Amplifiers

Op Amps

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Browse Amplifier App Notes & Technical Documents

How to use this table: Click column to sort, drag column edge to adjust width, enter text to search within column, <X or >X to filter less or greater than X, and X..Y to filter range.<?xml version="1.0" encoding="UTF-8"?> <rows><row><cell>01-Oct-2006</cell><cell></cell><cell><![CDATA[<div style='display:none'>Amplifier Closed-Loop Bandwidth Considerations in High Resolution A/D Converter Applications</div><a href='/vcm/national3/en_US/resources/technology_edge/AnalogEdge4_10.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AnalogEdge4_10.pdf'); ">Amplifier Closed-Loop Bandwidth Considerations in High Resolution A/D Converter Applications</a>]]></cell><cell><![CDATA[LMP2011]]></cell><cell>ADC Driver, Precision, KSPS ADC</cell><cell>Technology Edge</cell></row><row><cell>31-Oct-2007</cell><cell>AN-1580</cell><cell><![CDATA[<div style='display:none'>LMH6515EL Digital Controlled, Variable Gain Amplifier Evaluation Board</div><a href='/an/AN/AN-1580.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1580.pdf'); ">LMH6515EL Digital Controlled, Variable Gain Amplifier Evaluation Board</a>]]></cell><cell><![CDATA[LMH6515]]></cell><cell>VGA, ADC Driver, MSPS ADC</cell><cell>App Note</cell></row><row><cell>01-Oct-2002</cell><cell>OA-30</cell><cell><![CDATA[<div style='display:none'>Current vs. Voltage Feedback Amplifiers</div><a href='/an/OA/OA-30.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-30.pdf'); ">Current vs. Voltage Feedback Amplifiers</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>02-May-2004</cell><cell>AN-116</cell><cell><![CDATA[<div style='display:none'>Use the LM158/LM258/LM358 Dual, Single Supply Op Amp</div><a href='/an/AN/AN-116.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-116.pdf'); ">Use the LM158/LM258/LM358 Dual, Single Supply Op Amp</a>]]></cell><cell><![CDATA[LM158, LM258, LM358, LM1558, LM1458]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>10-Oct-2007</cell><cell>AN-1708</cell><cell><![CDATA[<div style='display:none'>LMV841 Stability Considerations</div><a href='/an/AN/AN-1708.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1708.pdf'); ">LMV841 Stability Considerations</a>]]></cell><cell><![CDATA[LMV841, LMV842, LMV844]]></cell><cell>Op Amp, Low Voltage, RRIO</cell><cell>App Note</cell></row><row><cell>26-Jan-2009</cell><cell>AN-1516</cell><cell><![CDATA[<div style='display:none'>Pspice Universal Test Circuits</div><a href='/an/AN/AN-1516.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1516.pdf'); ">Pspice Universal Test Circuits</a>]]></cell><cell><![CDATA[LMV791]]></cell><cell>SPICE, Modeling, Op Amp</cell><cell>App Note</cell></row><row><cell>10-Jan-2006</cell><cell>AN-1434</cell><cell><![CDATA[<div style='display:none'>Crest Factor Invariant RF Power Detector</div><a href='/an/AN/AN-1434.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1434.pdf'); ">Crest Factor Invariant RF Power Detector</a>]]></cell><cell><![CDATA[LMV232]]></cell><cell>RF PA, Power Detection</cell><cell>App Note</cell></row><row><cell>19-Oct-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>Sensor signal conditioning need not be difficult (Part 1 of 2)</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=QWLOKN2ZKC1ILQE1GHOSKH4ATMY32JVN?articleID=220601193' >Sensor signal conditioning need not be difficult (Part 1 of 2)</a>]]></cell><cell><![CDATA[LM2787]]></cell><cell></cell><cell>External Article</cell></row><row><cell>14-Jan-2009</cell><cell>AN-1822</cell><cell><![CDATA[<div style='display:none'>LMH6733 High Definition Video Transmission Over CAT5</div><a href='/an/AN/AN-1822.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1822.pdf'); ">LMH6733 High Definition Video Transmission Over CAT5</a>]]></cell><cell><![CDATA[LMH6733, LM2734]]></cell><cell>Op Amp, High Speed</cell><cell>App Note</cell></row><row><cell>01-Aug-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>Designing a Second-Order Anti-aliasing Filter for a Sensor Signal Path</div><a href='http://www.sensorsmag.com/sensors/article/articleDetail.jsp?id=618303' >Designing a Second-Order Anti-aliasing Filter for a Sensor Signal Path</a>]]></cell><cell><![CDATA[LMP2231, LMV651, LMP7715]]></cell><cell></cell><cell>External Article</cell></row><row><cell>12-Jun-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>HD Component Video Over CAT5 Cable Using Current Feedback Amplifiers</div><a href='http://videsignwire.com/hd-component-video-over-cat5-cable-using-current-feedback-amplifiers/' >HD Component Video Over CAT5 Cable Using Current Feedback Amplifiers</a>]]></cell><cell><![CDATA[LMH6733, LM2734]]></cell><cell></cell><cell>External Article</cell></row><row><cell>04-Oct-2004</cell><cell>AN-266</cell><cell><![CDATA[<div style='display:none'>Circuit Applications of Sample-Hold Amplifiers</div><a href='/an/AN/AN-266.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-266.pdf'); ">Circuit Applications of Sample-Hold Amplifiers</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>App Note</cell></row><row><cell>04-Nov-1995</cell><cell>AB-10</cell><cell><![CDATA[<div style='display:none'>Fluid Level Control Systems Utilizing the LM1830</div><a href='/an/AB/AB-10.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AB-10.pdf'); ">Fluid Level Control Systems Utilizing the LM1830</a>]]></cell><cell><![CDATA[]]></cell><cell>Sensor</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-300</cell><cell><![CDATA[<div style='display:none'>Simple Circuit Detects Loss of 4-20 mA Signal</div><a href='/an/AN/AN-300.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-300.pdf'); ">Simple Circuit Detects Loss of 4-20 mA Signal</a>]]></cell><cell><![CDATA[LM10, LM163, LH0045 ]]></cell><cell>Sensor</cell><cell>App Note</cell></row><row><cell>06-Jan-2006</cell><cell>AN-1433</cell><cell><![CDATA[<div style='display:none'>Base Station Closed-Loop RF Power Control with LMV232 Crest-Factor Invariant Detector</div><a href='/an/AN/AN-1433.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1433.pdf'); ">Base Station Closed-Loop RF Power Control with LMV232 Crest-Factor Invariant Detector</a>]]></cell><cell><![CDATA[LMV232]]></cell><cell>RF PA, Power Detection</cell><cell>App Note</cell></row><row><cell>18-Apr-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Interfacing High-speed Data Converters</div><a href='http://www.edn.com/article/CA6550773.html' >Interfacing High-speed Data Converters</a>]]></cell><cell><![CDATA[LMH6555]]></cell><cell></cell><cell>External Article</cell></row><row><cell>06-Mar-2003</cell><cell>AB-115</cell><cell><![CDATA[<div style='display:none'>An OrCAD PSPICE Library For The VIP10™ High-Speed Op Amp</div><a href='/vcm/national3/en_US/resources/app_briefs/AppBrief115.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AppBrief115.pdf'); ">An OrCAD PSPICE Library For The VIP10™ High-Speed Op Amp</a>]]></cell><cell><![CDATA[LMH6643, LMH6672, LMH6622]]></cell><cell>SPICE Models</cell><cell>Other</cell></row><row><cell>16-Oct-2008</cell><cell>AN-1626</cell><cell><![CDATA[<div style='display:none'>551013037 - LMP8100 Evaluation Board User Guide</div><a href='/an/AN/AN-1626.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1626.pdf'); ">551013037 - LMP8100 Evaluation Board User Guide</a>]]></cell><cell><![CDATA[LMP8100]]></cell><cell>VGA</cell><cell>App Note</cell></row><row><cell>01-Jun-2006</cell><cell></cell><cell><![CDATA[<div style='display:none'>A Voltage-Controlled Filter</div><a href='/vcm/national3/en_US/resources/technology_edge/AnalogEdge4_6.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AnalogEdge4_6.pdf'); ">A Voltage-Controlled Filter</a>]]></cell><cell><![CDATA[LPV531, DAC101S101]]></cell><cell>Op Amp, RRIO, Low Power, KSPS ADC</cell><cell>Technology Edge</cell></row><row><cell>06-Mar-2008</cell><cell>AN-1812</cell><cell><![CDATA[<div style='display:none'>ADC Driver Evaluation Boards</div><a href='/an/AN/AN-1812.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1812.pdf'); ">ADC Driver Evaluation Boards</a>]]></cell><cell><![CDATA[LMH6611, LMH6612, LMH6618, LMH6619]]></cell><cell>ADC Driver, MSPS ADC, Video, Op Amp</cell><cell>App Note</cell></row><row><cell>22-May-2007</cell><cell>AN-1615</cell><cell><![CDATA[<div style='display:none'>LMH6555 Evaluation Board</div><a href='/an/AN/AN-1615.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1615.pdf'); ">LMH6555 Evaluation Board</a>]]></cell><cell><![CDATA[LMH6555, ADC081000, ADC081500]]></cell><cell>Differential, High Speed, ADC Driver</cell><cell>App Note</cell></row><row><cell>22-Oct-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>Sensor signal conditioning need not be difficult (Part 2 of 2)</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=WT3GLQWWHAQ51QE1GHPCKH4ATMY32JVN?articleID=220601198' >Sensor signal conditioning need not be difficult (Part 2 of 2)</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>External Article</cell></row><row><cell>01-Oct-2002</cell><cell>AN-79</cell><cell><![CDATA[<div style='display:none'>IC Preamplifier Challenges Choppers on Drift</div><a href='/an/AN/AN-79.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-79.pdf'); ">IC Preamplifier Challenges Choppers on Drift</a>]]></cell><cell><![CDATA[LM121, LM725, LM108, LM101, LM741]]></cell><cell>Differential</cell><cell>App Note</cell></row><row><cell>08-Sep-2009</cell><cell>AN-1606</cell><cell><![CDATA[<div style='display:none'>551012875, 551012922 Universal Op Amp Evaluation Boards (SOT-23 and SC-70)</div><a href='/an/AN/AN-1606.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1606.pdf'); ">551012875, 551012922 Universal Op Amp Evaluation Boards (SOT-23 and SC-70)</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>12-Jul-2007</cell><cell>AN-1662</cell><cell><![CDATA[<div style='display:none'>LMV551 Evaluation Board</div><a href='/an/AN/AN-1662.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1662.pdf'); ">LMV551 Evaluation Board</a>]]></cell><cell><![CDATA[LMV551]]></cell><cell>Op Amp, Low Power, RRO</cell><cell>App Note</cell></row><row><cell>01-Oct-2002</cell><cell>LB-17</cell><cell><![CDATA[<div style='display:none'>LM118 Op Amp Slews 70 V/µsec</div><a href='/an/LB/LB-17.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-17.pdf'); ">LM118 Op Amp Slews 70 V/µsec</a>]]></cell><cell><![CDATA[LM118, LM101, LM741]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>21-Aug-2008</cell><cell>AN-1776</cell><cell><![CDATA[<div style='display:none'>LMH2180 Evaluation Board in LLP</div><a href='/an/AN/AN-1776.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1776.pdf'); ">LMH2180 Evaluation Board in LLP</a>]]></cell><cell><![CDATA[LMH2180]]></cell><cell>Clock, Buffer</cell><cell>App Note</cell></row><row><cell>05-Oct-2008</cell><cell>AN-1867</cell><cell><![CDATA[<div style='display:none'>EMIRR Evaluation Boards for LMV831/LMV832/LMV834</div><a href='/an/AN/AN-1867.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1867.pdf'); ">EMIRR Evaluation Boards for LMV831/LMV832/LMV834</a>]]></cell><cell><![CDATA[LMV831, LMV832, LMV834]]></cell><cell>Op Amp, EMI, RF</cell><cell>App Note</cell></row><row><cell>31-May-2006</cell><cell></cell><cell><![CDATA[<div style='display:none'>Intermediate Frequency (IF) Sampling Receiver Concepts</div><a href='/vcm/national3/en_US/resources/technology_edge/AnalogEdge4_3.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AnalogEdge4_3.pdf'); ">Intermediate Frequency (IF) Sampling Receiver Concepts</a>]]></cell><cell><![CDATA[ADC12DL080, CLC5903]]></cell><cell>MSPS ADC, VGA</cell><cell>Technology Edge</cell></row><row><cell>01-Oct-2002</cell><cell>LB-25</cell><cell><![CDATA[<div style='display:none'>True RMS Detector</div><a href='/an/LB/LB-25.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-25.pdf'); ">True RMS Detector</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Circuits</cell><cell>App Note</cell></row><row><cell>08-Apr-2008</cell><cell>AN-1828</cell><cell><![CDATA[<div style='display:none'>LMH6514 Digital Controlled Variable Gain Amplifier Evaluation Board</div><a href='/an/AN/AN-1828.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1828.pdf'); ">LMH6514 Digital Controlled Variable Gain Amplifier Evaluation Board</a>]]></cell><cell><![CDATA[LMH6514]]></cell><cell>VGA, Differential, ADC Driver, MSPS ADC</cell><cell>App Note</cell></row><row><cell>20-Jun-2008</cell><cell>AN-1851</cell><cell><![CDATA[<div style='display:none'>LMH6553SDEVAL High Speed Differential Amplifier Evaluation Board</div><a href='/an/AN/AN-1851.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1851.pdf'); ">LMH6553SDEVAL High Speed Differential Amplifier Evaluation Board</a>]]></cell><cell><![CDATA[LMH6553]]></cell><cell>Differential, Op Amp, ADC Driver</cell><cell>App Note</cell></row><row><cell>13-Sep-2007</cell><cell>AN-1683</cell><cell><![CDATA[<div style='display:none'>LMH7324 High Speed Comparator Evaluation Board</div><a href='/an/AN/AN-1683.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1683.pdf'); ">LMH7324 High Speed Comparator Evaluation Board</a>]]></cell><cell><![CDATA[LMH7324]]></cell><cell>Comparator, High Speed</cell><cell>App Note</cell></row><row><cell>01-Jun-2009</cell><cell>AN-20</cell><cell><![CDATA[<div style='display:none'>An Applications Guide for Op Amps</div><a href='/an/AN/AN-20.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-20.pdf'); ">An Applications Guide for Op Amps</a>]]></cell><cell><![CDATA[LM101, LH102, LM107]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>10-Aug-2007</cell><cell></cell><cell><![CDATA[<div style='display:none'>Understand and apply the transimpedance amplifier (Part 2 of 2)</div><a href='http://www.planetanalog.com/showArticle.jhtml?articleID=201400057' >Understand and apply the transimpedance amplifier (Part 2 of 2)</a>]]></cell><cell><![CDATA[LMV793]]></cell><cell></cell><cell>External Article</cell></row><row><cell>04-Nov-1995</cell><cell>AN-934</cell><cell><![CDATA[<div style='display:none'>Using the LM1204 with Large Horizontal Sync Widths</div><a href='/an/AN/AN-934.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-934.pdf'); ">Using the LM1204 with Large Horizontal Sync Widths</a>]]></cell><cell><![CDATA[]]></cell><cell>Video</cell><cell>App Note</cell></row><row><cell>02-Jun-2008</cell><cell>AN-1639</cell><cell><![CDATA[<div style='display:none'>LMP7300 Single Precision Comparator with Reference Evaluation Boards (SOIC and MSOP)</div><a href='/an/AN/AN-1639.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1639.pdf'); ">LMP7300 Single Precision Comparator with Reference Evaluation Boards (SOIC and MSOP)</a>]]></cell><cell><![CDATA[LMP7300]]></cell><cell>Comparator</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>LB-22</cell><cell><![CDATA[<div style='display:none'>Low Drift Amplifiers</div><a href='/an/LB/LB-22.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-22.pdf'); ">Low Drift Amplifiers</a>]]></cell><cell><![CDATA[LM741]]></cell><cell>Op Amp, Precision</cell><cell>App Note</cell></row><row><cell>02-Feb-2010</cell><cell>AN-1975</cell><cell><![CDATA[<div style='display:none'>LMP8640 / LMP8645 Evaluation Board User Guide</div><a href='/an/AN/AN-1975.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1975.pdf'); ">LMP8640 / LMP8645 Evaluation Board User Guide</a>]]></cell><cell><![CDATA[LMP8640, LMP8645]]></cell><cell>Op Amp, Current Sense, High Voltage</cell><cell>App Note</cell></row><row><cell>19-Sep-2005</cell><cell>AN-1333</cell><cell><![CDATA[<div style='display:none'>LMH6533 Four Channel Laser Diode Driver</div><a href='/an/AN/AN-1333.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1333.pdf'); ">LMH6533 Four Channel Laser Diode Driver</a>]]></cell><cell><![CDATA[]]></cell><cell>Laser Diode Driver</cell><cell>App Note</cell></row><row><cell>19-May-2009</cell><cell>AN-1883</cell><cell><![CDATA[<div style='display:none'>LM7705 Evaluation Board</div><a href='/an/AN/AN-1883.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1883.pdf'); ">LM7705 Evaluation Board</a>]]></cell><cell><![CDATA[LM7705]]></cell><cell>Switched Cap Inverter</cell><cell>App Note</cell></row><row><cell>14-May-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>Eliminate Sallen-Key Stopband Leakage with a Voltage Follower</div><a href='http://www.edn.com/article/CA6656303.html' >Eliminate Sallen-Key Stopband Leakage with a Voltage Follower</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>External Article</cell></row><row><cell>30-Mar-2007</cell><cell>AN-1602</cell><cell><![CDATA[<div style='display:none'>LMH7322 Dual Comparator Evaluation Board</div><a href='/an/AN/AN-1602.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1602.pdf'); ">LMH7322 Dual Comparator Evaluation Board</a>]]></cell><cell><![CDATA[LMH7322]]></cell><cell>Comparator, High Speed</cell><cell>App Note</cell></row><row><cell>17-Sep-2002</cell><cell>OA-16</cell><cell><![CDATA[<div style='display:none'>Wideband AGC Amplifier as a Differential Amplifier</div><a href='/an/OA/OA-16.