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					                 Taiwan DFAE training
                      HSG/PSG
                  Overview / Update

                            July 28th, 2011

                          Presented By:
                          Chilann Chan
                       Application Engineer
                        High Speed Linear


1   —Analog Devices Confidential Information—
                                     The World Leader in High Performance Signal Processing Solutions




              ADI LINEAR PRODUCT
             NPI INCENTIVE PROGRAM
                         for China Distribution

                            Duration: ADI FY11 Q4 ~ FY12 Q1
                          (August 1st 2011 ~ January 28th 2012)




ADI Confidential Information – Not for external distribution
To have a gift for Chinese New Year?
*Jan. 22nd – 28th is 2012 Chinese new year holiday




       There are rumor pictures of iPhone5 and
       iPad3, but it is not a rumor that you can
            own them if win the program!
                         —Analog Devices Confidential Information—
Target: Grow the design pipeline and
revenue of below 44 products

                               We suggest you to keep this part
                               number list in your notebook and
                                        mobile phone!

                             Don’t forget to check this list when
                                talking with your customer!

                             A cross reference is provided with
                            this announcement, when you see a
                           competitor part or an old ADI product,
                                 don’t miss the opportunity!

                           Cross Reference: Cross Reference of
                               Linear 44 new products.xlsx
              —Analog Devices Confidential Information—
Measurement Criteria
   Measure Period: August 1st 2011 – January 28th 2012

   3 Awards of measuring 4 distributors’ performance in each ADI area:
       Award One:
         The distributor of highest DAR Revenue in the area

         3 iPads each area for ADI team (PM, DFSE, DFAE)*/**



       Award Two:
         The distributor of highest DAR Revenue growth in the area (against Q2~Q3 FY11)

         1 iPhone each area for PM



       Award Three:
         The distributor of maximum approved registered SFDC program numbers in the area

         1 iPhone each area for best performance DFAE***/*



   We’ll have monthly tracking and provide you the progress update.
                            *The winner PM to decide the DFSE & DFAE name for this award
                             **DSM will make the decision if there is area duplication issue
                                   ***Best performance DFAE in the winner distributor
         * DFAE please make sure input your name in ‘Opportunity/Registration Owner’ when creating a SFDC Reg.
                                       —Analog Devices Confidential Information—
                                     The World Leader in High Performance Signal Processing Solutions




      High Speed Amplifier Selection
                  Tool
                         (Great China Focus Products)




ADI Confidential Information – Not for external distribution
Applications by Segments

 Industrial
    Flow Metering
    High-Speed Production Scale
    Machine Vision
    Measuring/Process Control
 Instrumentation
    Data Acquisition
    Digital Storage Scope
    Portable System Tester
    Signal Waveform Generator
    Spectrum Analyzer
 Healthcare
    Blood Analyzer
    Pressure Monitor
    ECG/EKG
    Ultrasound
    Digital X-ray



                                   —Analog Devices Confidential Information—
Industrial

   Application                             Recommended Parts
                   Low Cost         Low Noise,              High Output   ADC driver
                                    Low Distortion          Current
Flow Metering                       ADA4841                 AD8016,       ADA4941,
                                                            AD8017        AD8137
High-Speed                                                                ADA4941
Production Scale
Machine Vision     ADA4891,                                               ADA4941,
                   AD8061                                                 AD8137
Measuring/Process ADA4891                                   AD8016,
Control                                                     AD8017




                        —Analog Devices Confidential Information—
ADA4841-1/ADA4841-2
Low Power, Low Noise and Distortion, Rail-to-Rail Output
Amplifier
                                                 Key Benefit
KEY FEATURES
                                                 • Low Noise, Low distortion General Purpose Op
 Low power of 1.1 mA per amplifier
                                                   Amp
 Low wideband noise
   2.1 nV/√Hz
   1.4 pA/√Hz
 Low 1/f noise
   7 nV/√Hz @ 10 Hz
   13 pA/√Hz @ 10 Hz
 High Speed
   -3 dB Bandwidth at G = 1: 80 MHz
   12 V/us slew rate
   175 ns settling time to 0.1%
 Low Distortion:
  105 dBc @ 100 kHz, Vo = 2 Vp-p
 Rail-to-Rail Output
 Low Offset Voltage: 0.3 mV max
 Power Down Capability
 Wide supply range: 2.7V to 12V
                                                             Temp                 Price @ 1k
                                                      -40°C to 125°C          -1: $1.61, -2: $2.32


                           —Analog Devices Confidential Information—
Flow Metering Signal Chain




 Filter 1,3: Low Noise, Low Distortion
 Amp 2,4: Low Noise, Low Distortion
           Amp 6: Differential
     Amp 13: High Output Current


                     —Analog Devices Confidential Information—
—Analog Devices Confidential Information—
Performance Trends in High Speed
Amplifiers




             —Analog Devices Confidential Information—
Categories that ‘Matter’
Actions to be taken to defend portfolio
FET-IN               Rail to Rail        Low Noise Low        Current           High             Differential
                     I/O                 Distortion           Feedback          I-out
High Bandwidth       Low Power           High Bandwidth       High Slew Rate    Low Power        Highest ENOB
Unity Gain Stable    (<1mA) , High       Unity Gain Stable    and High          LN/LD            Precision CVT Driver
                     performance         LN/LD                Bandwidth*        Unity Gain       (<10mW)


High Bandwidth       High                High Bandwidth       Low Power         Low Power        Highest ENOB DC
                     Bandwidth           LN/LD                (<2mA)                             to 50MHz (usually
                                                                                                 <50mW)
FET input Rail to Rail Input / Output,   Low Power LN/LD                        Highest          Highest ENOB DC
Low cost*                                Unity Gain                             Output           to 100MHz
                                                                                Current
Low Power /                              Low Power LN/LD                                         Highest ENOB
Wide Vss, Price                          Decompensated                                           ultra-wideband driver
competitive
Low Power /                                                                                      Integrated
Narrow Vss                                                                                       Filter Driver



              Key:   ADI Leads           ADI has lead         Identified key    Identified gap
                                         products in          gap that          that will be
                                         Development          requires action   monitored


                                         —Analog Devices Confidential Information—
Ultra Low Noise (1 nV/√Hz) High Speed Op
Amps
Patented Common Mode Linearized Input Stage
                                                                     Released
                                                                     In Development
                 ADA4899-1
                   G = +1
                                                           ADA4897
                                                         R-R Out; 3 mA


     AD8099
     Flag Ship




                                      ADA4898
                                        ± 15 V




     2003        2005          2007              2009             2011
14                   —Analog Devices Confidential Information—
Competitive Comparison
– Low Noise, Low Power Op Amp                                                   ADA8021
                                                                                 490MHz
            ADA4841                                               OPA2822        3dB BW
       2      80MHz
                                       LT6202                      400MHz
                                        100MHz                     3dB BW
             3dB BW                      GBP




                                            LT6230
                                            215MHz OPA211
       1                               ADA4897     GB      45MHz
                                        200MHz            3dB BW
                                        3dB BW




           $$$
            Hz




                 1         2           3         4                          5    6
                                 Supply Current (mA)
  15                  —Analog Devices Confidential Information—
ADA4897 Competitive Comparison
- 1/f Noise Performance
                          6


                                                                               ADA4896/7
                          5
                                                                               LT6230

                          4                                                    LT6234
VOLTAGE NOISE (nV/rtHz)




                          3




                          2




                          1




                          0
                              10   100                             1000                    10000
                                              FREQURNCY (Hz)



                                   —Analog Devices Confidential Information—
ADA4896/97
1 nV/√Hz, Low Power, R-R, and High Speed Op Amp


FEATURES                                                Key Benefit
                                                         Low noise, low power for 16-bit and 18-bit
 Low  Wideband noise                                     systems
  1 nV/√Hz
  2 pA/√Hz                                                                                   AD8061
                                                                                   VOUT 1                    5   +VS
 Low 1/f Noise
                                                                                    –VS 2
  2 nV/√Hz @10 Hz




                                                                                                                       01065-004
                                                                                                                 –IN
  9 pA/√Hz @10 Hz
                                                                                    +IN 3                    4
                                                                                            (Not to Scale)


