defense Systems
    • Automotive Solutions
    • Consumer Technology Solutions
    • Data Center Solutions
    • Energy Solutions
    • Healthcare Solutions
    • Industrial Automation Technology Solutions
    • Instrumentation and Measurement Solutions
    • Intelligent Building Solutions
    • Internet of Things (IoT)
    • Wireless Communication Solutions

    View Content By Technology

    • A2B Audio Bus
    • ADI OtoSense Predictive Maintenance Solutions
    • Dynamic Speaker Management
    • Gallium Nitride (GaN) Technology
    • Gigabit Multimedia Serial Link (GMSL)
    • Industrial Vision
    • Power Solutions
    • Precision Technology
    • RF
    • Security Solutions
    • Sensor Interfaces
    • SmartMesh
  • Partners

    Partner Forums

    • Boston Engineering
    • PalmSens
    • Richardson RFPD
    • Tri-Star Design, Inc.

    Partner Libraries

    • Calian, Advanced Technologies Library
    • Clockworks Signal Processing Library
    • Colorado Engineering Inc. (DBA CAES AT&E) Library
    • Epiq Solutions Library
    • Fidus Library
    • VadaTech Library
    • Vanteon Library
    • X-Microwave Library
EngineerZone
EngineerZone
Amplifiers
  • Log In
  • User
  • Site
  • Search
OR
Ask a Question
Amplifiers
Amplifiers
Documents I’m operating the AD8338 at 5.0V, why is the reference still 1.5V?
  • Video/Images
  • Members
  • Tags
  • More
  • Cancel
  • +Documents
  • Tags List Amplifiers
  • +General Information: FAQ
  • +AD59: FAQ
  • +AD202: FAQ
  • +AD203: FAQ
  • +AD210: FAQ
  • +AD215:FAQ
  • +AD22100: FAQ
  • +AD22151: FAQ
  • +AD22151G: FAQ
  • +AD594: FAQ
  • +AD600: FAQ
  • +AD603: FAQ
  • +AD604: FAQ
  • +AD605: FAQ
  • +AD608: FAQ
  • +AD620: FAQ
  • +AD621: FAQ
  • +AD623: FAQ
  • +AD623BRZ: FAQ
  • +AD626: FAQ
  • +AD628: FAQ
  • +AD629: FAQ
  • +AD630: FAQ
  • +AD632: FAQ
  • +AD633: FAQ
  • +AD636: FAQ
  • +AD637: FAQ
  • +AD664: FAQ
  • +AD734: FAQ
  • +AD7357BCPZ: FAQ
  • +AD736: FAQ
  • +AD811: FAQ
  • +AD817: FAQ
  • +AD822: FAQ
  • AD823: FAQ
  • +AD825: FAQ
  • +AD829: FAQ
  • +AD846: FAQ
  • AD855: FAQ
  • +AD8002: FAQ
  • +AD8005: FAQ
  • +AD80066: FAQ
  • +AD8009: FAQ
  • AD8012: FAQ
  • +AD8015: FAQ
  • +AD8016: FAQ
  • +AD8019: FAQ
  • +AD8033: FAQ
  • +AD8036: FAQ
  • +AD8039: FAQ
  • +AD8041: FAQ
  • +AD8041S: FAQ
  • +AD8042: FAQ
  • +AD8045: FAQ
  • +AD8061: FAQ
  • +AD8066: FAQ
  • +AD8074: FAQ
  • +AD8075: FAQ
  • +AD8079: FAQ
  • +AD8105: FAQ
  • +AD8108: FAQ
  • +AD8111: FAQ
  • +AD8112: FAQ
  • +AD8113: FAQ
  • +AD8114: FAQ
  • +AD8128: FAQ
  • +AD8129: FAQ
  • +AD8130: FAQ
  • +AD8131: FAQ
