Typical Operating Characteristics

Typical Operating Characteristics

(VAVDD1 = VDVDDIO = 1.8V, VAVDD2 = VAVDD3 = VDVDD = 1.2V, VMBVDD = 3.6V, GND = DGND = 0V, CMBVDD = CMICBIAS1 = 2.2µF, CAVDD1 = CAVDD1_REG = CAVDD2 = CAVDD3 = CDVDD = 1µF, CDVDDIO = CMICBIAS2 = CMICBIAS3 = 0.1µF, High-Performance Record and Playback Modes, ZLOAD = OPEN, fLRCLK = 48kHz, fS_DF = 192kHz, fBCLK = 3.072MHz, fDMIC_CLK = 3.072MHz, AC Measurement Bandwidth = 20Hz to 20kHz, Typical values at TA = +25°C)

AVDD1 SOFTWARE SHUTDOWN

CURRENT vs. SUPPLY VOLTAGE

AVDD2/3 SOFTWARE SHUTDOWN

CURRENT vs. SUPPLY VOLTAGE

DVDD SOFTWARE SHUTDOWN

CURRENT vs. SUPPLY VOLTAGE

DVDDIO SOFTWARE SHUTDOWN

CURRENT vs. SUPPLY CURRENT

DVDDIO SOFTWARE SHUTDOWN

CURRENT vs. SUPPLY CURRENT

MBVDD SOFTWARE SHUTDOWN

CURRENT vs. SUPPLY VOLTAGE

AVDD1 HARDWARE SHUTDOWN

CURRENT vs. SUPPLY VOLTAGE

AVDD2/3 HARDWARE SHUTDOWN

CURRENT vs. SUPPLY VOLTAGE

DVDD HARDWARE SHUTDOWN

CURRENT vs. SUPPLY VOLTAGE

DVDDIO HARDWARE SHUTDOWN

CURRENT vs. SUPPLY CURRENT

DVDDIO HARDWARE SHUTDOWN

CURRENT vs. SUPPLY CURRENT

MBVDD HARDWARE SHUTDOWN

CURRENT vs. SUPPLY VOLTAGE

MICROPHONE BIAS ENABLED:

MBVDD QUIESCENT SUPPLY

CURRENT vs. SUPPLY VOLTAGE

MICROPHONE BIAS ENABLED:

MBVDD QUIESCENT SUPPLY

CURRENT vs. SUPPLY VOLTAGE

MICROPHONE BIAS ENABLED:

AVDD1 QUIESCENT SUPPLY

CURRENT vs. SUPPLY VOLTAGE

MICROPHONE BIAS ENABLED:

AVDD2/3 QUIESCENT SUPPLY

CURRENT vs. SUPPLY VOLTAGE

PLAYBACK ONLY:

AVDD1 QUIESCENT CURRENT vs.

AVDD1 SUPPLY VOLTAGE

PLAYBACK ONLY:

AVDD2/3 QUIESCENT CURRENT vs.

AVDD1 SUPPLY VOLTAGE

PLAYBACK ONLY:

DVDD QUIESCENT CURRENT vs.

AVDD1 SUPPLY VOLTAGE

PLAYBACK + TWO CHANNEL RECORD:

AVDD1 QUIESCENT CURRENT vs.

AVDD1 SUPPLY VOLTAGE

PLAYBACK + TWO CHANNEL RECORD:

AVDD2/3 QUIESCENT CURRENT vs.

AVDD2/3 SUPPLY VOLTAGE

PLAYBACK + TWO CHANNEL RECORD:

DVDD QUIESCENT CURRENT vs.

DVDD SUPPLY VOLTAGE

TYPICAL HYBRID ANC TUNING CASE:

AVDD1 QUIESCENT CURRENT vs.

AVDD1 SUPPLY VOLTAGE

TYPICAL HYBRID ANC TUNING CASE:

AVDD2/3 QUIESCENT CURRENT vs.

AVDD2/3 SUPPLY VOLTAGE

TYPICAL HYBRID ANC CASE:

DVDD QUIESCENT CURRENT vs.

