1.
AB-1
2
DP8408A/09A/17/18/19/28/29 Application Hints
National Semiconductor
2.
AB-1 0
2
Substituting the RC5051 for the RC5050
Fairchild
3.
AB-1 0
2
Fluid Level Control Systems Utilizing the LM1830
National Semiconductor
4.
AB-1 00
6
MULTIPLEXER DATA ACQUISTION SYSTEM
Burr-Brown
5.
AB-1 01
6
COMBINING AN AMPLIFIER WITH THE BUF634
Burr-Brown
6.
AB-1 02
5
OUTPUT SPECTRUM AND POST-LPF DESIGN OF THE PCM1710
Burr-Brown
7.
AB-1 03
8
NOISE ANALYSIS FOR HIGH SPEED OP AMPS
Burr-Brown
8.
AB-1 04
8
DYNAMIC PERFORMANCE TESTING OF DIGITAL AUDIO D/A CONVERTERS
Burr-Brown
9.
AB-1 05
4
TUNING IN AMPLIFIERS
Burr-Brown
10.
AB-1 06
6
PROGRAMMING TRICKS FOR HIGHER CONVERSION SPEEDS UTILIZING DELTA SIGMA CONVERTERS
Burr-Brown
11.
AB-1 07
3
GIVING CONVERTERS A LITTLE GAIN BOOST WITH A FRONT END ANALOG GAIN STAGE
Burr-Brown
12.
AB-1 09
6
ADS7809 TAG FEATURE
Burr-Brown
13.
AB-1 09
1
High Speed Precision Rectifier
Analog Devices
14.
AB-1 1
2
PC Board Layout Checklist: DC-DC Converters
Fairchild
15.
AB-1 1
2
Application Brief 11 High-Efficiency Regulator has Low Drop-Out Voltage
National Semiconductor
16.
AB-1 10
3
VOLTAGE REFERENCE SCALING TECHNIQUES Increase the Accuracy of the Converter as well as Resolution
Burr-Brown
17.
AB-1 11
6
DEM-ADS1210
Burr-Brown
18.
AB-1 11
1
Single-Supply Wien Bridge Oscillator
Analog Devices
19.
AB-1 12
9
INTERFACING THE ADS1210 WITH AN 8xC51 MICROCONTROLLER
Burr-Brown
20.
AB-1 12
1
Single Resistor Controls Wien Bridge Oscillator Frequency
Analog Devices
21.
AB-1 13
10
ACCESSING THE ADS1210 DEMO BOARD WITH YOUR PC
Burr-Brown
22.
AB-1 13
1
Precision Ramp Generator
Analog Devices
23.
AB-1 15
4
OVERDRIVING THE INPUTS TO THE ADS1210, ADS1211, ADS1212, AND ADS1213
Burr-Brown
24.
AB-1 16
3
SYNCHRONIZATION OF EXTERNAL ANALOG MULTIPLEXERS WITH THE DELTA-SIGMA A/D CONVERTERS
Burr-Brown
25.
AB-1 17
3
SHORT CYCLING THE 8-PIN ADS78xx FAMILY
Burr-Brown
26.
AB-1 18
2
EXTRACT AND DIGITIZE AC SIGNALS WITH A SINGLE A
Burr-Brown
27.
AB-1 19
7
A "GETTING STARTED" GUIDE FOR THE CONVERTERS: ADS1210, ADS1211, ADS1212, ADS1213, ADS1214, AND ADS1215
Burr-Brown
28.
AB-1 2
4
Insight into Inductor Current
Fairchild
29.
AB-1 2
2
Application Brief 12 Wide Adjustable Range PNP Voltage Regulator
National Semiconductor
30.
AB-1 20
6
HOW TO GET 23 BITS OF EFFECTIVE RESOLUTION FROM YOUR 24-BIT CONVERTER
Burr-Brown
31.
AB-1 21
4
PRECISION ABSOLUTE VALUE CIRCUITS
Burr-Brown
32.
