Menu
Your Cart

NAU8810YG Differential/Mono Audio codec IC

NAU8810YG  Differential/Mono Audio codec IC
NAU8810YG  Differential/Mono Audio codec IC
NAU8810YG  Differential/Mono Audio codec IC
NAU8810YG  Differential/Mono Audio codec IC
NAU8810YG  Differential/Mono Audio codec IC
NAU8810YG  Differential/Mono Audio codec IC
NAU8810YG  Differential/Mono Audio codec IC
NAU8810YG  Differential/Mono Audio codec IC
NAU8810YG Differential/Mono Audio codec IC
  • Stock: In Stock
  • Model: IC-3314
  • Weight: 0.02kg
  • MPN: NAU8810YG
Rs 299.00
(Excluding GST)

The NAU8810 a cost effective low power wideband Monophonic audio CODEC. It is suitable for a wide range of audio applications, including voice telephony. The NAU8810 a Mono Audio CODEC with very robust ADC and DAC capabilities. The device provides one differential microphone input pair (MIC- & MIC+ pins) supported by a two-stage amplification path for amplification by as much as 55.25dB. The NAU88U10 has a 2-Wire read/write serial control interface for device control. Audio data is supported in many commonly used industry formats as either I2S or PCM formatted data.

Features:
 

  • 24-bit signal processing linear Audio CODEC
    • Audio DAC: 93dB SNR and -84dB THD
    • Audio ADC: 91dB SNR and -79dB THD
    • Support variable sample rates from 8 - 48kHz
  • Interfaces
    • I2S digital interface PCM time slot assignment
    • 2-Wire serial control Interface (I2C style; /Write capable)
  • Low Power, Low Voltage
    • Analog Supply: 2.5V to 3.6V
    • Digital Supply: 1.71V to 3.6V
    • Nominal Operating Voltage: 3.3V
  • 5-band Graphic Equalizer
  • Programmable ALC
  • ADC Notch Filter
  • Programmable High Pass Filter
  • Digital ADC/DAC Passthrough
  • Mono data output on both channels
  • Automotive AEC-Q100 grade 3 & TS16949 qualification, tested to a higher reliability standard
  • Temperature: –40°C to +85°C
  • Package: 20-Pin QFN Package

Package includes:

  • 1 x NAU8810YG QFN20 Differential/Mono Audio codec Ic

Development resources:

Write a review

Please login or register to review