Cirrus Logic CS4361 - Manual

Copyright
 Cirrus Logic, Inc. 2011
(All Rights Reserved) http://www.cirrus.com
20-Pin, 24-Bit, 192 kHz, 6-Channel D/A Converter
Features
 Multi-Bit Delta-Sigma Modulator
 24-Bit Conversion
 Automatically Detects Sample Rates Up To
192 kHz
 103 dB Dynamic Range
 -94 dB THD+N
 Low Clock-Jitter Sensitivity
 +5 V Core Power
 +1.8 V to +5 V Interface Power
 Filtered Line-Level Outputs
 On-Chip Digital De-emphasis
 Popguard ® Technology
 Mute Output Control
 Small 20-pin TSSOP Package
Description
The CS4361 is a complete 6-channel digital-to-analog
output system including interpolation, multi-bit D/A con-
version, and output analog filtering in a small 20-pin
package. The CS4361 supports all major audio data in-
terface formats.
The CS4361 is based on a fourth-order, multi-bit, delta-
sigma modulator with a linear analog low-pass filter.
This device also includes auto-speed mode detection
using both sample rate and master clock ratio as a
method of auto-selecting sampling rates between 2 kHz
and 216 kHz.
The CS4361 contains on-chip digital de-emphasis, op-
erates from a single +5 V power supply with separate
built-in level shifter for the digital interface, and requires
minimal support circuitry. These features are ideal for
DVD players and recorders, digital televisions, home
theater and set-top box products, and automotive audio
systems.
The CS4361 is available in a 20-pin TSSOP Commer-
cial grade package (-40 to 85° C). The CDB4361 is also
available for device evaluation and implementation sug-
gestions. Please refer to
“Ordering Information” on
page 23 for complete ordering information.
Internal Voltage
Reference
+5 Volt-tolerant Reset
Auto-Speed
Detecting PCM
Serial Interface
Lev
el
Tr
ans
lato
r
Mode Control
Analog & Digital Core
Supply (5 V)
Single-Ended
Outputs
(Six Channels
6
PCM Serial
Audio Input
Digital
Filters
Switch-Cap
DAC and
Analog Filters
Multi-bit 
Modulators
External Mute
Control
Mute Control
Serial Audio Port & Control
Supply (1.8 V to 5 V)
6
Digital
De-emphasis
SEPT '11
DS672F2
Confidential Draft
9/30/11
CS4361