 Ultralow distortion: −110 dBc at 0.1 MHz
 Wide supply voltage range: 3V to 10V
 High speed
  −3   dB bandwidth: >200 MHz (G = +1)
 Slew   rate: 100 V/µs
 Unity gain stable
 Rail to Rail Output                                             Temp                      Price @ 1k
 High output current: 80mA                                   -40°C – 125°C                 $1.89/2.31
 Supply current: <3 mA
                                                                Sampling               Final Release
 Power-down feature for single and dual
                                                                   Now                      Released

                                  —Analog Devices Confidential Information—
Target Applications
1 nV/√Hz, Low Power, R-R, and High Speed Op Amps




                                                                  GP   Rx LNA & PRC
                                                                    Driver
                                                                     Medical  imaging
                                                                       Ultrasound CW Doppler
                                                                        path (LNA, summing
                                                                        amp, I/V)
                  Active or                                          Mid-range radar Rx LNA
                  Passive
                                                                     ADC driver/buffer
                                          ADC
                                                                       Target 18Bit PRC
  LNA VGA / DGA    Filtering   Drivers
                                                                     Active filters

                               —Analog Devices Confidential Information—
Categories that ‘Matter’
Actions to be taken to defend portfolio
FET-IN               Rail to Rail        Low Noise Low        Current           High             Differential
                     I/O                 Distortion           Feedback          i-out
High Bandwidth       Low Power           High Bandwidth       High Slew Rate    Low Power        Highest ENOB
Unity Gain Stable    (<1mA) , High       Unity Gain Stable    and High          LN/LD            Precision CVT Driver
                     performance         LN/LD                Bandwidth*        Unity Gain       (<10mW)


High Bandwidth       High                High Bandwidth       Low Power         Low Power        Highest ENOB DC
                     Bandwidth           LN/LD                (<2mA)                             to 50MHz (usually
                                                                                                 <50mW)
FET input Rail to Rail Input / Output,   Low Power LN/LD                        Highest          Highest ENOB DC
Low cost*                                Unity Gain                             Output           to 100MHz
                                                                                Current
Low Power /                              Low Power LN/LD                                         Highest ENOB
Wide Vss, Price                          Decompensated                                           ultra-wideband driver
competitive
Low Power /                                                                                      Integrated
Narrow Vss                                                                                       Filter Driver



              Key:   ADI Leads           ADI has lead         Identified key    Identified gap
                                         products in          gap that          that will be
                                         Development          requires action   monitored


                                         —Analog Devices Confidential Information—
High Performance ADC Drivers
-Differential Amplifiers Selection Guide
                                                                        ADA4940
                                                                    Low power, Low noise,
                                  Precision ADC                      diff to diff, NG 4941
                                (12-16bits, <10 to
                                    20MSPS)                             ADA4941
                                                                     Low power, low noise
       *Signal path                                                      single to diff
      need to include
        DC content                                                         AD8132
                                                                        Low power, Low cost
        *Fixed gain
                                                                          ADA4932
                                                                    High BW, Low noise/distortion



                                High speed ADC
                                                                        ADA4930
                                (8-16bits, >10 to
                                   20MSPS)                          Drive 1.8V converter,
                                                                         Low Vocm

                                                                        ADA4960
                                                                     Ultra high BW, 5GHz
                                                                     8-10bits ENOB up to
                                                                             1GHz
20                      —Analog Devices Confidential Information—
XFCB3 Performance Improvements
ADA4932 vs AD8132 / AD8138
                                   ADA4932      AD8138      AD8139     AD8132

        ENOB 50MHz                    11.5        10.8        9.2        7.2


        HD2/HD3 50MHz 2Vp-p          72/80       75/68       67/58      52/45

        Icc (mA)                      9.6          20         21.5       7.25

        Vn(RTI,nV/rtHz)               3.6          5          2.25        12

        ENOB 20MHz                    14.9        14.3        13.1       10.8


        HD2/HD3 20MHz 2Vp-p         90/105       87/85       75/83      74/67


        HD2/HD3 10MHz 2Vp-p         100/120      94/104      81/97      95/85

        SNR 2Vp-p DC to
          100MHz                       92          89          96         71
        BW (MHz)                      560         320         385        350

        Vsup range (V)               5, 11        3, 11       5, 12     3, 11
        Slew Rate(V/us)              2800         1150        800       1200

        Output Swing (V)            Vs+/-1.2    Vs+/-1.1    Vs + 0.2   Vs + 1.4

        Input Swing (V)             .-4.7,3.4   .-4.7,3.4     -4, 4    -4.7, 3.0
        Price @ 1k ($)                2.95        3.75        3.63       1.67
                           —Analog Devices Confidential Information—
ADA4932 Success Story
Varian: Next Generation Digital X-Ray




    Next generation Digital X-ray scanner system.
    Design “win” (in clinical trials) for ADA4932-1, 48/system.
    Competition for this socket was TI: THS4505. We’re winning due to better
     performance and lower power.
    ADA4932 is also very popular in:
        WIFR – pre distortion receiver path ADA4932 as ADC driver
        Auto – car infotainment video system AD8132 (low cost alternative of ADA4932) to
         accompany the ADV7393 video encoder
        I&I – DSO front end ADA4932 as low power low distortion ADC driver

                                 —Analog Devices Confidential Information—
ADA4940-1/-2
Ultra Low Power, Low Distortion ADC Driver
KEY FEATURES                                    Key Benefit
 −3dB BW 200MHz                                 Capable  of driving low power, high
                                                  resolution, high performance ADC’s with
 Low HD2: −90dBc @ 2 MHz
                                                  resolutions up to 16-18 bits from dc to 2
 Low input voltage noise: 4 nV/√Hz               MHz on just 1.25 mA of quiescent current
 Ultralow power: 6.5 mW (5 V supply)




                                                            16 –VS
                                                            15 –VS


                                                                                     13 –VS
                                                                            14 –VS
 1 mV typical offset voltage
 Externally adjustable gain
 Diff-to-Diff or Single-to-Diff                          ADA4940-1
                                                –FB 1                                         12 PD
 16-bit settling time: 85 ns
                                                 +IN 2                                        11 –OUT
 Rail to Rail Output                            –IN 3                                        10 +OUT
 Adjustable VOCM                               +FB 4                                         9 VOCM
 Flexible power supplies: 3 V to 10 V
 Pb-free, 8-lead SOIC




                                                                                     +VS 8
                                                                            +VS 7




                                                                                                        08452-001
                                                            +VS 5
                                                                    +VS 6
 Pb-free, 3mm × 3mm, 16-lead
  LFCSP
 Pb-free, 4mm × 4mm, 24-lead                            Samples                                                    Release
  LFCSP                                                    Now                                                       2011
                                                          Temp                                           Price @ 1k
                                                     -40°C – +105°C                                     $1.89 (single)
                          —Analog Devices Confidential Information—
Low Power Industrial and Instrumentation
Applications
 Low    power ADC drivers

 Portable   electronics

 Line   drivers

 Medical


 Industrial   process controls

 Differential   buffers

 Single-ended-to-differential
 converters
                           —Analog Devices Confidential Information—
ADA4930-1/-2
Very low noise ADC driver for 1.8V ADCs
KEY FEATURES
                                                       Key Benefit
 Ultra-Low input voltage noise: 1.3 nV/√Hz
 Ultra-low Distortion
                                                          Capable of driving 0.9V VCM; 2Vpk-pk-diff of
   − 104/-100dBc H2/H3 @ 10 MHz
                                                           1.8V ADCs, off of a single 3.3V or 5V supply
   − 79/-82 dBc H2/H3 @ 70 MHz
   −72/-75 dBc H2/H3 @ 100 MHz                                                   RF
 High Speed
   −3 dB bandwidth of 2200 MHz, G = 1                                                 +


   Slew rate: 2300 V/µs (25% to 75%)                                                  _
                                                                                                  VOUT-
   .01% Settling time of 4ns                                                RG
                                                                                            +

   1ns overdrive recovery time                                       VIN                   _

 Externally adjustable gain                                                                    VOCM
 Single-ended or Differential Input                                         RG    _


                                                                                                  VOUT+
 Differential Output                                                              +



 Adjustable output CM voltage from 0.9V to
  2.2V
                                                                                  RF
 3.3V or 5V Supply Voltage
 Small 3 mm x 3 mm LFCSP package single
 Small 4 mm x 4 mm LFCSP package dual
                                                                Samples                       Release
    Enhanced Product (NiPdAu finish) version                     Now                      September 2010
     coming soon!                                                 Temp                       Price @ 1k
                                                             -40°C – +105°C                   3.79/6.29

