• AB-1, DP8408A/09A/17/18/19/28/29 Application Hints.
• AB-4, Further Information on Testing of COPS Microcontrollers.
• AB-6, COPS Interrupts.
• AB-7, Multivibrator/Timer CAD.
• AB-9, DP8408A/09A Fastest DRAM Access Mode.
• AB-10, Fluid Level Control Systems Utilizing the LM1830.
• AB-11, High-Efficiency Regulator has Low Drop-Out Voltage.
• AB-12, Wide Adjustable Range PNP Voltage Regulator.
• AB-15, Protecting Data in Serial EEPROMs.
• AB-24, Bench Testing LM3900 and LM359 Input Parameters.
• AB-25, Linear Applications HB, 1994, pg 1140, Dithering Display Expands Bar Graph's Resolution.
• AB-30, RS-232 Line Driver Power Supply.
• AB-39, The DP8490 and DP5380 Comparison Guide.
• AB-43, Typical DP8570A Interface to the IBM PC/XT for the Purpose of Engineering Evaluation.
• ABT_APPLICATIONS, ABT Applications.
• ABT_RATINGS__SPECIFICATIONS_AND_WAVEFORMS, ABT Ratings, Specifications and Waveforms.
• AD-01, Designing with High Performance A/D Converters.
• AD-02, High Performance ADC's Require Dynamic Testing.
• AD-03, Effects of Aperture Time and Jitter in a Sampled Data.
• AD-04, Reducing the power Requirements of Comlinear CLC949 support Circuitry. (Mar 1996)

• AN-?, Current Feedback Amplifiers. (November 1992, different from AN-597, June 1989, which has the same title.)
• AN-1, Linear Application HB, 1972, pg 9, A Versatile Monolithic Voltage Regulator.
• AN-2, Linear Application HB, 1972, pg 21, Designing Switching Regulators, (LM100)
• AN-3, Linear Application HB, 1972, pg 33, Drift Compensation Techniques for Integrated DC Amplifiers.
• AN-4, Monolithic Op Amp–The Universal Linear Component. (LM101, LM102)
• AN-5, Linear Application HB, 1972, pg 47, A Fast Integrated Voltage Follower with Low Input Current.
• AN-6, Linear Application HB, 1972, pg 59, Tuned Circuit Design Using Monolithic RF/IF Amplifiers.
• AN-8, Linear Application HB, 1972, pg 65, New Uses for the LM100 Regulator.
• AN-10, Linear Application HB, 1972, pg 77, Low Power Operational LH0001 Amplifier.
• AN-11, A Unique Monolithic AGC/Squelch Amplifier. (appears to have been revised as AN-51 in September 1971)
• AN-12, Applications of the DM7200/DM8200 digital comparator.
• AN-13, Hybrid Products DB, 1982, pg 17-3, Application of the LH0002 Current Amplifier.
• AN-15, Linear Application HB, 1972, pg 77, A Complete Monolithic IF Strip for AM/AGC Applications.
• AN-17, Programmable divider applications.
• AN-18, MOS Clock Driver.
• AN-19, Low Power MOS Clock-Modulated Memory Systems. (MM400, MM402, MM406, MM451 , MM482)
• AN-20, An Applications Guide for Op Amps. (LH 101, LH201, LM101, LM201, LM301)
• AN-21, Linear Application HB, 1972, pg 103, Designs for Negative Voltage Regulators. (LM104, LM204, LM304)
• AN-22, Integrated Circuits for Digital Data Transmission. (DS7820,DS7830,DS8820,DS8830)
• AN-23, SNVA511, The LM105-An Improved Positive Regulator. (LM105, LM205, LM305)
• AN-24, A Simplified Test Set for Op Amp Characterization. (LM101, LM201, LM301, LM709)
• AN-25, MOS Delay Lines. (MM506)
• AN-28, Hybrid Products DB, 1982, pg 17-7, High-Speed MOS Commutators. (MM451, MM453, MM454)
• AN-29, IC Op Amp Beats FETs On Input Current. (LM108, LM208, LM308)
• AN-30, Log Converters. (LM101A, LM102, LM108)
• AN-31, AN-31, Op Amp Circuit Collection. (LM101A, LM102, LM107, LM108)
• AN-32, SNOA620, FET Circuit Applications.
• AN-33, Hybrid Products DB, 1982, pg 17-15, Analog-Signal Commutation. (MM450, MM451, MM454, MM550, MM551, MM552)
• AN-34, Linear Application HB, 1972, pg 211, How to Bias the Monolithic JFET Dual .
• AN-35, High-Speed TTL Adders. (DM5483,DM7483)
• AN-36, TTL Integrated Circuits - Applications of MSI Devices. (“TTL MSI applications”)
• AN-37, TTL MSI Multiplexers and Demultiplexers. (DM7210, DM7842. DM8210, DM8842)
• AN-38, Hybrid Products DB, 1982, pg 17-21, MOS Analog Switches. (LH0014, LH0019)
• AN-40, Memory DB, 1976, pg 11-1, The Systems Approach to Character Generators. (MM5240, MM5241)
• AN-41, Precision IC Comparator Runs From +5V Logic Supply.
• AN-42, IC Provides On-Card Regulation for Logic Circuits. (LM109, LM209, LM309)
• AN-43, Tri-State Logic in Modular Systems. (DS7831, DM8093. DM8094, DM8214. DM8230, DM8551, DM8552, DM8598, DS8831, DM8840, DM8842, DM8846)
• AN-44, Memory DB, 1976, pg 11-13, High Voltage Shift Registers Move Display. (MM5081)
• AN-45, Characteristics and Applications of Tri-State IC's. (DM7093, DM7090, DM7214, DM7230, DM7551, DM7598, DS7831, DS8831)
• AN-46, The Phase Locked Loop IC as a Communication System Building Block. (LM565, LM1496, LM1596)
• AN-47, Tri-State Logic in High Speed Memories of Microprogrammed Computers. (DM8551)
• AN-48, Hybrid Products DB, 1982, pg 17-29, Applications for a New Ultra-High Speed Buffer. (LH0033, LH0033C)
• AN-49, Pin Diode Drivers. (DH0035, DH0035C)
• AN-50, MOS Integrated Circuits, 1972, pg 245, Dynamic MOS Random Access Memories System. (MM5260)
• AN-51, Linear Application HB, 1972, pg 257, A Unique Monolithic AGC/Squelch Amplifier. (LM170, LM270, LM37o)
• AN-52, MOS Integrated Circuits, 1972, pg 251 Using the MM5704 Keyboard Interface in Keyboard Systems. (MM5704)
• AN-53, Linear Application HB, 1972, pg 269, High Speed Analog Switches. (AM1000, AM1001, AM1002)
• AN-54, Linear Application HB, 1973, pg 274, A Complete Monolithic AM/FM/SSB IF Strip. (LM273, LM373, LM274, LM374)
• AN-55, Memory DB, 1976, pg 11-17, Low Frequency Operation With Dynamic Shift Registers.
• AN-56, 1.2v Reference. (LM113, LM313)
• AN-57, Memory DB, 1976, pg 11-21, American and European Fonts in Standard Character Generator. (MM4240, MM5240, MM4241, MM5241)
• AN-60, A Method of Implementing Stacks With Existing Minicomputer Memory.
• AN-61, The Application of ROMs. (MM5203, MM5230, MM5232, MM5240)
• AN-63, Hybrid Products DB, 1982, pg 17-39, New Design Techniques for FET Op Amps. (LH0022, LH0022C, LH0042C, LH0052, LH0052C)
• AN-64, Linear Application HB, 1973, pg 298, LM381 Low Noise Dual Preamplifier, (LM381)
• AN-65, Design Considerations of MOS Dynamic Shift Registers with Tri-State Outputs. (MM4012, MM4013, MM5012, MM5013)
• AN-67, Comparing the High Speed Comparators.
• AN-68, Using Tri State Logic for Rubber Band Memories.
• AN-69, LM380 Power Audio Amplifier.
• AN-70, Linear Application HB, 1973, pg 318, LM381A Dual Preamplifier for Ultra-Low Noise Applications.
• AN-71, Micropower Circuits Using the LM4250 Programmable Op Amp.
• AN-72, The LM3900: A New Current-Differencing Quad of ± Input Amplifiers. (LM3900)
• AN-73, Tri-State Logic Applied in a Computer System Can Reduce System Cost and Provide Added Performance. (DM8556)
• AN-74, LM139/LM239/LM339 a Quad of Independently Functioning Comparators. (LM139, LM239, LM339)
• AN-75, Hybrid Products DB, 1982, pg 17-51, Applications for a High Speed FET Operational Amplifier. (LH0062, LH0062C)
• AN-76, Memory DB, 1976, pg 11-27, Applying Modern Clock Drivers to MOS Memories. (DS0025, DS0026)
• AN-77, CMOS DB, 1977, pg 5-3, CMOS, the Ideal logic Family.
