Audio Circuits |
|
|
| VIEW |
IN NEW
WINDOW |
PDF (32K)
|
App Note 4225
Minimizing Shutdown Current in the MAX9877 Audio Subsystem IC |
|
| VIEW |
IN NEW
WINDOW |
PDF (83K)
|
App Note 4164
Amplifier Considerations in Ceramic Speaker Applications |
|
| VIEW |
IN NEW
WINDOW |
PDF (35K)
|
App Note 4121
Class G and Charge-Pump Technologies Maximize Efficiency in Boosted Amplifiers with Minimal Support Components |
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (71K)
|
App Note 4079
Minimize Noise in Audio Channels with Smart PCB Layout |
|
| VIEW |
IN NEW
WINDOW |
PDF (35K)
|
App Note 4056
Using the MAX4929E for HDMI/DVI Low-Frequency Switching |
|
|
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (144K)
|
App Note 3977
Class D Amplifiers: Fundamentals of Operation and Recent Developments |
|
| VIEW |
IN NEW
WINDOW |
PDF (119K)
|
App Note 3973
Maxim's Active-Emissions-Limiting (AEL) Circuitry Demystified |
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (97K)
|
App Note 3881
Spread-Spectrum-Modulation Mode Minimizes Electromagnetic Interference in Class D Amplifiers |
|
| VIEW |
IN NEW
WINDOW |
PDF (58K)
|
App Note 3880
Minimizing RF Susceptibility in Cell-Phone Headphone Amplifiers |
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (208K)
|
App Note 3878
Reduce EMI from Class-D Amplifiers Using New Modulation Techniques and Filter Architectures |
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (81K)
|
App Note 3660
PCB Layout Techniques to Achieve RF Immunity for Audio Amplifiers |
|
|
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (146K)
|
App Note 3651
Circuit Analysis in the Presence of Time-Varying Magnetic Fields |
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (92K)
|
App Note 3687
Quantitative Analysis Yields Objective Measurement for Audio Amplifier Click and Pop |
|
| VIEW |
IN NEW
WINDOW |
PDF (64K)
|
App Note 3612
AutoShutdown for Speaker Amplifier Conserves Cell-Phone Power |
|
| VIEW |
IN NEW
WINDOW |
PDF (65K)
|
App Note 3573
Feature-Rich, Complete Audio Record/Playback for GSM/GPRS Cell Phones |
|
| VIEW |
IN NEW
WINDOW |
PDF (64K)
|
App Note 3570
LVDS Multimedia Interface Has Bright Future in Automotive Systems |
|
| VIEW |
IN NEW
WINDOW |
PDF (74K)
|
App Note 3512
Automotive Applications for Silicon Spread-Spectrum Oscillators |
|
|
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (31K)
|
App Note 3498
Simple Logic-Level Translation Interfaces 1.8V Microcontrollers and 3V Peripherals |
|
| VIEW |
IN NEW
WINDOW |
PDF (32K)
|
App Note 3484
Upgrading from Mechanical Potentiometers to Digital Pots |
|
| VIEW |
IN NEW
WINDOW |
PDF (48K)
|
App Note 3354
DirectDrive® Technology Enables 2VRMS Audio Line Driver from a Single 3.3V Supply |
|
| VIEW |
IN NEW
WINDOW |
PDF (176K)
|
App Note 3171
Do Passive Components Degrade Audio Quality in Your Portable Device? |
|
| VIEW |
IN NEW
WINDOW |
PDF (68K)
|
App Note 2980
Circuit Refinements Ensure Quality Audio in Portable Computers |
|
| VIEW |
IN NEW
WINDOW |
PDF (188K)
|
App Note 3077
A Digitally Controllable Lowpass Filter Using a Digital Potentiometer
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (183K)
|
App Note 738
Minimizing Component-Variation Sensitivity in Single Op Amp Filters |
|
| VIEW |
IN NEW
WINDOW |
PDF (78K)
|
App Note 161
Using a DS1802 Push-Button Digital Potentiometer to Create an Audio Preamp with Attenuator
|
|
|
|
|
|
|
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (50K)
|
App Note 730
Minimizing Total Harmonic Distortion Contributed by Analog Switches in Audio Systems |
|
|
|
|
|
| VIEW |
IN NEW
WINDOW |
PDF (76K)
|
App Note 838
Creating Non-Linear Transfer Functions With Linear Potentiometer Circuits |
|
| VIEW |
IN NEW
WINDOW |
PDF (783K)
|
App Note 2119
Audio Characterization Report for the DS1802 Dual Digital Audio Potentiometer |
|
| VIEW |
IN NEW
WINDOW |
PDF (37K)
|
App Note 558
Tech Brief 2: Dual-Polarity Amplifier is Controlled Digitally |
|