25                               —Analog Devices Confidential Information—
ADA4930 Competitive Analysis

             ADA4930-1         LTC6404-4                AD8139          THS4520
R2R Output   Negative-rail             Yes                        Yes       Yes
EN RTI        1.3nV/rt-Hz         1.5nV/rt-Hz            2.25nV/rt-Hz     2nV/rt-Hz
H2/H3 @       -73/-75 dBc         -45/-58 dBc                     n/a        n/a
100MHz
H2/H3 @       -79/-82 dBc         -66/-55 dBc             -65/-45 dBc    -55/-45 dBc
70MHz
Gain-BW        1350MHz              500MHz                  410MHz        620MHz
Slew Rate     3403 V/us             450V/us                 800V/us       570V/us
Av Min            1                      4                        1          1
Power           34mA                  30mA                   24.5mA       14.2mA
Price @1K       $3.79                 $3.44                   $3.75        $1.65



26                    —Analog Devices Confidential Information—
Complementary Devices from ADI

Function      Generic             1K Price              Product Page
Single-ADC    AD9255-125          $59                   www.analog.com/ad9255
Dual-ADC      AD9640-125          $74                   www.analog.com/ad9640
Demodulator   ADL5380             $5.28                 www.analog.com/adl5380
Clock         AD9516              $12.65                www.analog.com/ad9516
Power                                                   www.analog.com/power




27                      —Analog Devices Confidential Information—
Target Markets

 Direct   Conversion Radio
     transceivers
      Basestation  (multi-standard)
      Point to Point



 MRI     imaging systems

 Electronic     test equipment

 Electronic
     countermeasures



28                         —Analog Devices Confidential Information—
ADA4960-1/-2
Ultra-high Speed ADC Driver
KEY FEATURES                                      Key Benefit
 Ultra-low Distortion                             Intended for 8 to 12 Bit Giga Sample
   −70 dBc H2/H3 @ 250 MHz                         Converters.
   − 66 dBc H2/H3 @ 500 MHz                       Excellent HD performance out to 1GHz
   −55 dBc H2/H3 @ 1 GHz




                                                                                                             VOCM
                                                                                     -VS


                                                                                                 -VS
                                                                                PD
 Low input voltage noise: 3.6 nV/√Hz
                                                                                16   15          14          13
 High Speed
   −3 dB bandwidth of 5000 MHz, G = 1
                                                                                                                       12 +VS
                                                                VIP 1                    ADA4960
                                                                                                                       11 +OUT
   Slew rate: 8000 V/µs                                         IIP 2
                                                                                     +
   Fast overdrive recovery of 1 ns
 Low quiescent power: 60mA/channel
                                                                 IIN 3               -
                                                                VIN 4
 Externally adjustable gain with fixed                                                                               10 -OUT

  input impedance.                                                                                                     9 +V
                                                                                                                            S

 Single-ended or Differential Input
                                                                          5                 6           7       8
 Differential Output




                                                                         VCIO




                                                                                                       +VS

                                                                                                               +VS
                                                                                           VCI
 Adjustable output CM voltage
 5V to +/- 2.5 V Supply Voltage                           Samples                                              Released
 Small 3 mm x 3 mm LFCSP package
                                                             Now                                               March, 2010
                                                            Temp                                                    Price @ 1k
                                                       -40°C – +105°C                                                  $6.95
                            —Analog Devices Confidential Information—
Target Applications
– Low Power, Low Distortion ADC Driver
                                  Ideally Suited for Driving
                                     Giga-Sample/Sec ADC’s

                                  Industrial              & Instrumentation
                                      High  end digital storage
                                       oscilloscopes

                                  Satellite         Communications
                                      Terrestrial          Receivers

                                  Electronic Surveillance and
                                     Countermeasures

                                  Data  Acquisition
                                     Subsystems
30             —Analog Devices Confidential Information—
Target Applications
– Digital line driver with pre-emphasis

                                  Opening “Eyes” all
                                    Around town




31            —Analog Devices Confidential Information—
     ADA4960 Competitive Analysis
                                    ADA4960                               LMH6555
     ENOB (1000 MHz)                     8.2                              Not capable
     HD2/3 @ 1000MHz 2Vp-p              52/55                             Not capable
     ENOB (750MHz)                       9.6                                  7.9
     HD2/3 @ 750MHz 2Vp-p               74/67                                53/54
     ENOB (500MHz)                       9.4                                  8.8
     HD2/3 @ 500MHz 2Vp-p               69/63                                62/61
     Vn(RTO,nv/rtHz)                     13                                   19
     BW (MHz)                           5000                                 1200
     Vsup range (v)                       5                                    5
     Icc (mA)                            60                                   120
     Slew Rate(v/us)**                  8000                                 3800
     Output Swing (v)                 Vs + 1.2                              Vs + 1.2
     Settling time**                10nS to .1%                           10ns to 0.1%
     Input Swing (v)                   1.5, 3.5                             1,2, 3.8
     Fixed Gain (dB)                  6, 12, 15                              13.8
     Price @ 1k ($)                     6.95                                 5.95
     Comments                Available in Single or Dual
32                            —Analog Devices Confidential Information—
ADA4960
Wide Bandwidth, low distortion, quick settling, small size



               Pre-Amp            MUX                                ADC




                                                ADA4960




 Function:    ADC driver, signal conditioning
 Application: Disk System
 Solution: ADA4960-1 Low Distortion Ultrahigh Speed Differential
 ADC Driver
 Customer choose the ADA4960 due to its high speed, low distortion
 small size, and settling time…”In short, the amplifier is wonderful”

33                       —Analog Devices Confidential Information—
Categories that ‘Matter’
Actions to be taken to defend portfolio
FET-IN               Rail to Rail        Low Noise Low        Current           High             Differential
                     I/O                 Distortion           Feedback          i-out
High Bandwidth       Low Power           High Bandwidth       High Slew Rate    Low Power        Highest ENOB
Unity Gain Stable    (<1mA) , High       Unity Gain Stable    and High          LN/LD            Precision CVT Driver
                     performance         LN/LD                Bandwidth*        Unity Gain       (<10mW)


High Bandwidth       High                High Bandwidth       Low Power         Low Power        Highest ENOB DC
                     Bandwidth           LN/LD                (<2mA)                             to 50MHz (usually
                                                                                                 <50mW)
FET input Rail to Rail Input / Output,   Low Power LN/LD                        Highest          Highest ENOB DC
Low cost*                                Unity Gain                             Output           to 100MHz
                                                                                Current
Low Power /                              Low Power LN/LD                                         Highest ENOB
Wide Vss, Price                          Decompensated                                           ultra-wideband driver
competitive
Low Power /                                                                                      Integrated
Narrow Vss                                                                                       Filter Driver



              Key:   ADI Leads           ADI has lead         Identified key    Identified gap
                                         products in          gap that          that will be
                                         Development          requires action   monitored


                                         —Analog Devices Confidential Information—
ADA4891-1/2/3/4
Low Priced, Rail-to-Rail Output, High Speed, CMOS Op Amp
KEY FEATURES                                     Key Benefit
                                                  Low price, general purpose op-amp
 Single-supply operation
                                                  High Input Impedance
   Rail-to-Rail Output
   Supply range +3 V to +5 V
 High speed and fast settling
   −3 dB bandwidth: 220 MHz (G = +1)
   Slew rate: 170V/µs
   Settling time to 0.1% : 28 ns
 Good video specs (G = +2, RL = 150 Ω)
   0.1 dB Gain flatness: 25 MHz
   Differential gain error: 0.05%
   Differential phase error: 0.25
 Harmonic Distortion:
   79 dBc SFDR @ 1MHz
 Outstanding load drive capability
   125mA @ -40dBc
 Low power of 4.4mA per amplifier
 Easy drop – in replacement
   Industry standard packaging and pin-
    outs                                                     Temp          Released/Price @ 1k
                                                                           -1: $0.49, -2: $0.69
                                                        -40ºC to 85ºC
                                                                           -3: $0.89, -4: $1.09