• AN-79, IC Preamplifier Challenges Choppers On Drift. (LM108A, LM121)
• AN-80, Mos Keyboard Encoding.
• AN-81, LM1800 (LM1310, LM1310E) Phase Locked Loop FM Stereo Demodulator. (LM1310, LM1800)
• AN-82, LM125 Precision Dual Tracking Regulator. (LM125, LM126, LM127)
• AN-83, Interface ICs, 1974, pg 386, Data Bus and Differential Line Drivers and Receivers. (DS7820,DS7830,DS7831,DS7832,DS7833,DS7834,DS7835,DS7S36,DS7837,DS783S,DS7839,DS8820,DS8830,DS8831,DS8832,DS8833,DS8834,DS8835,DS8836,DS8837,DS8838,DS8839,DS1488,DS1489)
• AN-84, Driving 7-Segment Gas Discharge Display Tubes With National Semiconductor Circuits. (DS7880, DS8880,.OS8884A, DS8885, DS8887, DM8889)
• AN-85, Memory DB, 1976, pg 11-37, Saving ROMs in High-Resolution Dot Matrix Displays and Printers. (MM5232, MM5240, MM5241, DM8596, MM8597)
• AN-86, Memory DB, 1976, pg 11-45, A Simple Power Saving Technique for the MM5262 2K RAM.
• AN-87, Comparing the High Speed Comparators. (LM160, LM161, LM260, LM261, LM360, LM361)
• AN-88, CMOS DB, 1977, pg 5-11, CMOS Linear Applications. (MM74C00,MM74C02,MM74C04)
• AN-89, Memory DB, 1976, pg 11-49, How to Design With Programmable Logic Arrays. (DM8575, DM8576)
• AN-90, CMOS DB, 1977, pg 5-14, 54C/74C Family Characteristics.
• AN-91, The LX1602A Pressure Transducer and Altimeter Applications.
• AN-92, Installation Ideas for Pressure Transducers. (LX1600, LX1700, LX1400, LX1701)
• AN-93, Transducers in Fluid Flow Applications. (LX1602A)
• AN-94, LXSeries Pressure Transducers: Design and Applications Information. (LX1600A, LX1601A, LX1602A)
• AN-95, Pressure Transducer Load Cell. (LX1700G)
• AN-96, Pressure Transducers as Accelerometers. (LX1700G)
• AN-97, Versatile Timer Operates From Microseconds to Hours. (LM122)
• AN-98, Applications of LSI Processors.
• AN-99, Interface ICs, 1974, pg 408, Driving 7-Segment LED Displays with National Semiconductor Circuits. (DM5446A, DM5447A, DM5448A, DM7446A, DM7447A, DS75491, DS75492, DS7856, DS7858, DS8856, DS8857, DS8858, DS8861, DS8863, DS8864, DS8865, DS8866)
• AN-100, Memory DB, 1976, pg 11-57, Custom ROM Programming.
• AN-101, Increasing the Number of Control Flags and Jump Conditions in the IMP-16C.
• AN-103, LM340 Series Three Terminal Positive Regulators.
• AN-104, Noise Specs Confusing?
• AN-105, Clock-Hold Schemes for the IMP Microprocessor Family.
• AN-106, Multiple Microprocessors in Instrument Systems. (IMP-8, IMP-16)
• AN-107, IMP-16 Interrupts.
• AN-108, AN-108, Transmission Line Characteristics. (DM7400,D37820,DS7830,DS75452,DS8820,DS8830)
• AN-109, Solid State Altimeter for Transponder Applications. (LX3702)
• AN-110, Fast IC Power Transistor With Thermal Protection. (LM195)
• AN-111, IMP-16 Programming Techniques.
• AN-112, Calculator Chip Makes a Counter. (MM5736)
• AN-113, The IMP-8C as a Data Concentrator.
• AN-114, Microprocessors: an Introduction.
• AN-115, Wide Range Function Generator.
• AN-116, Use the LM158/LM258/LM358 Dual, Single Supply Op Amp.
• AN-117, Data Handling with the IMP-8. (IMP-8, IMP-16)
• AN-118, CMOS DB, 1977, pg 5-20, CMOS Oscillators.
• AN-119, Calculator Learns to Keep Time. (MM5736)
• AN-123, A Microprogram Development System. (IMP-16)
• AN-124, IMP-16C Peripheral Interfacing Simplified.
• AN-125, LM377, LM378, LM379 Dual Two, Four, and Six Watt Power Amplifiers.
• AN-127, LM143 Monolithic High Voltage Operational Amplifier Applications. (LM143, LM243, LM343)
• AN-128, MOS/LSI DB, 1977, pg 10-21, Microprocessor Mates with MOS/LSI Keyboard Encoder. (IMP-16)
• AN-129, A Linear Multiple Gain-Controlled Amplifier.
• AN-131, For Data Communications Systems: A Front-End Preprocessor for 16-Bit Minicomputer Hosts.
• AN-132, A New Interfacing Concept: The Monolithic Temperature Transducer. (LX5600, LX5700)
• AN-134, The IMP-16 in Communication Applications.
• AN-135, IMP-16L DMA - What it is and How to Use It.
• AN-136, IMP-4 Programming Techniques.
• AN-137, IMP-4A Base Memory Architecture.
• AN-138, CMOS DB, 1977, pg 5-24, Using the CMOS Dual Monostable Multivibrator. (MM54C221, MM74C221)
• AN-139, MOS/LSI DB, 1977, pg 10-27, MOS Encoder Plus PROM Yield Quick Turnaround Keyboard Systems. (MM5740)
• AN-140, CMOS DB, 1977, pg 5-30, CMOS Schmitt Trigger - A Uniquely Versatile Design Component.
• AN-141, Designing with the IMP Chip Set.
• AN-142, Using a Microprocessor Beyond Apparent Speed. (IMP-16)
• AN-143, MOS/LSI DB, 1977, pg 1-74, Using National Clock Integrated Circuits in Timer Applications. (MM5309, MM5311, MM5312, MM5315)
• AN-144, Memory DB, 1976, pg 11-65, Designing Memory Systems Using the MM5262.
• AN-146, SNAA087, FM Remote Speaker System. (LM565/LM566)
• AN-147, AN-147, Low Cost IC Stereo Receiver. (LM1800, LM1820, LM3089)
• AN-149, Handheld Calculator Battery Systems.
• AN-151, Constant Current LED.
• AN-152, Communication Interfaces for the IMP-16.
• AN-154, 1.3V IC Flasher, Oscillator, Trigger or Alarm. (LM3903)
• AN-155, MOS/LSI DB, 1977, pg 5-36, Digital Voltmeters and the MM5330.
• AN-156, Specifying A/D and D/A Converters.
• AN-158, CMOS Line Drivers.
• AN-159, Hybrid Products DB, 1982, pg 17-71, Data Acquisition System Interface to Computers. (ADC 1200, ADC 1210, MM5357)
• AN-160, Increasing Throughput for IMP-16 Serial Input/Output. (MM5303)
• AN-161, IC Voltage Reference Has 1 PPM Per Degree Drift. (LM199, LM299, LM399, LM199A, LM299A, LM399A)
• AN-162, LM2907 Tachometer/Speed Switch Building Block Applications. (LM2907, LM2917)
• AN-164, A Data Concentrator Using PACE.
• AN-165, CMOS DB, 1977, pg 5-36, Dual Polarity 3V,-Digit DVM Realized with Simple CMOS Interface. (ADC3711, LF11300)
• AN-166, SC/MP Mates with Cassette Recorder. (see also Applications Handbook, pp 2C4-1 to 2C4-12).
• AN-167, , pg 11-78, DM8678 Bipolar Character Generator.
• AN-168, MOS/LSI DB, 1977, pg 2-23, MM5865 Universal Timer Applications.
• AN-169, MOS/LSI DB, 1977, pg 2-23, A 4-Digit, 7-Function Stopwatch/Timer. (MM5865)
• AN-170, MOS/LSI DB, 1977, pg 12-22, Mounting Techniques for Multidigit LED Numeric Display.
• AN-171, PROM Power-Down Circuits.
• AN-172, Pulsed Power Supply Operation of Selected MM2102 Static RAM.
• AN-173, IC Zener Eases Reference Design. (LM129, LM329)
• AN-174, Microprocessor Security Systems Made Easy. (SC/MP)
• AN-176, Using Standard National Calculators in Industrial and Microprocessor Applications. (MM5760)
• AN-177, CMOS DB, 1977, pg 5-38, Designing with MM74C908, MM74C918 Dual High Voltage CMOS Drivers.