AB-1 22
7
INTERFACING THE ADS7822 TO THE SYNCHRONOUS SERIAL PORT OF THE 80x51 MICROCONTROLLER
Burr-Brown
33.
AB-1 23
3
USING THE CONTINUOUS PARALLEL MODE WITH THE ADS7824 AND ADS7825
Burr-Brown
34.
AB-1 24
3
THD+N VERSUS FREQUENCY CHARACTERISTICS AND SPECTRA OF THE PCM1717
Burr-Brown
35.
AB-1 25
14
CUSTOMIZING THE DDC112 EVALUATION FIXTURE
Burr-Brown
36.
AB-1 27
8
ADS121x ANALOG-DIGITAL CONVERTER APPLICATIONS PRIMER
Burr-Brown
37.
AB-1 3
4
Method and Advantages of Synchronizing Two RC5051 Converters
Fairchild
38.
AB-1 30
3
INTERFACING THE DAC714 TO MICRO-CONTROLLERS VIA SPI
Burr-Brown
39.
AB-1 31
8
UNDERSTANDING THE DDC112+s CONTINUOUS AND NON-CONTINUOUS MODES
Burr-Brown
40.
AB-1 32
6
SOLDER PAD RECOMMENDATIONS FOR SURFACE-MOUNT DEVICES
Burr-Brown
41.
AB-1 35
15
The DDC112's Test Mode
Burr-Brown
42.
AB-1 36
7
RETRIEVING DATA FROM THE DDC112
Burr-Brown
43.
AB-1 37
2
ADD CURRENT LIMIT TO THE BUF634
Burr-Brown
44.
AB-1 38
3
USING EXTERNAL INTEGRATION CAPACITORS ON THE DDC112
Burr-Brown
45.
AB-1 4
10
Details of Output Capacitor Selection for Pentium II Processor Converters Using the RC5051
Fairchild
46.
AB-1 42
2
ADS7843 PEN INTERRUPT
Burr-Brown
47.
AB-1 43
10
Multi-DDC112 DUT Board for the DDC112 Evaluation Fixture
Burr-Brown
48.
AB-1 44
8
NEW SOFTWARE FOR THE DDC112 EVALUATION FIXTURE
Burr-Brown
49.
AB-1 46
14
USING THE ADS1201 EVALUATION BOARD
Burr-Brown
50.
AB-1 47
4
Control Port and Reset Operation for Burr-Brown SoundPlus Audio Converters and CODECs
Burr-Brown
51.
AB-1 48
6
Low Sampling Rate Operation For Burr-Brown SoundPlus Audio Data Converters And CODECs
Burr-Brown
52.
AB-1 5
4
Using Surface Mount Power MOSFETs in Processor Power Supplies
Fairchild
53.
AB-1 5
2
Protecting Data in Serial EEPROMs
National Semiconductor
54.
AB-1 50
5
CREATING A BIPOLAR INPUT RANGE FOR THE DDC112
Burr-Brown
55.
AB-1 51
3
FOUR-WIRE RTD CURRENT-LOOP TRANSMITTER: Four-Wire Connections to an RTD Allow the RTD to be Remotely Located from Active Circuitry, Yet Maintain Accuracy
Burr-Brown
56.
AB-1 52
2
DC MOTOR SPEED CONTROLLER: Control a DC Motor without Tachometer Feedback
Burr-Brown
57.
AB-1 6
4
Designing the Input Filter for a Pentium II Processor Converter
Fairchild
58.
AB-1 61
2
AN ERROR ANALYSIS OF THE ISO102 IN A SMALL SIGNAL MEASURING APPLICATION
Burr-Brown
59.
AB-1 62
3
DC-TO-DC CONVERTER NOISE REDUCTION
Burr-Brown
60.
AB-1 63
2
PARTIAL DISCHARGE TESTING: What It Is and What It Means
Burr-Brown
61.
AB-1 65
29
IMPLEMENTATION AND APPLICATIONS OF CURRENT SOURCES AND CURRENT RECEIVERS
Burr-Brown
62.
AB-1 67
8
COMPARING THE ADS1201 TO THE CS5321
Burr-Brown
63.