                           —Analog Devices Confidential Information—
Target Applications
– Low Priced, Rail-to-Rail Output, CMOS Op Amp
                                     Ideal  for designing high
                                        performance but cost
                                        sensitive systems
                                         Imaging
                                           CIS sensor
                                           Standard video

                                           Portable video

                                           Automotive imaging

                                         Active      filter
                                             Base station linear control circuitry
                                         Clock buffers
                                         Photodiode preamp
                                         Glue amplifier




                  —Analog Devices Confidential Information—
AD8091/2 Low Cost Alternatives


                                                       ADA4851-1
       AD8091                                          ADA4851-2
       AD8092
      SGM8091
      SGM8051
       OPA357
       OPA830
      LMH6642
      MAX4018
       EL5160
      TSH81/2                                         ADA4891-1
     TSH71/2/3/4                                      ADA4891-2
      NJM2720
                                                      ADA4891-3
                                                      ADA4891-4



37                 —Analog Devices Confidential Information—
Innovation and Integration Trends in High
Speed Linear




              —Analog Devices Confidential Information—
ASSP’s Featuring New Core Technology
 Auto
  Integration   of innovative protection devices for “short to battery”
   protection
    ADA4830

 Healthcare
  200V   High Speed amps and switches
 I&I
  Integrated  of high performance linear front-ends
    In development

 WIFR
  Core standard product and system integration are in development
   to support PA linearization




                         —Analog Devices Confidential Information—
Vision ADAS or Rearview Cameras showing
the ADA4830-1/2
                                                      Battery Voltage (12V)




                                                       Camera ECU                          Head Unit Module Input
 (CMOS) Camera Module Output
                               6V to 8V
                                                                                CVBS +
                               CVBS +                       Video
               AMP                              AMP                      AMP               AMP
                                                          Processing
                          CVBS GND
                                                                                CVBS GND
                                                                                           ADA4830-1/2
                           Camera GND          ADA4830-1/2




              Chassis Ground                                Chassis Ground                     Chassis Ground




      ADA4830-1/2 as Analog Video input (before Decoder ADV7180/1):


40                                        —Analog Devices Confidential Information—
                                           don.nisbett@analog.com
BOM cost breakdown
     Discrete    Vs                                      ADA4830-1


       22uF




       22uF




ADA4851-1                            1 ADA4830-1                            1
0.1% Resistors                       8 Resistors                            2
25V Capacitors                       2


                 11 Components                                    3 Components
                      —Analog Devices Confidential Information—
ADA4830-1/ADA4830-2: Low Cost, Rail-to-Rail Output
High Speed Difference Op Amp with Short to Battery protection
FEATURES (Preliminary)                                               Key Benefit
 Integrated Short to Battery Protection
                                                                     • Integrated Short to Battery (STB)eliminates that
       Up to 18V                                                      need for large expense input coupling capacitor.
   Short to Battery Flag for wire diagnostics
                                                                                     Vdd
   System Gain = 0.5V/V (-6dB)
   Large in Common-mode Voltage Range:                                   Vref   1
                                                                                           bfr                      8
                                                                                                                        Vdd
       +8.5V to -8.5V on single 5V supply.                                                      R/2
   High Speed                                                                                                      7
                                                                                                 R                      Ena
                                                                                 2
       3dB Bandwidth: 85 MHz                                              Inp
       Slew Rate: 250 V/µs (2V Step)                                                                      +
                                                                                                                    6




                                                                                                     STB
                                                                                                                        Vout
       Settling Time to 0.1%: 25ns                                                                        -
                                                                                 3
   Video Specifications                                                   Inn
       0.1dB Gain flatness: 25 MHz                                                              R

       Differential Gain: 0.10%                                                 4
                                                                                                           R/2
                                                                                                                    5
                                                                           Vss                                          STB
       Differential Phase: 0.30º
   Rail-to-Rail Output
   Supply Voltage Range: 3.0V to 5V                                             Temp                             Price @ 1k
   Low Supply Current: 6mA/amp
                                                                         -40o C to +105o C                       $0.69 / $0.89
   Space saving Package: 3mmX3mm LFCSP
   CMRR @ 7MHz: 50dB                                                        Sampling                            Final Release
   Power Down Feature
                                                                    Now (Limited quantities)                     Summer 2011
       Enable = +Vs, Disable = GND

                                              —Analog Devices Confidential Information—
High Speed Amplifier New Product Update




             —Analog Devices Confidential Information—
High Speed Amplifier Products Releasing in
Next 2 Qtr’s
                                                        Apps/Marketing Release Samples   Price
                                           Market
     Part Number      Description                          Contact      Date Available   @ 1k

 ADA4940-1/2       Ultralow Power,        I&I                               July          $1.89
                   Low Distortion                        Steve Boyle               Yes
                                          Medical                           2011         /$2.79
                   ADC Drivers
 ADA4897-2                        High Speed                                May
                   Low Power, Low
                                  Signal     Will Drachler                         Yes   $2.31
                   Noise                                                    2011
                                  Processing
 ADA4830-1/2       Difference
                   Amplifier with                                           Oct          $0.69/
                                       Automotive Don Nisbett                      Yes
                   Short to battery                                         2011         $0.89
                   protection




44                              —Analog Devices Confidential Information—
High Speed Amplifier Released Products
Last 6 Qtr’s
                                                            Apps/Marketing              Price
                                              Market                          Status
 Part Number         Description                               Contact                  @ 1k

 ADA4960-1/2 5 GHz Low Distortion High Speed
                                                             Steve Boyle     Released   $6.95
             ADC Driver/Line Driver Horizontal
 ADA4930-1/2 Ultralow Noise Driver High Speed
                                                                                        $3.79/
             for Low Voltage ADC’s Horizontal                Steve Boyle     Released
                                                                                        $6.32
             (1.8V)

 ADA4891-                                                                               $0.49/
               Low Cost CMOS, High
 1/2/3/4                                                                                $0.81/
               Speed Rail to Rail          Consumer            Ling Han      Released
                                                                                        $0.89/
               Output
                                                                                        $1.28
 ADA4800       Low Power, High
               Speed CCD Buffer            Consumer          Will Drachler   Released   $0.30
               Amplifier
 ADA4898-2     High Voltage, Low
               Noise, Low Distortion,                        Will Drachler
                                                I&I                          Released   $3.21
               Unity Gain Stable, High
               Speed, Dual Op Amp

45                           —Analog Devices Confidential Information—
                                     The World Leader in High Performance Signal Processing Solutions




                ADI Diff Amp Calculator

                                         Chilann Chan
                                         Aug 19, 2010




ADI Confidential Information – Not for external distribution
What is diff amp(ADC Driver)?




47            —Analog Devices Confidential Information—
What is diff amp(ADC Driver)?




                If       =




                If A  ∞


48            —Analog Devices Confidential Information—
Importance of diff amp as a ADC driver

 Amplitude scaling
 Single-ended to differential conversion
 Buffering
 Common-mode offset adjustment
 Filtering




49                   —Analog Devices Confidential Information—
 Where to download?
http://www.analog.com/en/press-release/7_8_09_ADI_Diff_Amp_Calculator_Design_Tool/press.html




50                              —Analog Devices Confidential Information—
     Automate gain calculations!!!




51         —Analog Devices Confidential Information—
       Automate termination resistor calculations!!!




52   —Analog Devices Confidential Information—
     Automate noise and power calculations!!!




53          —Analog Devices Confidential Information—
54   —Analog Devices Confidential Information—
Example

I  want to find an ADC driver that can convert a single-ended
  signal to a differential signal for the AD7626. The input range
  of the AD7626 is 0V to 4.096V.
 Input signal frequency is 1 MHz.
 Supply voltages available are 0 V and 5V
 It is important to reduce power consumption


 Solution:
 Need    a ADC driver that has relatively low power consumption
     and works well with single supply operation




55                     —Analog Devices Confidential Information—
AD7626




56       —Analog Devices Confidential Information—
Single ended to differential signal
conversion
                                      Final input into ADC after driver and filter

                                                                    3.072V
                   2.048 V                                          2.048 V
                                                                    1.024 V
                   0V
                   -2.048 V

Input into ADC driver

                                                                    3.072V
                                                                    2.048 V
                                                                     1.024 V


57                      —Analog Devices Confidential Information—
Single ended to differential signal
conversion
                                      Final input into ADC after driver and filter

                                                                    4.096V
                                                                    3.072V
                   2.048 V                                          2.048 V
                                                                    1.024 V
                   0V
                                                                    0V
                   -2.048 V

Input into ADC driver




58                      —Analog Devices Confidential Information—
59   —Analog Devices Confidential Information—
60   —Analog Devices Confidential Information—
61   —Analog Devices Confidential Information—
62   —Analog Devices Confidential Information—
63   —Analog Devices Confidential Information—
64   —Analog Devices Confidential Information—
     How do you know the ADA4932 is suitable
     to drive the AD7626 from the point of view
                     of noise?