• AN-178, Applications for an Adjustable IC Power Regulator. (LM117, LM217, LM317)
• AN-179, Analog-to-Digital Converter Testing, (ADC0800, ADC1210, ADC1211)
• AN-180, Hybrid Products DB, 1982, pg 17-89, RMS Converters and Their Applications. (LH0091)
• AN-181, 3-Terminal Regulator Is Adjustable. (LM117, LM217. LM317)
• AN-182, Improving Power Supply Reliability With IC Power Regulators. (LM117, LM217. LM317)
• AN-183, A Cheap and Easy DC-DC Converter.
• AN-184, References for A/D Converters. (LM199, LM399, LM199A, LM399A)
• AN-186, AN-186, Number Cruncher (MM57109) Interface to Microprocessor.
• AN-188, Clock Considerations for SC/MP-II. (see also Applications Handbook, pp A-1 to A-3)
• AN-189, A PROM Programmer for the SC/MP LCDS. (SC/MP, MM4204, MM5204)
• AN-190, Serial Data Transfers with SC/MP-II.
• AN-191, SC/MP as an Analog-to-Digital Converter.
• AN-193, Single Chip Data Acquisition System Simplifies Analog-To-Digital Conversion, (ADC0816/MM74C948)
• AN-196, MOS DB, 1980, pg 6-45, Programmable TV Timer/Time-Channel Display.
• AN-199, AN-199, SNOA611, A Low Component Count Video Data Terminal Using the DP8350 CRT Controller and the 8080 CPU
• AN-200, CMOS DB, 1981, pg 8-48, CMOS A/D Converter Chips Easily Interface to 8080A μP Systems.
• AN-202, A Digital Multimeter Using the ADD3501
• AN-208, CMOS DB, 1981, pg 8-58, Radiation Hardened CMOS.
• AN-210, New Phase-Locked-Loops Have Advantages as Frequency to Voltage Converters (And More). (LM331)
• AN-211, New Op Amp Ideas.
• AN-213, Appendix H Safe Operating Areas for Peripheral Drivers.
• AN-214, AN-214, Transmission Line Drivers and Receivers for TIA/EIA Standards RS-422 and RS-423.
• AN-215, Hybrid Products DB, 1982, pg 17-93, Digital Telephony and the IC CODEC.
• AN-216, Summary of Electrical Characteristics of Some Well Known Digital Interface Standards.
• AN-216, Summary of Well Known Interface Standards.
• AN-219, Hybrid Products DB, 1982, pg 17-109, Gain Measurements in a CODEC System.
• AN-221, Hybrid Products DB, 1982, pg 17-109, Applications of Hybrid Active Filters to Telecommunications Systems.
• AN-222, Super Matched Bipolar Transistor Pair Sets New Standards for Drift and Noise. (LM194)
• AN-225, IC Temperature Sensor Provides Thermocouple Cold-Junction Compensation. (LM135/LM235/LM335)
• AN-227, Applications of Wide-Band Buffer Amplifiers. (LH0002/LH0033/LH0063)
• AN-233, The A/D Easily Allows Many Unusual Applications. (ADC0801 Series)
• AN-235, Linear Applications HB, 1980, A Microprocessor-Controlled Pressure Regulator.
• AN-236, An Introduction to the Sampling Theorem.
• AN-237, Convolution: Digital Signal Processing.
• AN-238, Linear Applications HB, 1980, Improving Response Time of IC Temperature Transducers.
• AN-240, Wide-Range Current-To-Frequency Converters. (LM331)
• AN-241, Working With High Impedance Op Amps.
• AN-242, Applying a New Precision Op Amp. (LM11)
• AN-243, Graphics/Alphanumerics Systems Using the DP8350.
• AN-244, Hybrid Products DB, 1982, pg 17-133, Introduction to Practical Fiber Optics.
• AN-245, Application of the ADC1210 CMOS A/D Converter.
• AN-247, Using the ADC0808/ADC0809 8-Bit μP Compatible A/D Converters With 8-Channel Analog Multiplexer.
• AN-248, CMOS DB, 1981, pg 8-78, Electrostatic Discharge Prevention - Input Protection Circuits and Handling Guide For CMOS.
• AN-249, MOS DB, 1980, pg 6-55, MM54240 Asynchronous Receiver/Transmitter Remote Controller Applications.
• AN-250, MOS DB, 1980, pg 6-59, Applications and Uses of the MM5321 TV Camera Sync Generator.
• AN-251, MOS DB, 1980, pg 6-63, A Broadcast Quality TV Sync Generator Made Economical through LSI.
• AN-252,Linear DB, 1982, pg 13-43, Speech Synthesis.
• AN-253, LH0024 and LH0032 High Speed Op Amp Applications.
• AN-255, Power Spectra Estimation.
• AN-256, Circuitry for Inexpensive Relative Humidity Measurement.
• AN-257, Logic DB V1, 1984, pg 2-68, Simplified Multi-Digit LED Display Design Using MM74C911/MM74C912/MM74C917 Display Controllers.
• AN-258, Data Acquisition Using the ADC0816 and ADC0817 8-Bit A/D Converter With On-Chip 16 Channel Multiplexer.
• AN-259, Ds3662 — the Bus Optimizer.
• AN-260, A 20-Bit (1 Ppm) Linear Slope-Integrating A/D Converter.
• AN-261, Low Distortion Wideband Power Op Amp. (Lh0101)
• AN-262, Applying Dual and Quad FET Op Amps.
• AN-263, Sine Wave Generation Techniques.
• AN-264, Linear Applications HB, 1986, Applications of Audio Amplifier–Transistor Array ICs.
• AN-265, An Electronic Watt-Watt-Hour Meter.
• AN-266, Circuit Applications of Sample-Hold Amplifiers.
• AN-269, Circuit Applications of Multiplying CMOS D to a Converters.
• AN-270, Software Design for a 38.4 kbaud Data Terminal.
• AN-271, Applying the New CMOS MICRO-DAC.
• AN-272, Op Amp Booster Designs.
• AN-274, CMOS A/D Converter Interfaces Easily With Many Microprocessors. (ADC0801-05)
• AN-275, CMOS D/A Converters Match Most Microprocessors. (DAC100<X>)
• AN-276, A New, Low-Cost, Sampled-Data, 10-Bit Cmos A/D Converter.
• AN-277, The New MICRO-DAC Product Line for Microprocessor Systems.
• AN-278, Designing With a New Super Fast Dual Norton Amplifier. (LM359)
• AN-280, A/D Converters Easily Interface With 70 Series Microprocessors. (NS8070 Series)
• AN-281, Data Acquisition Using Ins8048. ( Adc0833, Adc0804)
• AN-284, Single-Supply Applications of CMOS Microdacs.
• AN-285, An Acoustic Transformer Powered Super-High Isolation Amplifier.
• AN-286, Applications of the LM392 Comparator Op Amp IC.
• AN-287, Linear Applications HB, 1986, Voice Recording Techniques for Speech Synthesis.
• AN-288, System-Oriented DC-DC Conversion Techniques.
• AN-289, Linear Applications HB, 1986, Circuit Applications of Analog Data Multiplexers.
• AN-292, Applications of the LM3524 Pulse-Width-Modulator.
• AN-293, SNOA602, Control Applications of CMOS DACs. (DAC1020,DAC1218,LF351,LF356,LM135,LM319,LM394,LM395)
• AN-294, Special Sample and Hold Techniques.
• AN-295, A High Performance Industrial Weighing System.
• AN-298, Isolation Techniques for Signal Conditioning.
• AN-299, Audio Applications of Linear Integrated Circuits.
• AN-300, Simple Circuit Detects Loss of 4-20 Ma Signal.
• AN-301, Signal Conditioning for Sophisticated Transducers.
• AN-302, The DP8400 Family of Memory Interface Circuits.
• AN-303, Logic DB V1, 1984, pg 2-89, HC-CMOS Power Dissipation.
• AN-305, Precautions to Take When Driving Memories.
• AN-307, Introducing the MF10: A Versatile Monolithic Active Filter Building Block.
• AN-309, Interfacing the DP8408A/09A To Various Microprocessors.
• AN-310, Logic DB V1, 1984, pg 2-94, High Speed CMOS Processing.
• AN-311, Theory and Applications of Logarithmic Amplifiers.
• AN-313, Logic DB V1, 1984, pg 2-102, DC Electrical Characteristics of MM54HC/MM74HC CMOS.
• AN-314, Logic DB V1, 1984, pg 2-109, Interfacing MM54HC/MM74HC High Speed CMOS Logic.
• AN-316, The Subscriber Line Card in a Distributed Control Switching System.
• AN-317, Logic DB V1, 1984, pg 2-119, AC Electrical Characteristics of High Speed CMOS.
• AN-319, Logic DB V1, 1984, pg 2-124, Comparison of HC-CMOS, LS-TTL, ALS-TTL and S-TTL.
• AN-326, A Users Guide to COPS Oscillator Operation.
• AN-329, Implementing an 8-Bit Buffer in COPS.
• AN-335, Digital Pll Synthesis.