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-16.pdf'); ">Wideband AGC Amplifier as a Differential Amplifier</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Differential</cell><cell>App Note</cell></row><row><cell>24-Jun-2008</cell><cell>AN-1798</cell><cell><![CDATA[<div style='display:none'>Designing with Electro-Chemical Sensors</div><a href='/an/AN/AN-1798.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1798.pdf'); ">Designing with Electro-Chemical Sensors</a>]]></cell><cell><![CDATA[LMP7721]]></cell><cell>Sensor, Precision</cell><cell>App Note</cell></row><row><cell>03-Dec-2007</cell><cell></cell><cell><![CDATA[<div style='display:none'>Decompensating Amplifiers Improve Performance</div><a href='http://www.edn.com/index.asp?layout=article&articleid=CA6505576' >Decompensating Amplifiers Improve Performance</a>]]></cell><cell><![CDATA[LMV793, LMV796]]></cell><cell></cell><cell>External Article</cell></row><row><cell>04-Oct-2004</cell><cell>AN-29</cell><cell><![CDATA[<div style='display:none'>IC Op Amp Beats FETs on Input Current</div><a href='/an/AN/AN-29.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-29.pdf'); ">IC Op Amp Beats FETs on Input Current</a>]]></cell><cell><![CDATA[LM101, LM108, LM709, LM102]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>23-Oct-2009</cell><cell>AN-1945</cell><cell><![CDATA[<div style='display:none'>LMH6554LE−EVAL High Speed Differential Amplifier Evaluation Board</div><a href='/an/AN/AN-1945.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1945.pdf'); ">LMH6554LE−EVAL High Speed Differential Amplifier Evaluation Board</a>]]></cell><cell><![CDATA[LMH6554]]></cell><cell>VGA, ADC Driver, MSPS ADC</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>LB-9</cell><cell><![CDATA[<div style='display:none'>Universal Balancing Techniques</div><a href='/an/LB/LB-9.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-9.pdf'); ">Universal Balancing Techniques</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Circuits</cell><cell>App Note</cell></row><row><cell>08-Aug-2008</cell><cell>AN-1890</cell><cell><![CDATA[<div style='display:none'>551600234 - LMP8100 Evaluation Board User Guide</div><a href='/an/AN/AN-1890.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1890.pdf'); ">551600234 - LMP8100 Evaluation Board User Guide</a>]]></cell><cell><![CDATA[LMP8100]]></cell><cell>VGA, ADC Driver, MSPS ADC</cell><cell>App Note</cell></row><row><cell>02-May-2004</cell><cell>AN-253</cell><cell><![CDATA[<div style='display:none'>LH0024 and LH0032 High Speed Op Amp Applications</div><a href='/an/AN/AN-253.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-253.pdf'); ">LH0024 and LH0032 High Speed Op Amp Applications</a>]]></cell><cell><![CDATA[LH0024, LH0032, LH0033, LF356]]></cell><cell>Op Amp, High Speed</cell><cell>App Note</cell></row><row><cell>28-Mar-2008</cell><cell>AN-1806</cell><cell><![CDATA[<div style='display:none'>LMV232 Evaluation Board</div><a href='/an/AN/AN-1806.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1806.pdf'); ">LMV232 Evaluation Board</a>]]></cell><cell><![CDATA[LMV232]]></cell><cell>RF PA, Power Detection</cell><cell>App Note</cell></row><row><cell>03-Mar-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Understanding precision comparator applications (Part 1 of 2)</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=R3MIHMQDSVVWUQSNDLPCKH0CJUNN2JVN?articleID=206901481' >Understanding precision comparator applications (Part 1 of 2)</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>External Article</cell></row><row><cell>20-Jun-2008</cell><cell>AN-1743</cell><cell><![CDATA[<div style='display:none'>LMH6552SDEVAL High Speed Differential Amplifier Evaluation Board</div><a href='/an/AN/AN-1743.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1743.pdf'); ">LMH6552SDEVAL High Speed Differential Amplifier Evaluation Board</a>]]></cell><cell><![CDATA[LMH6552]]></cell><cell>Differential, Op Amp, ADC Driver</cell><cell>App Note</cell></row><row><cell>05-Aug-1995</cell><cell>AN-637</cell><cell><![CDATA[<div style='display:none'>Realizing Trigonometric Functions with the Multifunction Converter LH0094</div><a href='/an/AN/AN-637.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-637.pdf'); ">Realizing Trigonometric Functions with the Multifunction Converter LH0094</a>]]></cell><cell><![CDATA[LH0094, LF411]]></cell><cell></cell><cell>App Note</cell></row><row><cell>08-Jul-2005</cell><cell>SPD-102</cell><cell><![CDATA[<div style='display:none'>Maximizing Signal-Path Performance (Precision Signal Path)</div><a href='/vcm/national3/en_US/resources/signal_path_designer/sp_designer102.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/sp_designer102.pdf'); ">Maximizing Signal-Path Performance (Precision Signal Path)</a>]]></cell><cell><![CDATA[ADC121S101, LMP2011]]></cell><cell>KSPS ADC, Op Amp, Sensor</cell><cell>Signal Path Designer</cell></row><row><cell>08-Feb-2007</cell><cell></cell><cell><![CDATA[<div style='display:none'>How Much Load Can Your Operational Amplifier Drive?</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=Y5STBDPWJIGY0QSNDLOSKH0CJUNN2JVN?articleID=197004528' >How Much Load Can Your Operational Amplifier Drive?</a>]]></cell><cell><![CDATA[LMH6642]]></cell><cell></cell><cell>External Article</cell></row><row><cell>01-Oct-2002</cell><cell>OA-07</cell><cell><![CDATA[<div style='display:none'>Current Feedback Op Amp Applications Circuit Guide</div><a href='/an/OA/OA-07.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-07.pdf'); ">Current Feedback Op Amp Applications Circuit Guide</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Circuits</cell><cell>App Note</cell></row><row><cell>07-Jul-2006</cell><cell>SPD-104</cell><cell><![CDATA[<div style='display:none'>Improving Machinery Vibration Analysis</div><a href='/vcm/national3/en_US/resources/signal_path_designer/national_sp_designer104.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/national_sp_designer104.pdf'); ">Improving Machinery Vibration Analysis</a>]]></cell><cell><![CDATA[ADC121S021, LMP7711, LM4140, LM7301, DAC081S101]]></cell><cell>Op Amp, KSPS ADC, Reference, Sensor</cell><cell>Signal Path Designer</cell></row><row><cell>04-Nov-1995</cell><cell>AB-24</cell><cell><![CDATA[<div style='display:none'>Bench Testing LM3900 and LM359 Input Parameters</div><a href='/an/AB/AB-24.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AB-24.pdf'); ">Bench Testing LM3900 and LM359 Input Parameters</a>]]></cell><cell><![CDATA[LM359]]></cell><cell>Specs</cell><cell>App Note</cell></row><row><cell>25-Sep-2008</cell><cell>AN-1852</cell><cell><![CDATA[<div style='display:none'>Designing With pH Electrodes</div><a href='/an/AN/AN-1852.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1852.pdf'); ">Designing With pH Electrodes</a>]]></cell><cell><![CDATA[LM35, LMP7721]]></cell><cell>Sensor</cell><cell>App Note</cell></row><row><cell>24-Sep-2002</cell><cell>AN-1240</cell><cell><![CDATA[<div style='display:none'>Video Transmission Over Twisted Pair Wire</div><a href='/an/AN/AN-1240.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1240.pdf'); ">Video Transmission Over Twisted Pair Wire</a>]]></cell><cell><![CDATA[LMH6643]]></cell><cell>Video</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>AN-1245</cell><cell><![CDATA[<div style='display:none'>Unlimited Capacitive Load Drive Op Amp Takes Guess Work Out of Design</div><a href='/an/AN/AN-1245.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1245.pdf'); ">Unlimited Capacitive Load Drive Op Amp Takes Guess Work Out of Design</a>]]></cell><cell><![CDATA[LM8272, LM8261]]></cell><cell>Op Amp, High Drive</cell><cell>App Note</cell></row><row><cell>05-Aug-1995</cell><cell>AN-804</cell><cell><![CDATA[<div style='display:none'>Improving A/D Converter Performance Using Dither</div><a href='/an/AN/AN-804.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-804.pdf'); ">Improving A/D Converter Performance Using Dither</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-295</cell><cell><![CDATA[<div style='display:none'>A High Performance Industrial Weighing System</div><a href='/an/AN/AN-295.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-295.pdf'); ">A High Performance Industrial Weighing System</a>]]></cell><cell><![CDATA[LM163, LM335, LF11509]]></cell><cell>Sensor</cell><cell>App Note</cell></row><row><cell>10-Dec-2008</cell><cell>AN-1932</cell><cell><![CDATA[<div style='display:none'>LMP2021MAEVAL - Bridge Sensor Instrumentation Amplifier Evaluation Board User Guide</div><a href='/an/AN/AN-1932.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1932.pdf'); ">LMP2021MAEVAL - Bridge Sensor Instrumentation Amplifier Evaluation Board User Guide</a>]]></cell><cell><![CDATA[LMP2021, ADC141S626, LM4120, LMP7741]]></cell><cell>Op Amp, Precision, Sensor</cell><cell>App Note</cell></row><row><cell>21-Jul-2010</cell><cell>AN-2064</cell><cell><![CDATA[<div style='display:none'>LMH2120 Evaluation Board - 40 dB Linear RMS Power Detector</div><a href='/an/AN/AN-2064.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-2064.pdf'); ">LMH2120 Evaluation Board - 40 dB Linear RMS Power Detector</a>]]></cell><cell><![CDATA[LMH2120]]></cell><cell>RF PA, Power Detection</cell><cell>App Note</cell></row><row><cell>03-Oct-2002</cell><cell>OA-22</cell><cell><![CDATA[<div style='display:none'>Pushing Low Quiescent Power Op Amps to Greater than 55dBM 2-Tone Intercept</div><a href='/an/OA/OA-22.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-22.pdf'); ">Pushing Low Quiescent Power Op Amps to Greater than 55dBM 2-Tone Intercept</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>19-Dec-2007</cell><cell>AN-1766</cell><cell><![CDATA[<div style='display:none'>Evaluation Board for the LMV221 Logarithmic Power Detector</div><a href='/an/AN/AN-1766.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1766.pdf'); ">Evaluation Board for the LMV221 Logarithmic Power Detector</a>]]></cell><cell><![CDATA[LMV221]]></cell><cell>RF PA, Power Detection</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>AN-301</cell><cell><![CDATA[<div style='display:none'>Signal Conditioning for Sophisticated Transducers</div><a href='/an/AN/AN-301.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-301.pdf'); ">Signal Conditioning for Sophisticated Transducers</a>]]></cell><cell><![CDATA[LF412, LM329, LF411, LF398, LF347, LM143, ADC0804]]></cell><cell>Sensor</cell><cell>App Note</cell></row><row><cell>04-Nov-1995</cell><cell>AN-480</cell><cell><![CDATA[<div style='display:none'>A 40 MHz Programmable Video Op Amp</div><a href='/an/AN/AN-480.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-480.pdf'); ">A 40 MHz Programmable Video Op Amp</a>]]></cell><cell><![CDATA[LF356, LM308, LM741]]></cell><cell>Video</cell><cell>App Note</cell></row><row><cell>20-Sep-2007</cell><cell>AN-1721</cell><cell><![CDATA[<div style='display:none'>High Speed ADCs with Interfacing, Driving and Clocking Schemes</div><a href='/an/AN/AN-1721.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1721.pdf'); ">High Speed ADCs with Interfacing, Driving and Clocking Schemes</a>]]></cell><cell><![CDATA[ADC14V155, LMK03000, LMK02000]]></cell><cell>MSPS ADC, VGA, ADC Driver, Differential</cell><cell>App Note</cell></row><row><cell>12-Sep-2007</cell><cell>AN-1684</cell><cell><![CDATA[<div style='display:none'>Saving Power in an AC-Coupled Amplifier Circuit</div><a href='/an/AN/AN-1684.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1684.pdf'); ">Saving Power in an AC-Coupled Amplifier Circuit</a>]]></cell><cell><![CDATA[LPV531, LMV981]]></cell><cell>Op Amp, RRIO, Circuits</cell><cell>App Note</cell></row><row><cell>23-Oct-2008</cell><cell>AN-1906</cell><cell><![CDATA[<div style='display:none'>LMH6518 Evaluation Board</div><a href='/an/AN/AN-1906.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1906.pdf'); ">LMH6518 Evaluation Board</a>]]></cell><cell><![CDATA[LMH6518]]></cell><cell>VGA, High Speed, ADC Driver</cell><cell>App Note</cell></row><row><cell>10-Feb-2006</cell><cell></cell><cell><![CDATA[<div style='display:none'>Use PSpice models to estimate amplifier noise</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=11EOU3JYDG4DYQSNDBECKH0CJUMEKJVN?articleID=179103362' >Use PSpice models to estimate amplifier noise</a>]]></cell><cell><![CDATA[LMV772, LMV771, LMV721]]></cell><cell></cell><cell>External Article</cell></row><row><cell>04-Oct-2004</cell><cell>AN-24</cell><cell><![CDATA[<div style='display:none'>A Simplified Test Set for Op Amp Characterization</div><a href='/an/AN/AN-24.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-24.pdf'); ">A Simplified Test Set for Op Amp Characterization</a>]]></cell><cell><![CDATA[LM709, LM101, LM100]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>08-May-2006</cell><cell>AN-1393</cell><cell><![CDATA[<div style='display:none'>Using High Speed Differential Amplifiers to Drive Analog to Digital Converters</div><a href='/an/AN/AN-1393.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1393.pdf'); ">Using High Speed Differential Amplifiers to Drive Analog to Digital Converters</a>]]></cell><cell><![CDATA[CLC5526, LMH6550, ADC12DL065]]></cell><cell>MSPS ADC, High Speed</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>OA-29</cell><cell><![CDATA[<div style='display:none'>Low-Sensitivity, Highpass Filter Design with Parasitic Compensation</div><a href='/an/OA/OA-29.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-29.pdf'); ">Low-Sensitivity, Highpass Filter Design with Parasitic Compensation</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Active Filter, Circuits</cell><cell>App Note</cell></row><row><cell>01-Dec-2009</cell><cell>AN-1942</cell><cell><![CDATA[<div style='display:none'>LMH6517 Evaluation Board</div><a href='/an/AN/AN-1942.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1942.pdf'); ">LMH6517 Evaluation Board</a>]]></cell><cell><![CDATA[LMH6517, ADC16DV160, LMK04031]]></cell><cell>VGA, ADC Driver, MSPS ADC</cell><cell>App Note</cell></row><row><cell>14-Dec-2007</cell><cell>AN-1761</cell><cell><![CDATA[<div style='display:none'>Evaluation Board for the LMH2100 Logarithmic Power Detector</div><a href='/an/AN/AN-1761.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1761.pdf'); ">Evaluation Board for the LMH2100 Logarithmic Power Detector</a>]]></cell><cell><![CDATA[LMH2100]]></cell><cell>RF PA, Power Detection</cell><cell>App Note</cell></row><row><cell>15-Oct-2002</cell><cell>OA-31</cell><cell><![CDATA[<div style='display:none'>Current Feedback Amplifiers</div><a href='/an/OA/OA-31.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-31.pdf'); ">Current Feedback Amplifiers</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>06-Mar-2003</cell><cell>AB-104</cell><cell><![CDATA[<div style='display:none'>Photo-Diode Current-To-Voltage Converters</div><a href='/vcm/national3/en_US/resources/app_briefs/AppBrief104.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AppBrief104.pdf'); ">Photo-Diode Current-To-Voltage Converters</a>]]></cell><cell><![CDATA[LMH6642]]></cell><cell>Sensor</cell><cell>Other</cell></row><row><cell>04-Oct-2004</cell><cell>AN-211</cell><cell><![CDATA[<div style='display:none'>New Op Amp Ideas</div><a href='/an/AN/AN-211.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-211.pdf'); ">New Op Amp Ideas</a>]]></cell><cell><![CDATA[LM108, LM10, LM134]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>30-Sep-2002</cell><cell>OA-13</cell><cell><![CDATA[<div style='display:none'>Current Feedback Loop Gain Analysis and Performance Enhancement</div><a href='/an/OA/OA-13.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-13.pdf'); ">Current Feedback Loop Gain Analysis and Performance Enhancement</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>11-Jul-2008</cell><cell>AN-1760</cell><cell><![CDATA[<div style='display:none'>EMIRR Evaluation Boards for LMV851/LMV852/LMV854</div><a href='/an/AN/AN-1760.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1760.pdf'); ">EMIRR Evaluation Boards for LMV851/LMV852/LMV854</a>]]></cell><cell><![CDATA[LMV851, LMV852, LMV854]]></cell><cell>Op Amp, Low Power</cell><cell>App Note</cell></row><row><cell>26-Jan-2007</cell><cell></cell><cell><![CDATA[<div style='display:none'>Back to the Basics: Using Current-Feedback Op Amps for High-speed Designs</div><a href='http://www.embedded.com/columns/technicalinsights/197000744?_requestid=328530' >Back to the Basics: Using Current-Feedback Op Amps for High-speed Designs</a>]]></cell><cell><![CDATA[LMH6738]]></cell><cell></cell><cell>External Article</cell></row><row><cell>01-Jan-2006</cell><cell></cell><cell><![CDATA[<div style='display:none'>High-Performance Analog Front Ends</div><a href='/vcm/national3/en_US/resources/technology_edge/AnalogEdge4_1.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AnalogEdge4_1.pdf'); ">High-Performance Analog Front Ends</a>]]></cell><cell><![CDATA[LMH6703]]></cell><cell>AFE, GSPS ADC, ADC Driver, Op Amp, High Speed</cell><cell>Technology Edge</cell></row><row><cell>11-Dec-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Techniques to enhance op amp signal integrity in low-level sensor applications (Part 2 of 4)</div><a href='http://www.planetanalog.com/features/showArticle.jhtml?articleID=212202246' >Techniques to enhance op amp signal integrity in low-level sensor applications (Part 2 of 4)</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>External Article</cell></row><row><cell>02-Oct-2002</cell><cell>LB-21</cell><cell><![CDATA[<div style='display:none'>Instrumentational Amplifiers</div><a href='/an/LB/LB-21.