65                —Analog Devices Confidential Information—
66   —Analog Devices Confidential Information—
Noise Analysis

 Compare  ADC driver ADA4932’s peak-to-peak output noise
 with the voltage of one ADC AD7626 LSB that is based on the
 effective number of bits (ENOB)
 Assuming Gaussian distribution, the peak-to-peak output
 noise of ADA4932(ADC driver) is:




67                  —Analog Devices Confidential Information—
Noise Analysis

 The     Signal-to-Noise-and-Distortion Ratio (SINAD) of an ADC
     is defined as:




 The    effective number of bits (ENOB) is defined as:




 From the ADC AD7626 datasheet, SINAD at 2.4 MHz is 88 dB.
 Therefore, ENOB at 1 MHz is roughly equal to 14 bits.




68                      —Analog Devices Confidential Information—
Noise Analysis

 To    calculate one LSB of the AD7626(ADC) with the ENOB:




 This   is definitely comparable to the 108 uV output noise of the
     ADC driver ( ADA4932).

 Therefore,    from the point of view of noise, ADA4932 is a good
     choice for this application.




69                      —Analog Devices Confidential Information—
70   —Analog Devices Confidential Information—
                                     The World Leader in High Performance Signal Processing Solutions




                           Precision Amps by
                              Application
          Key Parameters and Latest/Upcoming Precision
               Amplifiers for Common Applications

                                            August, 2011


ADI Confidential Information – Not for external distribution
Application – Light Sensing Photo Diode
                                                 Key Parameters                         Concern
                           Rf                                                           High output impedance
                                                 Low Input Bias Current
                                                                                        sensor
                           Cf                    Low Input Offset Voltage               Reduce dark current
                       -                         and Temperature Drift                  errors
                                                 Low Input Voltage and
 Light                +                                                                 Improves SNR
                                                 Current Noise
                                                 High Bandwidth                         Fast reaction time

                                                 Low Input Capacitance                  Improves stability

 Application                Current Portfolio                 Latest Releases              Upcoming Products
 High Supply Voltage                                             ADA4627-1,                     ADA4610-2,
                                 AD820/2/4
 (30V / ±15V)                                                    ADA4637-1                      ADA4001-2
 Mid Supply Voltage
                                AD8663/7/9                   AD8546, AD8657                       AD8659
 (10V / ±5V)
 Low Supply Voltage                                             ADA4691-2/4,
                                AD8500/2/4                                                      ADA4500-2
 (1.8 V to 5V)                                                  ADA4692-2/4
75                                —Analog Information - Not for External Distribution
                            ADI Confidential Devices Confidential Information—
Application – High Side Current Sense
      Vs                                         Key Parameters                        Concern

                                                 High CMRR                             Reduces CMV error
                 +
 Is                            Vout
                 -                               IVR Includes V+ (RRI)                 Input range includes V+
                                                 Low Input Offset Voltage
                                                                                       Improves Accuracy
  Load                                           and Temperature Drift
                                                                                       If switching voltage >Vs
                                                 Input OVP
                                                                                       or switching noise
  Caution: Resistor values must be
    accurate and well matched

    Note: For very accurate current sensing consider a monolithic solution such as
                                       AD8219/9
 Application            Current Portfolio     Latest Releases      Upcoming Products
                                                             ADA4091-2/4                       ADA4096-2
 High Supply Voltage
                                     OPx84                    ADA4092-4                        ADA4084-2
 (30V / ±15V)
                                                           AD8217/8218/8219                    ADA4638-1
 Mid Supply Voltage                  OPx96                      AD8657
                                                                                                 ADA8659
 (10V / ±5V)                         OPx91                    ADA4505-1/2/4
 Low Supply Voltage              AD8538
                                                               ADA4528-1                       ADA4500-2
 (1.8 V to 5V)
76                          ADIADA4051-1/2 Confidential Information—
                                 —Analog Information - Not for External Distribution
                               Confidential Devices
Application – Low Side Current Sense
     Vs                                        Key Parameters                         Concern

  Load
                                               Low Input Offset Voltage               Improves Accuracy and
                                               and Temperature Drift                  Dynamic Range
                                                                                      Input range includes V-
                 +                             IVR Includes V-
Is
                                                                                      (Single Supply or RRI)
                                Vout
                 -                             Low Input Voltage Noise                Improves SNR
                                                                                      Improves output dynamic
  Caution: Resistor values must be             Rail-to-Rail Output
                                                                                      range
    accurate and well matched


 Application               Current Portfolio                Latest Releases              Upcoming Products
                                                                                              ADA4096-2
 High Supply Voltage             OPx84                        ADA4091-2/2
                                                                                              ADA4084-2
 (30V / ±15V)                    OPx91                         ADA4092-4
                                                                                              ADA4638-1
 Mid Supply Voltage             OPx96
                                                                  AD8657                        AD8659
 (10V / ±5V)                   AD8638/9
 Low Supply Voltage
                           AD8538, AD8603                      ADA4528-1                      ADA4500-2
 (1.8 V to 5V)
77                              —Analog Information - Not for External Distribution
                          ADI Confidential Devices Confidential Information—
Application – Multiple Gain Stages
                                                              Key Parameters                      Concern
                                                              High Unity Gain                     Should 100X BW @
                                                              Bandwidth                           desired gain
               20                                             Low Input Offset Voltage            Improves Accuracy and
           1

Vcm
      Va       +
                         -5x   -10x       Vout=1000*(Vb-Va)
                                                              and Temperature Drift               Dynamic Range
      Vb       -
           1
                                                              High Slew Rate                      Support large signal gain
                    20

                                                              High Output Current and             Drive low impedance and
                                                              Stable Capacitance                  high capacitance loads
                                                              Rail-to-Rail Input/Output           Flexibility

 Application                          Current Portfolio                Latest Releases                Upcoming Products
                                                                         ADA4091-2/4                        ADA4096-2
 High Supply Voltage
                                       OPx96, OPx84                       ADA4092-4                         ADA4084-2
 (30V / ±15V)
                                                                          AD8250/1/3                         AD825x
 Mid Supply Voltage
                                         AD8663/7/9                          AD8657                             AD8659
 (10V / ±5V)
 Low Supply Voltage
                                            AD8500                         ADA4528-1                        ADA4500-1
 (1.8 V to 5V)
78                                          —Analog Information - Not for External Distribution
                                      ADI Confidential Devices Confidential Information—
Application – Wheatstone Bridge Sensor
Signal Conditioning
                 Vs/2
                                                        Key Parameters                          Concern
                    Rf/2
        Vb                                              High CMRR                               Reduces CMV error
                            +Vs                         Low Input Offset Voltage
               R                                                                                Improves Accuracy
       R                +                               and Temperature Drift
                                           Vout
                        -                                                                       Improves Dynamic
R+DR
                                                        Rail-to-Rail Output
             R                                                                                  Range

                            Rf                          Low Input Voltage Noise                 Improves SNR
   Used for Pressure, Strain Gages, Load Cells, RTDs, Thermistors, Relative Humidity
 Application                      Current Portfolio                  Latest Releases               Upcoming Products
                                       OPx177                          ADA4627-1                       ADA4077-2
 High Supply Voltage
                                      AD8675/6                       AD8226/7 inamp                    ADA4610-2
 (30V / ±15V)
                                    AD8221 inamp                      AD8429 inamp                    AD8420 inamp
 Mid Supply Voltage                   AD8663/7/9
                                                                       ADA4051-1/2                     ADA4638-1
 (10V / ±5V)                          AD8661/2/4
 Low Supply Voltage                                                      ADA4528-1
                                         AD8668                                                        ADA4500-2
 (1.8 V to 5V)
79                                ADI Confidential Devices Confidential ADA4051-1/2
                                        —Analog Information - Not for Information—
                                                                        External Distribution
Application – Filters
                                                      Key Parameters                         Concern
                                                      Unity Gain Bandwidth >                 Sufficient BW to
Vin                          +                        100 * FcQ                              implement desired filter
                                            Vout
                             -                        Low Input Voltage Noise
                                                                                             Improves SNR
                                                      Density
      Typical Sallen-Key Low Pass Filter              High Slew Rate                         Improves distortion
                                                                                             Maximize Dynamic
                                                      Rail-to-Rail Output
                                                                                             Range of Signal Chain


