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| Understand capacitor soakage to optimize analog systems | Go-WWW |
| Step-by-step procedures help you solve Spice convergence problems | Go-WWW | |
| Electrically Induced Damage to Standard Linear Integrated Circuits: The Most Common Causes and the Associated Fixes to Prevent Reoccurrence | Go-WWW | |
| Switched-Capacitor IC Forms Notch Filter | Go-WWW | |
| Spice subcircuit simulates any second-order filter | Go-WWW | |
| Operational Amplifiers by Oliver King | Go-WWW | |
| Inverted bipolar transistor doubles as a signal clamp | Go-WWW | |
| Low-Sensitivity, Lowpass Filter Design | Go-WWW | |
| Take account of errors in designs using analog switches and multiplexers | Go-WWW | |
| Gain control goes silicon | Go-WWW | |
| Passive differentiator tops active designs | Go-WWW | |
| Component Pre-Distortion for Sallen-Key filters | Go-WWW | |
| Fully differential amplifiers remove noise from common-mode signals | Go-WWW | |
| Transient test correctly models nonlinear parts | Go-WWW | |
| A Basic Introduction to Filters: Active, Passive and Switched-Capacitor | Go-WWW | |
| Introducing the MF10: A Versatile Monolothic Active Filter Building Block | Go-WWW | |
| Negatrons enrich filter, oscillator designs | Go-WWW | |
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