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-21.pdf'); ">Instrumentational Amplifiers</a>]]></cell><cell><![CDATA[LM113, LM108, LM318]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>10-Oct-2002</cell><cell>AN-307</cell><cell><![CDATA[<div style='display:none'>Introducing the MF10: A Versatile Monolithic Active Filter Building Block</div><a href='/an/AN/AN-307.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-307.pdf'); ">Introducing the MF10: A Versatile Monolithic Active Filter Building Block</a>]]></cell><cell><![CDATA[MF10, LM311]]></cell><cell>Active Filter</cell><cell>App Note</cell></row><row><cell>04-Nov-1995</cell><cell>AN-447</cell><cell><![CDATA[<div style='display:none'>Protection Schemes for BI-FET Amplifiers and Switches</div><a href='/an/AN/AN-447.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-447.pdf'); ">Protection Schemes for BI-FET Amplifiers and Switches</a>]]></cell><cell><![CDATA[LF411, LF412, LF441, LF442, LF444, LF351, LF353, LF355, LF356, LF357, TL082, TL081, LF347]]></cell><cell></cell><cell>App Note</cell></row><row><cell>06-Mar-2003</cell><cell>AB-122</cell><cell><![CDATA[<div style='display:none'>A Multi-Band GSM/GPRS Power Amplifier Controller</div><a href='/vcm/national3/en_US/resources/app_briefs/AppBrief122.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AppBrief122.pdf'); ">A Multi-Band GSM/GPRS Power Amplifier Controller</a>]]></cell><cell><![CDATA[LMV243]]></cell><cell>RF PA, Power Detection</cell><cell>Other</cell></row><row><cell>22-Aug-2007</cell><cell></cell><cell><![CDATA[<div style='display:none'>Measuring composite-video signal performance requires understanding differential gain and phase (Part 2 of 2)</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=NPDZVTNURSTZMQSNDLPSKHSCJUNN2JVN?articleID=201801808' >Measuring composite-video signal performance requires understanding differential gain and phase (Part 2 of 2)</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>External Article</cell></row><row><cell>14-Apr-2005</cell><cell>AN-1375</cell><cell><![CDATA[<div style='display:none'>Linear-In-dB RF Power Detector In W-CDMA User Equipment</div><a href='/an/AN/AN-1375.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1375.pdf'); ">Linear-In-dB RF Power Detector In W-CDMA User Equipment</a>]]></cell><cell><![CDATA[LMV228]]></cell><cell>RF PA</cell><cell>App Note</cell></row><row><cell>02-Aug-2007</cell><cell>SPD-108</cell><cell><![CDATA[<div style='display:none'>Low-Voltage Current Loop Transmitter</div><a href='/vcm/national3/en_US/resources/signal_path_designer/national_sp_designer108.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/national_sp_designer108.pdf'); ">Low-Voltage Current Loop Transmitter</a>]]></cell><cell><![CDATA[LMV951, LP2951, LM94022, LMP8270]]></cell><cell>Op Amp, Low Power, RRIO, Analog Temp Sensor, KSPS ADC</cell><cell>Signal Path Designer</cell></row><row><cell>04-Nov-1995</cell><cell>AN-32</cell><cell><![CDATA[<div style='display:none'>FET Circuit Applications</div><a href='/an/AN/AN-32.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-32.pdf'); ">FET Circuit Applications</a>]]></cell><cell><![CDATA[LM101, LM103]]></cell><cell>Transistor</cell><cell>App Note</cell></row><row><cell>09-Dec-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Techniques to enhance op amp signal integrity in low-level sensor applications (Part 1 of 4)</div><a href='http://www.planetanalog.com/features/showArticle.jhtml?articleID=212202238' >Techniques to enhance op amp signal integrity in low-level sensor applications (Part 1 of 4)</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>External Article</cell></row><row><cell>04-Oct-2004</cell><cell>AN-1013</cell><cell><![CDATA[<div style='display:none'>Video Amplifier Design for Computer Monitors</div><a href='/an/AN/AN-1013.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1013.pdf'); ">Video Amplifier Design for Computer Monitors</a>]]></cell><cell><![CDATA[]]></cell><cell>Video, CRT, EMI</cell><cell>App Note</cell></row><row><cell>19-Nov-2008</cell><cell>AN-1255</cell><cell><![CDATA[<div style='display:none'>An OrCAD PSPICE Library for the VIP10 High-Speed Op Amp</div><a href='/an/AN/AN-1255.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1255.pdf'); ">An OrCAD PSPICE Library for the VIP10 High-Speed Op Amp</a>]]></cell><cell><![CDATA[LMH6672, LMH6643]]></cell><cell>Op Amp, High Speed, SPICE</cell><cell>App Note</cell></row><row><cell>26-Feb-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>Powering The Signal Path: Using an integrated flyback IC along with post filtering will deliver a high-performance split-rail supply</div><a href='http://electronicdesign.com/article/power/powering-the-signal-path20663.aspx' >Powering The Signal Path: Using an integrated flyback IC along with post filtering will deliver a high-performance split-rail supply</a>]]></cell><cell><![CDATA[LM2611, LM5001, LM5000, LM431, LMV431]]></cell><cell>Split Rail, Switcher, Buck, Boost, Flyback, Power Supply Design</cell><cell>External Article</cell></row><row><cell>02-Oct-2002</cell><cell>AN-41</cell><cell><![CDATA[<div style='display:none'>Precision IC Comparator Runs from +5V Logic Supply</div><a href='/an/AN/AN-41.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-41.pdf'); ">Precision IC Comparator Runs from +5V Logic Supply</a>]]></cell><cell><![CDATA[LM111, LM108, LM710, LM106]]></cell><cell></cell><cell>App Note</cell></row><row><cell>14-Apr-2005</cell><cell>AN-1374</cell><cell><![CDATA[<div style='display:none'>Use of LMV225 Linear-In-dB RF Power Detector In CDMA2000 1X and EV_DO Mobile Station and Access Terminal</div><a href='/an/AN/AN-1374.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1374.pdf'); ">Use of LMV225 Linear-In-dB RF Power Detector In CDMA2000 1X and EV_DO Mobile Station and Access Terminal</a>]]></cell><cell><![CDATA[LMV225]]></cell><cell>RF PA</cell><cell>App Note</cell></row><row><cell>01-Oct-2002</cell><cell>AN-4</cell><cell><![CDATA[<div style='display:none'>Monolithic Op Amp-The Universal Linear Component</div><a href='/an/AN/AN-4.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-4.pdf'); ">Monolithic Op Amp-The Universal Linear Component</a>]]></cell><cell><![CDATA[LM101, LM102, LM103]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>15-Sep-2008</cell><cell>AN-1485</cell><cell><![CDATA[<div style='display:none'>The Effect of Heavy Loads on the Accuracy and Linearity of Operational Amplifier Circuits (or, "What's All this Output Impedance Stuff, Anyhow?")</div><a href='/an/AN/AN-1485.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1485.pdf'); ">The Effect of Heavy Loads on the Accuracy and Linearity of Operational Amplifier Circuits (or, "What's All this Output Impedance Stuff, Anyhow?")</a>]]></cell><cell><![CDATA[LM10, LM301, LM318, LM324, LM358, LM741, LM8262, LM833, LM1458, LM6142, LMC660, LMC662, LMC6022, LMC6042, LMC6062, LMC6482, LMC6492, LMP2012, LF411, LF356, LF412, LF442, LME49720, LMV751, LMV771, LMV932]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>19-Jun-2008</cell><cell>AN-1873</cell><cell><![CDATA[<div style='display:none'>Op Amp DC Parameters</div><a href='/an/AN/AN-1873.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1873.pdf'); ">Op Amp DC Parameters</a>]]></cell><cell><![CDATA[LMP7731]]></cell><cell>Op Amp, Specs</cell><cell>App Note</cell></row><row><cell>24-Sep-2007</cell><cell></cell><cell><![CDATA[<div style='display:none'>Use in-the-loop gain control to extend dynamic range</div><a href='http://www.rfdesignline.com/howto/showArticle.jhtml;jsessionid=F2ENNKUATIT02QSNDLOSKH0CJUNN2JVN?articleID=201804863' >Use in-the-loop gain control to extend dynamic range</a>]]></cell><cell><![CDATA[ADC14155, LMH6515, LMH6555, LP2989]]></cell><cell></cell><cell>External Article</cell></row><row><cell>13-Sep-2007</cell><cell>SPD-111</cell><cell><![CDATA[<div style='display:none'>Selecting Amplifiers, ADCs, and Clocks for High-Performance Signal Paths</div><a href='/vcm/national3/en_US/resources/signal_path_designer/national_sp_designer111.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/national_sp_designer111.pdf'); ">Selecting Amplifiers, ADCs, and Clocks for High-Performance Signal Paths</a>]]></cell><cell><![CDATA[LMH6552, ADC12DL080, LMH6515, ADC14DS105, LMK02000, ADC14155, LMK03001]]></cell><cell>MSPS ADC, Jitter Cleaner, Op Amp, VGA, High Speed</cell><cell>Signal Path Designer</cell></row><row><cell>02-Oct-2002</cell><cell>LB-42</cell><cell><![CDATA[<div style='display:none'>Get Fast Stable Response From Improved Unity-Gain Followers</div><a href='/an/LB/LB-42.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-42.pdf'); ">Get Fast Stable Response From Improved Unity-Gain Followers</a>]]></cell><cell><![CDATA[LM348, LM101, LM741, LF356]]></cell><cell>Op Amp, Circuits</cell><cell>App Note</cell></row><row><cell>04-Nov-1995</cell><cell>AN-446</cell><cell><![CDATA[<div style='display:none'>A 150W IC Op Amp Simplifies Design of Power Circuits</div><a href='/an/AN/AN-446.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-446.pdf'); ">A 150W IC Op Amp Simplifies Design of Power Circuits</a>]]></cell><cell><![CDATA[LM12, LM318]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>04-Nov-1995</cell><cell>AN-402</cell><cell><![CDATA[<div style='display:none'>LM2889 RF Modulator</div><a href='/an/AN/AN-402.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-402.pdf'); ">LM2889 RF Modulator</a>]]></cell><cell><![CDATA[LM2889, LM1889, LM1886]]></cell><cell></cell><cell>App Note</cell></row><row><cell>24-Jul-2007</cell><cell>AN-1612</cell><cell><![CDATA[<div style='display:none'>551012876 Universal Op Amp Evaluation Boards (SOP and MSOP)</div><a href='/an/AN/AN-1612.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1612.pdf'); ">551012876 Universal Op Amp Evaluation Boards (SOP and MSOP)</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>07-Oct-2002</cell><cell>LB-19</cell><cell><![CDATA[<div style='display:none'>Predicting Op Amp Slew Rate Limited Response</div><a href='/an/LB/LB-19.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-19.pdf'); ">Predicting Op Amp Slew Rate Limited Response</a>]]></cell><cell><![CDATA[LM101, LM108, LM118, LM741]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>19-Sep-2007</cell><cell>AN-1604</cell><cell><![CDATA[<div style='display:none'>Decompensated Operational Amplifiers</div><a href='/an/AN/AN-1604.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1604.pdf'); ">Decompensated Operational Amplifiers</a>]]></cell><cell><![CDATA[LMH6624]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>11-Sep-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Interface High-Performance Op Amps With ADCs</div><a href='http://electronicdesign.com/Articles/Index.cfm?AD=1&ArticleID=19646&bypass=1' >Interface High-Performance Op Amps With ADCs</a>]]></cell><cell><![CDATA[LMH6611, LMH6618, ADC121S101, LMH6612, LMH6619, ADC121S625, ADC121S705]]></cell><cell></cell><cell>External Article</cell></row><row><cell>21-May-2008</cell><cell>AN-1671</cell><cell><![CDATA[<div style='display:none'>Gain and Linearity Testing for Precision Operational Amplifiers</div><a href='/an/AN/AN-1671.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1671.pdf'); ">Gain and Linearity Testing for Precision Operational Amplifiers</a>]]></cell><cell><![CDATA[LM4562, LME49710, LME49740]]></cell><cell>Op Amp, Specs</cell><cell>App Note</cell></row><row><cell>05-Aug-1995</cell><cell>AN-779</cell><cell><![CDATA[<div style='display:none'>A Basic Introduction to Filters - Active, Passive and Switched-Capacitor</div><a href='/an/AN/AN-779.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-779.pdf'); ">A Basic Introduction to Filters - Active, Passive and Switched-Capacitor</a>]]></cell><cell><![CDATA[LMF100, MF10, LM833]]></cell><cell>Active Filter</cell><cell>App Note</cell></row><row><cell>12-Feb-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Compensation techniques for driving large-capacitance loads with high-speed amplifiers</div><a href='http://www.planetanalog.com/features/showArticle.jhtml?articleID=206501946' >Compensation techniques for driving large-capacitance loads with high-speed amplifiers</a>]]></cell><cell><![CDATA[LMH6611, LMH6601]]></cell><cell></cell><cell>External Article</cell></row><row><cell>24-Jul-2006</cell><cell>AN-1447</cell><cell><![CDATA[<div style='display:none'>Improving PSRR and CMRR in Fully Differential Amplifiers</div><a href='/an/AN/AN-1447.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1447.pdf'); ">Improving PSRR and CMRR in Fully Differential Amplifiers</a>]]></cell><cell><![CDATA[]]></cell><cell>Differential, High Speed, PSRR, CMRR</cell><cell>App Note</cell></row><row><cell>12-Jun-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Thermopiles Raise Heat on Gas Detection</div><a href='http://www.epdonthenet.net/article.aspx?ArticleID=16588' >Thermopiles Raise Heat on Gas Detection</a>]]></cell><cell><![CDATA[LMP2016, ADC122S021, LMP2015, LM2736]]></cell><cell></cell><cell>External Article</cell></row><row><cell>06-Mar-2003</cell><cell>AB-108</cell><cell><![CDATA[<div style='display:none'>Unlimited Capacitive Load Drive Op Amp Takes Guesswork Out Of Design</div><a href='/vcm/national3/en_US/resources/app_briefs/AppBrief108.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AppBrief108.pdf'); ">Unlimited Capacitive Load Drive Op Amp Takes Guesswork Out Of Design</a>]]></cell><cell><![CDATA[LM8272, LM8261]]></cell><cell>Op Amp, High Drive, RRIO</cell><cell>Other</cell></row><row><cell>03-Feb-2005</cell><cell>OA-26</cell><cell><![CDATA[<div style='display:none'>Designing Active High Speed Filters</div><a href='/an/OA/OA-26.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-26.pdf'); ">Designing Active High Speed Filters</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Active Filter, Circuits</cell><cell>App Note</cell></row><row><cell>04-Nov-1995</cell><cell>AN-861</cell><cell><![CDATA[<div style='display:none'>Guide to CRT Video Design</div><a href='/an/AN/AN-861.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-861.pdf'); ">Guide to CRT Video Design</a>]]></cell><cell><![CDATA[]]></cell><cell>Video, CRT</cell><cell>App Note</cell></row><row><cell>17-Sep-2002</cell><cell>AN-1244</cell><cell><![CDATA[<div style='display:none'>Photo-Diode Current-to-Voltage Converters</div><a href='/an/AN/AN-1244.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1244.pdf'); ">Photo-Diode Current-to-Voltage Converters</a>]]></cell><cell><![CDATA[LMH6642]]></cell><cell>Sensor</cell><cell>App Note</cell></row><row><cell>30-Mar-2005</cell><cell>SPD-101</cell><cell><![CDATA[<div style='display:none'>A Walk Along the Signal Path</div><a href='/vcm/national3/en_US/resources/signal_path_designer/sp_designer101.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/sp_designer101.pdf'); ">A Walk Along the Signal Path</a>]]></cell><cell><![CDATA[ADC12DL065, LMH6550]]></cell><cell>MSPS ADC, Differential, High Speed, Op Amp</cell><cell>Signal Path Designer</cell></row><row><cell>26-Mar-2008</cell><cell>AN-1817</cell><cell><![CDATA[<div style='display:none'>LMV225/LMV228 LLP Evaluation Board</div><a href='/an/AN/AN-1817.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1817.pdf'); ">LMV225/LMV228 LLP Evaluation Board</a>]]></cell><cell><![CDATA[LMV225, LMV228]]></cell><cell>RF PA, Power Detection</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>LB-52</cell><cell><![CDATA[<div style='display:none'>A Low-Noise Precision Op Amp</div><a href='/an/LB/LB-52.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-52.pdf'); ">A Low-Noise Precision Op Amp</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Precision</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-278</cell><cell><![CDATA[<div style='display:none'>Designing with a New Super Fast Dual Norton Amplifier</div><a href='/an/AN/AN-278.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-278.pdf'); ">Designing with a New Super Fast Dual Norton Amplifier</a>]]></cell><cell><![CDATA[LM3900, LM359]]></cell><cell>High Speed</cell><cell>App Note</cell></row><row><cell>01-Oct-2002</cell><cell>OA-14</cell><cell><![CDATA[<div style='display:none'>Improving Amplifier Noise for High 3rd Intercept Amplifiers</div><a href='/an/OA/OA-14.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-14.pdf'); ">Improving Amplifier Noise for High 3rd Intercept Amplifiers</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>24-Jun-2008</cell><cell>AN-1836</cell><cell><![CDATA[<div style='display:none'>LMH1251 Evaluation Board Users Guide v2.0</div><a href='/an/AN/AN-1836.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1836.pdf'); ">LMH1251 Evaluation Board Users Guide v2.0</a>]]></cell><cell><![CDATA[LMH1251, LMH6739]]></cell><cell>Video, Clock</cell><cell>App Note</cell></row><row><cell>01-Oct-2002</cell><cell>OA-19</cell><cell><![CDATA[<div style='display:none'>Wideband Op Amp Capable of µPower Operation</div><a href='/an/OA/OA-19.