Application                      Current Portfolio                Latest Releases               Upcoming Products
High Supply Voltage                   AD8675/6                     ADA4004-1/2/4                     ADA4084-2
(30V / ±15V)                          AD8597/9                      ADA4091-2/4                      ADA4077-2
Mid Supply Voltage                  AD8661/2/4                        AD8657
                                                                                                       AD8659
(10V / ±5V)                         AD8665/6/8                      ADA4665-1/2
Low Supply Voltage                                                   AD4528-1
                                    AD8605/6/8                                                       ADA4500-1
(1.8 V to 5V)                                                       ADA4051-1/2
80                                     —Analog Information - Not for External Distribution
                                 ADI Confidential Devices Confidential Information—
Application – Data Acquisition
                                                                Key Parameters                         Concern
                                                                Low Input Voltage Offset
                                                                                                       Maximize ENOB of ADC
                                                                and Temperature Drift
                                     REF
              +                                                 Rail-to-Rail Input and                 Flexibility to handle a
 Vin                        Filter         ADC        Dout
              -                                                 Output                                 variety of sensor types
Caution: Resistor values                                        Low Input Voltage Noise
                                                                                                       Improves SNR
must be accurate and well                                       Density
        matched
                                                                                                       Protection from miswires
                                                                Input OVP
                                                                                                       and harsh environments

 Application                                      <12-bit                       12 to 14-bit                     ≥16-bit
 High Supply Voltage                          ADA4091-2/4                       ADA4096-2                     ADA4077-2
 (30V / ±15V)                                  ADA4092-4                        ADA4084-2                 AD8622/4 (RRO only)
 Mid Supply Voltage
                                                 ADA4665-1                       AD8657/9                 AD8638/9 (RRO only)
 (10V / ±5V)
 Low Supply Voltage                                                                                            ADA4528-1
                                                 AD8505/6/8                     AD8605/6/8
 (1.8V to 5V)                                                                                                   AD8538/9


81                                               —Analog Information - Not for External Distribution
                                           ADI Confidential Devices Confidential Information—
Application – Data Acquisition
                                                                Key Parameters                         Concern
                                                                Low Input Voltage Offset
                                                                                                       Maximize ENOB of ADC
                                                                and Temperature Drift
                                     REF
              +                                                 Rail-to-Rail Input and                 Flexibility to handle a
 Vin                        Filter         ADC        Dout
              -                                                 Output                                 variety of sensor types
Caution: Resistor values                                        Low Input Voltage Noise
                                                                                                       Improves SNR
must be accurate and well                                       Density
        matched
                                                                                                       Protection from miswires
                                                                Input OVP
                                                                                                       and harsh environments

 Application                                      Legacy                             New                          Future
                                                                                 AD8226/7                        AD8420
                                                  AD620
 Instrumentation Amps                                                             AD8426                         AD8421
                                                  AD8221
                                                                                  AD8429                         AD8428
 Difference Amps                                 AD8270/1                      AD8276/7/8/9

 Differential Amps                                AD8275                           AD8475                        AD8476


82                                               —Analog Information - Not for External Distribution
                                           ADI Confidential Devices Confidential Information—
Application – ADC Driver
                                                      Key Parameters                         Concern
                     REF
                                                      Low Input Offset Voltage               Improves Accuracy and
   Vin      +                                         and Temperature Drift                  Dynamic Range
                           ADC            Dout
            -                                                                                Rapid response to Input
                                                      High Slew Rate
                                                                                             MUX changes
   Rg           Rf
                                                      High Unity Gain                        Allows high gain and
         Single-ended Example
                                                      Bandwidth                              sample rate ADC
                                                                                             Maximizes ADC dynamic
                                                      Rail-to-Rail Output
                                                                                             Range


 Application                     Current Portfolio                 Latest Releases              Upcoming Products
 High Supply Voltage                  AD820/2/4                       ADA4627-1                      ADA4610-2
 (30V / ±15V)                                                         ADA4637-1                      ADA4001-2
                                                                     ADA4665-2
 Mid Supply Voltage                AD8663/7/9                                                          AD8659
                                                                      AD8657
 (10V / ±5V)                      AD8275 Funnel                                                        AD8476
                                                                    AD8475 Funnel
 Low Supply Voltage                    AD8601                           ADA4528-1
                                                                                                     ADA4500-2
 (1.8 V to 5V)
83                                   AD8605/6/8                         ADA4692-1
                                       —Analog Information - Not for External Distribution
                                 ADI Confidential Devices Confidential Information—
Application – DAC Buffer
          +
Din      DAC                          Vout
                       -                         Key Parameters                         Concern
          Current Output Example                 Low Input Voltage Offset
                                                                                        Minimize errors
                                                 and Temperature Drift
                       -
                                      Vout
                                                                                        Maximize dynamic range
                                                 Rail-to-Rail Output
Din      DAC           +                                                                of signal chain

          Voltage Output Example
                                                                                        Matched to DAC’s
                                                 Unity Gain Bandwidth
                                                                                        update rate
                                                                                        Faster than DAC’s output
                                                 High Slew Rate
                                                                                        Slew Rate

 Application                Current Portfolio                 Latest Releases              Upcoming Products
                                                                                                ADA4096-2
 High Supply Voltage               OPx96                        ADA4091-2/4
                                                                                                ADA4084-2
 (30V / ±15V)                      OPx84                         ADA4092-4
                                                                                                ADA4638-1
 Mid Supply Voltage                AD8663                         AD8638/9
                                                                                                  AD8659
 (10V / ±5V)                       AD8661                          AD8657
 Low Supply Voltage                AD8601                       ADA4692-1/2
 (1.8 V to 5V)                     AD8605                        ADA4528-1
84                                —Analog Information - Not for External Distribution
                            ADI Confidential Devices Confidential Information—
ADA4610-xA/B – Next Gen AD8510/12/13
Low Noise, Precision, Low Input Bias Current, 10 MHz, JFET, RRO Amp
Key Features
   Rail-to-Rail Output
       Output swings to ≤0.2V of the rail
       Maximizes dynamic range
   Low Noise:
       7.2nV√Hz @ 1kHz
       0.7µVpp from 0.1 to 10Hz                                        Competitive products without RRO
   Low Isy: 1.85mA
   Low Offset and Drift in Two Grades
   High CMRR and PSRR
   Low Power Consumption
Applications
   Medical                                                                     ADI Advantages
   Instrumentation                                     With a 13dB advantage in CMRR, Rail-to-Rail output capability, and
                                                         ½ the power consumption the ADAD4610-xA/B enhances ADI’s
                                                                     competitive position in JFET Op Amps
 Vn @ 1kHz               VOS             TCVos             ISY        CMRR/PSRR            GBW        Voltage        Temp
                   1 mV max (A)      1 µV typ (A)
7.2 nV/Hz typ                                         2mA max         113/106 dB         10 MHz     3 V - 36 V   -40°C - 125°C
                   400 µV max (B)    0.5 µV typ (B)

ADA4610-1: Single          Concept    ADA4610-2: Dual In Development                      ADA4610-4 Quad In Development
A-Grade: SOT23-5, SOIC-8              A-Grade: MSOP-8, SOIC-8, 3x3 LFCSP-8                A-Grade: SOIC-14, 4x4 LFCSP-14
B-Grade: Packages: SOIC-8             B-Grade: SOIC-8                                     Samples Available: 4QCY’11
                                      Samples Available: Now


