Producenci
Analog Devices 5692 dokumentacji
NO. | Symbol elementu | Rozmiar pliku | Stron | Opis dokumentacji | Producent |
---|---|---|---|---|---|
4401. | AMP03 |
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8 | High-Speed Differential Amplifier | Analog Devices |
4402. | AMP03 |
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8 | Precision, Unity-Gain Differential Amplifier Data Sheet (Rev. F, 12/2003) | Analog Devices |
4403. | AMP04 |
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16 | Precision Single Supply Instrumentation Amplifier Data Sheet (Rev. B, 11/2000) | Analog Devices |
4404. | AN-101 |
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4 | Cross Plot Generator Allows Quick A/D Converter Evaluation | Analog Devices |
4405. | AN-106 |
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17 | A Collection of Amp Applications | Analog Devices |
4406. | AN-108 |
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8 | JFET-Input Amps are Unrivaled for Speed and Accuracy | Analog Devices |
4407. | AN-109 |
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7 | Understanding and Preventing Latch-up In CMOS DACs | Analog Devices |
4408. | AN-117 |
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4 | OP-42 Advanced SPICE Macro-Model | Analog Devices |
4409. | AN-120 |
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5 | OP400 SPICE Macro-Model | Analog Devices |
4410. | AN-121 |
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3 | High Performance Stereo Routing Switcher | Analog Devices |
4411. | AN-127 |
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2 | An Unbalanced Mute Circuit for Audio Mixing Channels | Analog Devices |
4412. | AN-131 |
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2 | A Two-Channel VCA Level (Volume) Control Circuit | Analog Devices |
4413. | AN-132 |
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6 | OP470 SPICE Macro-Model | Analog Devices |
4414. | AN-137 |
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1 | A Digitally Programmable Gain and Attenuation Amplifier Design | Analog Devices |
4415. | AN-138 |
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16 | SPICE-Compatible Op Amp Macro-Models | Analog Devices |
4416. | AN-139 |
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2 | A Low Voltage Power Supply Watch-Dog Monitor Circuit | Analog Devices |
4417. | AN-142 |
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13 | Voltage Adjustment Applications of the DAC-8800 TrimDAC, an Octal, 8-Bit D/A Converter | Analog Devices |
4418. | AN-17 |
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12 | DAC08 Applications Collection | Analog Devices |
4419. | AN-18 |
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3 | Thermometer Applications of the REF-02 | Analog Devices |
4420. | AN-1819 |
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85 | Interfacing the ADSP21065L SHARC DSP to the AD1819A AC-97 Soundport Codec | Analog Devices |
4421. | AN-19 |
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8 | Differential and Multiplying D/A Converter Applications | Analog Devices |
4422. | AN-202 |
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8 | An IC Amplifier User's Guide to Decoupling, Grounding, and Making Things Go Right for a Change | Analog Devices |
4423. | AN-203 |
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6 | Using the AD2S80 Series Resolver-to-Digital Converters as Control Transformers | Analog Devices |
4424. | AN-204 |
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10 | Applications of the SMP04 and the SMP08/18 Quad and Octal Sample-and-Hold Amplifiers | Analog Devices |
4425. | AN-205 |
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4 | Video Formats and Required Load Terminations | Analog Devices |
4426. | AN-206 |
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4 | CMOS Multiplying DAC Based Panning Circuit Provides Almost Constant Output Power | Analog Devices |
4427. | AN-207 |
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3 | Interfacing Two 16 Bit AD1856 (AD1861) Audio DACs with the Philips SAA7220 Digital Filter | Analog Devices |
4428. | AN-208 |
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4 | Understanding LOGDACs | Analog Devices |
4429. | AN-209 |
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8 | 8th Order Programmable Low-Pass Analog Filter Using Dual 12-Bit CMOS Multiplying DACs | Analog Devices |
4430. | AN-21 |
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2 | 4-20 mA Digital-to-Process Current Transmitter | Analog Devices |
4431. | AN-210 |
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2 | Adding Additional Input Channels to the AD7773 & AD7775 | Analog Devices |
4432. | AN-211 |
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16 | The Alexander Current-Feedback Audio Power Amplifier | Analog Devices |
4433. | AN-212 |
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10 | Using the AD834 in DC to 500 MHz Applications: | Analog Devices |