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-19.pdf'); ">Wideband Op Amp Capable of µPower Operation</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>LB-32</cell><cell><![CDATA[<div style='display:none'>Microvolt Comparator</div><a href='/an/LB/LB-32.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-32.pdf'); ">Microvolt Comparator</a>]]></cell><cell><![CDATA[LM111, LM321]]></cell><cell>Comparator</cell><cell>App Note</cell></row><row><cell>01-Aug-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>EMI Susceptibility in Analog Circuits</div><a href='http://www.en-genius.net/site/zones/wirelessZONE/technical_notes/hft_080408' >EMI Susceptibility in Analog Circuits</a>]]></cell><cell><![CDATA[LMC7101, LMC6681, LMV851, LMC7111, LMP7731, LMV796, LMV831]]></cell><cell></cell><cell>External Article</cell></row><row><cell>04-Oct-2004</cell><cell>AN-298</cell><cell><![CDATA[<div style='display:none'>Isolation Techniques For Signal Conditioning</div><a href='/an/AN/AN-298.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-298.pdf'); ">Isolation Techniques For Signal Conditioning</a>]]></cell><cell><![CDATA[LM135, LM311, LM329, LM340, LM335, LM336, LM358, LM10, LM11, LF398]]></cell><cell></cell><cell>App Note</cell></row><row><cell>24-Feb-2010</cell><cell></cell><cell><![CDATA[<div style='display:none'>Driving High-Speed ADCs in Wideband Applications</div><a href='http://www.highfrequencyelectronics.com/Feb2010/HFE0210_OE.pdf#page=32' >Driving High-Speed ADCs in Wideband Applications</a>]]></cell><cell><![CDATA[LMH6554]]></cell><cell></cell><cell>External Article</cell></row><row><cell>03-Oct-2002</cell><cell>OA-21</cell><cell><![CDATA[<div style='display:none'>Component Pre-distortion for Sallen Key Filters</div><a href='/an/OA/OA-21.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-21.pdf'); ">Component Pre-distortion for Sallen Key Filters</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>02-May-2004</cell><cell>AN-286</cell><cell><![CDATA[<div style='display:none'>Applications of the LM392 Comparator Op Amp IC</div><a href='/an/AN/AN-286.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-286.pdf'); ">Applications of the LM392 Comparator Op Amp IC</a>]]></cell><cell><![CDATA[LM339, LM392, LM3045, LM335, LM103]]></cell><cell>Comparator</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>AN-311</cell><cell><![CDATA[<div style='display:none'>Theory and Applications of Logarithmic Amplifiers</div><a href='/an/AN/AN-311.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-311.pdf'); ">Theory and Applications of Logarithmic Amplifiers</a>]]></cell><cell><![CDATA[LM331, LF356]]></cell><cell></cell><cell>App Note</cell></row><row><cell>31-Mar-2005</cell><cell></cell><cell><![CDATA[<div style='display:none'>Basics of Design: Take The Right Steps To Achieve Accurate Measurements</div><a href='/vcm/national3/en_US/resources/external_article/basics_currentsensing.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/basics_currentsensing.pdf'); ">Basics of Design: Take The Right Steps To Achieve Accurate Measurements</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>External Article</cell></row><row><cell>21-Aug-2007</cell><cell></cell><cell><![CDATA[<div style='display:none'>Measuring composite-video signal performance requires understanding differential gain and phase (Part 1 of 2)</div><a href='http://www.planetanalog.com/showArticle.jhtml?articleID=201801440' >Measuring composite-video signal performance requires understanding differential gain and phase (Part 1 of 2)</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>External Article</cell></row><row><cell>01-Oct-2006</cell><cell></cell><cell><![CDATA[<div style='display:none'>Trends in video ICs</div><a href='http://www.electronicproducts.com/ShowPage1.asp?SECTION=3130&PRIMID=13013&FileName=national%2Eoct2006%2Ehtml&Manufact=National+Semiconductor&ReturnLink=%2FSearch1%2Easp%3FManufacturer%3D%26Keyword%3DTushar%2BPatel%26Slot%3D0%26StartNum%3D1%26stype%3D%26year%3D10&MonthYear=Oct+2006' >Trends in video ICs</a>]]></cell><cell><![CDATA[LMH1981]]></cell><cell></cell><cell>External Article</cell></row><row><cell>04-Oct-2004</cell><cell>AN-242</cell><cell><![CDATA[<div style='display:none'>Applying a New Precision Op Amp</div><a href='/an/AN/AN-242.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-242.pdf'); ">Applying a New Precision Op Amp</a>]]></cell><cell><![CDATA[LM11, LM334, LM118, LM10]]></cell><cell>Op Amp, Precision</cell><cell>App Note</cell></row><row><cell>06-Feb-2009</cell><cell>AN-1940</cell><cell><![CDATA[<div style='display:none'>LMP8601 Evaluation Board User's Manual</div><a href='/an/AN/AN-1940.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1940.pdf'); ">LMP8601 Evaluation Board User's Manual</a>]]></cell><cell><![CDATA[LMP8601]]></cell><cell>Op Amp, Current Sense, High Voltage</cell><cell>App Note</cell></row><row><cell>18-Mar-2008</cell><cell>AN-1799</cell><cell><![CDATA[<div style='display:none'>LMV112 40 MHz Dual Clock Buffer Evaluation Board</div><a href='/an/AN/AN-1799.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1799.pdf'); ">LMV112 40 MHz Dual Clock Buffer Evaluation Board</a>]]></cell><cell><![CDATA[LMV112]]></cell><cell>Clock, Buffer</cell><cell>App Note</cell></row><row><cell>21-Mar-2007</cell><cell></cell><cell><![CDATA[<div style='display:none'>Buck Converters Provide a Battery Charger and System Power</div><a href='/vcm/national3/en_US/resources/app_notes/power/f6.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/f6.pdf'); ">Buck Converters Provide a Battery Charger and System Power</a>]]></cell><cell><![CDATA[LM2576, LM2596, LM2574, LM2594, LMC7101, LMC6482, COP8ACC]]></cell><cell>Battery Charger, SIMPLE SWITCHER, Buck</cell><cell>Conference Paper</cell></row><row><cell>01-Oct-2002</cell><cell>LB-26</cell><cell><![CDATA[<div style='display:none'>Specifying Selected Op Amps and Comparators</div><a href='/an/LB/LB-26.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-26.pdf'); ">Specifying Selected Op Amps and Comparators</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Comparator</cell><cell>App Note</cell></row><row><cell>01-May-1998</cell><cell>AN-446B</cell><cell><![CDATA[<div style='display:none'>A Monolithic Power Op Amp</div><a href='/an/AN/AN-446B.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-446B.pdf'); ">A Monolithic Power Op Amp</a>]]></cell><cell><![CDATA[LM12]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>03-Oct-2002</cell><cell>AN-840</cell><cell><![CDATA[<div style='display:none'>Development of an Extensive SPICE Macromodel for 'Current-Feedback' Amplifiers</div><a href='http://www.national.com/an/AN/AN-840.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-840.pdf'); ">Development of an Extensive SPICE Macromodel for 'Current-Feedback' Amplifiers</a>]]></cell><cell><![CDATA[LM6181]]></cell><cell>Current Feedback</cell><cell>App Note</cell></row><row><cell>13-Aug-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>Build a bidirectional, single-wire, line-powered transceiver using just a few basic parts</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=PY2AKHW44D2D1QE1GHRSKH4ATMY32JVN?articleID=219100310' >Build a bidirectional, single-wire, line-powered transceiver using just a few basic parts</a>]]></cell><cell><![CDATA[LMP7300]]></cell><cell></cell><cell>External Article</cell></row><row><cell>05-Aug-1995</cell><cell>AN-884</cell><cell><![CDATA[<div style='display:none'>Integrated LNA and Mixer Basics</div><a href='/an/AN/AN-884.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-884.pdf'); ">Integrated LNA and Mixer Basics</a>]]></cell><cell><![CDATA[]]></cell><cell>LNA, Mixer, RF, LMX</cell><cell>App Note</cell></row><row><cell>04-Nov-1995</cell><cell>AN-A</cell><cell><![CDATA[<div style='display:none'>The Monolithic Operational Amplifier: A Tutorial Study</div><a href='/an/AN/AN-A.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-A.pdf'); ">The Monolithic Operational Amplifier: A Tutorial Study</a>]]></cell><cell><![CDATA[LM101, LM118, LM107]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>18-Sep-2007</cell><cell>AN-1719</cell><cell><![CDATA[<div style='display:none'>Noise Figure Analysis Fully Differential Amplifier</div><a href='/an/AN/AN-1719.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1719.pdf'); ">Noise Figure Analysis Fully Differential Amplifier</a>]]></cell><cell><![CDATA[LMH6550, LMH6551, LMH6552, ADC14DS105]]></cell><cell>Differential, Op Amp, Specs</cell><cell>App Note</cell></row><row><cell>14-Nov-2007</cell><cell>AN-1718</cell><cell><![CDATA[<div style='display:none'>Differential Amplifier Applications Up to 400 MHz</div><a href='/an/AN/AN-1718.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1718.pdf'); ">Differential Amplifier Applications Up to 400 MHz</a>]]></cell><cell><![CDATA[LMH6515, ADC14155]]></cell><cell>VGA, Differential, ADC Driver, MSPS ADC</cell><cell>App Note</cell></row><row><cell>29-Oct-1999</cell><cell>OA-23</cell><cell><![CDATA[<div style='display:none'>CLC522 Advanced Operating Considerations and Military Specifications</div><a href='/an/OA/OA-23.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-23.pdf'); ">CLC522 Advanced Operating Considerations and Military Specifications</a>]]></cell><cell><![CDATA[]]></cell><cell>VGA</cell><cell>App Note</cell></row><row><cell>26-May-2009</cell><cell>AN-263</cell><cell><![CDATA[<div style='display:none'>Sine Wave Generation Techniques</div><a href='/an/AN/AN-263.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-263.pdf'); ">Sine Wave Generation Techniques</a>]]></cell><cell><![CDATA[LM386, LM313, LM3900, LH0002, LF347, LM329, DAC1280, LM394, LF353, LM311, LF356, LF357, LM3045, LF155, LF351, DAC1287]]></cell><cell></cell><cell>App Note</cell></row><row><cell>15-Sep-1993</cell><cell>OA-11</cell><cell><![CDATA[<div style='display:none'>A Tutorial on Applying Op Amps to RF Applications</div><a href='/an/OA/OA-11.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-11.pdf'); ">A Tutorial on Applying Op Amps to RF Applications</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, RF, Circuits</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>OA-24</cell><cell><![CDATA[<div style='display:none'>Measuring and Improving Differential Gain and Differential Phase for Video</div><a href='/an/OA/OA-24.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-24.pdf'); ">Measuring and Improving Differential Gain and Differential Phase for Video</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, High Speed</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>LB-23</cell><cell><![CDATA[<div style='display:none'>Precise Tri-Wave Generation</div><a href='/an/LB/LB-23.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-23.pdf'); ">Precise Tri-Wave Generation</a>]]></cell><cell><![CDATA[LM118, LM119]]></cell><cell>Op Amp, Circuits</cell><cell>App Note</cell></row><row><cell>01-Apr-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>Noise in Chopper-Stabilized Amplifier Applications</div><a href='http://www2.electronicproducts.com/Noise_in_chopper-stabilized_amplifier_applications-article-facn_national_apr2009-html.aspx' >Noise in Chopper-Stabilized Amplifier Applications</a>]]></cell><cell><![CDATA[LMP2021, LMP7701]]></cell><cell></cell><cell>External Article</cell></row><row><cell>14-Jul-2006</cell><cell></cell><cell><![CDATA[<div style='display:none'>Gain error affects op amp choices</div><a href='http://www.planetanalog.com/features/analog/showArticle.jhtml?articleID=190400337' >Gain error affects op amp choices</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>External Article</cell></row><row><cell>04-Oct-2004</cell><cell>AN-261</cell><cell><![CDATA[<div style='display:none'>Low Distortion Wideband Power Op Amp</div><a href='/an/AN/AN-261.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-261.pdf'); ">Low Distortion Wideband Power Op Amp</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, High Drive</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-1138</cell><cell><![CDATA[<div style='display:none'>CLC5506 Evaluation Board</div><a href='/an/AN/AN-1138.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1138.pdf'); ">CLC5506 Evaluation Board</a>]]></cell><cell><![CDATA[]]></cell><cell>GTA</cell><cell>App Note</cell></row><row><cell>01-Jun-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>Filter Component Considerations in Precision Signal-Conversion Applications</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=LUJ03H1M1YW0KQSNDLPCKH0CJUNN2JVN?articleID=217700736' >Filter Component Considerations in Precision Signal-Conversion Applications</a>]]></cell><cell><![CDATA[]]></cell><cell></cell><cell>External Article</cell></row><row><cell>21-Aug-2008</cell><cell>AN-1863</cell><cell><![CDATA[<div style='display:none'>LMH2180 Evaluation Board in micro SMD</div><a href='/an/AN/AN-1863.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1863.pdf'); ">LMH2180 Evaluation Board in micro SMD</a>]]></cell><cell><![CDATA[LMH2180]]></cell><cell>Clock, Buffer</cell><cell>App Note</cell></row><row><cell>29-Apr-2009</cell><cell>AN-1923</cell><cell><![CDATA[<div style='display:none'>Current Sense Demo Board (SOIC) User's Guide</div><a href='/an/AN/AN-1923.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1923.pdf'); ">Current Sense Demo Board (SOIC) User's Guide</a>]]></cell><cell><![CDATA[LMP8602, LMP8277, LMP8278, LMP8601, LMP8603, LMV762, LM5101]]></cell><cell>Op Amp, Precision, Sensor</cell><cell>App Note</cell></row><row><cell>08-Mar-2010</cell><cell></cell><cell><![CDATA[<div style='display:none'>Sensor Signal Conditioning Need Not be Difficult (Part 1 of 2)</div><a href='http://www.embedded.com/design/220700165' >Sensor Signal Conditioning Need Not be Difficult (Part 1 of 2)</a>]]></cell><cell><![CDATA[LM2787]]></cell><cell>Sensor, kSPS ADC</cell><cell>External Article</cell></row><row><cell>17-Sep-2002</cell><cell>OA-27</cell><cell><![CDATA[<div style='display:none'>Low-Sensitivity, Lowpass Filter Design</div><a href='/an/OA/OA-27.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-27.pdf'); ">Low-Sensitivity, Lowpass Filter Design</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Active Filter, Circuits</cell><cell>App Note</cell></row><row><cell>19-Feb-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>Board Layout Guidelines and the Mistake of Single-Point Grounding</div><a href='http://www.edn.com/blog/1700000170/post/1110040911.html' >Board Layout Guidelines and the Mistake of Single-Point Grounding</a>]]></cell><cell><![CDATA[LMV831, LMV832, LMV834]]></cell><cell></cell><cell>External Article</cell></row><row><cell>01-Oct-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>A new set of Sallen-Key filter equations</div><a href='http://www.edn.com/article/CA6698688.html' >A new set of Sallen-Key filter equations</a>]]></cell><cell><![CDATA[LMH6645]]></cell><cell></cell><cell>External Article</cell></row><row><cell>02-Oct-2002</cell><cell>LB-44</cell><cell><![CDATA[<div style='display:none'>Get More Power Out of Dual or Quad Op-Amps</div><a href='/an/LB/LB-44.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-44.pdf'); ">Get More Power Out of Dual or Quad Op-Amps</a>]]></cell><cell><![CDATA[LF353, LM324, LF347]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>02-May-2004</cell><cell>AN-127</cell><cell><![CDATA[<div style='display:none'>LM143 Monolithic High Voltage Operational Amplifier Applications</div><a href='/an/AN/AN-127.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-127.pdf'); ">LM143 Monolithic High Voltage Operational Amplifier Applications</a>]]></cell><cell><![CDATA[LM143, LM741, LM108, LM340, LM120]]></cell><cell>Op Amp, High Voltage</cell><cell>App Note</cell></row><row><cell>15-Jan-2010</cell><cell>AN-1698</cell><cell><![CDATA[<div style='display:none'>A Specification for EMI Hardened Operational Amplifiers</div><a href='/an/AN/AN-1698.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1698.pdf'); ">A Specification for EMI Hardened Operational Amplifiers</a>]]></cell><cell><![CDATA[LMV851, LMV852, LMV854]]></cell><cell>Op Amp, EMI. RF</cell><cell>App Note</cell></row><row><cell>30-Sep-2002</cell><cell>OA-12</cell><cell><![CDATA[<div style='display:none'>Noise Analysis for Comlinear Amplifiers</div><a href='/an/OA/OA-12.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-12.pdf'); ">Noise Analysis for Comlinear Amplifiers</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, High Speed</cell><cell>App Note</cell></row><row><cell>03-Oct-2002</cell><cell>OA-18</cell><cell><![CDATA[<div style='display:none'>Simulation SPICE Models for Comlinear's Op Amps</div><a href='/an/OA/OA-18.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-18.pdf'); ">Simulation SPICE Models for Comlinear's Op Amps</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, SPICE</cell><cell>App Note</cell></row><row><cell>30-Sep-2002</cell><cell>OA-20</cell><cell><![CDATA[<div style='display:none'>Current-Feedback Myths Debunked</div><a href='/an/OA/OA-20.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-20.pdf'); ">Current-Feedback Myths Debunked</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>21-Jul-2010</cell><cell>AN-2028</cell><cell><![CDATA[<div style='display:none'>Evaluation Board for the LMH2191 Dual Channel 52 MHz Clock Tree Driver</div><a href='/an/AN/AN-2028.