• AN-336, Understanding Integrated Circuit Package Power Capabilities.
• AN-337, Reducing Noise On Microcomputer Buses.
• AN-339, Logic DB V1, 1984, pg 2-130, Understanding SCR Latch Up in MM54HC/MM74HC CMOS Circuits.
• AN-340, Logic DB V1, 1984, pg 2-138, Crystal Oscillators Using High Speed CMOS Circuits.
• AN-343, LH1605 Switching Regulator.
• AN-344, LF13006/LF13007 Precision Digital Gain Set Applications.
• AN-345, Internal ROM Verification for the 48-Series Microcontrollers.
• AN-346, High-Performance Audio Applications of the LM833.
• AN-347, Logic DB V1, 1984, pg 2-141, MM74HC942 and MM74HC943 Design Guide.
• AN-349, Logic DB V1, 1984, pg 2-89, CMOS 300 Baud Modem.
• AN-350, Designing an LCD Dot Matrix Display Interface. (MM58201)
• AN-353, Logic DB V1, 1984, pg 2-174, MM58167A Reat Time Clock Design Guide.
• AN-358, NS8050U MICROWIRE PLUS Interface.
• AN-359, Logic DB V1, 1984, pg 2-192, The MM58174A Real Time Clock in a Battery Backed-Up Design Provides Reliable Clock and Calendar Functions.
• AN-363, ALS AS Logic DB, 1987, pg 29, Designing with TTL.
• AN-365, Logic DB V1, 1984, pg 2-200, The MM58274 Adds Reliable Real-Time Keeping to Any Microprocessor System.
• AN-368, Logic DB V1, 1984, pg 2-215, An Introduction to and Comparison of 54HCT/74HCT TTL Compatible CMOS Logic.
• AN-370, Techniques for Designing With CODEC/Filter COMBO Circuits. ( TP3050/60)
• AN-371, Logic DB V1, 1984, pg 2-221, MM58348/342/341/248 Directly Drive Vacuum Fluorescent (VF) Displays.
• AN-372, ALS AS Logic DB, 1987, pg 32, Designer's Encyclopedia of Bipolar One-Shots.
• AN-375, Logic DB V1, 1984, pg 2-233, High-Speed-CMOS Designs Address Noise and I/O Levels.
• AN-376, Logic DB V1, 1984, pg 2-242, Logic-System Design Techniques Reduce Switching-CMOS Power.
• AN-377, Logic DB V1, 1984, pg 2-253, DC Noise Immunity of CMOS Logic Gates.
• AN-378, A Novel Process for Vacuum Fluorescent (VF) Display Drivers.
• AN-384, Audio Noise Reduction and Masking.
• AN-386, A Non-Complementary Audio Noise Reduction System.
• AN-387, A DP8400/DP8419 Error Correcting Dynamic RAM Memory System For The Series 32000 (290 Kbytes; 04-Nov-1995).
• AN-390, DNR Applications of the LM1894.
• AN-391, The LM1823: A High Quality TV Video I.F. Amplifier and Synchronous Detector for Cable Receivers.
• AN-400, A Study of the Crystal Oscillator for CMOS-COPS.
• AN-401, Selecting Input/Output Options On COPs Microcontrollers.
• AN-402, LM2889 R.F. Modulator.
• AN-405, Using Dynamic RAM With Series 32000® Cpus.
• AN-409, Transceivers and Repeaters Meeting the EIA RS-485 Interface Standard.
• AN-411, Determining the Speed of the Dynamic RAM Needed When Interfacing the DP84 19-80 to Most Major Microprocessors.
• AN-413
• AN-414, Precautions for Disk Data Separator (PLL) Designs–How to Avoid Typical Problems.
• AN-435, Designing With the LMC835 Digital-Controlled Graphic Equalizer.
• AN-438, Low Power RS-232C Driver and Receiver in CMOS. ( DS14C88/DS14C89A)
• AN-439, TP3200 MC-SLIC Application Guide.
• AN-440, New CMOS Vacuum Fluorescent Drivers Enable Three Chip System to Provide Intelligent Control of Dot Matrix VF Display. (COPS424C, MM58341, MM58348)
• AN-442, Ethernet/Cheapernet Physical Layer Made Easy with DP8391/92 (189 Kbytes; 04-Nov-1995).
• AN-444, Single-Chip Modem Provides Low-Cost Data Communication.
• AN-446, A 150W IC Op Amp Simplifies Design of Power Circuits.
• AN-446B, A Monolithic Power Op Amp.
• AN-447, Protection Schemes for BI-FET Amplifiers and Switches.
• AN-450, Small Outline (SO) Package Surface Mounting Methods-Parameters and Their Effect on Product Reliability.
• AN-452, Microwire Serial Interface.
• AN-453, COPs Based Automobile Instrument Cluster.
• AN-454, Automotive Multiplex Wiring.
• AN-457, High Speed, Low Skew RS-422 Drivers and Receivers Solve Critical System Timing Problems. (DS8921/DS8922/DS8923)
• AN-460, LM34/LM35 Precision Monolithic Temperature Sensors.
• AN-466, Improving the Performance of a High Speed Pbx Backplane.
• AN-467, Surface Mount: From Design to Delivery.
• AN-468, Wave Soldering of Surface Mount Components.
• AN-469, The Reliability of Small Outline (S.O.) Surface Mount Packages.
• AN-470, Wave Soldering is S.O.I.C. Reliability Compromised.
• AN-474, HPC MICROWIRE/PLUS Master-Slave Handshaking Protocol (140 Kbytes; 04-Nov-1995).
• AN-476, ALS AS Logic DB, 1987, pg 48, Guide to ALS and AS.
• AN-480, A 40 Mhz Programmable Video Op Amp. (LH4101)
• AN-484, Interfacing Analog Audio Bandwidth Signals to the HPC.
• AN-485, Digital Filtering Using The HPC.
• AN-486, A Floating Point Package For The HPC.
• AN-487, A Radix 2 FFT Program For the HPC.
• AN-491, Microcommunication Elements DB, 1987, pg 5-3, The NS16550A: UART Design and Application Considerations.
• AN-493, Microcommunication Elements DB, 1987, pg 5-30, A Comparison of the INS8250,NS16450 and NS16550A Series of UARTs.
• AN-492, ‘‘Intuitive ISDN’’– an ISDN Tutorial.
• AN-493, A Comparison of the INS8250, NS16450 and NS16550 Series of Universal Asynchronous Receiver/Transmitters (UART).
• AN-494, Designing with the DP8462.
• AN-496, The BIPLAN DP8342/DP8343 Biphase Local Area Network.
• AN-497, Expanding the HPC Address Space.
• AN-499, Interrupts A Powerful Tool of the Biphase Communication Processor. (DP8344)
• AN-500, Designing an ESDI Disk Controller Subsystem with National's DP8466A.
• AN-502, DP8459 Evaluation Board.
• AN-503, Combo II Codec/Filter–Who Says Analog Can’t Shrink?
• AN-504, DP8344 BCP Stand-Alone Soft-Load System.
• AN-505, Floppy Disk Data Separator Design Guide for the DP8472, DP8473, and the DP8474.
• AN-509, Using the TP3401/2/3 ISDN PBX Transceivers.
• AN-510, Assembly Language Programming for the HPC
• AN-512, DS8911 AM/FM/TV Sound Up-Conversion Frequency Synthesizer.
• AN-514, Timing Analysis of Synchronous and Asynchronous Buses.
• AN-516, Interfacing the DP8344 to Twinax.
• AN-517, Receiving 5250 Protocol Messages with the Biphase Communications Processor (96 Kbytes; 04-Nov-1995)
• AN-520, Building an ISDN Terminal/Terminal Adapter.
• AN-521, Dual Tone Multiple Frequency (Dtmf).
• AN-522, Line Drawing With the NS32CG16;NS32CG16 Graphics Note 5.
• AN-524, Introduction to Bresenham's Line Algorithm Using the SBIT Instruction; Series 32000 Graphics Note 5.
• AN-536, Interfacing the DP8420A/21A/22A to the 80386 (323 Kbytes; 04-Nov-1995).
• AN-537, Interfacing the DP8420A/21A/22A to the 68030 Microprocessor.
• AN-538, Interfacing the DP8420A/21A/22A to the 68000/008/010.
• AN-539, Interfacing the DP8420A/21A/22A to the 68020.
• AN-540, A Dual Access NS32532 Error Detecting and Correcting Memory System.
• AN-541, Interfacing the DP8420A/21A/22A to the National Semiconductor NS32532.
• AN-542, Interfacing the DP8420A/21A/22A to the NS32008/016/C016/032/132.
• AN-543, Interfacing the DP8420A/21A/22A to the National Semiconductor NS32332.
• AN-544, Interfacing the DP8420A/21 A/22A to the 8086/186/88/188 Microprocessor.
