MAX98357BEWL+T

Audio AmplifiersDigital Inputs Class D Amplifier

MAX9713ETJ+

Audio Amplifiers 6W, Filterless, Spread-Spectrum Mono/Stereo Class D Amplifiers

MAX9722AEUE+T

Audio Amplifiers 5V, Differential Input, DirectDrive, 130mW Stereo Headphone Amplifiers with Shutdown

MAX9718DEUB+T

Audio AmplifiersLow-Cost, Mono/Stereo, 1.4W Differential Audio Power Amplifiers

MAX97220EETE+T

Audio AmplifierDiff Input Direct Drive Headphone Amplifier

MAX9820ETB+T

Audio AmplifierDirectDrive Headphone Amplifier with External Gain

MAX98307ETE/V+

Audio Amplifier3.2W Mono Class DG Multi-Level Speaker Amplifier

MAX9708EVKIT+

Audio IC Development Tool Eval Kit MAX9708 (20W/40W, Filterless, Spread-Spectrum, Mono/Stereo, Class D Amplifier)

MAX98372EVSYS#

Audio IC Development Tool MAX98372 EVKit for Digital Input class D Amp with DHT and BrownoutProtection

MAX98361AEVSYS#WLP

Audio IC Development ToolsEvaluation Kit for digital Class D with 1.8V digital WLP.

MAX98309EVKIT#

Audio IC Development Tool Eval Kit MAX98309 (Speaker Amplifier)

MAX9736AEVKIT+

Audio IC Development Tools Eval Kit MAX9736A and MAX9736B (Mono/Stereo High-Power Class DAmplifier)

MAX9814EVKIT+

Audio IC Development Tools Eval Kit MAX9814 (Microphone Amplifier with AGC and Low-Noise MicrophoneBias)

MAX9860EVKIT+

Audio IC Development Tool Eval Kit MAX9860 (16-Bit Mono Audio Voice Codec)

MAX98304EVKIT+

Audio IC Development Tools Eval Kit MAX98304 (Mono 3.2W Class D Amplifier)

MAX9737EVKIT+

Audio IC Development Tools Eval Kit MAX9737 (Mono 7W Class D Amplifier)

MAX98372TEVSYS#

Audio IC Development ToolEvkit for Digital Input Class D Amplifierwith DHT and Brownout Protection

MAX9744EVKIT+

Audio IC Development Tools Eval Kit/System MAX9744 (20W Stereo Class D Speaker Amplifier with Volume Control)

MAX98365AEVSYS#

Audio AmplifierEasy-to-Use, Low Cost, Digital Input Class-D Amplifier EVkit

MAX98390DEWV+T

Audio AmplifiersHigh efficiency mono Class D audio amplifier that features an integrated boost converter, integrated Dynamic Speaker Management, and FET scaling for higher efficiency at low output power.