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-2028.pdf'); ">Evaluation Board for the LMH2191 Dual Channel 52 MHz Clock Tree Driver</a>]]></cell><cell><![CDATA[LMH2191]]></cell><cell>Clock, Buffer</cell><cell>App Note</cell></row><row><cell>25-Apr-2008</cell><cell>AN-1805</cell><cell><![CDATA[<div style='display:none'>LMV243 Single-Channel, Quad-Band GSM Power Controller Evaluation Board</div><a href='/an/AN/AN-1805.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1805.pdf'); ">LMV243 Single-Channel, Quad-Band GSM Power Controller Evaluation Board</a>]]></cell><cell><![CDATA[LMV243]]></cell><cell>RF PA, Power Detection</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-265</cell><cell><![CDATA[<div style='display:none'>An Electronic Watt-Watt-Hour Meter</div><a href='/an/AN/AN-265.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-265.pdf'); ">An Electronic Watt-Watt-Hour Meter</a>]]></cell><cell><![CDATA[LM394, LM331]]></cell><cell>Sensor</cell><cell>App Note</cell></row><row><cell>11-Oct-2007</cell><cell></cell><cell><![CDATA[<div style='display:none'>Using a strain-gauge transducer in a Wheatstone-bridge configuration</div><a href='http://www.planetanalog.com/showArticle.jhtml?articleID=202401532' >Using a strain-gauge transducer in a Wheatstone-bridge configuration</a>]]></cell><cell><![CDATA[LMP2011, LM340, LM2734]]></cell><cell></cell><cell>External Article</cell></row><row><cell>02-Oct-2002</cell><cell>AN-31</cell><cell><![CDATA[<div style='display:none'>Op Amp Circuit Collection</div><a href='/an/AN/AN-31.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-31.pdf'); ">Op Amp Circuit Collection</a>]]></cell><cell><![CDATA[LM394, LM101]]></cell><cell>Op Amp, Circuits</cell><cell>App Note</cell></row><row><cell>08-Mar-2010</cell><cell></cell><cell><![CDATA[<div style='display:none'>Sensor Signal Conditioning Need Not be Difficult (Part 2 of 2)</div><a href='http://www.analog-europe.com/en/sensor_signal_conditioning_need_not_be_difficult_-part_2_of_2-?cmp_id=7&news_id=221100045' >Sensor Signal Conditioning Need Not be Difficult (Part 2 of 2)</a>]]></cell><cell><![CDATA[]]></cell><cell>Sensor, kSPS ADC</cell><cell>External Article</cell></row><row><cell>18-Sep-2002</cell><cell>OA-25</cell><cell><![CDATA[<div style='display:none'>Stability Analysis of Current Feedback Amplifiers</div><a href='/an/OA/OA-25.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-25.pdf'); ">Stability Analysis of Current Feedback Amplifiers</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>05-Aug-1995</cell><cell>AN-775</cell><cell><![CDATA[<div style='display:none'>Specifications and Architectures of Sample-and-Hold Amplifiers</div><a href='/an/AN/AN-775.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-775.pdf'); ">Specifications and Architectures of Sample-and-Hold Amplifiers</a>]]></cell><cell><![CDATA[LF398]]></cell><cell></cell><cell>App Note</cell></row><row><cell>20-Oct-2006</cell><cell>AN-1534</cell><cell><![CDATA[<div style='display:none'>Demo Board LMH7220 High Speed LVDS Comparator</div><a href='/an/AN/AN-1534.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1534.pdf'); ">Demo Board LMH7220 High Speed LVDS Comparator</a>]]></cell><cell><![CDATA[LMH7220]]></cell><cell>Comparator, LVDS</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-260</cell><cell><![CDATA[<div style='display:none'>A 20-Bit (1 ppm) Linear Slope-Integrating A/D Converter</div><a href='/an/AN/AN-260.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-260.pdf'); ">A 20-Bit (1 ppm) Linear Slope-Integrating A/D Converter</a>]]></cell><cell><![CDATA[LM199, LM108, LM148, LM11]]></cell><cell></cell><cell>App Note</cell></row><row><cell>01-Oct-2002</cell><cell>AN-74</cell><cell><![CDATA[<div style='display:none'>LM139/LM239/LM339 A Quad of Independently Functioning Comparators</div><a href='/an/AN/AN-74.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-74.pdf'); ">LM139/LM239/LM339 A Quad of Independently Functioning Comparators</a>]]></cell><cell><![CDATA[LM139, LM239, LM339]]></cell><cell>Comparator</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>LB-39</cell><cell><![CDATA[<div style='display:none'>Circuit Techniques for Avoiding Oscillations in Comparator Applications</div><a href='/an/LB/LB-39.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-39.pdf'); ">Circuit Techniques for Avoiding Oscillations in Comparator Applications</a>]]></cell><cell><![CDATA[LM111, LM311]]></cell><cell>Comparator, Circuits</cell><cell>App Note</cell></row><row><cell>20-Sep-2007</cell><cell>AN-1704</cell><cell><![CDATA[<div style='display:none'>LMH6555 Application as High Speed ADC Input Driver</div><a href='/an/AN/AN-1704.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1704.pdf'); ">LMH6555 Application as High Speed ADC Input Driver</a>]]></cell><cell><![CDATA[LMH6555, LMV321, LMH6550, LMH6551, LMH6552]]></cell><cell>Differential, ADC Driver, MSPS ADC</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-241</cell><cell><![CDATA[<div style='display:none'>Working with High Impedance Op Amps</div><a href='/an/AN/AN-241.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-241.pdf'); ">Working with High Impedance Op Amps</a>]]></cell><cell><![CDATA[LM101, LM108, LM11, LM102, LM110]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>06-Jan-2006</cell><cell>AN-1439</cell><cell><![CDATA[<div style='display:none'>Use of the LMV112 to Reduce Reference Clock Interaction in Handheld Device</div><a href='/an/AN/AN-1439.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1439.pdf'); ">Use of the LMV112 to Reduce Reference Clock Interaction in Handheld Device</a>]]></cell><cell><![CDATA[LMV112]]></cell><cell>Clock, Buffer</cell><cell>App Note</cell></row><row><cell>04-Nov-1995</cell><cell>AN-72</cell><cell><![CDATA[<div style='display:none'>The LM3900: A New Current-Differencing Quad of Plus or Minus Input Amplifiers</div><a href='/an/AN/AN-72.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-72.pdf'); ">The LM3900: A New Current-Differencing Quad of Plus or Minus Input Amplifiers</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-272</cell><cell><![CDATA[<div style='display:none'>Op Amp Booster Designs</div><a href='/an/AN/AN-272.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-272.pdf'); ">Op Amp Booster Designs</a>]]></cell><cell><![CDATA[LF356, LM334, LM308, LM143, LF412, LM391, LM3524, LF411, LF357, LM335, LF311]]></cell><cell>Op Amp, Circuits</cell><cell>App Note</cell></row><row><cell>28-Feb-2008</cell><cell>AN-1803</cell><cell><![CDATA[<div style='display:none'>Design Considerations for a Transimpedance Amplifier</div><a href='/an/AN/AN-1803.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1803.pdf'); ">Design Considerations for a Transimpedance Amplifier</a>]]></cell><cell><![CDATA[LMH6611]]></cell><cell>Op Amp, High Speed, ADC Driver, Sensor, Video</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-30</cell><cell><![CDATA[<div style='display:none'>Log Converters</div><a href='/an/AN/AN-30.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-30.pdf'); ">Log Converters</a>]]></cell><cell><![CDATA[LM108, LM101, LM102]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>11-Jul-2008</cell><cell>AN-1868</cell><cell><![CDATA[<div style='display:none'>EMIRR Evaluation Boards for LMV861/LMV862</div><a href='/an/AN/AN-1868.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1868.pdf'); ">EMIRR Evaluation Boards for LMV861/LMV862</a>]]></cell><cell><![CDATA[LMV861, LMV862]]></cell><cell>Op Amp, EMI, RF</cell><cell>App Note</cell></row><row><cell>27-Nov-2006</cell><cell>AN-1461</cell><cell><![CDATA[<div style='display:none'>LMH6321 (PSOP and TO-263) Single Open Loop High Speed Buffer Evaluation Boards</div><a href='/an/AN/AN-1461.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1461.pdf'); ">LMH6321 (PSOP and TO-263) Single Open Loop High Speed Buffer Evaluation Boards</a>]]></cell><cell><![CDATA[LMH6321, LM8261]]></cell><cell>Buffer, High Speed</cell><cell>App Note</cell></row><row><cell>06-Mar-2003</cell><cell>AB-116</cell><cell><![CDATA[<div style='display:none'>Lower System Cost Solution for Transmitting Video</div><a href='/vcm/national3/en_US/resources/app_briefs/AppBrief116.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AppBrief116.pdf'); ">Lower System Cost Solution for Transmitting Video</a>]]></cell><cell><![CDATA[LMH6643, HP3577A]]></cell><cell>Video</cell><cell>Other</cell></row><row><cell>04-Aug-2009</cell><cell>AN-1966</cell><cell><![CDATA[<div style='display:none'>Evaluation Board for the LMH2190</div><a href='/an/AN/AN-1966.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1966.pdf'); ">Evaluation Board for the LMH2190</a>]]></cell><cell><![CDATA[LMH2190]]></cell><cell>Clock, Buffer</cell><cell>App Note</cell></row><row><cell>20-May-2010</cell><cell>SPD-120</cell><cell><![CDATA[<div style='display:none'>Going Beyond the Front End</div><a href='/vcm/national3/en_US/resources/signal_path_designer/national_sp_designer120.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/national_sp_designer120.pdf'); ">Going Beyond the Front End</a>]]></cell><cell><![CDATA[LMP8358]]></cell><cell></cell><cell>Signal Path Designer</cell></row><row><cell>01-Oct-2002</cell><cell>AN-87</cell><cell><![CDATA[<div style='display:none'>Comparing the High Speed Comparators</div><a href='/an/AN/AN-87.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-87.pdf'); ">Comparing the High Speed Comparators</a>]]></cell><cell><![CDATA[LM160, LM260, LM360, LM161, LM261, LM361]]></cell><cell>Comparator, High Speed</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-222</cell><cell><![CDATA[<div style='display:none'>Super Matched Bipolar Transistor Pair Sets New Standards for Drift and Noise</div><a href='/an/AN/AN-222.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-222.pdf'); ">Super Matched Bipolar Transistor Pair Sets New Standards for Drift and Noise</a>]]></cell><cell><![CDATA[LM194, LM118, LM109, LM113, LM340, LM117, LM114, LM4250, LM394, LM308, LM301]]></cell><cell>Sensor, Transistor</cell><cell>App Note</cell></row><row><cell>24-Feb-2008</cell><cell>AN-1767</cell><cell><![CDATA[<div style='display:none'>LME49721 Evaluation Board</div><a href='/an/AN/AN-1767.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1767.pdf'); ">LME49721 Evaluation Board</a>]]></cell><cell><![CDATA[LME49721]]></cell><cell>Audio Amplifier, Performance, Op Amp</cell><cell>App Note</cell></row><row><cell>01-Aug-2006</cell><cell></cell><cell><![CDATA[<div style='display:none'>Using Power to Improve Signal-Path Performance</div><a href='/vcm/national3/en_US/resources/technology_edge/AnalogEdge4_8.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AnalogEdge4_8.pdf'); ">Using Power to Improve Signal-Path Performance</a>]]></cell><cell><![CDATA[LMP7711, LP5900, LMP2011]]></cell><cell>Linear/LDO, Low Noise</cell><cell>Technology Edge</cell></row><row><cell>11-Jun-2008</cell><cell>AN-1834</cell><cell><![CDATA[<div style='display:none'>8-Pin PSOP Differential Amplifier Evaluation Board</div><a href='/an/AN/AN-1834.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1834.pdf'); ">8-Pin PSOP Differential Amplifier Evaluation Board</a>]]></cell><cell><![CDATA[LMH6553]]></cell><cell>Differential, Op Amp</cell><cell>App Note</cell></row><row><cell>05-Mar-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Understanding precision comparator applications (Part 2 of 2)</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=R3MIHMQDSVVWUQSNDLPCKH0CJUNN2JVN?articleID=206901481' >Understanding precision comparator applications (Part 2 of 2)</a>]]></cell><cell><![CDATA[LMP7300, LM2787, LM285-2.5]]></cell><cell></cell><cell>External Article</cell></row><row><cell>06-Jan-2006</cell><cell>AN-1438</cell><cell><![CDATA[<div style='display:none'>A Simple Method to Reduce DC Power Consumption in CDMA RF Power Amplifiers Through the LMV225 and an Efficient Switcher</div><a href='/an/AN/AN-1438.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1438.pdf'); ">A Simple Method to Reduce DC Power Consumption in CDMA RF Power Amplifiers Through the LMV225 and an Efficient Switcher</a>]]></cell><cell><![CDATA[LMV225, LM3200]]></cell><cell>RF PA, Power Detection</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>OA-15</cell><cell><![CDATA[<div style='display:none'>Frequent Faux Pas in Applying Wideband Current Feedback Amplifiers</div><a href='/an/OA/OA-15.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-15.pdf'); ">Frequent Faux Pas in Applying Wideband Current Feedback Amplifiers</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>03-Mar-2008</cell><cell>AN-1808</cell><cell><![CDATA[<div style='display:none'>LMH730033 Evaluation Board</div><a href='/an/AN/AN-1808.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1808.pdf'); ">LMH730033 Evaluation Board</a>]]></cell><cell><![CDATA[LMH6502, LMH6503]]></cell><cell>VGA, High Speed</cell><cell>App Note</cell></row><row><cell>05-Aug-1995</cell><cell>AN-990</cell><cell><![CDATA[<div style='display:none'>Radiated Emissions and CRT Displays</div><a href='/an/AN/AN-990.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-990.pdf'); ">Radiated Emissions and CRT Displays</a>]]></cell><cell><![CDATA[]]></cell><cell>Video, CRT, EMI</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>AN-71</cell><cell><![CDATA[<div style='display:none'>Micropower Circuits Using the LM4250 Programmable Op Amp</div><a href='/an/AN/AN-71.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-71.pdf'); ">Micropower Circuits Using the LM4250 Programmable Op Amp</a>]]></cell><cell><![CDATA[LM4250, LM101, LM1107, LM108, LM112, LM118, LM741]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-104</cell><cell><![CDATA[<div style='display:none'>Noise Specs Confusing?</div><a href='/an/AN/AN-104.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-104.pdf'); ">Noise Specs Confusing?</a>]]></cell><cell><![CDATA[LM121, LM381]]></cell><cell>Op Amp, Specs</cell><cell>App Note</cell></row><row><cell>22-Oct-2002</cell><cell>AN-549</cell><cell><![CDATA[<div style='display:none'>LM6361/LM6364/LM6365 Fast VIP Op Amps Offer High Speed at Low Power Consumption</div><a href='/an/AN/AN-549.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-549.pdf'); ">LM6361/LM6364/LM6365 Fast VIP Op Amps Offer High Speed at Low Power Consumption</a>]]></cell><cell><![CDATA[LM6361, LM6364, LM6365]]></cell><cell>High Speed, Video, Active Filter</cell><cell>App Note</cell></row><row><cell>02-Dec-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Taking the Mystery out of Gigahertz, Gigasample & Gigabit Systems Design</div><a href='http://www.embedded.com/design/212201548' >Taking the Mystery out of Gigahertz, Gigasample & Gigabit Systems Design</a>]]></cell><cell><![CDATA[ADC083000]]></cell><cell></cell><cell>External Article</cell></row><row><cell>25-Nov-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Provide a Negative Bias Voltage to Low-voltage Amplifiers to Improve their Near-zero-volt Performance</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=34IV45OMEAIYSQSNDLPCKH0CJUNN2JVN?articleID=212101469' >Provide a Negative Bias Voltage to Low-voltage Amplifiers to Improve their Near-zero-volt Performance</a>]]></cell><cell><![CDATA[LMP7731, LMC7101, LMV851, LM7705, LM2662, LM8261, LM2661]]></cell><cell></cell><cell>External Article</cell></row><row><cell>29-Feb-2008</cell><cell>AN-1768</cell><cell><![CDATA[<div style='display:none'>LME49600 Headphone Amplifier Evaluation Board User's Guide</div><a href='/an/AN/AN-1768.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1768.pdf'); ">LME49600 Headphone Amplifier Evaluation Board User's Guide</a>]]></cell><cell><![CDATA[LME49600, LME49720]]></cell><cell>Audio Amplifier, Performance, Op Amp, Headphone</cell><cell>App Note</cell></row><row><cell>01-Oct-2002</cell><cell>LB-12</cell><cell><![CDATA[<div style='display:none'>An IC Voltage Comparator for High Impedance Circuitry</div><a href='/an/LB/LB-12.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/LB-12.pdf'); ">An IC Voltage Comparator for High Impedance Circuitry</a>]]></cell><cell><![CDATA[LM111]]></cell><cell>Comparator</cell><cell>App Note</cell></row><row><cell>04-Aug-2009</cell><cell>AN-1958</cell><cell><![CDATA[<div style='display:none'>LMP860X SOIC Evaluation Board User's Manual</div><a href='/an/AN/AN-1958.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1958.pdf'); ">LMP860X SOIC Evaluation Board User's Manual</a>]]></cell><cell><![CDATA[LMP8601, LMP8602, LMP8603]]></cell><cell>Op Amp, Current Sense, High Voltage</cell><cell>App Note</cell></row><row><cell>15-Jun-2009</cell><cell></cell><cell><![CDATA[<div style='display:none'>Use Current-Feedback Amplifiers to Speed Up Data-Acquisition and High-End Video Systems</div><a href='http://www.planetanalog.com/features/showArticle.jhtml;jsessionid=1JGSR21GP0O3CQSNDLPCKH0CJUNN2JVN?articleID=217800785' >Use Current-Feedback Amplifiers to Speed Up Data-Acquisition and High-End Video Systems</a>]]></cell><cell><![CDATA[LMH6703, LMH6552, LMH6584, LMH6585]]></cell><cell></cell><cell>External Article</cell></row><row><cell>27-Sep-2002</cell><cell>AN-813</cell><cell><![CDATA[<div style='display:none'>Topics on Using the LM6181-A New Current Feedback Amplifier</div><a href='/an/AN/AN-813.