• AN-545, Interfacing the DP8420A/21A/22A to the 80286.
• AN-546, Interfacing the DP8420A/21A/22A to the Z280/Z80000/Z8000 Microprocessor.
• AN-549, LM6361/LM6364/LM6365 Fast VIP Op Amps Offer High Speed At Low Power Consumption.
• AN-550, A Software Driver for the HPC Universal Peripheral Interface Port.
• AN-551, The HPC as a Front-End Processor.
• AN-552, Interfacing a Serial EEPROM to the National HPC16083.
• AN-556, Introduction to Power Supplies.
• AN-557, Optimizing the Ultra-Fast Powerplanar Rectifier Diode for Switching Power Supplies.
• AN-558, Introduction to Power Mosfets and Their Applications.
• AN-561, I2C-Bus-Interface with HPC.
• AN-562, DP8490: EASI Does It!
• AN-563, A SCSI Printer Controller Using either the DP8490 EASI or DP5380 ASI and Users Guide.
• AN-564, Simple Embedded Control NS32CG16 System; NS32CG16 Graphics Note 2.
• AN-575, Realize the Speed of Asynchronous SCSI.
• AN-576, Interfacing the NS32CG821 to the NS32CG16 (133 Kbytes; 04-Nov-1995)
• AN-577, Extended Memory Support for HPC.
• AN-578, DP8459 Window Strobe Function.
• AN-579, MICROWIRE/PLUS Serial Interface for COP800 Family.
• AN-585, High Performance Controllers in Information Control Applications.
• AN-586: Pulse Width Modulation Using HPC.
• AN-587, C in Embedded Systems and the Microcontroller World.
• AN-593, HPC16400 - A Communication Microcontroller with HDLC Support.
• AN-596, COP800 Mathpak.
• AN-597, Current Feedback Amplifiers.
• AN-602, Interfacing the DP8420A/21 A/22A to the 29000 Utilizing the Burst Access Mode.
• AN-603, Signed Integer Arithmetic On the HPC.
• AN-607, Pulse Width Modulation A/D Conversion Techniques With COP800 Family Microcontrollers.
• AN-611, Bresenham's Line Algorithm Implemented for the NS32GX32 (623 Kbytes; 05-Aug-1995)
• AN-614, Combo Ii Programmable Pcm Codec/Filter Family Application Guide.
• AN-617, Interfacing the DP8422A to an Asynchronous Port B in a Dual 68020 System.
• AN-619, Interfacing the DP8420A/DP8421A/DP8422A to the 80386 (Zero Wait State Burst Mode Access).
• AN-620, Interfacing the DP8392 to 93 ohm and 75 ohm cable.
• AN-621, Designing the DP8392 for Longer Cable Applications.
• AN-622, Low Power Ethernet with the CMOS DP83910 Serial Network Interface.
• AN-628, Accessing the NS16550A UART in the PS/2 Model 50, 60, 70 and 80.
• AN-631, Design Guide for DP8473 in a PC-AT (169 Kbytes; 05-Aug-1995)
• AN-632, Embedded Control Design with the NS32CG16.
• AN-634, BITBLT Examples; NS32CG16 Graphics Application Note 4.
• AN-635, Eight Bit Bus Interface for the NS32CG16; NS32CG16 Application Note 6.
• AN-637, Realizing Trigonometric Functions With the Multi-Function Converter LH0094.
• AN-639, High Voltage Protection Technique with TP3210 Subscriber Line Interface Module.
• AN-641, MPA Multi-Protocol Terminal Emulation Adapter Using the DP8344 (1197 Kbytes; 05-Aug-1995)
• AN-642, Interfacing the Dual Port DP8422A to the TMS32OC30 and the VME Bus.
• AN-643, EMI/RFI Board Design.
• AN-653, DP8473 Implementation into the PS/2 Floppy Controller Design.
• AN-656, Understanding the Operation of a CRT Monitor.
• AN-660, A Driver for the NS16550 DUART Which Runs on an NS32GX32.
• AN-662
• AN-663
• AN-664
• AN-665, Tp3420a S Interface Device (SID) User’s Guide.
• AN-666
• AN-673
• AN-679
• AN-681, PC Mouse Implementation Using COP800.
• AN-688, The DP8344 BCP Inverse Assembler.
• AN-689, BMAC Device Hardware Design Guide.
• AN-693
• AN-694
• AN-702, Build a Direction-Sensing Bidirectional Repeater.
• AN-706
• AN-711
• AN-714
• AN-715
• AN-725
• AN-726
• AN-727
• AN-730
• AN-734
• AN-738
• AN-739
• AN-744
• AN-749
• AN-750, Fast Eye-Pattern Generator (EPG) Board–Using the DAC0890.
• AN-757
• AN-759
• AN-761
• AN-769
• AN-770
• AN-775
• AN-776
• AN-777
• AN-779
• AN-786, LCD Direct Drive Using HPC.
• AN-795
• AN-796
• AN-798, Improved UART Clocking Techniques on New Generation HPCs..
• AN-804, Improving A/D Converter Performance Using Dither.
• AN-805, AN-805, Calculating Power Dissipation for Differential Line Drivers.
• AN-806
• AN-807
• AN-808
• AN-813
• AN-814, HPC46400E Slow Clock Mode and HDLC-Based Wakeup.
• AN-815, Variable Range PWM A/D for COP820CJ.
• AN-823, AN-823, Time Keeping Using a COP800 Microcontroller.
• AN-824, Eight Channel Eight Bit PWM Controller.
• AN-825, Using Existing Programmers to Program Low Voltage Eproms.
• AN-826, Benefits of Low Voltage Eproms in Cellular Applications.
• AN-828
• AN-829
• AN-832, An Introduction to Nationals SPI Interface Eeproms.
• AN-834
• AN-835
• AN-839
• AN-840
• AN-847, AN-847, Failsafe Biasing of Differential Buses.
• AN-855, Dp83916eb-At:High Performance At Compatible Bus Master Ethernet Adapter Card.
• AN-856, A SPICE Compatible Macromodel for CMOS Operational Amplifiers.
• AN-861
• AN-863, Interfacing the DP8441 and the I486.
• AN-864, Interfacing the DP8441 and the NS32GX320.
• AN-865, Interfacing the DP8432V and the 68040.
• AN-866, Interfacing the DP8432V and the 80486.
• AN-867, Designing the Video Section of 1600 X 1280-Pixel Crts.
• AN-868, Interfacing the HPC and LM629 for Motion Control.
• AN-872
• AN-873
• AN-876
• AN-880
• AN-881
• AN-884, Integrated LNA and Mixer Basics.
• AN-885
• AN-898
• AN-899, Operating and Evaluating Quadrature Modulators for Personal Communication Systems.
• AN-902, Twisted Pair FDDI Magnetics Overview and Recommendations.
• AN-903, AN-903, A Comparison of Differential Termination Techniques.
• AN-904, AN-904, An Introduction to the Differential SCSI Interface.
• AN-905
• AN-906, Linear Applications HB, 1994, pg 1102, Interfacing the LM12454/8 Data Acquisition System Chips to Microprocessors and Microcontrollers.
• AN-912, AN-912, Common Data Transmission Parameters and Their Definitions.
• AN-913
• AN-914
• AN-915, AN-915, Automotive Physical Layer SAE J1708 and the DS36277.
• AN-916
• AN-917
• AN-919, Designing Systems with the IC/SS Power Line Carrier Chipset.
• AN-924
• AN-925
• AN-926
• AN-927
• AN-929
• AN-931
• AN-932, SEU and Latchup Tolerant Advanced CMOS Technology.
• AN-934
• AN-935
• AN-946
• AN-947
• AN-949
• AN-952, Low Cost A/D Conversion Using COP800.
• AN-953, LCD Triplex Drive with COP820CJ.
• AN-958, DC Motor Controller Design with NeuFuz.
• AN-959, Super Fast Battery Charger Design With Neufuz.
• AN-967
• AN-968, AN-968, Optimizing for Low Skew and Phase Error On PLL Based Clock Generator.
• AN-969, Controlled Slip Design with NeuFuz.
• AN-971
• AN-972, AN-972, Inter-Operation of Interface Standards.
• AN-975
• AN-976
• AN-977
• AN-979, AN-979, The Practical Limits of RS-485.
• AN-982
• AN-983, Simple, Cost Effective A/D Conversion Using COP888EK.
• AN-984
• AN-988
• AN-989
• AN-990
• AN-991
• AN-995, DP83800 Software Programmers Guide.

• AN-1000, A Fast Locking Scheme for PLL Frequency Synthesizers.
• AN-1001
• AN-1002
• AN-1006
• AN-1010, 100base-Tx Unmanaged Repeater Design Recommendations.
• AN-1013, AN-1013, Video Amplifier Design for Computer Monitors.
• AN-1020, Demodulating with the LMX2240 150 MHz IF Receiver.
