Product Summary
Audio 02
Energy 14
Industrial 18
Apex Precision PowerĀ® 22
Communication 28
Product Number Index 30
2012 Product Summary 1
Copyright Ā© 2012 Cirrus Logic, Inc.
All rights reserved
Printed in the USA
Cirrus Logic, Inc. and its subsidiaries (āCirrusā) believe that the information contained in this document is accurate and reliable. However, the information is subject to change without notice and is provided
āas isā without warranty of any kind (express or implied). Customers are advised to obtain the latest version of relevant information to verify, before placing orders, that information being relied upon is
current and complete. All products are sold subject to the terms and conditions of sale supplied at the time of order acknowledgment, including those pertaining to warranty, indemniļ¬cation, and limitation
of liability. No responsibility is assumed by Cirrus for the use of this information, or for infringement of patents or other rights of third parties. This document is the property of Cirrus and, by furnishing this
information, Cirrus grants no license, express or implied, under any patents, mask work rights, copyrights, trademarks, trade secrets, or other intellectual property rights. No part of this publication may be
copied, reproduced, stored in a retrieval system, or transmitted, in any form or by any means (electronic, mechanical, photographic, or otherwise) unless distributed in its entirety with all copyright notices
attached. No part of this publication may be used as a basis for manufacture or sale of any items without the prior written consent of Cirrus.
Certain applications using semiconductor products may involve potential risks of death, personal injury, or severe property or environmental damage (ācritical applicationsā). Cirrus products are not
designed, authorized, or warranted to be suitable for use in products surgically implanted into the body, automotive safety or security devices, life-support products or other critical applications. Inclusion
of Cirrus products in such applications is understood to be fully at the customerās risk and Cirrus disclaims and makes no warranty of merchantability and ļ¬tness for particular purpose, with regard to any
Cirrus product that is used in such a manner. If the customer uses or permits the use of Cirrus products in critical applications, customer agrees, by such use, to fully indemnify Cirrus, its ofļ¬cers, directors,
employees, distributors and other agents from any and all liability, including attorneysā fees and costs, that may result from or arise in connection with these uses.
Cirrus Logic, Cirrus, Apex, Apex Precision Power, Band XpandeR, CLIDE (Cirrus Logic Integrated Development Environment), Cirrus Bass Enhancement (CBE), Cirrus Dynamic Volume Leveler (DVL), Cirrus
Virtualizer Technology (CVT), CobraCAD, CobraCom, CobraNet, Crystal LAN, DSP Composer, DSP Condenser, DSP Conductor, Entertainment Processors, EXL Core, Extreme-S, Intelligent Room Calibration,
MaverickCrunch, MaverickKey, Micro Condenser, Multipath, Optimal Integration, PacketPage, Popguard, Single-S, Total-S, Cirrus Logic framework, Cirrus Extended Surround, and the Cirrus Logic logo
designs are the trademarks of Cirrus Logic, Inc. All other brand and product names in this document may be trademarks or service marks of their respective owners.
2012 Cirrus Logic Product Summary
First choice in high-precision
analog + digital signal
processing components for
the audio + energy markets.
2012 Product Summary | Audio Components 3
2 For more information, visit www.cirrus.com
A Leader In Innovative Audio ICs
Audio
Components
Cirrus Logic is a recognized leader in analog and mixed-signal audio converter ICs and audio processors that enable todayās
new consumer, professional and automotive entertainment products. Our products include analog-to-digital converters
(āADCsā), digital-to-analog converters (āDACsā), codecs that integrate ADCs and DACs into a single IC, digital interface ICs
(eg. āS/PDIFā receivers), Class D digital ampliļ¬er controllers and power stages and audio DSPs. Our products are featured
in a wide array of consumer applications, including smartphones, tablets, portable media players, soundbars, complete
home theater systems, set-top boxes, gaming devices, sound cards and digital TVs. Applications for products within
professional markets include digital mixing consoles, multitrack digital recorders and effects processors, and applications
for products within automotive markets include ampliļ¬ers, satellite radio systems and multispeaker car audio systems.