  • +AD8132: FAQ
  • +AD8134: FAQ
  • +AD8137: FAQ
  • AD8138: FAQ
  • +AD8138S: FAQ
  • +AD8139: FAQ
  • +AD8145: FAQ
  • +AD8174: FAQ
  • +AD8185: FAQ
  • +AD8191: FAQ
  • +AD8195: FAQ
  • +AD8207: FAQ
  • AD8208: FAQ
  • +AD8210: FAQ
  • +AD8211: FAQ
  • +AD8214: FAQ
  • +AD8217: FAQ
  • +AD8218: FAQ
  • +AD8220: FAQ
  • +AD8221: FAQ
  • +AD8225: FAQ
  • +AD8227: FAQ
  • +AD8230: FAQ
  • +AD8231: FAQ
  • +AD8232: FAQ
  • +AD8237: FAQ
  • +AD8253: FAQ
  • +AD8265: FAQ
  • +AD8283: FAQ
  • +AD8295: FAQ
  • +AD8302: FAQ
  • +AD8304: FAQ
  • +AD8305: FAQ
  • +AD8306: FAQ
  • +AD8307: FAQ
  • +AD8309: FAQ
  • +AD8310: FAQ
  • +AD8314: FAQ
  • +AD8318: FAQ
  • +AD8319: FAQ
  • +AD8321: FAQ
  • +AD8324: FAQ
  • +AD8328: FAQ
  • +AD8330: FAQ
  • +AD8331: FAQ
  • +AD8332: FAQ
  • +AD8333: FAQ
  • +AD8334: FAQ
  • +AD8336: FAQ
  • +AD8337: FAQ
  • -AD8338: FAQ
    • AD8338 in audio applications
    • AD8338: RoHS exemption for LFCSP 16lds_3x3(cp-16-28) , error in materials declaration
    • AD8338 in AGC design
    • Can I DC couple the Ad8338?
    • Can the AD8338 be driven single-ended?
    • I'm operating the AD8338 at 5.0V, why is the reference still 1.5V?
    • Input resistors
    • Low Frequency
    • Output signal attenuated
    • peak-to-peak output signal?
    • The AD8338 is consuming more than 3mA with very high, or very low gains
    • AD8338 FAQs
    • I’m operating the AD8338 at 5.0V, why is the reference still 1.5V?
  • +AD8339: FAQ
  • +AD8397: FAQ
  • +AD8421: FAQ
  • +AD8422: FAQ
  • +AD8428: FAQ
  • +AD8476: FAQ
  • +AD8495: FAQ
  • +AD8500: FAQ
  • +AD8515: FAQ
  • +AD8519: FAQ
  • +AD8532: FAQ
  • +AD8538: FAQ
  • +AD8541: FAQ
  • +AD8551: FAQ
  • +AD8552: FAQ
  • +AD8555: FAQ
  • +AD8556: FAQ
  • +AD8557: FAQ
  • +AD8561: FAQ
  • +AD8564: FAQ
  • +AD8567: FAQ
  • +AD8592: FAQ
  • +AD8597: FAQ
  • +AD8602: FAQ
  • +AD8605: FAQ
  • +AD8606: FAQ
  • +AD8608: FAQ
  • +AD8610: FAQ
  • +AD8611: FAQ
  • +AD8622: FAQ
  • +AD8624ARUZ: FAQ
  • +AD8628: FAQ
  • +AD8629: FAQ
  • +AD8638: FAQ
  • +AD8643ACPZ: FAQ
  • +AD8646: FAQ
  • +AD8648: FAQ
  • +AD8655: FAQ
  • +AD8661: FAQ
  • +AD8662: FAQ
  • +AD8666: FAQ
  • +AD8674: FAQ
  • +AD8675: FAQ
  • +AD8677: FAQ
  • +AD8682: FAQ
  • +AD9101: FAQ
  • AD9257: FAQ
  • +ADA4000-2: FAQ
  • ADA4004: FAQ
  • +ADA4077-2: FAQ
  • +ADA4096: FAQ
  • +ADA4096-2: FAQ
  • +ADA4302-4: FAQ
  • +ADA4350: FAQ
  • +ADA4411: FAQ
  • +ADA4500-2: FAQ
  • ADA4528: FAQ
  • ADA4528-X: FAQ
  • +ADA4637-1: FAQ
  • +ADA4661-2: FAQ
  • +ADA4666-2: FAQ
  • +ADA4807: FAQ
  • +ADA4807-2: FAQ
  • +ADA4817: FAQ
  • ADA4895: FAQ
  • ADA4897: FAQ