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-813.pdf'); ">Topics on Using the LM6181-A New Current Feedback Amplifier</a>]]></cell><cell><![CDATA[LM6181]]></cell><cell>Current Feedback</cell><cell>App Note</cell></row><row><cell>07-Nov-2007</cell><cell>AN-1733</cell><cell><![CDATA[<div style='display:none'>Load Transient Testing Simplified</div><a href='/an/AN/AN-1733.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1733.pdf'); ">Load Transient Testing Simplified</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Circuits, Testing</cell><cell>App Note</cell></row><row><cell>08-May-2008</cell><cell></cell><cell><![CDATA[<div style='display:none'>Signal Conditioning in Portable Medical Applications</div><a href='http://www.epn-online.com/page/new57839/signal-conditioning-in-portable-medical.html' >Signal Conditioning in Portable Medical Applications</a>]]></cell><cell><![CDATA[LMP2234, LMV552]]></cell><cell></cell><cell>External Article</cell></row><row><cell>01-Oct-2002</cell><cell>AN-856</cell><cell><![CDATA[<div style='display:none'>A SPICE Compatible Macromodel for CMOS Operational Amplifiers</div><a href='/an/AN/AN-856.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-856.pdf'); ">A SPICE Compatible Macromodel for CMOS Operational Amplifiers</a>]]></cell><cell><![CDATA[LMC660, LPC660, LMC6044, LMC6062, LMC6082, LMC6484]]></cell><cell>Op Amp, SPICE</cell><cell>App Note</cell></row><row><cell>25-Feb-2010</cell><cell>AN-1952</cell><cell><![CDATA[<div style='display:none'>Designing with Thermocouples</div><a href='/an/AN/AN-1952.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1952.pdf'); ">Designing with Thermocouples</a>]]></cell><cell><![CDATA[LM94022, LMP7715, LM7705, LMP7716]]></cell><cell>Sensor</cell><cell>App Note</cell></row><row><cell>06-Jul-2010</cell><cell></cell><cell><![CDATA[<div style='display:none'>Bridging the Divide: Designing with DACs (Part 3)</div><a href='http://www.analog-europe.com/en/bridging-the-divide-part-3-dac-applications-review.html?cmp_id=71&news_id=222900878&vID=35' >Bridging the Divide: Designing with DACs (Part 3)</a>]]></cell><cell><![CDATA[DAC122S085, LMP7702, LMP2016, LMP8358, LM7705, LM675]]></cell><cell>DAC</cell><cell>App Note</cell></row><row><cell>12-Dec-2007</cell><cell>AN-1738</cell><cell><![CDATA[<div style='display:none'>551013276 and 551013277 Evaluation Boards for Dual Decompensated Operational Amplifiers (MSOP-8 and SOIC-8)</div><a href='/an/AN/AN-1738.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1738.pdf'); ">551013276 and 551013277 Evaluation Boards for Dual Decompensated Operational Amplifiers (MSOP-8 and SOIC-8)</a>]]></cell><cell><![CDATA[LMV794, LMP7718, LMP7708]]></cell><cell>Op Amp</cell><cell>App Note</cell></row><row><cell>16-Apr-2009</cell><cell>AN-1796</cell><cell><![CDATA[<div style='display:none'>LMP7721 Evaluation Board</div><a href='/an/AN/AN-1796.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1796.pdf'); ">LMP7721 Evaluation Board</a>]]></cell><cell><![CDATA[LMP7721]]></cell><cell>Precision, Sensor, Low Bias</cell><cell>App Note</cell></row><row><cell>20-Sep-2007</cell><cell>AN-1716</cell><cell><![CDATA[<div style='display:none'>Driving the ADC14DS105 High-Speed A/D Converter for High Performance</div><a href='/an/AN/AN-1716.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1716.pdf'); ">Driving the ADC14DS105 High-Speed A/D Converter for High Performance</a>]]></cell><cell><![CDATA[ADC14DS105, LMH6552]]></cell><cell>ADC Driver, MSPS ADC, Differential</cell><cell>App Note</cell></row><row><cell>04-Oct-2004</cell><cell>AN-262</cell><cell><![CDATA[<div style='display:none'>Applying Dual and Quad FET Op Amps</div><a href='/an/AN/AN-262.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-262.pdf'); ">Applying Dual and Quad FET Op Amps</a>]]></cell><cell><![CDATA[LF347, LM129, LM135, LM395, LM329, LF353]]></cell><cell>Op Amp, Precision, Sensor</cell><cell>App Note</cell></row><row><cell>08-Aug-2007</cell><cell></cell><cell><![CDATA[<div style='display:none'>Understand and apply the transimpedance amplifier (Part 1 of 2)</div><a href='http://www.rfdesignline.com/showArticle.jhtml;jsessionid=QTC3KUVLXGOBCQSNDLPSKHSCJUNN2JVN?articleID=201305690' >Understand and apply the transimpedance amplifier (Part 1 of 2)</a>]]></cell><cell><![CDATA[LMV793]]></cell><cell></cell><cell>External Article</cell></row><row><cell>10-Oct-2007</cell><cell>AN-1559</cell><cell><![CDATA[<div style='display:none'>Practical RTD Interface Solutions</div><a href='/an/AN/AN-1559.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1559.pdf'); ">Practical RTD Interface Solutions</a>]]></cell><cell><![CDATA[LM4140, LMP7704, LMP7702]]></cell><cell>Sensor, RTD</cell><cell>App Note</cell></row><row><cell>11-Mar-2008</cell><cell>AN-1804</cell><cell><![CDATA[<div style='display:none'>LMV225/LMV226/LMV228 microSMD Evaluation Board</div><a href='/an/AN/AN-1804.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-1804.pdf'); ">LMV225/LMV226/LMV228 microSMD Evaluation Board</a>]]></cell><cell><![CDATA[LMV225, LMV226, LMV228]]></cell><cell>RF PA, Power Detection</cell><cell>App Note</cell></row><row><cell>06-Mar-2003</cell><cell>AB-118</cell><cell><![CDATA[<div style='display:none'>Audio Amplifier Drives Thermoelectric Cooler For OC-48 Laser Module</div><a href='/vcm/national3/en_US/resources/app_briefs/AppBrief118.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AppBrief118.pdf'); ">Audio Amplifier Drives Thermoelectric Cooler For OC-48 Laser Module</a>]]></cell><cell><![CDATA[LM4860]]></cell><cell></cell><cell>Other</cell></row><row><cell>09-Apr-1996</cell><cell>AN-391</cell><cell><![CDATA[<div style='display:none'>The LM1823: A High Quality TV Video I.F. Amplifier and Synchronous Detector for Cable Receivers</div><a href='/an/AN/AN-391.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-391.pdf'); ">The LM1823: A High Quality TV Video I.F. Amplifier and Synchronous Detector for Cable Receivers</a>]]></cell><cell><![CDATA[]]></cell><cell>Video</cell><cell>App Note</cell></row><row><cell>20-Nov-2008</cell><cell>AN-227</cell><cell><![CDATA[<div style='display:none'>Applications of Wide-Band Buffer Amplifiers</div><a href='/an/AN/AN-227.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-227.pdf'); ">Applications of Wide-Band Buffer Amplifiers</a>]]></cell><cell><![CDATA[LH0002, LH0033, LH0063, LH0024, LH0032, LH0062]]></cell><cell>Buffer, High Drive</cell><cell>App Note</cell></row><row><cell>02-Oct-2002</cell><cell>OA-28</cell><cell><![CDATA[<div style='display:none'>Low-Sensitivity, Bandpass Filter Design with Tuning Method</div><a href='/an/OA/OA-28.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/OA-28.pdf'); ">Low-Sensitivity, Bandpass Filter Design with Tuning Method</a>]]></cell><cell><![CDATA[]]></cell><cell>Op Amp, Active Filter, Circuits</cell><cell>App Note</cell></row><row><cell>05-Aug-1995</cell><cell>AN-597</cell><cell><![CDATA[<div style='display:none'>Current Feedback Amplifiers</div><a href='/an/AN/AN-597.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-597.pdf'); ">Current Feedback Amplifiers</a>]]></cell><cell><![CDATA[DAC0800]]></cell><cell>Current Feedback</cell><cell>App Note</cell></row><row><cell>02-May-2004</cell><cell>AN-256</cell><cell><![CDATA[<div style='display:none'>Circuitry for Inexpensive Relative Humidity Measurement</div><a href='/an/AN/AN-256.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-256.pdf'); ">Circuitry for Inexpensive Relative Humidity Measurement</a>]]></cell><cell><![CDATA[LF347, LM334, LF353, LM389, LM329, LM340]]></cell><cell>Sensor</cell><cell>App Note</cell></row><row><cell>01-May-2004</cell><cell>AN-162</cell><cell><![CDATA[<div style='display:none'>LM2907 Tachometer/Speed Switch Building Block Applications</div><a href='/an/AN/AN-162.pdf' onclick="javascript: pageTracker._trackPageview('/analog/amplifiers/download/AN-162.pdf'); ">LM2907 Tachometer/Speed Switch Building Block Applications</a>]]></cell><cell><![CDATA[LM2907, LM2917]]></cell><cell>Sensor</cell><cell>App Note</cell></row></rows>

LMV7231 Hex Window Comparator Demo

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How to use this table: Click column to sort, drag column edge to adjust width, enter text to search within column, <X or >X to filter less or greater than X, and X..Y to filter range.<?xml version="1.0" encoding="UTF-8"?> <rows><row><cell>18-Mar-2008</cell><cell><![CDATA[LMP827x/LMP223x/LMP7721 Precision Amplifiers^/vgn-ext-templating/v/index.jsp?vgnextoid=060ce58922e4f110VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMP8271, LMP8272, LMP8275, LMP8276, LMP8277, LMP2231, LMP2232, LMP2234, LMP7721</cell><cell>0:5:12</cell></row><row><cell>26-Jun-2009</cell><cell><![CDATA[ADC16V130 16-bit, 130 MSPS Reference Subsystem Overview^/vgn-ext-templating/v/index.jsp?vgnextoid=0b5d7413439f1210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>ADC16V130, LMH6517, LMK04031B</cell><cell>0:04:54</cell></row><row><cell>15-Dec-2008</cell><cell><![CDATA[EMI & RFI in Op Amp Design^/vgn-ext-templating/v/index.jsp?vgnextoid=1c6cf5058c356210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMV831, LMV832, LMV834, LMV851, LMV852, LMV854, LMV861, LMV862</cell><cell>0:18:34</cell></row><row><cell>30-Oct-2009</cell><cell><![CDATA[What's New in Signal Path -- October 09^/vgn-ext-templating/v/index.jsp?vgnextoid=234e1a53bf2a4210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LM98722, LMV841</cell><cell>0:02:55</cell></row><row><cell>20-Oct-2009</cell><cell><![CDATA[What's New in Signal Path -- Sept 09^/vgn-ext-templating/v/index.jsp?vgnextoid=2d8aae3d6ee64210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>ADC16DV160, LMC7101Q, LMV842, LMV844</cell><cell>0:04:57</cell></row><row><cell>14-May-2010</cell><cell><![CDATA[LMP8358 Fault Detection Capability Demo^/vgn-ext-templating/v/index.jsp?vgnextoid=33754038bb898210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMP8358</cell><cell>0:06:18</cell></row><row><cell>29-Sep-2008</cell><cell><![CDATA[WEBENCH Sensor Designer -- Sensor Signal Path in Minutes^/vgn-ext-templating/v/index.jsp?vgnextoid=3e8ee58922e4f110VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMP7731, ADC161S626, LMP7716, ADC122S101</cell><cell>0:5:21</cell></row><row><cell>14-May-2010</cell><cell><![CDATA[LMH6629 Op Amp Noise Figure Demo^/vgn-ext-templating/v/index.jsp?vgnextoid=3f844038bb898210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMH6629</cell><cell>0:02:56</cell></row><row><cell>14-Apr-2010</cell><cell><![CDATA[EMI-Hardened Op Amp Demo^/vgn-ext-templating/v/index.jsp?vgnextoid=42bfaa6cad9f7210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMV851, LMV861, LMV831, LMV832, LMV862, LMV834, LMV852, LMV854, LMP2021, LMP2022</cell><cell>0:2:06</cell></row><row><cell>02-Mar-2010</cell><cell><![CDATA[LMV7231 Hex Window Comparator Demo^/vgn-ext-templating/v/index.jsp?vgnextoid=626eccf45d027210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMV7231</cell><cell>0:03:56</cell></row><row><cell>04-Aug-2009</cell><cell><![CDATA[Factory Automation Overview^/vgn-ext-templating/v/index.jsp?vgnextoid=649bfa60bd6e2210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>DP83848, DP83849, DP83640, LMP7715, LMP7716, ADC121S021, LMP7701, LMP7702, LMP7704, ADC101S021, ADC081S021, ADC121C021, ADC121C027, ADC101C021, ADC101C027, ADC081C021, ADC081C027, LMP2011, LMP2012, LMP2021, LMP2022, LMP2231, DS32EL0421, DS32EL0124, DS32ELX0421, DS32ELX0124, DS90UR241, DS90UR124, DS92LV3241, DS92LV3242, DS92LV2421, DS90CR285, DS90CR286, DS90CR287, DS90CR288, LMP2015, LMP2016, LMP7707, LMP7708, LMP7709, LMP8601, LMV841, LMV842, LMV844, LMV712, ADC122S625, ADC122S655, ADC122S706, LM4128, LM4132, LM4140, ADC124S051, ADC128S052, ADC128S102, LM73, LM94022, ADC121S625, ADC121S655, ADC121S705, ADC141S626, ADC161S626, DAC121C081, DAC121C085, DAC121S101, DAC122S085, DAC124S085, DAC128S085</cell><cell>0:32:30</cell></row><row><cell>16-Dec-2009</cell><cell><![CDATA[RD-179 High-IF Sub-Sampling Receiver Subsystem Overview^/vgn-ext-templating/v/index.jsp?vgnextoid=77fd5412d3595210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>ADC16DV160,LMH6517,LMK04000</cell><cell>0:04:42</cell></row><row><cell>24-Aug-2009</cell><cell><![CDATA[Data Acquisition In Factory Automation^/vgn-ext-templating/v/index.jsp?vgnextoid=7ec252c503793210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMP8601, ADC121S021, LP2951, LMP8270, LMP8271, LMP8272, ADC101S021, ADC081S021, ADC121C021, ADC121C027, ADC101C021, ADC101C027, ADC081C021, ADC081C027, LMP7715, LMP7716, LMP7707, LMP7708, LMP2015, LMP2016, LMP2021, LMP2022, LM7321, LM7322, LM7332, LM7341, LMP7701, LMP7702, LMP7704, LMP2011, LMP2012, LMP2231, ADC161S626, ADC141S626, ADC121S625, ADC121S655, ADC121S705, LM4128, LM4132, LM4140, ADC128S022, LM94022, LM35, ADC128S052, ADC124S021, ADC124S051, ADC122S021, ADC122S051, ADC122S625, ADC122S655, DAC121S101, DAC122S085, LM7705, DAC121C081, DAC121C085, DAC124S085, DAC128S085, LM80, LM87, LM96194, LM94, LM96163</cell><cell>0:31:29</cell></row><row><cell>30-Jan-2009</cell><cell><![CDATA[WEBENCH® Sensor Designer on PowerWise Design TV^/vgn-ext-templating/v/index.jsp?vgnextoid=85e1becdcc00f110VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>ADC121S021, LMP7732, LMP7731</cell><cell>0:30:00</cell></row><row><cell>21-Aug-2009</cell><cell><![CDATA[What's New in Signal Path -- August 09^/vgn-ext-templating/v/index.jsp?vgnextoid=8659db1331e33210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LPV521, LPV7215, DS50PCI401</cell><cell>0:03:53</cell></row><row><cell>02-Mar-2010</cell><cell><![CDATA[Weigh an Eyelash--Build a Microgram Scale with Precision Amps^/vgn-ext-templating/v/index.jsp?vgnextoid=897fccf45d027210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMP2011, LMP2021, LMP7101, LMV851, LMV771, ADC124S101, DAC124S085, LM385, LM4050, LM4140</cell><cell>0:03:16</cell></row><row><cell>04-Aug-2009</cell><cell><![CDATA[Motor Control Sensing in Factory Automation^/vgn-ext-templating/v/index.jsp?vgnextoid=9943d9e18d103210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>ADC122S625, ASC122S655, ADC122S706, LM4128, LM4140, LM4132, LMP7711, LMP7731, LMP7715, LMP7716, LMP2015, LMP2016, LMP770X, LMP8601, LMV841, LMV842, LMV844, LMV712, ADC121S625, ADC121S655, ADC121S705, ADC141S626, ADC161S626, ADC121S021, ADC124S051, ADC124S101, LM73, LM94022, LM25574, LM25575, LM25576, LM5574, LM5575, LM5576, DP83848, DP83848K, DP83848I, DP83849ID, DP83849IF, DP83640</cell><cell>0:24:21</cell></row><row><cell>15-Feb-2010</cell><cell><![CDATA[What's New in Signal Path -- February 2010^/vgn-ext-templating/v/index.jsp?vgnextoid=a738be489a8d6210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMH2110</cell><cell>0:1:24</cell></row><row><cell>26-May-2010</cell><cell><![CDATA[LMP8358 Easy Detection of Shorts, Open Circuits, and Degraded Source Connections^/vgn-ext-templating/v/index.jsp?vgnextoid=aec9bf1acf7b8210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMP8358, LMP7312, ADC161S626, ADC141S626</cell><cell>0:06:26</cell></row><row><cell>07-Dec-2009</cell><cell><![CDATA[What's New in Signal Path -- November 09^/vgn-ext-templating/v/index.jsp?vgnextoid=c68012cd3e665210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>ADC10D1500, LMX2541, LMH6517, LMH6554, DS92LV3221, DS92LV3222, DS92LV3241, DS92LV3242</cell><cell>0:08:13</cell></row><row><cell>10-Jul-2009</cell><cell><![CDATA[Sensing Solutions In Factory Automation^/vgn-ext-templating/v/index.jsp?vgnextoid=dd2f4e09c0d52210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LM7321, LM7322, LM7332, LM7341, LMP2015, LMP2016, LMP7715, LMP7716, LMP2011, LMP2012, LMP2021, LMP2022, LMP7701, LMP7702, LMP7704, LMP7707, LMP7708, LMP2231, ADC121S021, ADC101S021, ADC081S021, ADC121C021, ADC121C027, ADC101C021, ADC101C027, ADC081C021, ADC081C027, ADC161S626, ADC141S626, LM94022, LMP7711, LMP7717, LM4140, LMP7721, LMV793, LM4140, LM35</cell><cell>0:50:00</cell></row><row><cell>29-Dec-2009</cell><cell><![CDATA[What's New in Signal Path -- December 09^/vgn-ext-templating/v/index.jsp?vgnextoid=e2be306f32a06210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LM96080, LMP8645, LMP8645HV</cell><cell>0:03:19</cell></row><row><cell>19-Oct-2009</cell><cell><![CDATA[High IF / High Sensitivity Radio Receiver Design^/vgn-ext-templating/v/index.jsp?vgnextoid=f425b6558c974210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>ADC16DV160, LMH6517, LMK04000</cell><cell>0:40:03</cell></row><row><cell>02-Mar-2010</cell><cell><![CDATA[Op Amp Eval Board Cleaning for Femptoamp Bias Current Performance^/vgn-ext-templating/v/index.jsp?vgnextoid=f4acccf45d027210VgnVCM1000000a18c1a5RCRD&videotag=1^]]></cell><cell>LMP7721, LMP7701, LMV771, LMV851, LMC6001</cell><cell>0:10:47</cell></row></rows>

Universal Op Amp Eval Boards (Unpopulated)

National's blank universal op amp eval boards enable quick evaluation of most low voltage, low power op amps. These unpopulated boards are double-sided for different pinouts and support popular passive component sizes: 1206, 0805, and, 0603.

