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-/+ -0.1V Differential Amplifier Circuit using Zero Threshold EPAD MOSFETs:
Circuit Ideas for Designers - Application Notes - Advanced Linear Devices, Inc. (Circuit / schematic design added 6/06) |
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A Design and Manufacturing Guide for the Lead Frame Chip Scale Package (LFCSP):
AN-772 - Analog Devices Application Notes (added 2/06) |
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A Fully Differential Input Voltage Amplifier: National Semiconductor -
Application Note (added 2/06) |
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A Single Amplifier Precision High Voltage Instrument Amp: DN25 -
Design Notes (Linear Technology) (added 1/06) |
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AC Coupling Instrumentation Amplifier Improves Rejection Range Of
Differential Dc Input Voltage: 09/30/04 EDN Design Ideas / (added 12/04) The need for conditioning low-level ac
signals in the presence of both common-mode noise and differential dc voltage prevails in many applications. In such situations, ac-coupling
to instrumentation and difference amplifiers is mandatory to extract the ac signal and reject common-mode noise and differential dc
voltage.... |
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Active Feedback IC Serves As Current Sensing Instrumentation
Amplifier: 07/24/03 EDN Design Ideas / (added 12/04) High-speed current sensing presents a designer with some
significant challenges. Most techniques for sensing current involve measuring the differential voltage the current produces as it flows
through a sense element, such as a resistor or a Hall-effect device. The differential voltage across the sense element is generally small and
is often riding on a common-mode voltage that is considerably ...... |
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Amplifier And Current Source Emulate Instrumentation Amplifier:
11/13/03 EDN Design Ideas / (added 12/04) The classic three- or two-op-amp instrumentation-amplifier circuits are standard
ways to amplify a small-amplitude differential signal contaminated with high common-mode noise. In some applications, the signal source is
floating with high-series-output impedance and thus requires an appropriate high-input-impedance amplifier.... |
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An IC Amplifier User’s Guide to Decoupling, Grounding, and Making Things Go Right
for a Change: AN-202 - Analog Devices Application Notes (added 2/06) |
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AN-202: An IC Amplifier User’s Guide to Decoupling, Grounding, and Making Things Go
Right for a Change: AN-202 - Analog Devices Application Notes (added 2/06) |
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AN-214: Ground Rules for High Speed Circuits: AN-214 - Analog Devices
Application Notes (added 2/06) Layout and Wiring Are Critical in Video Converter Circuits. |
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AN-253: Find Op Amp Noise with Spreadsheet: AN-253 - Analog Devices Application Notes (added 2/06) |
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AN-257: Careful Design Tames High Speed Op Amps: AN-257 - Analog Devices Application Notes (added 2/06) |
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AN-282: Fundamentals of Sampled Data Systems: AN-282 - Analog Devices
Application Notes (added 2/06) |
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AN-345: Grounding for Low-and-High-Frequency Circuits: AN-345 - Analog
Devices Application Notes (added 2/06) Know Your Ground and Signal Paths for Effective Designs. Current Flow Seeks Path of Least
Impedance-Not Just Resistance.... |
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AN-347: Shielding and Guarding: AN-347 - Analog Devices Application Notes (added 2/06) How to Exclude Interference-Type Noise.
What to do and Why to do it-A Rational Approach |
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AN-356: User's Guide to Applying and Measuring Operational Amplifier Specifications: AN-356 - Analog Devices Application Notes
(added 2/06) |
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AN-357: Operational Integrators: AN-357 - Analog Devices Application Notes (added 2/06) |
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AN-358: Noise and Operational Amplifier Circuits: AN-358 - Analog Devices
Application Notes (added 2/06) |
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AN-359: Settling Time of Operational Amplifiers: AN-359 - Analog Devices
Application Notes (added 2/06) |
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AN-581: Biasing and Decoupling Op Amps in Single Supply Applications:
AN-581 - Analog Devices Application Notes (added 2/06) |
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AN-584: Using the AD813X Differential Amplifier: AN-584 - Analog Devices
Application Notes (added 2/06) The AD813x differs from conventional op amps by the external presence of an additional input and output.
The additional input, VOGM, controls the output common mode voltage. |
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AN-589: Ways to Optimize the Performance of a Difference Amplifier: AN-589 - Analog Devices Application Notes (added 2/06)
This Application Note presents several ways to build and optimize the performance of a discrete difference amplifier. It also recommends
amplifiers that will make the overall solution cost/performance competitive with monolithic instrument amplifiers. |
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AN-646: Universal Evaluation Board for High Speed Op Amps - Single in SOIC Package:
AN-646 - Analog Devices Application Notes (added 2/06) |
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AN-647: Universal Evaluation Board for High Speed Op Amps - Dual SOIC Package:
AN-647 - Analog Devices Application Notes (added 2/06) |
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AN-648: Universal Evaluation Board for High Speed Op Amps - Dual in MSOP package:
AN-648 - Analog Devices Application Notes (added 2/06) |
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AN-649: Using the Analog Devices Active Filter Design Tool: AN-649 -
Analog Devices Application Notes (added 2/06) |
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AN-692: Universal Precision Op Amp Evaluation Board: AN-692 - Analog Devices Application Notes (added 2/06) |
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AN-772: A Design and Manufacturing Guide for the Lead Frame Chip Scale Package
(LFCSP): AN-772 - Analog Devices Application Notes (added 2/06) |
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Wideband AGC Amplifier As A Differential Amplifier: National
Semiconductor - Application Note (added 2/06) |