  • +ADA4897-1: FAQ
  • +ADA4898-2: FAQ
  • +ADA4899-1: FAQ
  • +ADA4922-1: FAQ
  • ADA4927: FAQ
  • ADA4930: FAQ
  • +ADA4938-1: FAQ
  • +ADA4940-1:FAQ
  • +ADA4941-1: FAQ
  • +ADA4950-1: FAQ
  • +ADA4960-1: FAQ
  • +ADCMP341: FAQ
  • +ADCMP343: FAQ
  • +ADCMP552: FAQ
  • +ADCMP553BRM: FAQ
  • +ADCMP566: FAQ
  • +ADCMP572: FAQ
  • +ADCMP573: FAQ
  • +ADCMP580: FAQ
  • +ADCMP600: FAQ
  • +ADCMP602: FAQ
  • +ADCMP609: FAQ
  • +EVAL-FW-BPDF1: FAQ
  • +EVAL-PRAOPAMP: FAQ
  • +MAT01: FAQ
  • +MAT02: FAQ
  • +Mat12: FAQ
  • +MAT14: FAQ
  • +OP07: FAQ
  • +OP1177: FAQ
  • +OP16: FAQ
  • +OP184: FAQ
  • +OP2177: FAQ
  • +OP279: FAQ
  • +OP27AZ: FAQ
  • +OP281: FAQ
  • +OP284: FAQ
  • +OP285: FAQ
  • +OP290: FAQ
  • +OP293: FAQ
  • +OP295GS: FAQ
  • +OP297GSZ: FAQ
  • +OP37: FAQ
  • +OP400S: FAQ
  • +OP4177: FAQ
  • +OP484AM: FAQ
  • +OP484S: FAQ
  • +OP497: FAQ
  • +OP90: FAQ
  • +OP97: FAQ
  • +Opamps: FAQ
  • OPx177: FAQ
  • +REF01: FAQ
  • +REF02: FAQ
  • +REF02A: FAQ
  • +REF193: FAQ
  • +REF195: FAQ
  • +REF198: FAQ
  • +REF43NBC: FAQ
  • +Right Leg Drive (RLD): FAQ
  • +SFP-RDK: FAQ
  • +SPICE: FAQ
  • +UG-084: FAQ
  • +VGAs: FAQ
  • +AD202JY: FAQ
  • +AD22057: FAQ
  • +AD524: FAQ
  • +AD549: FAQ
  • +AD5522: FAQ
  • +AD5560: FAQ
  • +AD5750: FAQ
  • +AD598: FAQ
  • +AD693: FAQ
  • +AD694: FAQ
  • +AD698: FAQ
  • +AD711: FAQ
  • +AD713: FAQ
  • +AD797: FAQ
  • +AD8001: FAQ
  • +AD8021: FAQ
  • +AD8099: FAQ
  • +AD8222: FAQ
  • +AD8350: FAQ
  • +AD8351: FAQ
  • +AD8352: FAQ
  • +AD8354: FAQ
  • +AD8367: FAQ
  • +AD8368: FAQ
  • +AD8369: FAQ
  • +AD8370: FAQ
  • +AD8376: FAQ
  • +AD8417: FAQ
  • +AD8426: FAQ
  • +AD8553: FAQ
  • +AD8676: FAQ
  • +ADA4004-1: FAQ
  • +ADA4505-2: FAQ
  • +ADA4528-1: FAQ
  • +ADA4528-2: FAQ
  • +ADA4530-1: FAQ
  • +ADA4622-2: FAQ
  • +ADA4806-1: FAQ
  • +ADA4891-1: FAQ
  • +ADA4895-2: FAQ
  • +ADA4896-2: FAQ
  • +ADA4927-1: FAQ
  • +ADA4927-2: FAQ
  • +ADA4930-1: FAQ
  • +ADA4945-1: FAQ
  • +ADA8282: FAQ
  • +ADATE304: FAQ
  • +ADATE318: FAQ
  • +ADL5243: FAQ
  • +ADL5303: FAQ
  • +ADL5310: FAQ
  • +ADL5320: FAQ
  • +ADL5324: FAQ
  • +ADL5330: FAQ
  • +ADL5331: FAQ
  • +ADL5523: FAQ
  • +ADL5530: FAQ
  • +ADL5544: FAQ
  • +ADL5545: FAQ
  • +ADL5561: FAQ
  • +ADL5565: FAQ
  • +ADL5601: FAQ
  • +ADL5610: FAQ
  • +ADM4073T: FAQ
  • +ADN2820: FAQ
  • +ADN2880: FAQ
  • +ADRF6510: FAQ
  • +ADRF6516: FAQ
  • +ADRF6518: FAQ
  • +ADUM3190: FAQ
  • +ADUM4190: FAQ
  • +HMC1082: FAQ
  • +HMC3587LP3BE: FAQ
  • +HMC441LC3B: FAQ
  • +HMC7590: FAQ
  • +HMC788A: FAQ
  • +HMC8325: FAQ
  • +HMC8411: FAQ
  • +HMC960: FAQ
  • MAX12900: FAQ
