MP34DT01 Search Results

Contextual Info: STEVAL-MKI126V3 STSmartVoice demonstration board based on MP34DT01 Data brief Description The STEVAL-MKI126V3 demonstration board allows the connection of up to six microphones using the sockets provided, or through the connection of a dedicated six-microphone array.

Contextual Info: STEVAL-MKI129V3 Microphone coupon board based on the MP34DT01 digital MEMS microphone Data brief Features • 4 x MP34DT01 top port digital MEMS microphones • Daughterboard to be used with STEVALMKI126Vx kit • Vsupply from 1.64 V to 3.6 V • 120 dBSPL acoustic overload point

Contextual Info: MP34DT01 MEMS audio sensor omnidirectional digital microphone Datasheet − production data Features • Single supply voltage ■ Low power consumption ■ 120 dBSPL acoustic overload point ■ 63 dB signal-to-noise ratio ■ Omnidirectional sensitivity ■

Contextual Info: MP34DT01 MEMS audio sensor omnidirectional stereo digital microphone Features • Single-supply voltage operation ■ Low power consumption ■ 120 dBSPL acoustic overload point ■ Omnidirectional sensitivity ■ PDM stereo output ■ HCLGA package SMD-compliant

Contextual Info: MP34DT01 MEMS audio sensor omnidirectional digital microphone Datasheet − production data Features • Single supply voltage ■ Low power consumption ■ 120 dBSPL acoustic overload point ■ 63 dB signal-to-noise ratio ■ Omnidirectional sensitivity ■

Contextual Info: MP34DT01 MEMS audio sensor omnidirectional digital microphone Datasheet - production data Applications • Mobile terminals  Laptop and notebook computers  Portable media players  VoIP  Speech recognition  A/V eLearning devices HCLGA 3 x 4 x 1 mm 4LD

Contextual Info: MP34DT01 MEMS audio sensor omnidirectional digital microphone Datasheet − production data Features • Single supply voltage ■ Low power consumption ■ 120 dBSPL acoustic overload point ■ 63 dB signal-to-noise ratio ■ Omnidirectional sensitivity ■

MP34DT01

Abstract: acoustic sensor MP34DT01TR MP34DT HCLGA AM04516
Contextual Info: MP34DT01 MEMS audio sensor omnidirectional digital microphone Datasheet − production data Features • Single supply voltage ■ Low power consumption ■ 120 dBSPL acoustic overload point ■ 63 dB signal-to-noise ratio ■ Omnidirectional sensitivity ■

Contextual Info: STEVAL-MKI138V1 STAudioHub USB interface board based on MP34DT01 and STM32 Data brief Description Top view The purpose of STEVAL-MKI138V1 is to provide a demonstration of decoding and streaming of digital MEMS microphone outputs. The STEVAL-MKI138V1 demonstration board

MP34DT01

Abstract: STA321MPL 301-B STA321MP
Contextual Info: STEVAL-MKI126V3 STSmartVoice demonstration board Data brief Features • 2 on-board MEMS MP34DT01 microphones on board ■ Capable of driving up to 6 digital MEMS microphones ■ 3 independent I2S outputs ■ Up to 10 independent 32-bit user programmable biquads per channel

acoustic sensor

Abstract: MP34DT01
Contextual Info: MP34DT01 MEMS audio sensor omnidirectional digital microphone Datasheet - production data Applications • Mobile terminals • Laptop and notebook computers • Portable media players • VoIP • Speech recognition HCLGA 3x4x1 4LD • A/V eLearning devices

Contextual Info: MP34DT01 MEMS audio sensor omnidirectional digital microphone Datasheet − production data Features • Single supply voltage ■ Low power consumption ■ 120 dBSPL acoustic overload point ■ 63 dB signal-to-noise ratio ■ Omnidirectional sensitivity ■

digital mems microphone

Abstract: stm32f107 MP34DT01 mems microphone sound card schematics MP34DT STM32F107RC
Contextual Info: STEVAL-MKI117V1 MEMS microphone demonstration board based on the MP34DT01 and STM32 Data brief Features • Powered and connected to PC through USB ■ Sound card automatically recognized by the PC as an audio device ■ The onboard microphones are digital MEMS

MP34DT01

Contextual Info: MP34DT01 MEMS audio sensor omnidirectional digital microphone Features • Single supply voltage ■ Low power consumption ■ 120 dBSPL acoustic overload point ■ 63 dB signal-to-noise ratio ■ Omnidirectional sensitivity ■ –26 dBFS sensitivity ■