4434. | AN-213 |
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6 | Low Cost, Two-Chip, Voltage -Controlled Amplifier and Video Switch | Analog Devices |
4435. | AN-214 |
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3 | Ground Rules for High Speed Circuits | Analog Devices |
4436. | AN-215A |
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8 | Designer's Guide to Flash-ADC Testing, Part 1 | Analog Devices |
4437. | AN-215B |
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6 | Designer's Guide to Flash-ADC Testing, Part 2 | Analog Devices |
4438. | AN-215C |
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9 | Designers's Guide to Flash-ADC Testing, Part 3 | Analog Devices |
4439. | AN-216 |
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8 | Video VCAs and Keyers Using the AD834 and AD811 | Analog Devices |
4440. | AN-217 |
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3 | Audio Applications of the ADSP-2100 Family (IIR Filters) | Analog Devices |
4441. | AN-219 |
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4 | Electronic Adjustment Made Easy with the TrimDAC | Analog Devices |
4442. | AN-221 |
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2 | Power Down Circuit Cuts Power to AD7769 and AD7774 | Analog Devices |
4443. | AN-222 |
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2 | AD7569/AD7669 Operation With Offset Signal Grounds for Disk Drive Applications | Analog Devices |
4444. | AN-223 |
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1 | AD7575 Operation with an Offset Signal Ground for Disk Drive Applications | Analog Devices |
4445. | AN-224 |
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3 | Input/Output Level Shifting with the AD7769 | Analog Devices |
4446. | AN-225 |
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4 | 12-Bit Voltage-Output DACs for Single-Supply 5V and 12V Systems | Analog Devices |
4447. | AN-227 |
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11 | Digital Control System Design with the ADSP-2100 Family | Analog Devices |
4448. | AN-228 |
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6 | Evaluation Board for the AD7884 16-Bit A/D Converter | Analog Devices |
4449. | AN-229 |
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6 | Evaluation Board for the AD7885 16-Bit A/D Converter | Analog Devices |
4450. | AN-23 |
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2 | D/A Converter Generates Hyperbolic Functions | Analog Devices |
4451. | AN-230 |
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3 | Circuit Applications of the AD2S90 R/D Converter | Analog Devices |
4452. | AN-232 |
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4 | Bootstrapped IC Substrate Lowers Distortion in JFET Op Amps | Analog Devices |
4453. | AN-234 |
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3 | Digital Resolver Integration | Analog Devices |
4454. | AN-236 |
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3 | Speed Measurement and Control with the AD2S83, "Silicon Tachogenerator" | Analog Devices |
4455. | AN-237 |
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11 | Choosing DACs for Direct Digital Synthesis | Analog Devices |
4456. | AN-240 |
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12 | Considerations for Selecting DSP Processor, ADSP-2101 vs DSP16A | Analog Devices |
4457. | AN-241 |
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8 | Evaluation Board for the AD7710 High Resolution (24-Bits) Sigma-Delta A/D Converter | Analog Devices |
4458. | AN-244 |
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8 | A User's Guide to I.C. Instrumentation Amplifiers | Analog Devices |
4459. | AN-245 |
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10 | Instrumentation Amplifiers Solve Unusual Design Problems | Analog Devices |
4460. | AN-246 |
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7 | Isolation Barrier Precisely Protects Transducer Signals | Analog Devices |
4461. | AN-248 |
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4 | ADG201A/ADG202A and ADG221/ADG222 Performance with Reduced Power Supplies | Analog Devices |
4462. | AN-249 |
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2 | Over Voltage Protection for the ADG5XXA Multiplexer Series | Analog Devices |
4463. | AN-25 |
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4 | Applying the OP06 Op Amp As a High Precision Comparator | Analog Devices |
4464. | AN-250 |
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6 | Bandwidth, OFF Isolation and Crosstalk Performance of the AD5XXA Multiplexer Series | Analog Devices |
4465. | AN-251 |
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2 | Ron Modulation in CMOS Switches and Multiplexers | Analog Devices |
4466. | AN-252 |
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4 | Using the AD2S80 Series Resolver to Digital Converters with Synchro's; Solid State Scott-T Circuit. | Analog Devices |