  • +MAX12900AATJ+: FAQ
  • +MAX12900A_TJ+_A1: FAQ
  • MAX1452: FAQ
  • +MAX1452AAE+: FAQ
  • +MAX1452EVKIT-NS: FAQ
  • +MAX1454: FAQ
  • +MAX1454AUE+: FAQ
  • +MAX15500GTJ+: FAQ
  • +MAX2090: FAQ
  • +MAX2180AETG/V+: FAQ
  • MAX2235: FAQ
  • +MAX2235EUP+: FAQ
  • +MAX2235EVKIT+: FAQ
  • +MAX2601ESA+: FAQ
  • +MAX2614ETA+: FAQ
  • +MAX2616: FAQ
  • +MAX2640AUT+: FAQ
  • +MAX2641EUT+: FAQ
  • +MAX2650: FAQ
  • +MAX2659ELT+: FAQ
  • MAX2674: FAQ
  • MAX2674EWT+: FAQ
  • +MAX2674EWT+T: FAQ
  • +MAX2678GTB/V+: FAQ
  • +MAX2679BENS+: FAQ
  • +MAX2692: FAQ
  • +MAX2693LEWS+T: FAQ
  • +MAX34407: FAQ
  • +MAX34409ETE+: FAQ
  • +MAX3658AE/D: FAQ
  • MAX3658AETA+: FAQ
  • +MAX3658AETA+T: FAQ
  • +MAX3658AEVKIT: FAQ
  • +MAX3806GTC+: FAQ
  • MAX40007: FAQ
  • +MAX40007ANT+: FAQ
  • +MAX40018ANA+: FAQ
  • +MAX40056FAUA+: FAQ
  • +MAX40056FAUA/V+: FAQ
  • +MAX40080ANC+: FAQ
  • +MAX40088: FAQ
  • +MAX40213EVKIT#: FAQ
  • MAX40658: FAQ
  • +MAX40658ETA+: FAQ
  • +MAX40658_/D+_A1: FAQ
  • +MAX40660ATB/VY+: FAQ
  • +MAX40661_TB/VY+_A1: FAQ
  • +MAX4070ATA+: FAQ
  • +MAX4071ATA+: FAQ
  • +MAX4073FAUT+T: FAQ
  • +MAX4080SASA+: FAQ
  • +MAX4080TASA+T: FAQ
  • +MAX4081FASA+: FAQ
  • MAX4081FASA: FAQ
  • +MAX4166: FAQ
  • MAX4172: FAQ
  • +MAX4172ESA+: FAQ
  • +MAX4194ESA+: FAQ
  • +MAX4195ESA+: FAQ
  • +MAX4206ETE(16-PIN TQFN 4MMX4MM): FAQ
  • +MAX4206EVKIT+: FAQ
  • +MAX4227: FAQ
  • +MAX4233AUB+: FAQ
  • +MAX4238: FAQ
  • +MAX4291EXK+T: FAQ
  • +MAX4326EUA+T: FAQ
  • +MAX4372FEBT+: FAQ
  • +MAX4372FESA+: FAQ
  • +MAX4374EVKIT+: FAQ
  • +MAX4376F_UK_A1: FAQ
  • MAX44000: FAQ
  • +MAX44000GDT+: FAQ
  • +MAX44005EVKIT#_T1: FAQ
  • +MAX44006DBEVKIT#_T1: FAQ
  • +MAX44008: FAQ
  • MAX44009: FAQ
  • +MAX44009EDT+: FAQ
  • +MAX44009EDT+T: FAQ
  • +MAX44211: FAQ
  • MAX44243: FAQ
  • +MAX44243ASD+_T1: FAQ
  • MAX44246: FAQ
  • +MAX44246ASA+: FAQ
  • +MAX44251AKA+: FAQ
  • +MAX44252ASD+: FAQ
  • +MAX44267AUD+: FAQ
  • +MAX44267EVKIT#: FAQ
  • +MAX44280AXT+T: FAQ
  • +MAX44284: FAQ
  • +MAX44284EAWT+: FAQ
  • +MAX44285FAUA+: FAQ
  • +MAX951: FAQ
  • +MAX9546: FAQ
  • +MAX9611AUB+: FAQ
  • +MAX9611A_UB+_A1: FAQ
  • +MAX9612: FAQ
  • +MAX9613AXT+: FAQ
  • +MAX9634FARS+: FAQ
  • +MAX9634TERS+T: FAQ
  • +MAX9634TEUK+: FAQ
  • +MAX9920: FAQ
  • +MAX9922: FAQ
  • +MAX9928: FAQ
  • MAX9939: FAQ
  • +MAX9939AUB+T: FAQ
  • MAX9943AUA+: FAQ
  • +MAX9944: FAQ
  • +MAX9959DCCQ+D: FAQ
  • +MAX9972ACCS+D: FAQ
  • +MAX9979CXG+C35: FAQ
  • +MAX9979KCTK+D: FAQ
  • +OP15S: FAQ
  • +OP77: FAQ
  • +PHY1095: FAQ
  • +PHY1097-03DS-WR: FAQ
  • PHY1097: FAQ
  • +Precision Technology Learning Modules