85                                         —Analog Information - Not for External Distribution
                                     ADI Confidential Devices Confidential Information—
ADA4001-x – Low Noise, Audio Frequency Apps
Low Noise, Low Input Bias Current, 10 MHz, JFET, RRO Amp
Key Features
   Rail-to-Rail Output
       Output swings to ≤0.2V of the rail
       Maximizes dynamic range                       Product        Vout          BW     Isy       Vn         CMRR       THD + N
                                                                   Headroom        typ    max       @1          typ         typ
   Low Noise:
                                                                      min                           kHz
       7.2nV√Hz @ 1kHz
       0.7µVpp from 0.1 to 10Hz                     ADA4001-x         0.5V         10    2 mA       7.2       113 dB     0.00005%
                                                                                   MHz             nV/Hz
   Low Isy: 1.85mA typ
                                                     Closest           1.5V         8     5 mA       8         100 dB     0.00008%
   High CMRR and PSRR
                                                     Competitor                    MHz             nV/Hz
   Low Power Consumption
Applications
   Line Drivers and Receivers                                                ADI Advantages
   Professional Audio and Music                     With RRO, ½ the power, 13dB better CMRR, 20% higher BW,
   Active Filters and Pre Amps                         10% lower noise versus the closest competition, the
                                                     ADA4001 has leading specifications at a competitive price
   Integrators and Crossover Networks


Vn @ 1kHz                VOS            TCVos              ISY       CMRR/PSRR             GBW            Voltage          Temp
 7.2 nV/Hz           2mV max        1 mV/C max       2mA max        113/106 dB          10 MHz          3 V - 36 V    -40°C - 125°C


                                         ADA4001-2: Dual In Development                  ADA4001-4: Quad Concept
                                         Package: SOIC-8                                 Package: SOIC-14
                                         Sample Available: 2QCY’11

86                                         —Analog Information - Not for External Distribution
                                     ADI Confidential Devices Confidential Information—
ADA4084-x Next Generation OPx84
36V, Low Noise, Low Power, Precision, RRIO Op Amp
Key Features
   Low Power: 650µA / amp
   Low Noise: 3.9nV/√Hz
   Low Offset: 100µV max
   Low Drift: 1 V/C
   Wide BW: 8.3 MHz
   Fast Slew Rate: 4.0 V/µs
   Low Input Bias Current: 80 nA
Applications                                                             Low Noise Instrumentation Op Amp
   Battery-powered Instrumentation
   Power Supply Control and Protection                                        ADI Advantages
   DAC Output Buffer                                       Offering power consumption that is ~1/3 that of its closest
   ADC Driver                                              competition with competitive GBP, Vos, and Vn specs and
                                                            Ib that is consistent over the full common mode range the
                                                               ADA4084 provides a truly RRIO Op Amp over the full
                                                                                   operating range
     ISY       Noise         VOS          TcVos            GBW & SR                   Ib       Voltage        Temp
750 µA max   3.9 nV/√Hz   100 µV max     1 V/C     8.3 MHz, 2.4 V/s min      450 nA max    3 V - 36 V   -40°C - 125°C


ADA4084-1 Single Concept                ADA4084-2 Dual In Development                ADA4084-4 Quad In Development
Package: 3x3 LFCSP-8, SOT23-5           Package: MSOP-8, LFCSP-8                     Package: TSSOP-14, LFCSP-16
                                        Samples Available: 1QCY’11                   Samples Available: 3QCY11

87                                    —Analog Information - Not for External Distribution
                                ADI Confidential Devices Confidential Information—
ADA4096-x Improved OPX96 with Gen 3 OVP
36V, RRIO, Precision, µPower, RRIO Op Amp with OVP
Key Features
    Internal Input Over Voltage Protection
        Up to ±32V beyond the Rails
        Characterized OVP Parametric Impact
         (compared to external OVP solutions)
    Low Power: 60 µA
    High GBW: 450 kHz
    Low Offset Voltage: 35 µV
Applications
    Battery Monitoring
    Sensor Conditioning
    Current shunt sense
    Process Control (PLC/DSC)                                                          ADI Advantages
    Portable Power Supply Control and Instrumentation                     With 2X BW, ½ Vos and Vn, and ~1/10 Isy of the
                                                                            closest competition; the ADA4096 provides the
    Wireless Base Stations
                                                                          industry’s highest level of over voltage protection
                                                                         for robust operation in demanding I&I applications

         Isy          GBW            Vos           Vos Drift          Noise             IB         Voltage       Temp Range
    90 A max        450 kHz     300 V max         1 V/°C        27 nV/Hz       10 nA max      3 V - 36 V     -40°C - 125°C

 ADA4096-1 Single Concept                  ADA4096-2 Dual In Development                ADA4096-4 Quad In Development
 Package: SC70-5, LFCSP-8 (3x3)            Package: MSOP-8, LFCSP-8 (3x3)               Package: TSSOP-14, LFCSP-14 (3x3)
                                           Samples Available: 4QCY’10                   Samples Available: 4QCY’11

88                                        —Analog Information - Not for External Distribution
                                    ADI Confidential Devices Confidential Information—
ADA4077-x Next Generation OPx177
36V, Precision, Low Power Op Amp
Key Features
    Low Power: 400µA Typ
    Low Offset:
          ADA4077A: 50µV Vos Max
          ADA4077B: 25µV Vos Max
    Low Noise: 7 nV/Hz @ 1 kHz
    Low Input Bias Current: 1.5nA max
    Small Packages: MSOP, SOT23
Applications
    Reference and DAC Output Buffering
    Process Control Input and Output
    Sensors and Controls (RTD, thermocouples)
    Precision Filters                                          ADI Advantages
                                               Compared to the competition, the ADA4077 offers 3X BW with
    Optical Network and Base Station Control    competitive power consumption, offset, noise, input bias
                                                                        current, Slew Rate, CMRR, PSRR, or price.
     Isy             VOS                     TCVos                 Noise         Ib        GBW      Voltages        Temp
500µA          Grade A: 50µV max    Grade A: 0.5µV/C max                      1.5nA
                                                                 7 nV/√Hz                 3.5 MHz   3V - 36V   -40°C - 125°C
 max           Grade B: 25µV max    Grade B: 0.15µV/C max                      max

ADA4077-1 Single In Development             ADA4077-2 Dual In Development                ADA4077-4 Quad In Development
Package: MSOP-8, SOT23                      Package: SOIC-8, MSOP-8                      Package: SOIC-14, TSSOP-14
                                            Sample Availability: 3QCY’11

89                                        —Analog Information - Not for External Distribution
                                    ADI Confidential Devices Confidential Information—
ADA4500-x
High Linearity, Zero Crossover Distortion Op Amp with Rail-Rail I/O
 Key Features
     High linearity
     Low Offset: 100µV                                                                          Offset Voltage vs. Vcm
     High Bandwidth: 7MHz                                                             140
                                                                                       120
     Low Noise: 12nV/√Hz                                                              100                                                 Typical




                                                                            Vos (µV)
     Low Bias Current: 1pA                                                             80                                                 Op Amp
 Applications                                                                           60
                                                                                        40
                                                                                                                                           ADA4500
     Sensor Signal Conditioning                                                        20
         Pressure, Position, etc.                                                       0
     Medical Monitors                                                                       0       1         2             3      4       5
                                                                                                                   Vcm (V)
         Blood, Glucose, etc.
     Hazard Detectors
     Test Equipment
                                                                                                   ADI Advantages
                                                                              High linearity, lowest noise, and lowest offset,
     Photodiode Amplification                                                 Zero Crossover distortion precision amplifier



      VOS             Isy             Noise         Bandwidth         Voltages                      CMRR                     Temp               IB
 100 µV max         1.9 mA           12 nV/√Hz        7 MHz         2.7 V – 5.5 V                 100 dB min          -40°C – 125°C          10pA

 ADA4500-1 Single                Concept         ADA4500-2 Dual In Development                           ADA4500-4 Quad                 Concept
 Package: SOT23-5, LFCSP-8                       Package: MSOP-8, LFCSP                                  Package: TSSOP-14, LFCSP
                                                 Sample Available: 4Q’CY11

 90                                            —Analog Information - Not for External Distribution
                                         ADI Confidential Devices Confidential Information—
ADA4528-x World’s Most Accurate Op Amp
Low Noise Zero Drift Amplifier
 Key Features
     Lowest Noise Zero-Drift Amp
      5.6nV/√Hz Noise Floor
      No 1/f noise                                                       No 1/f Noise
     High DC Accuracy
      Low Offset Voltage: 2.5V Max
      Low Offset Voltage Drift: 0.015V/ºC Max
     Rail-to-Rail Input/Output                                             5.6nV/Hz 
     Operating Voltage: 2.2V to 5.5V
 Applications
    Transducer applications
    Temperature measurements
    Electronic scales
    Medical instrumentation                                                       ADI Advantages
    Battery-powered instruments                                   World’s Most Accurate Op amp, Lowest voltage noise
                                                                                    zero- drift op amp

