Q1: What is the Cirrus Logic CS8416K-CNZ?
A1: The CS8416K-CNZ is a digital audio receiver that supports S/PDIF and AES/EBU audio data formats.

Q2: What interfaces does the CS8416K-CNZ support?
A2: The CS8416K-CNZ supports S/PDIF, AES3, IEC60958, and EIAJ CP-1201 audio interfaces.

Q3: What is the maximum input sample rate supported by the CS8416K-CNZ?
A3: The CS8416K-CNZ supports input sample rates up to 192 kHz.

Q4: What is the data resolution capability of the CS8416K-CNZ?
A4: The CS8416K-CNZ supports up to 24-bit audio data resolution.

Q5: What package is the CS8416K-CNZ available in?
A5: The CS8416K-CNZ is available in a 28-pin TSSOP package.

Q6: What is the power supply voltage for the CS8416K-CNZ?
A6: The CS8416K-CNZ operates on a 3.3V power supply.

Q7: Does the CS8416K-CNZ include an internal PLL?
A7: Yes, the CS8416K-CNZ features an integrated PLL for clock recovery from the input signal.

Q8: Can the CS8416K-CNZ extract channel status and user data?
A8: Yes, the CS8416K-CNZ can decode and extract channel status and user data from the input stream.

Q9: What kind of clock outputs does the CS8416K-CNZ provide?
A9: The CS8416K-CNZ provides recovered clock outputs such as RMCK (Recovered Master Clock).

Q10: Is the CS8416K-CNZ suitable for consumer and professional audio equipment?
A10: Yes, the CS8416K-CNZ is suitable for both consumer and professional digital audio systems.

Q11: How many digital audio inputs does the CS8416K-CNZ support?
A11: The CS8416K-CNZ supports up to 8 selectable input channels.

Q12: Is the CS8416K-CNZ compatible with I²S output format?
A12: Yes, the CS8416K-CNZ supports I²S and left-justified output formats.

Q13: What is the jitter performance of the CS8416K-CNZ?
A13: The CS8416K-CNZ offers low jitter on the recovered clock and data outputs.

Q14: Can the CS8416K-CNZ be used in multichannel audio systems?
A14: Yes, the CS8416K-CNZ can be integrated into multichannel and surround sound audio systems.

Q15: What control interface does the CS8416K-CNZ use?
A15: The CS8416K-CNZ can be controlled via I²C or SPI serial control interfaces.

Q16: Is the CS8416K-CNZ RoHS compliant?
A16: Yes, the CS8416K-CNZ is RoHS compliant.

Q17: Does the CS8416K-CNZ support automatic input detection?
A17: Yes, the CS8416K-CNZ includes automatic input channel detection.

Q18: What is the typical application for the CS8416K-CNZ?
A18: Typical applications include AV receivers, audio interfaces, and digital audio workstations.

Q19: What is the operating temperature range of the CS8416K-CNZ?
A19: The CS8416K-CNZ operates over a temperature range of -40°C to +85°C.

Q20: Can the CS8416K-CNZ be used in clock master or slave modes?
A20: The CS8416K-CNZ operates in clock slave mode but provides a stable clock for downstream devices.