4467. | AN-253 |
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2 | Find Op Amp Noise with Spreadsheet | Analog Devices |
4468. | AN-254 |
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1 | Add Programmable Gain, Attenuation | Analog Devices |
4469. | AN-255 |
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2 | Voltage-Controlled Amplifier Covers 55 dB Range | Analog Devices |
4470. | AN-256 |
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2 | Accurately Testing Op Amp Settling Times | Analog Devices |
4471. | AN-257 |
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10 | Careful Design Tames High Speed Op Amps | Analog Devices |
4472. | AN-260 |
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6 | Using Digitally Programmable Delay Generators | Analog Devices |
4473. | AN-261 |
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8 | Programmable-Delay ICs Control System Timing | Analog Devices |
4474. | AN-262 |
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4 | Low-Noise Low Drop-Out Regulator for Portable Equipment | Analog Devices |
4475. | AN-263 |
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4 | Resolver to Digital Conversion; Simple Alternative to Optical Shaft Encoders | Analog Devices |
4476. | AN-264 |
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3 | Dynamic Characteristics of Tracking Converter | Analog Devices |
4477. | AN-265 |
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6 | Circuit Applications of the AD2S80 and AD2S81 Resolver to Digital | Analog Devices |
4478. | AN-266 |
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12 | Passive Component Selection and Dynamic Modeling for the AD2S80 Series Resolver to Digital Converter | Analog Devices |
4479. | AN-268 |
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12 | RMS-to-DC Converters Ease Measurement Tasks | Analog Devices |
4480. | AN-269 |
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2 | Extend RMS-to-DC Converter's Range | Analog Devices |
4481. | AN-270 |
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8 | Applying IC Sample and Hold Amplifiers | Analog Devices |
4482. | AN-271 |
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5 | Build Precise S/H Amps for Fast 12-Bit ADCs | Analog Devices |
4483. | AN-272 |
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4 | Accuracies of the AD590 | Analog Devices |
4484. | AN-273 |
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6 | Use of the AD590 Temperature Transducer in a Remote Sensing Application | Analog Devices |
4485. | AN-274 |
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6 | Taking the Uncertainty Out of Thermocouple Temperature Measurement (With the AD594/AD595) | Analog Devices |
4486. | AN-275 |
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8 | Versatile Transmitter Chip Links Strain Gauges and RTDs to Current Loop | Analog Devices |
4487. | AN-276 |
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8 | Analog to Digital Conversion by Using V/F Converters | Analog Devices |
4488. | AN-277 |
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18 | Applications for the AD537 Voltage to Frequency Converter | Analog Devices |
4489. | AN-278 |
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28 | Operation and Applications of the AD654 IC V-to-F Converter | Analog Devices |
4490. | AN-279 |
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4 | Using the AD650 Voltage-to-Frequency Converter As a Frequency-to-Voltage Converter | Analog Devices |
4491. | AN-280 |
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32 | Mixed Signal Circuit Technologies | Analog Devices |
4492. | AN-282 |
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21 | Fundamentals of Sampled Data Systems | Analog Devices |
4493. | AN-283 |
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16 | Sigma-Delta ADCs and DACs | Analog Devices |
4494. | AN-284 |
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4 | Implement Infinite Sample-and-Hold Circuits Using Analog Input/Output Ports | Analog Devices |
4495. | AN-285 |
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6 | Function Generator and Linearization Circuit Using the AD7569 | Analog Devices |
4496. | AN-289 |
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7 | AD670 8-Bit A/D Converter Mates Transducers with Microprocessors | Analog Devices |
4497. | AN-291 |
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2 | Asynchronous Clock Interfacing With the AD7878 | Analog Devices |
4498. | AN-292 |
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3 | Interfacing the AD7572A to High Speed Digital Signal Processors | Analog Devices |
4499. | AN-293 |
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5 | AD7574 Analog to Microprocessor Interface | Analog Devices |
4500. | AN-296 |
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12 | Build a Single-Shot Recorder to Catch Fast Transients | Analog Devices |