• AN-1028, SNVA036B, Maximum Power Enhancement Techniques for Power Packages.
• AN-1031, AN-1031, Tia/Eia-422-B Overview.
• AN-1032
• AN-1034, An Optimized DCE Interface for V.34 Modems Using the DS8933 and DS8934 Line Drivers and Receivers.
• AN-1038
• AN-1040
• AN-1041
• AN-1042, COP8 Instruction Set Performance Evaluation.
• AN-1043, Comparison of COP878x to the Enhanced COP8SAx7 Family - Hardware/Software Considerations.
• AN-1044, Comparison of COP82xCJ to the Enhanced COP8SAx7 Family - Hardware/Software Considerations.
• AN-1048
• AN-1049, Using CAN Networking for Cost Effective DC Motor Control in Vehicle Body Electronics.
• AN-1050, Understanding and Eliminating EMI in Microcontroller Applications.
• AN-1052, Noise Floor Measurement of PLL Frequency Synthesizers.
• AN-1055
• AN-1056
• AN-1057, Ten Ways to Bulletproof RS-485 Interfaces..
• AN-1058, Using the COP820CJ/COP840CJ in Home Appliances.
• AN-1059
• AN-1060
• AN-1061
• AN-1066
• AN-1067
• AN-1068
• AN-1069, 100BASE-TX Unmanaged Repeater Design Recommendations. ( DP83850C, DP83840A, DP83223)
• AN-1071, Information About the LM2650 Evaluation Board Rev. 1.
• AN-1073, SLIO-CAN CAN-Linked I/O Based on COP884BC.
• AN-1074, CAN Products From National Semiconductor Users Guide and Application Note.
• AN-1075, Smart Battery Charging with COP8ACC.
• AN-1076, Using the COP8ACC with Integration “A/D” Application Considerations.
• AN-1077
• AN-1081, AN-1081, A Low Cost, Low Parts-Count DC/DC Converter With Multiple Outputs.
• AN-1082
• AN-1084
• AN-1085
• AN-1087, AN-1087, Cascaded Unmanaged Repeater Applications.
• AN-1088
• AN-1091, Application Note 1091 COP8 External Sleep Timer.
• AN-1095
• AN-1098, AN-1098, Loading PLL Frequency Synthesizers With COP8SAx7.
• AN-1099
• AN-1106, 100base-X Repeater Management Module.
• AN-1108
• AN-1109, AN-1109, Multi-Drop Channel-Link Operation.
• AN-1110
• AN-1111
• AN-1112
• AN-1113
• AN-1115
• AN-1118, Simple Regulator Provides ± 12V from 5V Source. (LM2595)
• AN-1119
• AN-1120
• AN-1123
• AN-1125, Laminate CSP/FBGA.
• AN-1126
• AN-1127
• AN-1133
• AN-1135
• AN-1138
• AN-1142
• AN-1143
• AN-1144
• AN-1145
• AN-1146
• AN-1147
• AN-1148
• AN-1149
• AN-1150, COP8 Flash ISP handbook—Intro to ISP.
• AN-1151, COP Flash ISP Handbook - Parallel Port Programming Adapter.
• AN-1153
• AN-1155
• AN-1156
• AN-1157
• AN-1162
• AN-1163
• AN-1164
• AN-1165, Configuration Guide for LM3647 Reference Design.
• AN-1166
• AN-1172
• AN-1173
• AN-1174
• AN-1187
• AN-1192
• AN-1193
• AN-1194
• AN-1197
• AN-1198
• AN-1200, Mixed Signal Testing Using the IEEE 1149.4 STA400.
• AN-1201
• AN-1202
• AN-1203
• AN-1204
• AN-1205
• AN-1207
• AN-1208
• AN-1209
• AN-1214
• AN-1215
• AN-1217
• AN-1218
• AN-1219
• AN-1220
• AN-1221, LM2623 General Purpose, Boost Converter Circuit.
• AN-1222
• AN-1223
• AN-1227
• AN-1228
• AN-1229
• AN-1234
• AN-1235
• AN-1237
• AN-1238
• AN-1239
• AN-1240, Video Transmission Over Twisted Pair Wire.
• AN-1241
• AN-1244
• AN-1245
• AN-1246
• AN-1247
• AN-1250, Inductive Based Switching Regulator Circuits Provide High Efficiency White Led Drives.
• AN-1251
• AN-1253
• AN-1254
• AN-1255
• AN-1256
• AN-1258
• AN-1259
• AN-1260, Autonomous Fan Control for Processor Systems Using the LM85.
• AN-1261, Power Supply Effects On Noise Performance.
• AN-1262, Four-Speed Fan Control Using Simple Remote Diode Temperature Sensor.
• AN-1263, Dp83865 Gig Phyter V 10/100/1000 Ethernet Physical Layer Design Guide.
• AN-1268, Lp2996 Evaluation Board.
• AN-1269, LM2750-5.0 Evaluation Board.
• AN-1274, LM2623 Evaluation Board.
• AN-1275, Optimizing LMx243x Input Sensitivity Using Simple Matching Techniques.
• AN-1277, LM2703/LM2704 Evaluation Board.
• AN-1278, LM2793 Evaluation Board.
• AN-1280, LM2731/LM2733 Evaluation Board.
• AN-1281, Bumped Die (Flip Chip) Packages.
• AN-1286, Compensation for the LM3478 Boost Controller.
• AN-1287, DP83815 Macphyter and DP83816 Macphyter - II High Data Rate Stress Testing.
• AN-1290, LM3595 Evaluation Board.
• AN-1291
• AN-1292
• AN-1293
• AN-1294
• AN-1296
• AN-1297
• AN-1298
• AN-1299
• AN-1300, Lp3943 Evaluation Kit.
• AN-1301
• AN-1302
• AN-1304
• AN-1305
• AN-1306
• AN-1308
• AN-1309
• AN-1311
• AN-1312
• AN-1313
• AN-1314
• AN-1317
• AN-1318
• AN-1319
• AN-1320
• AN-1321
• AN-1323
• AN-1324
• AN-1325
• AN-1326
• AN-1327
• AN-1328
• AN-1329
• AN-1330
• AN-1331
• AN-1333
• AN-1334
• AN-1336
• AN-1339
• AN-1340
• AN-1341
• AN-1342
• AN-1343
• AN-1344
• AN-1345
• AN-1346
• AN-1347
• AN-1348
• AN-1349
• AN-1350, LM2734 Evaluation Board.
• AN-1351
• AN-1352
• AN-1356
• AN-1357
• AN-1358
• AN-1362
• AN-1364
• AN-1367
• AN-1368
• AN-1370
• AN-1371
• AN-1372
• AN-1373
• AN-1374
• AN-1375
• AN-1376
• AN-1377
• AN-1378
• AN-1379
• AN-1380
• AN-1381
• AN-1385
• AN-1387
• AN-1389
• AN-1390
• AN-1391
• AN-1392
• AN-1393
• AN-1394
• AN-1395
• AN-1396
• AN-1397
• AN-1398
• AN-1399
• AN-1400, LM1770 Evaluation Board.
• AN-1401
• AN-1402
• AN-1405
• AN-1406
• AN-1407
• AN-1408
• AN-1409
• AN-1410
• AN-1411
• AN-1412
• AN-1413
• AN-1414
• AN-1416
• AN-1418
• AN-1419
• AN-1420
• AN-1423
• AN-1424
• AN-1425
• AN-1427
• AN-1428
• AN-1430
• AN-1431
• AN-1432
• AN-1433
• AN-1434
• AN-1435
• AN-1437
• AN-1438
• AN-1439
• AN-1440
• AN-1441
• AN-1442
• AN-1443
• AN-1444
• AN-1445
• AN-1446
• AN-1447
• AN-1449
• AN-1450
• AN-1451
• AN-1452
• AN-1453
• AN-1454
• AN-1455
• AN-1456
• AN-1457
• AN-1460
• AN-1461
• AN-1463
• AN-1465
• AN-1467
• AN-1469
• AN-1470
• AN-1471
• AN-1472
• AN-1474
• AN-1475
• AN-1477
• AN-1479
• AN-1480
• AN-1481
• AN-1482
• AN-1484
• AN-1485, The Effect of Heavy Loads on the Accuracy and Linearity of Operational Amplifier Circuits (or, “What's All this Output Impedance Stuff, Anyhow?”).