      Vos          TCVos          Isy / Amp         CMRR         Bandwidth      Slew Rate       Temp Range      V Supply
 2.5 V max    0.015 V/ºC max   1.8 mA max      115 dB min        4 MHz         0.4 V/s      -40°C - 125°C   2.2V to 5.5V

            ADA4528-1 Single Released                            ADA4528-2 Dual              In Development
            Package: SOT23-5, MSOP-8                             Package: LFCSP-8, MSOP-8
            Price: $1.15 @ 1ku                                   Sample Availabile: 4Q’CY11

91                                     —Analog Information - Not for External Distribution
                                 ADI Confidential Devices Confidential Information—
AD8657/AD8659
18V RRIO, µPower, Precision CMOS Op Amp
 Key Features
    Micro Power: 22 µA max
    Single or Dual supply: 2.7V to 18V
    Low Offset Voltage: 350µV max
    Low IBIAS: 100pA max
    Low Noise: 50nV/√Hz @ 1kHz
    Integrated EMI Filters
 Applications
    4-20 mA current Loop Transmitter
    High impedance sources and sensors
    Current monitoring and sense
    Multi-pole Filters
    Remote and Wireless Sensors
                                                                       4-20 mA Current Loop Transmitter
    Low Power Trans-impedance Amps



     VOS          ISY       Noise @ 1k      Bandwidth         Supply            IBIAS         Temp           IO
350 µV max.    22 µA max    50 nV/√Hz        200 kHz        2.7V to 18V     100 pA Max    -40°C – 125°C     10 mA

                                     AD8657 Dual Released                        AD8659 Quad      In Development
                                     Package: MSOP-8, LFCSP                      Package: TSSOP-14, LFCSP
                                     Price: $0.95 @ 1ku                          Sample Available: now

92                                 —Analog Information - Not for External Distribution
                             ADI Confidential Devices Confidential Information—
AD8546/AD8548
18V RRIO, µPower, CMOS Op Amp
 Key Features
    Micro Power: 20 µA
    Single or Dual supply: 2.7V to 18V
    Low IBIAS <100pA
    Low Noise: <50nV/√Hz
    Output Current: 10 mA
 Applications
    4-20 mA current Loop Transmitter
    High impedance sources and sensors
    Portable Systems
    Current monitoring and sense
    Multi-pole Filters
    Remote and Wireless Sensors                                          ADI Advantages
                                                       ½ of the voltage noise, 2X the current drive and ¼ of the
    Low Power Trans-impedance Amps                    package size than any competitive amplifier at a supply
                                                                       current less than 22 µA


     ISY                    Noise @ 1k      Bandwidth         Supply            IBIAS        Temp             IO
 22 µA max       RRIO       50 nV/√Hz        200 kHz        2.7V to 18V     100 pA Max    -40°C – 125°C     10 mA

                                     AD8546 Dual Released                        AD8548 Quad      In Development
                                     Package: MSOP-8, LFCSP                      Package: TSSOP-14, LFCSP
                                     Price: $0.78 @ 1ku                          Sample Available: Now

93                                 —Analog Information - Not for External Distribution
                             ADI Confidential Devices Confidential Information—
AD8226 Low Cost
Instrumentation Amplifier

 Key Features
    Gain set with 1 external resistor (gain
     range 1 to 1000)
    Fully specified: -40°C to 125°C
    Inputs protected beyond supplies
    Wide power supply range:
     ±1.35 V to ±18 V



 Key Specs
  80dB min CMRR (G = 1)                                         Package 8-L MSOP & SOIC
  22nV/√Hz, @ 1 kHz max.
  1.5 MHz –3 dB bandwidth (G = 1)
  2µV/°C max offset drift
                                                                1k Price          Production
  10ppm/°C max gain drift (G=1)
  350 uA supply current                                          $1.40            Released


94                             —Analog Devices Confidential Information—
AD8475 : Funnel Amplifier + ADC Driver
                             +5V

                                                                                           SNR=97dB
                                             4V          2.5V                             THD=-113dB
                                                                  0.5V – 4.5V
                           +IN 0.4x                              VOUT(DIFF) ±4V
           ±10V       0V
                                                                                    -IN
                                                  20Ω
                                                        270pF 1.35nF
                                   AD8475                                                   AD7982
                                                        270pF
                                                  20Ω
                                                                                   +IN
                                      VOCM                       0.5V – 4.5V
                           -IN 0.4x                             VOUT(DIFF) ±4V                   REF
                                             4V          2.5V
                                                                                                   +5V
                                                                                                           Video
                                                                                            ADR435
                                                                                 10kΩ


                                                                                                         CN-0180
                                                                       0.1µF              10kΩ



                  Interface ±10V or ±5V signal on a single-supply amplifier
                                      Integrate 4 Steps in 1
                                            Attenuate

                             Single-Ended-to-Differential Conversion
                                            Level-Shift

                                            Drive ADC
        Drive differential 18-bit SAR ADC up to 4MSPS with few external components
95                                           —Analog Devices Confidential Information—
AD8429: Ultra Low Noise Instrumentation
Amplifier
    Key Applications
        High end data acquisition
           Patient monitoring
 Low noise eni: 1nV/√Hz
 High CMR G=10: 106dB
 Bandwidth: 15MHz
 Slew Rate: 22V/µs
 Fast settling time: 0.001%, 900ns.
 Low THD
       G=1: -130dBc @ 1kHz
       G=100: -114dBc @ 1kHz
 Wide supplies: +/-4V to +/-18V
 Gain Range: 1-10,000

                                                           1K Price   Production
   Operating Temperature *: -40oC to
    125oC                                                   $3.50     April 2011

* Not recommended for operation above 125oC
                       —Analog Devices Confidential Information—
AD8420 Instrumentation Amplifier

Key Features
   Low Power
       75uA
   Excellent CMRR
       100dB Min
   Wide Supply Range
       Single Supply – 2.7V to 36V
       Dual Supply - +/2.7V to +/-18V
   Precision DC Performance
       Input Offset – 200uV
       Offset Drift –
   Small Size
       MSOP-8
   Cost Effective
       $0.89 @ 1K

Applications
   Portable and Hand Held devices
   Medical Instrumentation                                                     Package: MSOP-8
   Current Sensing
   Bridge Measurements                                                   1k Price           Sampling
   Consumer applications
                                                                            $0.89                 Now


                                         —Analog Devices Confidential Information—
   AD8436: New Generation rms-dc Overview
  Key               Features and
                      Specs
                                                                                                   OUTPUT
                                                                     1                             BUFFER         10 PWR DWN
                                                           VIN                                                       OR CF




                         FEATURES
                                                                     2                                            9   RMS
                                                                                                                     OUTPUT

                                                                                                            8k

             Wide Dynamic Range
                                                                    3    8k
                                                                                             MIRROR                 OUT
                                                                                                                  8 COM

                                                                                    RECT
       Single or Dual Supply Operation
                                                            IN COM
            Wide Range of Supply Voltages                        4                                               7



             Positive Output Voltage                       -VS      5
                                                                                        RMS CORE

                                                                                                                  6
                                                                                                                       CAV


                                                                                                                             +VS


                    TARGET SPECS
     Fast Response Time: 5,000 Х CAV
  Exceptional Linearity: <0.05%, 10mV to                 KEY                  SPECS
                   1Vrms                                                BW: 1.6 MHz @ 1Vrms
                                                                        Supply: 4.75V to 36V or ±2.4V to
  Exceptional Accuracy: <0.25% From all
                                                                         ±18V
                   Errors                                               Low Current: 500A
   Exceptional Dynamic Range: >70dB                                    FET Input Buffers
 Exceptionally Low Crest-Factor Error: 0%
                 to CF of 5
    Exceptional Full Range Bandwidth:
                  260kHz
                              —Analog Devices Confidential Information—
                                ADI Confidential – Internal Use Only
       Thank you!




99   —Analog Devices Confidential Information—

				
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