• SOT-23 Amplifier Universal Evaluation PCB
• MSOP 8L/10L Amplifier Universal Evaluation PCB
• SC-70 Amplifier Universal Evaluation PCB

Browse All Amplifier Eval Boards & Reference Designs

How to use this table: Click column to sort, drag column edge to adjust width, enter text to search within column, <X or >X to filter less or greater than X, and X..Y to filter range.<?xml version="1.0" encoding="UTF-8"?> <rows><row><cell>14-Mar-2008</cell><cell>551600074-001</cell><cell><![CDATA[Single to Differential ADC Driver PCB for LMH6612 and LMH6619 (SOIC package, unstuffed)^http://www.national.com/store/view_item/index.html?nsid=551600074-001^]]></cell><cell>LMH6612, LMH6619</cell><cell>ADC Driver, MSPS ADC, Video, Op Amp</cell><cell>Eval Board</cell></row><row><cell>26-May-2006</cell><cell>551012875-001</cell><cell><![CDATA[SOT-23 Amplifier Universal Evaluation PCB (unpopulated)^http://www.national.com/store/view_item/index.html?nsid=551012875-001^]]></cell><cell>551012</cell><cell></cell><cell>Eval Board</cell></row><row><cell>05-Nov-2008</cell><cell>LMV831MGEVAL</cell><cell><![CDATA[Evaluation Board for the LMV831 3.3MHz EMI Hardened Operation Amplifier^http://www.national.com/store/view_item/index.html?nsid=LMV831MGEVAL^]]></cell><cell>LMV831</cell><cell>Op Amp, EMI, RF</cell><cell>Eval Board</cell></row><row><cell>20-Apr-2010</cell><cell>RD-184</cell><cell><![CDATA[Low Noise Split Rail Non-Isolated Boost +/- 12V Power Supply^http://www.national.com/rd/RDhtml/RD-184.html^]]></cell><cell>LM5001, LM5002</cell><cell>Split Rail, Switcher, Boost, Flyback, SEPIC, Regulator</cell><cell>Reference Design</cell></row><row><cell>29-Oct-2008</cell><cell>LMH6585VVEVAL</cell><cell><![CDATA[LMH6585 Evaluation Board: 32x16 400 MHz Analog Crosspoint Switch Gain of 2^http://www.national.com/store/view_item/index.html?nsid=LMH6585VVEVAL^]]></cell><cell>LMH6585</cell><cell>Analog Crosspoint, Video</cell><cell>Eval Board</cell></row><row><cell>23-Jun-2006</cell><cell>LMH730227</cell><cell><![CDATA[Evaluation Board for High-Speed Single Op Amp in the 8-Pin SOIC Package^http://www.national.com/store/view_item/index.html?nsid=LMH730227^]]></cell><cell>LMH6609, LMH6624, LMH6639, LMH6642, LMH6645, LMH6647, LMH6654, LMH6702, LMH6703, LMH6704, LMH6714, LMH6720, LMH6723, LMH6732, LM6171, LM6181, LM7121, LM7171, LM7301</cell><cell></cell><cell>Eval Board</cell></row><row><cell>27-Jun-2007</cell><cell>LMH6555EVAL</cell><cell><![CDATA[LMH6555 Evaluation board^http://www.national.com/store/view_item/index.html?nsid=LMH6555EVAL^]]></cell><cell>LMH6555</cell><cell>Differential, High Speed, ADC Driver</cell><cell>Eval Board</cell></row><row><cell>22-Sep-2006</cell><cell>LMH730220</cell><cell><![CDATA[Evaluation Board for High-Speed Single LVDS Comparator in the 6-Pin TSOT Package^null^]]></cell><cell>LMH7220</cell><cell></cell><cell>Eval Board</cell></row><row><cell>02-Jul-2008</cell><cell>LMV861MGEVAL</cell><cell><![CDATA[Evaluation Board for the LMV861 30MHz EMI Hardened Operation Amplifier^http://www.national.com/store/view_item/index.html?nsid=LMV861MGEVAL^]]></cell><cell>LMV861</cell><cell>Op Amp, EMI, RF</cell><cell>Eval Board</cell></row><row><cell>17-Sep-2007</cell><cell>LMH7324EVAL</cell><cell><![CDATA[LMH7324 Quad 700ps High Speed Comparator with RSPECL Outputs Evaluation Board^http://www.national.com/store/view_item/index.html?nsid=LMH7324EVAL^]]></cell><cell>LMH7324</cell><cell>Comparator, High Speed</cell><cell>Eval Board</cell></row><row><cell>20-Feb-2008</cell><cell>LMV225TLEVAL</cell><cell><![CDATA[Evaluation Board for the LMV225 microSMD^http://www.national.com/store/view_item/index.html?nsid=LMV225TLEVAL^]]></cell><cell>LMV225</cell><cell>RF PA, Power Detection</cell><cell>Eval Board</cell></row><row><cell>20-Feb-2008</cell><cell>LMV225SDEVAL</cell><cell><![CDATA[Evaluation Board for the LMV225 LLP^http://www.national.com/store/view_item/index.html?nsid=LMV225SDEVAL^]]></cell><cell>LMV225</cell><cell>RF PA, Power Detection</cell><cell>Eval Board</cell></row><row><cell>04-Aug-2009</cell><cell>RD-147</cell><cell><![CDATA[Low IF Receiver Reference Design Board^http://www.national.com/rd/RDhtml/RD-147.html^]]></cell><cell>LMH6552, ADC14DS105, LMK02000</cell><cell>MSPS ADC, Jitter Cleaner, Differential</cell><cell>Reference Design</cell></row><row><cell>06-Mar-2008</cell><cell>LMH6552SDEVAL</cell><cell><![CDATA[Evaluation Board for the LMH6552 High Speed Differential Amplifier^http://www.national.com/store/view_item/index.html?nsid=LMH6552SDEVAL^]]></cell><cell>LMH6552</cell><cell>Diffential, Op Amp, ADC Driver</cell><cell>Eval Board</cell></row><row><cell>07-Jan-2005</cell><cell>LMH730154</cell><cell><![CDATA[Evaluation Board for High-Speed Single Differential Amplifier in the 8-Pin SOIC Package^http://www.national.com/store/view_item/index.html?nsid=LMH730154^]]></cell><cell>LMH6550, LMH6550, LMH6551</cell><cell>Op Amp</cell><cell>Eval Board</cell></row><row><cell>27-Jun-2006</cell><cell>LMH730123</cell><cell><![CDATA[Evaluation Board for High-Speed Dual Op Amp in the 8-Pin MSOP Package^http://www.national.com/store/view_item/index.html?nsid=LMH730123^]]></cell><cell>LMH6622, LMH6626, LMH6643, LMH6646, LMH6655, LMH6658, LMH6682, LM8272, LM8262</cell><cell></cell><cell>Eval Board</cell></row><row><cell>23-Mar-2004</cell><cell>LMH730275</cell><cell><![CDATA[Evaluation Board for High-Speed Triple Op Amp in the 16-Pin SSOP Package^http://www.national.com/store/view_item/index.html?nsid=LMH730275^]]></cell><cell>LMH6739, LMH6739, LMH6738, LMH6733</cell><cell></cell><cell>Eval Board</cell></row><row><cell>23-Jun-2006</cell><cell>LMH730165</cell><cell><![CDATA[Evaluation Board for High-Speed Single Op Amp in the 5-/6-Pin SC-70 Package^http://www.national.com/store/view_item/index.html?nsid=LMH730165^]]></cell><cell>LMH6601, LMH6657, LMV7219</cell><cell></cell><cell>Eval Board</cell></row><row><cell>15-Nov-2007</cell><cell>LMV852EVAL</cell><cell><![CDATA[8 MHz Low Power CMOS, EMI Hardened Operational Amplifiers^http://www.national.com/store/view_item/index.html?nsid=LMV852EVAL^]]></cell><cell>LMV852</cell><cell>Op Amp, Low Power</cell><cell>Eval Board</cell></row><row><cell>27-Jun-2006</cell><cell>LMH730231</cell><cell><![CDATA[Evaluation Board for High-Speed Quad Op Amp in the 14-Pin SOIC Package^http://www.national.com/store/view_item/index.html?nsid=LMH730231^]]></cell><cell>LMH6644, LMH6722, LM6584, LM6588</cell><cell></cell><cell>Eval Board</cell></row><row><cell>11-Sep-2009</cell><cell>LMH730268</cell><cell><![CDATA[Evaluation board for 5-pin, north facing amplifiers in the SC70 package^http://www.national.com/store/view_item/index.html?nsid=LMH730268^]]></cell><cell>LPV521, LPV511, LMH6601, LMH6657, LMV721</cell><cell></cell><cell>Eval Board</cell></row><row><cell>29-Sep-2008</cell><cell>LMH6518SQEVK</cell><cell><![CDATA[Evaluation Kit for the LMH6518^http://www.national.com/store/view_item/index.html?nsid=LMH6518SQEVK^]]></cell><cell>LMH6518</cell><cell>VGA, High Speed, ADC Driver</cell><cell>Eval Board</cell></row><row><cell>07-Jan-2005</cell><cell>LMH730276</cell><cell><![CDATA[Evaluation Board for High-Speed Single 4:1 Multiplexer in the 14-Pin SOIC Package^http://www.national.com/store/view_item/index.html?nsid=LMH730276^]]></cell><cell>LMH6574</cell><cell></cell><cell>Eval Board</cell></row><row><cell>27-Jun-2006</cell><cell>LMH730245</cell><cell><![CDATA[Evaluation Board for High-Speed Single Closed-Loop Buffer in the 8-Pin SOIC Package^http://www.national.com/store/view_item/index.html?nsid=LMH730245^]]></cell><cell>LMH6559</cell><cell></cell><cell>Eval Board</cell></row><row><cell>28-Apr-2008</cell><cell>LMV228SDEVAL</cell><cell><![CDATA[Evaluation Board for the LMV228^http://www.national.com/store/view_item/index.html?nsid=LMV228SDEVAL^]]></cell><cell>LMV228</cell><cell>RF PA, Power Detection</cell><cell>Eval Board</cell></row><row><cell>15-Sep-2005</cell><cell>LMH1251EVAL</cell><cell><![CDATA[YPbPr to RGBHV Converter and 2:1 Video Switch^http://www.national.com/store/view_item/index.html?nsid=LMH1251EVAL^]]></cell><cell>LMH1251</cell><cell>Video, Clock</cell><cell>Eval Board</cell></row><row><cell>18-Nov-2008</cell><cell>LMV834MTEVAL</cell><cell><![CDATA[Evaluation Board for the LMV834 3.3MHz EMI Hardened Operation Amplifier.^http://www.national.com/store/view_item/index.html?nsid=LMV834MTEVAL^]]></cell><cell>LMV834</cell><cell>Op Amp, EMI, RF</cell><cell>Eval Board</cell></row><row><cell>20-Feb-2008</cell><cell>LMV112SDEVAL</cell><cell><![CDATA[Evaluation Board for the LMV112 40 MHz Dual Clock Buffer^http://www.national.com/store/view_item/index.html?nsid=LMV112SDEVAL^]]></cell><cell>LMV112</cell><cell>Clock, Buffer</cell><cell>Eval Board</cell></row><row><cell>24-Feb-2010</cell><cell>LMH6517EVAL</cell><cell><![CDATA[Evaluation Board for the LMH6517^http://www.national.com/store/view_item/index.html?nsid=LMH6517EVAL^]]></cell><cell>LMH6517</cell><cell>DVGA, High Speed</cell><cell>Eval Board</cell></row><row><cell>08-Jan-2009</cell><cell>LMP8601MAEVAL</cell><cell><![CDATA[Evaluation Board for the LP8601 Evaluation Board^http://www.national.com/store/view_item/index.html?nsid=LMP8601MAEVAL^]]></cell><cell>LMP8601, LMP8601Q</cell><cell>Op Amp, Current Sense, High Voltage</cell><cell>Eval Board</cell></row><row><cell>12-Apr-2010</cell><cell>LMH6515EVAL</cell><cell><![CDATA[LMH6515 Digital Controlled Variable Gain Amplifier Evaluation Board^http://www.national.com/store/view_item/index.html?nsid=LMH6515EVAL^]]></cell><cell>LMH6515</cell><cell>VGA, ADC Driver, MSPS ADC</cell><cell>Eval Board</cell></row><row><cell>04-Aug-2009</cell><cell>RD-146</cell><cell><![CDATA[High IF Receiver Reference Design^http://www.national.com/rd/RDhtml/RD-146.html^]]></cell><cell>LMH6515, ADC14V155, LMK03001C</cell><cell>MSPS ADC, DVGA, Differential, Jitter Cleaner</cell><cell>Reference Design</cell></row><row><cell></cell><cell>SP1202S02RB-PCB</cell><cell><![CDATA[WEBENCH® Sensor Designer Thermocouple Sensor Version 1 PCB (unpopulated)^http://www.national.com/store/view_item/index.html?nsid=SP1202S02RB-PCB^]]></cell><cell></cell><cell></cell><cell>Eval Board</cell></row><row><cell>22-Nov-2008</cell><cell>LMH6553SDEVAL</cell><cell><![CDATA[LMH6553SDEVAL High Speed Differential Amplifier Evaluation Board^http://www.national.com/store/view_item/index.html?nsid=LMH6553SDEVAL^]]></cell><cell>LMH6553</cell><cell>Differential, Op Amp, ADC Driver</cell><cell>Eval Board</cell></row><row><cell>13-Jul-2006</cell><cell>LMH6321MR-EVAL</cell><cell><![CDATA[Evaluation PCB for High-Speed Single Open-Loop Buffer in the 8-Pin PSOP Package^http://www.national.com/store/view_item/index.html?nsid=LMH6321MR-EVAL^]]></cell><cell>LMH6321</cell><cell>Buffer, High Speed</cell><cell>Eval Board</cell></row><row><cell>26-May-2006</cell><cell>551012875-001</cell><cell><![CDATA[SOT-23 Amplifier Universal Evaluation PCB (unpopulated)^http://www.national.com/store/view_item/index.html?nsid=551012875-001^]]></cell><cell>551012</cell><cell>Amplifiers</cell><cell>Eval Board</cell></row><row><cell>29-Oct-2008</cell><cell>LMH6584VVEVAL</cell><cell><![CDATA[LMH6584 Evaluation Board: 32x16 400 MHz Analog Crosspoint Switch Gain of 1^http://www.national.com/store/view_item/index.html?nsid=LMH6584VVEVAL^]]></cell><cell>LMH6584</cell><cell>Analog Crosspoint, Video</cell><cell>Eval Board</cell></row><row><cell>21-Jan-2010</cell><cell>LMP7721MAEVALMF</cell><cell><![CDATA[LMP7721 Multi-Function Evaluation Board^http://www.national.com/store/view_item/index.html?nsid=LMP7721MAEVALMF^]]></cell><cell>LMP7721</cell><cell>Op Amp, Precision</cell><cell>Eval Board</cell></row><row><cell>04-Dec-2007</cell><cell>LMH2100EVAL</cell><cell><![CDATA[Evaluation Board for the LMH2100 Logarithmic Power Detector^http://www.national.com/store/view_item/index.html?nsid=LMH2100EVAL^]]></cell><cell>LMH2100</cell><cell>RF PA, Power Detection</cell><cell>Eval Board</cell></row><row><cell></cell><cell>SP1202S03RB-PCB</cell><cell><![CDATA[WEBENCH® Sensor Designer Photodetector Sensor Version 1 PCB (unpopulated)^http://www.national.com/store/view_item/index.html?nsid=SP1202S03RB-PCB^]]></cell><cell></cell><cell></cell><cell>Eval Board</cell></row><row><cell>19-Feb-2009</cell><cell>LMH1980MMEVAL</cell><cell><![CDATA[Evaluation Board for LMH1980^http://www.national.com/store/view_item/index.html?nsid=LMH1980MMEVAL^]]></cell><cell>LMH1980</cell><cell>SDI, Sync Separator</cell><cell>Eval Board</cell></row><row><cell>26-Jun-2006</cell><cell>LMH730033</cell><cell><![CDATA[Evaluation Board for High-Speed Single Variable Gain Amplifier in the 14-Pin SOIC Package^http://www.national.com/store/view_item/index.html?nsid=LMH730033^]]></cell><cell>LMH6502, LMH6503</cell><cell></cell><cell>Eval Board</cell></row><row><cell>14-Mar-2008</cell><cell>551600074-001</cell><cell><![CDATA[Single to Differential ADC Driver PCB for LMH6612 and LMH6619 (SOIC