• AN-1486
• AN-1487
• AN-1488
• AN-1489
• AN-1490
• AN-1491
• AN-1492
• AN-1494
• AN-1495
• AN-1496
• AN-1497
• AN-1499
• AN-1500
• AN-1501
• AN-1502
• AN-1503
• AN-1504
• AN-1505
• AN-1506
• AN-1507
• AN-1508
• AN-1509
• AN-1511
• AN-1513
• AN-1515
• AN-1516
• AN-1517
• AN-1518
• AN-1519
• AN-1520
• AN-1521
• AN-1522
• AN-1523
• AN-1525
• AN-1527
• AN-1528
• AN-1529
• AN-1531
• AN-1532
• AN-1533
• AN-1534
• AN-1536
• AN-1538
• AN-1539
• AN-1540
• AN-1541
• AN-1542
• AN-1545
• AN-1546
• AN-1547
• AN-1548
• AN-1549
• AN-1550
• AN-1552
• AN-1553
• AN-1554
• AN-1555
• AN-1556
• AN-1557
• AN-1558
• AN-1559
• AN-1560
• AN-1562
• AN-1563
• AN-1564
• AN-1565
• AN-1566
• AN-1567
• AN-1568
• AN-1569
• AN-1570
• AN-1571
• AN-1572
• AN-1573
• AN-1574
• AN-1577
• AN-1578
• AN-1579
• AN-1580
• AN-1582
• AN-1584
• AN-1585
• AN-1588
• AN-1589
• AN-1590
• AN-1591
• AN-1593
• AN-1594
• AN-1595
• AN-1596
• AN-1598
• AN-1599
• AN-1600, LM26400y Demonstration Board.
• AN-1601
• AN-1602
• AN-1603
• AN-1604
• AN-1605
• AN-1606
• AN-1608
• AN-1609
• AN-1610
• AN-1611
• AN-1612
• AN-1613
• AN-1614
• AN-1615
• AN-1617
• AN-1618
• AN-1619
• AN-1620
• AN-1621
• AN-1622
• AN-1623
• AN-1626
• AN-1628
• AN-1629
• AN-1630
• AN-1631
• AN-1632
• AN-1634
• AN-1636
• AN-1638
• AN-1639
• AN-1640
• AN-1641
• AN-1643
• AN-1644
• AN-1645
• AN-1646
• AN-1647
• AN-1650
• AN-1651
• AN-1653
• AN-1654
• AN-1656
• AN-1657
• AN-1658
• AN-1659
• AN-1660
• AN-1662
• AN-1664
• AN-1665
• AN-1666
• AN-1667
• AN-1668
• AN-1669
• AN-1670
• AN-1671
• AN-1675
• AN-1676
• AN-1677
• AN-1678
• AN-1679
• AN-1680
• AN-1681
• AN-1682
• AN-1683
• AN-1684
• AN-1685
• AN-1686
• AN-1687
• AN-1688
• AN-1689
• AN-1690
• AN-1691
• AN-1692
• AN-1693
• AN-1694
• AN-1695
• AN-1696
• AN-1697
• AN-1698
• AN-1699
• AN-1700, LMx9838 Cable Replacement.
• AN-1702
• AN-1704
• AN-1706
• AN-1708
• AN-1709
• AN-1713
• AN-1714
• AN-1715
• AN-1716
• AN-1717
• AN-1718
• AN-1719
• AN-1721
• AN-1722
• AN-1723
• AN-1724
• AN-1725
• AN-1727
• AN-1728
• AN-1729
• AN-1730
• AN-1731
• AN-1732
• AN-1733
• AN-1734
• AN-1736
• AN-1737
• AN-1738
• AN-1743
• AN-1745
• AN-1747
• AN-1748
• AN-1749
• AN-1750
• AN-1751
• AN-1752
• AN-1755
• AN-1756
• AN-1757
• AN-1758
• AN-1759
• AN-1760
• AN-1761
• AN-1763
• AN-1764
• AN-1766
• AN-1767
• AN-1768
• AN-1769
• AN-1770
• AN-1772
• AN-1773
• AN-1774
• AN-1775
• AN-1776
• AN-1777
• AN-1778
• AN-1779
• AN-1780
• AN-1781
• AN-1782
• AN-1784
• AN-1785
• AN-1786
• AN-1790
• AN-1791
• AN-1792
• AN-1793
• AN-1794
• AN-1796
• AN-1797
• AN-1798
• AN-1799
• AN-1800, Evaluation Kit for LM26480 - Dual DC/DC Buck Regulators With Dual Low- Noise Linear Regulators.
• AN-1801
• AN-1802
• AN-1803
• AN-1804
• AN-1805
• AN-1806
• AN-1807
• AN-1808
• AN-1811
• AN-1812
• AN-1813
• AN-1815
• AN-1817
• AN-1819
• AN-1820
• AN-1821
• AN-1822
• AN-1823
• AN-1824
• AN-1826
• AN-1828
• AN-1829
• AN-1830
• AN-1831
• AN-1832
• AN-1834
• AN-1836
• AN-1837
• AN-1838
• AN-1839
• AN-1840
• AN-1841
• AN-1843
• AN-1844
• AN-1845
• AN-1848
• AN-1849
• AN-1850
• AN-1851
• AN-1852
• AN-1853
• AN-1854
• AN-1855
• AN-1857
• AN-1858
• AN-1859
• AN-1861
• AN-1862
• AN-1863
• AN-1864
• AN-1865
• AN-1867
• AN-1868
• AN-1870
• AN-1872
• AN-1873
• AN-1875
• AN-1876
• AN-1878
• AN-1879
• AN-1880
• AN-1881
• AN-1883
• AN-1884
• AN-1885
• AN-1886
• AN-1887
• AN-1888
• AN-1889
• AN-1890
• AN-1891
• AN-1892
• AN-1893
• AN-1894
• AN-1895
• AN-1896
• AN-1897
• AN-1898
• AN-1899
• AN-1900, LM3150 Evaluation Boards.
• AN-1902
• AN-1903
• AN-1904
• AN-1905
• AN-1906
• AN-1907
• AN-1908
• AN-1909
• AN-1910
• AN-1911
• AN-1913
• AN-1922
• AN-1923
• AN-1925
• AN-1926
• AN-1929
• AN-1930
• AN-1931
• AN-1932
• AN-1933
• AN-1935
• AN-1937
• AN-1939
• AN-1940
• AN-1942
• AN-1943
• AN-1945
• AN-1946
• AN-1947
• AN-1948
• AN-1950
• AN-1951
• AN-1952
• AN-1953
• AN-1954
• AN-1955
• AN-1956
• AN-1957
• AN-1958
• AN-1961
• AN-1962
• AN-1963
• AN-1964
• AN-1965
• AN-1966
• AN-1967, SNVA397, LM3424 Buck-Boost Evaluation Board.
• AN-1969
• AN-1971
• AN-1972
• AN-1973
• AN-1975
• AN-1976
• AN-1977
• AN-1978
• AN-1979
• AN-1982
• AN-1983
• AN-1984
• AN-1985
• AN-1986
• AN-1988
• AN-1989
• AN-1990
• AN-1992
• AN-1993
• AN-1994
• AN-1995
• AN-1996
• AN-1997
• AN-1998

• AN-2000, LM5060eval Evaluation Board.
• AN-2001
• AN-2002
• AN-2003
• AN-2004
• AN-2006
• AN-2007
• AN-2009
• AN-2010
• AN-2011
• AN-2013
• AN-2014
• AN-2016
• AN-2020
• AN-2021
• AN-2022
• AN-2024
• AN-2025
• AN-2026
• AN-2027
• AN-2028
• AN-2029
• AN-2030
• AN-2031
• AN-2032
• AN-2034
• AN-2040
• AN-2041
• AN-2042, LM21305 Evaluation Board.
• AN-2043
• AN-2045
• AN-2050
• AN-2051
• AN-2052
• AN-2054
• AN-2056
• AN-2057
• AN-2058
• AN-2059
• AN-2060
• AN-2061
• AN-2062
• AN-2064
• AN-2065
• AN-2066
• AN-2067
• AN-2068
• AN-2069
• AN-2070
• AN-2071
• AN-2072
• AN-2074
• AN-2076
• AN-2077
• AN-2078
• AN-2080
• AN-2081
• AN-2082
• AN-2083
• AN-2084
• AN-2085
• AN-2087
• AN-2089
• AN-2090
• AN-2091
• AN-2093
• AN-2094
• AN-2095
• AN-2097
• AN-2098
• AN-2100, LM25066 Evaluation Board.
• AN-2102
• AN-2103
• AN-2107
• AN-2108
• AN-2111
• AN-2112
• AN-2113
• AN-2115
• AN-2116
• AN-2119
• AN-2120
• AN-2121
• AN-2122
• AN-2124
• AN-2125
• AN-2126
• AN-2127
• AN-2128
• AN-2129
• AN-2130
• AN-2131
• AN-2132
• AN-2134
• AN-2136
• AN-2140
• AN-2143
• AN-2144
• AN-2145
• AN-2146, Power Design for SDI and other Noise Sensitive Devices.
