|
Op-Amps |
| AN-20 |
An Applications Guide for Op-Amps (National) |
| SLOA011 |
Understanding Op-Amp Specifications (Texas Instruments) |
| AN-31 |
Op-Amp Circuit Collection (National) |
| AN142 |
Audio Applications of the NE5532 (Phillips) |
| AN-346 |
High Performance Audio Applications of the LM833 (National) |
| AN-116 |
Using the LM158/258/358 Dual Single-Supply Op-Amp (National) |
| May
1998 |
Circuit Cellar: Practical Analog Design |
| AN-4 |
Monolithic Op-Amp: The Universal Linear Component (National) |
| AN-211 |
New Op-Amp Ideas (National) |
| AN-24 |
A simplified Test Set-up for Op-Amp Characterization
(National) |
| AN-241 |
Working with High-Impedance Op-Amps (National) |
| AN-272 |
Op-Amp Booster Design (National) |
| AN-227 |
Applications of Wideband Buffer Amplifiers (National) |
| OA-11 |
A Tutorial on Applying Op-Amps to RF Applications (National) |
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|
| OA-07 |
Current Feedback Op Amp Applications Circuit Guide
(National) |
| OA-15 |
Frequent Faux Pas in Applying Wideband Current Feedback
Amplifiers |
| OA-20 |
Current Feedback myths Debunked (National) |
| OA-30 |
Current vs. Voltage Feedback Amplifiers (National) |
| AN-278 |
Designing with a Super-fast Dual Norton Amplifier (LM359) |
| AN-9420 |
Current Feedback Amplifier Theory and Applications (Intersil) |