AB-1 7
4
Adding an Over-Voltage Crowbar to an RC5051 Converter: Design and Analysis
Fairchild
64.
AB-1 75
5
CODING SCHEMES USED WITH DATA CONVERTERS
Burr-Brown
65.
AB-1 76
4
EXCHANGING FILES ON THE CUSTOMER SERVICE ELECTRONIC BULLETIN BOARD
Burr-Brown
66.
AB-1 78
5
CDAC ARCHITECTURE PLUS RESISTOR DIVIDER GIVES ADC574 PINOUT WITH SAMPLING, LOW POWER, NEW INPUT RANGES
Burr-Brown
67.
AB-1 79
8
VIDEO OPERATIONAL AMPLIFIER
Burr-Brown
68.
AB-1 8
8
Using the RC5051 for a Katmai Motherboard Design
Fairchild
69.
AB-1 80
5
ULTRA HIGH-SPEED ICs
Burr-Brown
70.
AB-1 81
7
DIAMOND TRANSISTOR OPA660
Burr-Brown
71.
AB-1 83
17
NEW ULTRA HIGH-SPEED CIRCUIT TECHNIQUES WITH ANALOG ICs
Burr-Brown
72.
AB-1 84
7
DRIVING VIDEO OUTPUT STAGES WITH MONOLITHIC INTEGRATED AMPLIFIERS
Burr-Brown
73.
AB-1 85
10
AUTOMATIC GAIN CONTROL (AGC) USING THE DIAMOND TRANSISTOR OPA660
Burr-Brown
74.
AB-1 86
10
CURRENT OR VOLTAGE FEEDBACK: THE CHOICE IS YOURS WITH THE NEW, FLEXIBLE, WIDE-BAND OPERATIONAL AMPLIFIER OPA622.
Burr-Brown
75.
AB-1 88
4
BUILDING A 400MHz WIDE-BAND DIFFERENTIAL AMPLIFIER: IT'S A BREEZE WITH THE DIAMOND TRANSISTOR OPA660.
Burr-Brown
76.
AB-1 89
8
MACROMODELS FOR RF OP AMPS ARE A POWERFUL DESIGN TOOL
Burr-Brown
77.
AB-1 9
4
FAN5230, FAN5233, FAN5235 Component Calculation Spreadsheet and PSPICE Model Guide
Fairchild
78.
AB-1 90
12
DESIGNING ACTIVE FILTERS WITH THE DIAMOND TRANSISTOR OPA660 Part 1
Burr-Brown
79.
AB-1 91
5
THERE'S A WORLD OF LINE DRIVERS TO CHOOSE FROM
Burr-Brown
80.
AB-1 92
8
FIBER OPTIC TRANSMISSION
Burr-Brown
81.
AB-1 93
12
THE CURRENT-FEEDBACK OP AMP A HIGH-SPEED BUILDING BLOCK
Burr-Brown
82.
AB-1 94
8
INTERMODULATION DISTORTION (IMD)
Burr-Brown
83.
GCU35AB-1 20
5
Gate Commutated Turn-off (GCT) Thyristors/Gate Drive Units
Mitsubishi
84.
LAE655-V2AB-1 1
14
colorless clear
Infineon
85.
LYE655-V2AB-1
14
colorless clear
Infineon
86.
Application note
5
AB-1 74: Getting the Full Potential from your ADCTexas Instruments
87.
Application note
4
AB-1 72: Current Feedback Amplifiers: Review, Stability Analysis,and ApplicationsTexas Instruments
88.
Application note
5
AB-1 73: Complete Audio Amplifier with Volume, Balance, and Treble ControlsTexas Instruments
89.
Application note
11
AB-1 70: Ultrasound Processor Supplementary MaterialTexas Instruments
90.
Application note
5
AB-1 74: Getting the Full Potential from your ADCTexas Instruments
91.
Application Note
11
AB-1 2 Designing a Mailbox Memory for Two 80C31 Microcontrollers Using PLDsIntel
63 KB 