• AN-2147
• AN-2148
• AN-2149
• AN-2150
• AN-2154
• AN-2156
• AN-2157
• AN-2160
• AN-2161
• AN-2162
• AN-2164
• AN-2166
• AN-2167
• AN-2168
• AN-2169
• AN-2170
• AN-2171
• AN-2173
• AN-2175
• AN-2176
• AN-2177
• AN-2178
• AN-2180
• AN-2181
• AN-2182
• AN-2183
• AN-2184
• AN-2185
• AN-2186
• AN-2187
• AN-2188
• AN-2192
• AN-2193
• AN-2195
• AN-2196
• AN-2197
• AN-2198
• AN-2200, LM5017 Evaluation Board.
• AN-2204
• AN-2205, LM25118 Evaluation Board.
• AN-2206, LM5114 Evaluation Board.
• AN-2222, LM5045 Based 720W Power Converter Utilizing Current-Doubler Topology On the Secondary.
• AN-A, The Monolithic Operational Amplifier: A Tutorial Study.
• AN-C, V/F Converter Ics Handle Frequency-To-Voltage Needs.
• AN-D, Versatile Monolithic V/Fs Can Compute as Well as Convert With High Accuracy.
• AN-H, Standard Resistance Values.
• AN-OA-26, Designing High Speed Active Filters.

• CB-1, SIO Input/Output Register Description (58 Kbytes; 28-Jun-96)
• CB-2, Easy Logarithms for COP400 (232 Kbytes; 28-Jun-96)
• CB-6, RAM Keep-Alive (61 Kbytes; 28-Jun-96)

• CN-1, Analog to Digital Conversion Techniques with COPS Family Microcontrollers (601 Kbytes; 28-Jun-96)
• CN-4, The COP444L Evaluation (115 Kbytes; 28-Jun-96)
• CN-5, Oscillator Characteristics of COPS Microcontrollers (249 Kbytes; 28-Jun-96)
• CN-6, Triac Control Using the COP400 Microcontroller Family (122 Kbytes; 28-Jun-96)
• CN-7, Testing of COP400 Family Devices (129 Kbytes; 28-Jun-96)

• DB-2, Exclusive-OR code converters.
• DB-3, Grounded-load drivers.
• DB-5, CMOS DB, 1977, pg 5-50, Keyboard programmable divide-by-N counter with symmetrical output.
• IB-1, Microprocessors Why They Evolved and What They Are.

• LB-1, Linear Application HB, 1972, pg 275, Instrumentation Amplifier.
• LB-2, Hybrid Products DB, 1982, pg 17-173, Feedforward Compensation Speeds Op Amp.
• LB-3, Linear Application HB, 1972, pg 279, Worst Case Power Dissipation in Linear Regulators. (LM100, LM104, LM200, LM204, LM300, LM304)
• LB-4, Linear Application HB, 1972, pg 281, Fast Compensation Extends Power Bandwidth. Apr-69
• LB-5, Linear Application HB, 1972, pg 283, High Q Notch Filter. Mar-69
• LB-6, Linear Application HB, 1972, pg 285, Fast Voltage Comparators with Low Input Current. May-69
• LB-7, Linear Application HB, 1972, pg 287, Tracking Voltage Regulators.
• LB-8, Linear Application HB, 1972, pg 289, Precision AC/DC Converters. Aug-69
• LB-9, Linear Application HB, 1972, pg 291, Universal Balancing Techniques. Aug-69
• LB-10, Linear Application HB, 1972, pg 293, IC Regulators Simplify Power Supply Design. (LM104, LM105, LM204, LM205, LM304, LM305)
• LB-11, Linear Application HB, 1972, pg 295, The LM110-An Improved IC Voltage Follower. Mar-70
• LB-12, Linear Application HB, 1972, pg 297, An IC Voltage Comparator for High Impedance Circuitry. Jan-70
• LB-13, Linear Application HB, 1972, pg 299, Applications of the LM173/LM273/LM373.
• LB-14, Hybrid Products DB, 1982, pg 17-175, Speed Up the LM108 Feedforward Compensation.
• LB-15, Linear Application HB, 1972, pg 303, High Stability Regulators. (LM108A, LM109, LM208A, LM209, LM308A, LM309) Jan-71
• LB-16, Linear Application HB, 1972, pg 305, Easily Tuned Sine Wave Oscillators.
• LB-17, Hybrid Products DB, 1982, pg 17-177, LM118 Op Amp Slews 70V/μS.
• LB-18, Linear Application HB, 1973, pg 428, +5V to -15V Converter. Jul-72
• LB-19, Linear Application HB, 1973, pg 430, Predicting Op Amp Slew Rate Limited Response. Aug-72
• LB-20, Linear Application HB, 1973, pg 432, A Fully Differential Input Voltage Amplifier. Dec-72.
• LB-21, Instrumentational Amplifier. Jun-73.
• LB-22, Low Drift Amplifier. Mar-86
• LB-23, Precise Tri-Wave Generation. Jun-73
• LB-24, Versatile IC Pre-Amp Makes Thermocouple Amplifier with Cold Junction Compensation. (LM321, LM308A) Jun-73
• LB-25, True rms Detector. Jun-73
• LB-26, Specifying Selected Op Amps and Comparators. Oct-73
• LB-27, Micropower Thermometer. (LX5600) Jan-74
• LB-28, General Purpose Power Supply. Jun-74
• LB-30, Low Cost LED Thermometer.
• LB-31, Crystal Oven Controller and Precision Voltage Reference. (LM199, LM299, LM399, LM199A, LM299A, LM399A)
• LB-32, Microvolt Comparator. Jun-76
• LB-34, A Micropower Voltage Reference. Jun-76
• LB-35, Adjustable 3-Terminal Regulator for Low-Cost Battery Charging Systems. (LM317) Aug-76
• LB-36, Simple Temperature Control. (LX5600)
• LB-38, Wide Range Timer. Feb-77
• LB-39, Circuit Techniques for Avoiding Oscillations in Comparator Applications. Jan-78
• LB-41, Precision Reference Uses Only Ten Microamperes. Jun-78
• LB-42, Get Fast Stable Response from Improved Unity-Gain Followers. Aug-78
• LB-44, Get More Power Out of Dual or Quad Op Amps. Apr-79
• LB-45, Frequency-to-Voltage Converter Uses Sample-and-Hold to Improve Response and Ripple. Apr-79
• LB-46, A New Production Technique for Trimming Voltage Regulators. Jul-79
• LB-47, High Voltage Adjustable Power Supplies. Mar-80
• LB-48, Simple Voltmeter Monitors TTL Supplies. Feb-80
• LB-49, Programmable Power Regulators Help Check Out Computer System Operating Margins. Jan-85
• LB-51, Add Kelvin Sensing and Parallel Capability to 3-Terminal Regulators. Mar-81
• LB-52, A Low Noise Precision Op Amp. Dec-80
• LB-53, /xP Interface for a Free Running A/D Allows Asynchronous Reads. Jul-81

• MB-4, MOS Delay Lines. (DM8000, DM8510, DM8830, MM506)
• MB-5, MOS Clock Savers.
• MB-7, TTL/MOS/DTL Interfaces.
• MB-8, Digital Display Systems.
• MB-9, Hybrid Products DB, 1982, pg 17-171, MOS Clock Drivers.
• MB-10, Memory DB, 1976, pg 11-78, Trig Function Generators
• MB-11, MOS Scratch Pad/Content Addressable Memory System.
• MB-12, MOS Goes Bipolar.
• MB-13, 7 x 9 Display Character Generator.
• MB-14, Memory DB, 1976, pg 11-80, Mask Programming Specializes MOS Shift Register Designs. (MM4007, MM4019, MM5007, MM5019)
• MB-15, Static Shift Register Operating Curves.
• MB-16, Memory DB, 1976, pg 11-82, Double-Clocking Cuts Standard Registers to Non-Standard Sizes.
• MB-18, CMOS DB, 1977, pg 5-52, MM54C/MM74C Voltage Translation/Buffering.
• MB-19, MOS DB, 1980, pg 6-69, Integrated Circuit Combination Provides Digital Frequency Readout with Digital Clock for Radios.
• SB-106, Adaptive Breaking System (ABS).
• TB-1, The Multi-Level Switch Kit, Part No. SKI 007
• TB-3, Transducer Sensor Diaphram 15 Million Cycle Life Test
• TB-7, Use of the SKI 007 Pressure Transducer Kit in Vault Alarm Systems.
• TB-8, Transducer Fluid Filled Option.

• TP-5, A new low voltage breakdown diode.
• TP-8, A low-power rf/if amplifier
• TP-9, IC op amps close the performance gap on discretes.
• TP-11, Super gain transistors for IC's.
• TP-12, Design techniques for monolithic operational amplifiers.
• TP-15, Hybrid Products DB, 1982, pg 17-179, Reducing DC Errors in Op Amps.
• TTL-5, TRI-STATE logic .

If an Application Note doesn't load from the archive, try changing the date part of the URL, 20100216023131, to an “*”, and select one of the other dates to download.