package, unstuffed)^http://www.national.com/store/view_item/index.html?nsid=551600074-001^]]></cell><cell>LMH6612, LMH6619</cell><cell>ADC Driver, MSPS ADC, Video, Op Amp</cell><cell>Eval Board</cell></row><row><cell>01-Apr-2010</cell><cell>LMP8358MAEVAL</cell><cell><![CDATA[Evaluation Board for the LMP8358^http://www.national.com/store/view_item/index.html?nsid=LMP8358MAEVAL^]]></cell><cell>LMP8358</cell><cell>Amplifiers</cell><cell>Eval Board</cell></row><row><cell></cell><cell>SP1202S01RB-PCB</cell><cell><![CDATA[WEBENCH® Sensor Designer Differential Sensor PCB (unpopulated)^http://www.national.com/store/view_item/index.html?nsid=SP1202S01RB-PCB^]]></cell><cell></cell><cell></cell><cell>Eval Board</cell></row><row><cell>30-Sep-2008</cell><cell>LMP8100MA-PCB</cell><cell><![CDATA[Evaluation Board for the LMP8100MA^http://www.national.com/store/view_item/index.html?nsid=LMP8100MA-PCB^]]></cell><cell>LMP8100</cell><cell>VGA, ADC Driver, MSPS ADC</cell><cell>Eval Board</cell></row><row><cell>11-Dec-2009</cell><cell>LMH6554LE-EVAL</cell><cell><![CDATA[Evaluation board for the LMH6554^http://www.national.com/store/view_item/index.html?nsid=LMH6554LE-EVAL^]]></cell><cell>LMH6554</cell><cell>Differencial, High Speed</cell><cell>Eval Board</cell></row><row><cell>04-Dec-2007</cell><cell>LMV221EVAL</cell><cell><![CDATA[LMV221 Logarithmic Power Detector Evaluation Board^http://www.national.com/store/view_item/index.html?nsid=LMV221EVAL^]]></cell><cell>LMV221</cell><cell>RF PA, Power Detection</cell><cell>Eval Board</cell></row><row><cell>20-Sep-2007</cell><cell>LMH6580EVAL</cell><cell><![CDATA[LMH6580 Customer Evaluation Board (8x4)^http://www.national.com/store/view_item/index.html?nsid=LMH6580EVAL^]]></cell><cell>LMH6580</cell><cell></cell><cell>Eval Board</cell></row><row><cell>18-Jul-2008</cell><cell>LMH6586EVAL</cell><cell><![CDATA[Evaluation Board for the LMH6586 32X16 Video Crosspoint Switch^http://www.national.com/store/view_item/index.html?nsid=LMH6586EVAL^]]></cell><cell>LMH6586</cell><cell></cell><cell>Eval Board</cell></row><row><cell>06-Feb-2008</cell><cell>RD-162</cell><cell><![CDATA[Precision Amplitude Control for Analog Video^http://www.national.com/rd/RDhtml/RD-162.html^]]></cell><cell>LMH6505, LMH6714, LMP7704, DAC081S101</cell><cell>Video, Differential, DAC</cell><cell>Reference Design</cell></row><row><cell>15-Nov-2007</cell><cell>LMV854EVAL</cell><cell><![CDATA[8 MHz Low Power CMOS, EMI Hardened Operational Amplifiers^http://www.national.com/store/view_item/index.html?nsid=LMV854EVAL^]]></cell><cell>LMV854</cell><cell>Op Amp, Low Power</cell><cell>Eval Board</cell></row><row><cell>21-May-2008</cell><cell>LMV226TLEVAL</cell><cell><![CDATA[Evaluation Board for the LMV226^http://www.national.com/store/view_item/index.html?nsid=LMV226TLEVAL^]]></cell><cell>LMV226</cell><cell>RF PA, Power Detection</cell><cell>Eval Board</cell></row><row><cell>27-Mar-2009</cell><cell>LM48824TMEVAL</cell><cell><![CDATA[LM48824TM Evaluation Board^http://www.national.com/store/view_item/index.html?nsid=LM48824TMEVAL^]]></cell><cell>LM48824</cell><cell>Op Amp</cell><cell>Eval Board</cell></row><row><cell></cell><cell>CLC5526PCASM</cell><cell><![CDATA[Digital Variable Gain Amplifier (DVGA)^http://www.national.com/store/view_item/index.html?nsid=CLC5526PCASM^]]></cell><cell></cell><cell></cell><cell>Eval Board</cell></row><row><cell>07-Nov-2008</cell><cell>LM7705MMEVAL</cell><cell><![CDATA[Evaluation Board for the LM7705^http://www.national.com/store/view_item/index.html?nsid=LM7705MMEVAL^]]></cell><cell>LM7705</cell><cell>Switched Cap Inverter</cell><cell>Eval Board</cell></row><row><cell>20-Feb-2008</cell><cell>LMV232TLEVAL</cell><cell><![CDATA[Evaluation Board for the LMV232^http://www.national.com/store/view_item/index.html?nsid=LMV232TLEVAL^]]></cell><cell>LMV232</cell><cell>RF PA, Power Detection</cell><cell>Eval Board</cell></row><row><cell>14-Mar-2008</cell><cell>551600083-001</cell><cell><![CDATA[Single to Single ADC Driver PCB for LMH6611 and LMH6618 (SOT23 package, unstuffed)^http://www.national.com/store/view_item/index.html?nsid=551600083-001^]]></cell><cell>LMH6611, LMH6618</cell><cell>ADC Driver, MSPS ADC, Video, Op Amp</cell><cell>Eval Board</cell></row><row><cell>23-Jun-2006</cell><cell>LMH730036</cell><cell><![CDATA[Evaluation Board for High-Speed Dual Op Amp in the 8-Pin SOIC Package^http://www.national.com/store/view_item/index.html?nsid=LMH730036^]]></cell><cell>LMH6622, LMH6626, LM6628, LMH6643, LMH6646LMH6672, LMH6682, LMH6715, LMH6718, LMH6724, LM6172, LMH6612, LMH6619, LMH6655, LMH6658</cell><cell></cell><cell>Eval Board</cell></row><row><cell>20-Feb-2008</cell><cell>LMV243BLEVAL</cell><cell><![CDATA[Evaluation Board for the LMV243 Single-Channel, Quad-Band GSM Power Controller^http://www.national.com/store/view_item/index.html?nsid=LMV243BLEVAL^]]></cell><cell>LMV243</cell><cell>RF PA, Power Detection</cell><cell>Eval Board</cell></row><row><cell>11-Aug-2009</cell><cell>LMP8603MAEVAL</cell><cell><![CDATA[Evaluation Board for the LMP8603^http://www.national.com/store/view_item/index.html?nsid=LMP8603MAEVAL^]]></cell><cell>LMP8603</cell><cell>Op Amp, High Voltage</cell><cell>Eval Board</cell></row><row><cell>31-Oct-2008</cell><cell>LMH2180TMEVAL</cell><cell><![CDATA[LMH2180 Evaluation Board in Micro SMD^http://www.national.com/store/view_item/index.html?nsid=LMH2180TMEVAL^]]></cell><cell>LMH2180</cell><cell>Clock, Buffer</cell><cell>Eval Board</cell></row><row><cell>17-May-2010</cell><cell>LMH6629SDEVAL</cell><cell><![CDATA[Evaluation Board for the LMH6629^http://www.national.com/store/view_item/index.html?nsid=LMH6629SDEVAL^]]></cell><cell>LMH6629</cell><cell>Amplifier</cell><cell>Eval Board</cell></row><row><cell>26-Jun-2006</cell><cell>LMH730066</cell><cell><![CDATA[Evaluation Board for High-Speed Single Variable Gain Amplifier in the 8-Pin SOIC Package^http://www.national.com/store/view_item/index.html?nsid=LMH730066^]]></cell><cell>LMH6504, LMH6505</cell><cell></cell><cell>Eval Board</cell></row><row><cell>23-Jun-2006</cell><cell>LMH730216</cell><cell><![CDATA[Evaluation Board for High-Speed Single Op Amp in the 5-/6-Pin SOT-23 Package^http://www.national.com/store/view_item/index.html?nsid=LMH730216^]]></cell><cell></cell><cell></cell><cell>Eval Board</cell></row><row><cell>25-Nov-2009</cell><cell>LMP8645MKEVAL</cell><cell><![CDATA[Evaluation Board for the LMP8645^http://www.national.com/store/view_item/index.html?nsid=LMP8645MKEVAL^]]></cell><cell>LMP8645</cell><cell>Op Amp, Precision</cell><cell>Eval Board</cell></row><row><cell>04-Feb-2009</cell><cell>LMH1981MTEVAL</cell><cell><![CDATA[Evaluation Board for the LMH1981 Multi-Format Video Sync Separator^http://www.national.com/store/view_item/index.html?nsid=LMH1981MTEVAL^]]></cell><cell>LMH1981</cell><cell>SDI, Sync Separator</cell><cell>Eval Board</cell></row><row><cell>14-Mar-2008</cell><cell>551600075-001</cell><cell><![CDATA[Differential to Differential ADC Driver PCB for LMH6612 and LMH6619 (SOIC package, unstuffed)^http://www.national.com/store/view_item/index.html?nsid=551600075-001^]]></cell><cell>LMH6612, LMH6619</cell><cell>ADC Driver, MSPS ADC, Video, Op Amp</cell><cell>Eval Board</cell></row><row><cell>26-Jun-2006</cell><cell>LMH730121</cell><cell><![CDATA[Evaluation Board for High-Speed Dual Op Amp in the 8-Pin SOIC/PSOP Package^http://www.national.com/store/view_item/index.html?nsid=LMH730121^]]></cell><cell>LMH7372, LMH6672</cell><cell></cell><cell>Eval Board</cell></row><row><cell>09-Apr-2007</cell><cell>LMH7322EVAL</cell><cell><![CDATA[LMH7322 Dual 700ps High Speed Comparator with RSPECL Outputs Evaluation Board^http://www.national.com/store/view_item/index.html?nsid=LMH7322EVAL^]]></cell><cell>LMH7322</cell><cell>Comparator, High Speed</cell><cell>Eval Board</cell></row><row><cell>19-Mar-2008</cell><cell>LMH6514SQEVAL</cell><cell><![CDATA[Evaluation Kit for the LMH6514^http://www.national.com/store/view_item/index.html?nsid=LMH6514SQEVAL^]]></cell><cell>LMH6514</cell><cell>VGA, Differential, ADC Driver, MSPS ADC</cell><cell>Eval Board</cell></row><row><cell>22-Nov-2008</cell><cell>LMP2021MAEVAL</cell><cell><![CDATA[LMP2021MA Bridge Sensor Instrumentation Amplifier Evaluation Board^http://www.national.com/store/view_item/index.html?nsid=LMP2021MAEVAL^]]></cell><cell>LMP2021</cell><cell>Op Amp, Precision, Sensor</cell><cell>Eval Board</cell></row><row><cell>22-Jan-2008</cell><cell>551012922-001</cell><cell><![CDATA[SC-70 Amplifier Universal Evaluation Board^http://www.national.com/store/view_item/index.html?nsid=551012922-001^]]></cell><cell>LMH6657, LMH6657, LMV651, LMV641, LMV841, LMV771, LMV551, LMV981, LMV851, LMV821, LMV831, LMV321, LPV321, LMV341, LMV301, LPV511, LMV861, LMV721, LMH6601, LMV931, LPV521</cell><cell>Op Amp</cell><cell>Eval Board</cell></row><row><cell>31-Jul-2007</cell><cell>LMP8100AEVAL</cell><cell><![CDATA[Programmable Gain Amplifier^http://www.national.com/store/view_item/index.html?nsid=LMP8100AEVAL^]]></cell><cell>LMP8100</cell><cell></cell><cell>Eval Board</cell></row><row><cell>09-Oct-2008</cell><cell>LMV832MMEVAL</cell><cell><![CDATA[Evaluation Board for the LMV832 3.3MHz EMI Hardened Operation Amplifier^http://www.national.com/store/view_item/index.html?nsid=LMV832MMEVAL^]]></cell><cell>LMV832</cell><cell>Op Amp, EMI, RF</cell><cell>Eval Board</cell></row><row><cell>04-Aug-2009</cell><cell>RD-143</cell><cell><![CDATA[Lowest Power 8-bit 3 GSPS Data Acquisition System^http://www.national.com/rd/RDhtml/RD-143.html^]]></cell><cell>ADC083000, LMX2531, LMH6555, LM3722, LM95221, LM2734, LM2676, LP2986, LP2989</cell><cell>GSPS ADC, 8-bit, PLL, Differencial</cell><cell>Reference Design</cell></row><row><cell>02-Nov-2009</cell><cell>RD-179</cell><cell><![CDATA[High-IF Sub-sampling Receiver Subsystem^http://www.national.com/rd/RDhtml/RD-179.html^]]></cell><cell>ADC16DV160, LMH6517, LMK04031B, LM2734, LP5900, LP3878-ADJ</cell><cell>MSPS ADC, DVGA, Differential, Jitter Cleaner, Linear/LDO</cell><cell>Reference Design</cell></row><row><cell>25-Sep-2008</cell><cell>LMV862MMEVAL</cell><cell><![CDATA[Evaluation Board for the LMV862 30MHz EMI Hardened Operation Amplifier^http://www.national.com/store/view_item/index.html?nsid=LMV862MMEVAL^]]></cell><cell>LMV862</cell><cell>Op Amp, EMI, RF</cell><cell>Eval Board</cell></row><row><cell>26-May-2006</cell><cell>551012876-001</cell><cell><![CDATA[MSOP 8L/10L Amplifier Universal Evaluation PCB (unpopulated)^http://www.national.com/store/view_item/index.html?nsid=551012876-001^]]></cell><cell>551012</cell><cell></cell><cell>Eval Board</cell></row><row><cell>29-Apr-2005</cell><cell>LMH730277</cell><cell><![CDATA[Evaluation Board for High-Speed Single 2:1 Miltiplexer in the 8-Pin SOIC Package^http://www.national.com/store/view_item/index.html?nsid=LMH730277^]]></cell><cell>LMH6570</cell><cell></cell><cell>Eval Board</cell></row><row><cell>12-Aug-2004</cell><cell>LMH730151</cell><cell><![CDATA[Evaluation Board for High-Speed Triple 2:1 Miltiplexer in the 16-Pin SSOP Package^http://www.national.com/store/view_item/index.html?nsid=LMH730151^]]></cell><cell>LMH6572</cell><cell></cell><cell>Eval Board</cell></row><row><cell>06-Jul-2009</cell><cell>LMH2190TMEVAL</cell><cell><![CDATA[Evaluation Board for the LMH2190^http://www.national.com/store/view_item/index.html?nsid=LMH2190TMEVAL^]]></cell><cell>LMH2190</cell><cell>Clock Buffer</cell><cell>Eval Board</cell></row><row><cell>07-Jul-2008</cell><cell>LMH1982SQEEVAL</cell><cell><![CDATA[Evaluation Board for the LMH1982 Multi-Rate Video Clock Generator with LMH1981 HD/SD Video Sync Separator^http://www.national.com/store/view_item/index.html?nsid=LMH1982SQEEVAL^]]></cell><cell>LMH1982</cell><cell>SDI, Clock, Sync Separator</cell><cell>Eval Board</cell></row><row><cell>14-May-2010</cell><cell>RD-186</cell><cell><![CDATA[Small Split Rail Isolated +/- 5V Power Supply Generator^http://www.national.com/rd/RDhtml/RD-186.html^]]></cell><cell>LM5001, LM5002</cell><cell>Split Rail, Switcher, Boost, Flyback, SEPIC, Regulator</cell><cell>Reference Design</cell></row><row><cell>27-Jun-2006</cell><cell>LMH730131</cell><cell><![CDATA[Evaluation Board for High-Speed Triple/Quad Op Amp in the 14-Pin TSSOP Package^http://www.national.com/store/view_item/index.html?nsid=LMH730131^]]></cell><cell>LMH6644, LMH6683, LMH6722, LM6584, LM6588</cell><cell></cell><cell>Eval Board</cell></row><row><cell>11-Aug-2009</cell><cell>LMP8602MAEVAL</cell><cell><![CDATA[Evaluation Board for the LMP8602^http://www.national.com/store/view_item/index.html?nsid=LMP8602MAEVAL^]]></cell><cell>LMP8602</cell><cell>Op Amp, High Voltage</cell><cell>Eval Board</cell></row><row><cell>28-Apr-2008</cell><cell>LMV228TLEVAL</cell><cell><![CDATA[Evaluation Board for the LMV228 microSMD RF Detector^http://www.national.com/store/view_item/index.html?nsid=LMV228TLEVAL^]]></cell><cell>LMV228</cell><cell>RF PA, Power Detection</cell><cell>Eval Board</cell></row></rows>