I’m operating the AD8338 at 5.0V, why is the reference still 1.5V?

Question

I’m operating the AD8338 at 5.0V, why is the reference still 1.5V?

Answer

The internal bandgap reference for the AD8338 is set to 1.5V and is not
ratiometric to the supply. This reference is used for all stages of the VGA’s
internal blocks and is fixed.

Tags: 3L1R3614 amplifiers ad8338
  • Share
  • History
  • Cancel
 
Related Content
  • I'm operating the AD8338 at 5.0V, why is the reference still 1.5V?
    GenevaCooper
    Q I’m operating the AD8338 at 5.0V, why is the reference still 1.5V? A The internal bandgap reference for the AD8338 is set to 1.5V and is not ratiometric to the supply. This reference is used...
  • RE: ad8338
    jeobico
    Hi Infraredx , As for the gain plots on lower frequency, we can have it by doing a bench test on the device. As we assume it was linear from lowest frequency which is 10kHz up to lower frequencies. You...
  • Using AD8338 with AGC
    Yaser
    Hello! I'm using two AD8338 in series . I want to control second AD8338's gain using first AD8338's AGC block. For ex: If first AD8338's output is less or greater than the desired voltage , Then second...
 
Related Content
  • I'm operating the AD8338 at 5.0V, why is the reference still 1.5V?
    GenevaCooper
    Q I’m operating the AD8338 at 5.0V, why is the reference still 1.5V? A The internal bandgap reference for the AD8338 is set to 1.5V and is not ratiometric to the supply. This reference is used...
  • RE: ad8338
    jeobico
    Hi Infraredx , As for the gain plots on lower frequency, we can have it by doing a bench test on the device. As we assume it was linear from lowest frequency which is 10kHz up to lower frequencies. You...
  • Using AD8338 with AGC
    Yaser
    Hello! I'm using two AD8338 in series . I want to control second AD8338's gain using first AD8338's AGC block. For ex: If first AD8338's output is less or greater than the desired voltage , Then second...
analog-devices logo

About Analog Devices

  • Who We Are
  • Careers
  • Newsroom
  • What We Do (Signals+)
  • Investor RelationsExternalLink
  • Quality & Reliability
  • Sales and Distribution
  • What's New on Analog.com
  • Contact Us

Find Help

  • Support
  • Resources
  • WikiExternalLink
  • Analog Dialogue

Get the Latest News

Stay up to date with our latest news and articles about Analog Devices' products, design tools, trainings, and events.

Sign Up Now
  • Instagram page
  • Twitter page
  • Linkedin page
  • Youtube page
  • Facebook
  • Legal and Risk
  • Accessibility
  • Privacy Policy
  • Privacy Settings
  • Cookie Settings
沪ICP备09046653号-1

©2025 Analog Devices, Inc. All Rights Reserved

analog-devices

About Analog Devices

Down Up
  • Who We Are
  • Careers
  • Newsroom
  • What We Do (Signals+)
  • Investor RelationsExternalLink
  • Quality & Reliability
  • Sales and Distribution
  • What's New on Analog.com
  • Contact Us

Find Help

Down Up
  • Support
  • Resources
  • WikiExternalLink
  • Analog Dialogue

Get the Latest News

Stay up to date with our latest news and articles about Analog Devices' products, design tools, trainings, and events.

Instagram page Facebook Twitter page Linkedin page Youtube page
  • Legal and Risk
  • Accessibility
  • Privacy Policy
  • Privacy Settings
  • Cookie Settings
沪ICP备09046653号-1

©2025 Analog Devices, Inc. All Rights Reserved