DVDD SUPPLY VOLTAGE

SYSTEM TURN-ON RESPONSE:

PLAYBACK VOLUME RAMPING ENABLED

AND DIGITAL FILTER CHANNELS MUTED

SYSTEM TURN-OFF RESPONSE:

PLAYBACK VOLUME RAMPING ENABLED

AND DIGITAL FILTER CHANNELS MUTED

SYSTEM TURN-ON RESPONSE:

PLAYBACK VOLUME RAMPING DISABLED

AND DIGITAL FILTER CHANNELS MUTED

SYSTEM TURN-OFF RESPONSE:

PLAYBACK VOLUME RAMPING DISABLED

AND DIGITAL FILTER CHANNELS MUTED

SYSTEM TURN-ON RESPONSE:

PLAYBACK VOLUME RAMPING ENABLED

AND DIGITAL FILTER CHANNELS MUTED

SYSTEM TURN-ON RESPONSE:

PLAYBACK VOLUME RAMPING ENABLED

AND DIGITAL FILTER CHANNELS MUTED

SYSTEM TURN-ON RESPONSE:

PLAYBACK VOLUME RAMPING ENABLED

AND DIGITAL FILTER CHANNELS MUTED

RECORD CHANNEL TURN-ON RESPONSE:

STATIC ENABLE FROM SHUTDOWN

TO VALID PCM DATA OUTPUT

RECORD CHANNEL TURN-ON RESPONSE:

DYNAMIC ENABLE DURING PLAYBACK

TO VALID PCM DATA OUTPUT

SYSTEM TURN-OFF RESPONSE:

HARDWARE ENABLE INPUT LOW

PLAYBACK CHANNEL:

TOTAL HARMONIC DISTORTION +

NOISE vs. OUTPUT POWER

PLAYBACK CHANNEL:

TOTAL HARMONIC DISTORTION +

​NOISE vs. OUTPUT POWER

PLAYBACK CHANNEL:

TOTAL HARMONIC DISTORTION +

​NOISE vs. OUTPUT POWER

PLAYBACK CHANNEL:

TOTAL HARMONIC DISTORTION +

​NOISE vs. OUTPUT POWER

PLAYBACK CHANNEL:
TOTAL HARMONIC DISTORTION +

NOISE vs. INPUT FREQUENCY

PLAYBACK CHANNEL:

TOTAL HARMONIC DISTORTION +

NOISE vs. INPUT FREQUENCY

PLAYBACK CHANNEL:

OUTPUT POWER vs.

AVDD1 SUPPLY VOLTAGE

PLAYBACK CHANNEL:

OUTPUT POWER vs.

AVDD2/3 SUPPLY VOLTAGE

PLAYBACK CHANNEL: OUTPUT POWER vs. LOAD RESISTANCE

PLAYBACK CHANNEL:

INCREMENTAL EFFICIENCY vs.

PLAYBACK OUTPUT POWER

PLAYBACK CHANNEL:

INCREMENTAL EFFICIENCY vs.

PLAYBACK OUTPUT POWER

PLAYBACK CHANNEL:

INCREMENTAL EFFICIENCY vs.

PLAYBACK OUTPUT POWER

PLAYBACK CHANNEL:

INCREMENTAL EFFICIENCY vs.

OUTPUT LOAD INDUCTANCE

PLAYBACK CHANNEL:

INCREMENTAL EFFICIENCY vs.

​OUTPUT LOAD INDUCTANCE

PLAYBACK CHANNEL:
AMPLIFIER ACTIVE POWER
CONSUMPTION vs. OUTPUT POWER

PLAYBACK CHANNEL:

AMPLIFIER ACTIVE POWER

​CONSUMPTION vs. OUTPUT POWER

PLAYBACK CHANNEL:

AMPLIFIER ACTIVE POWER

​CONSUMPTION vs. OUTPUT POWER

PLAYBACK CHANNEL: NORMALIZED

OUTPUT LEVEL vs. FREQUENCY

PLAYBACK CHANNEL: NORMALIZED

​OUTPUT LEVEL vs. FREQUENCY

PLAYBACK CHANNEL:

AVDD1 PSRR vs. FREQUENCY

PLAYBACK CHANNEL:

AVDD2/3 PSRR vs. FREQUENCY

PLAYBACK CHANNEL:

DVDD PSRR vs. FREQUENCY

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

INBAND OUTPUT SPECTRUM

PLAYBACK CHANNEL:

DC BLOCKER CORNER FREQUENCY

PLAYBACK CHANNEL:

DC BLOCKER CORNER FREQUENCY

ANALOG MICROPHONE RECORD:

TOTAL HARMONIC DISTORTION

+ NOISE vs. INPUT LEVEL

ANALOG MICROPHONE RECORD:

TOTAL HARMONIC DISTORTION

+ NOISE vs. INPUT LEVEL

ANALOG MICROPHONE RECORD:

TOTAL HARMONIC DISTORTION

+ NOISE vs. INPUT LEVEL

ANALOG MICROPHONE RECORD:

TOTAL HARMONIC DISTORTION

+ NOISE vs. INPUT LEVEL

ANALOG MICROPHONE RECORD:

TOTAL HARMONIC DISTORTION +

NOISE vs. INPUT FREQUENCY

ANALOG MICROPHONE RECORD:

TOTAL HARMONIC DISTORTION +

​NOISE vs. INPUT FREQUENCY

ANALOG MICROPHONE RECORD:

TOTAL HARMONIC DISTORTION +

​NOISE vs. INPUT FREQUENCY

ANALOG MICROPHONE RECORD:

TOTAL HARMONIC DISTORTION +

​NOISE vs. INPUT FREQUENCY

ANALOG MICROPHONE RECORD:

TOTAL HARMONIC DISTORTION +

​NOISE vs. INPUT FREQUENCY

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE RECORD:

INBAND SPECTRUM

ANALOG MICROPHONE INPUT:

COMMON MODE REJECTION
RATIO vs. FREQUENCY

ANALOG MICROPHONE INPUT COMMON MODE REJECTION RATIO vs. FREQUENCY

ANALOG MICROPHONE RECORD:

AVDD1 POWER SUPPLY REJECTION

RATIO vs. FREQUENCY

ANALOG MICROPHONE RECORD:

AVDD2/3 POWER SUPPLY REJECTION

​RATIO vs. FREQUENCY

ANALOG MICROPHONE RECORD:

INPUT CROSSTALK vs. FREQUENCY

MICROPHONE RECORD CHANNEL:

DC BLOCKER CORNER FREQUENCY

DIGITAL MICROPHONE RECORD:

OUTPUT THD+N vs.

INPUT FREQUENCY

DIGITAL MICROPHONE RECORD:

OUTPUT THD+N vs.

INPUT FREQUENCY

DIGITAL MICROPHONE RECORD:

OUTPUT THD+N vs.

INPUT FREQUENCY

DIGITAL MICROPHONE RECORD:

INBAND SPECTRUM

DIGITAL MICROPHONE RECORD:

INBAND SPECTRUM

DIGITAL MICROPHONE RECORD:

INBAND SPECTRUM

DIGITAL MICROPHONE RECORD:

INBAND SPECTRUM

DIGITAL MICROPHONE RECORD:

INBAND SPECTRUM

DIGITAL MICROPHONE RECORD:

INBAND SPECTRUM

DIGITAL MICROPHONE RECORD:

INBAND SPECTRUM

DIGITAL MICROPHONE RECORD:

INBAND SPECTRUM

DIGITAL MICROPHONE RECORD:

INBAND SPECTRUM

MICROPHONE BIAS OUTPUTS:

MBVDD POWER SUPPLY REJECTION

RATIO vs. FREQUENCY

MICROPHONE BIAS OUTPUTS:

AVDD2/3 POWER SUPPLY REJECTION

​RATIO vs. FREQUENCY

MICROPHONE BIAS OUTPUTS:

AVDD1 POWER SUPPLY REJECTION

​RATIO vs. FREQUENCY

DIGITAL FILTER CHANNEL:

DC BLOCKER CORNER FREQUENCY

DIGITAL FILTER CHANNEL:

DC BLOCKER CORNER FREQUENCY

DIGITAL FILTER CHANNEL:

EXAMPLE ULTRASOUND FILTER

MAGNITUDE RESPONSE

DIGITAL FILTER CHANNEL:

MICROPHONE INPUT TO

PLAYBACK OUTPUT GROUP DELAY

DIGITAL FILTER CHANNEL:

MICROPHONE INPUT TO

​PLAYBACK OUTPUT GROUP DELAY

AMIC INPUT TO DIGITAL FILTER

CHANNEL TO PLAYBACK OUTPUT:

INBAND SPECTRUM

AMIC INPUT TO DIGITAL FILTER

CHANNEL TO PLAYBACK OUTPUT:

INBAND SPECTRUM

AMIC INPUT TO DIGITAL FILTER

CHANNEL TO PLAYBACK OUTPUT:

INBAND SPECTRUM

AMIC INPUT TO DIGITAL FILTER

CHANNEL TO PLAYBACK OUTPUT:

INBAND SPECTRUM