Audio DSPs
CS485xx Family
CS495314
CS497014
CS48Lxx Family
Audio SOCs
CS470xx Family
CobraNet Networked
Digital Audio
CM-1
CM-2
EV-2
CobraComā¢
ReferenceDesign
CobraNet LE
Reference Design
CS1810xx Transport
Processor ICs
CS4961xx Audio
Network Processor ICs
DSP Conductorā¢ Software
CobraCADā¢ Software
CobraNet Discovery
Audio A/D Converters
CS5340
CS5341
CS5342
CS5343/44
CS5346
CS5351
CS5361
CS5364/66/68
CS5381
Audio D/A Converters
CS4334/35/38/39
CS4344/45/48
CS4349
CS4350
CS4351
CS4352
CS4353
CS4354
CS4361
CS4362A/82A
CS4364/84
CS4365/85
CS4385A
CS4392
CS4398
Stereo Codecs
CS4245
CS4265
CS4270
CS4271
CS4272
HD Audio Codecs
CS4207
AC ā97 Codecs
CS4202
CS4205
CS4299
Multichannel Codecs
CS42416/26
CS42418/28
CS42432
CS42435
CS42436/38
CS4244
CS4234
CS42448
CS42516/26
CS42518/28
CS42888
Portable Audio
Converters
CS42L51
CS42L52
CS42L55
CS42L73
CS43L21
CS43L22
CS53L21
Low Power Class-D
Audio Amplifiers
CS35L00
CS35L01
CS35L03
Integrated Class-D
Audio Amplifiers
CS4525
Volume Control
CS3308
CS3310
CS3318
Interfaces &
Sample-Rate
Converters
CS8406
CS8416
CS8420
CS8421
CS8422
CS8427
Clock Generation
& Jitter Reduction
CS2000
CS2100
CS2200
CS2300
Audio DSPs
Part Processor Key Firmwares & Features DSP Core Speed Gradeā Package
CS485xx Tiny, cost effective, mega-performance PCM processors targeted for: mini-systems, DVD receivers, soundbars, car audio, DTVs
CS48520 Single 32-bit 4 channel audio PP1 150 MHz
(300 M MAC/Sec)
CQZ 48 QFP
CS48540 Single 32-bit 8 channel audio PP1 150 MHz
(600 M MAC/Sec)
CQZ 48 QFP
150 MHz
(300 M MAC/Sec)
DQZ
CS48560 Single 32-bit 8 channel audio PP1 150 MHz
(300 M MAC/Sec)
CQZ 48 QFP
150 MHz
(300 M MAC/Sec)
DQZ
CS4953xx Single-chip multistandard surround sound decoder targeted for playback from analog & S/PDIF sources
CS495314 Dual 32-bit (DD, DDEX, DTS, DTSES, DTS96, AAC) + PP2 150 MHz
(600 M MAC/Sec)
CVZ 128 LQFP
131 MHz
(600 M MAC/Sec)
DVZ
CS4970xx Single-chip multistandard surround sound decoder targeted for playback from HD DVDā¢, Blu-ray DiscĀ® players, & all analog,
S/PDIF & HDMIĀ® sources
CS497014 Dual 32-bit (DD+, DTHD, DD, DDEX, AAC) + PP2 150 MHz
(600 M MAC/Sec)
CVZ 128 LQFP
131 MHz
(600 M MAC/Sec)
DVZ
CS48Lxx Ultra low power voice and Audio DSP subsystem
CS48L10 Single 32-bit MP3, WMA, AAC 1.0 V 80 MHz CNZ 24 QFN
24 WLSCP
1.2 V 130 MHz CWZ
1.0 V 80 MHz DNZ
1.2 V 130 MHz DWZ
1.0 V 80 MHz ENZ
1.2 V 130 MHz EWZ
CS48L11 Single 32-bit MP3, WMA, AAC, AC3, OH, PL2 1.0 V 80 MHz CNZ 24 QFN
1.2 V 150 MHz
1.0 V 80 MHz DNZ
1.2 V 150 MHz
1.0 V 80 MHz ENZ
1.2 V 150 MHz
ā C grade parts have a temperature range between 0Ā°C and 70Ā°C, D grade parts have a temperature range between -40Ā°C and 85Ā°C, and E grade parts
have a temperature range between -40Ā°C and 105Ā°C.
NEW
NEW
NEW
NEW
NEW
NEW
2012 Product Summary | Audio Components 5
4 For more information, visit www.cirrus.com
Algorithm & Nomenclature Abbreviations
Decoding Algorithm & Nomenclature Abbreviation Table
AAC = MPEG-2 AAC Multichannel Low Complexity DTSLBR = DTS Express
CBR = Constant Bit Rate DTSMA = DTSĀ® Master Audio
DD = Dolby DigitalĀ®ES = Elementary Stream
DD+ = Dolby Digital Plus HE-AAC = MPEG-4 AAC Multichannel Low Complexity
DDCE = Dolby Digital Consumer Encoder (5.1 Channel) MP3 = MPEG 1, Layer II & III CBR & VBR
DDEX = Dolby Digital EXĀ®MPEG = MPEG 2, Layer II Stereo & Multichannel
DTHD = DolbyĀ® TrueHD PES = Packetized Elementary Stream
DTS = DTS Digital Surroundā¢PP = Post-Processing
DTS96 = 96 kHz/24-bit PULSE = Dolby Pulse (MPEG-4 AAC Multichannel
Low Complexity Decoder with Metadata Support)
DTSENC = DTS Digital Surround Encoder (5.1 Channel) STCR = Dolby Stereo Creator
DTSES = DTS-ESā¢ Matrix/Discrete VBR = Variable Bit Rate
DTSHRA = DTSĀ® High-Resolution Audio
Post-Processing (PP1) Inclusion & Algorithm Abbreviation Table
APP = Advanced Post-Processor DVS = Dolby Virtual SpeakerĀ® 2
BXR = Cirrus Band XpandeRā¢L7 = Logic7ā¢
CBE = Cirrus Bass Enhancement LIM = Compressor/Limiter
CBM = Cross-Bar Mixer NEO = DTS Neo:6ā¢
CSHP = SRS Circle Surround Headphone
(includes SRS HP 360Ā° & Circle Surround)
NER = DTS Neural Surround
CVT = Cirrus Virtualization Technology PEQ = Parametric EQ
DH = Dolby HeadphoneĀ® 2 PL = DolbyĀ® Pro LogicĀ®
DVL = CirrusĀ® Dynamic Volume Leveler PLII = Dolby Pro Logic II
DVOL = Dolby Volume PLIIx = Dolby Pro LogicĀ® IIx
DVOLMC= Dolby Volume Multichannel PLZz = Dolby Pro Logic IIz
REEQ = THX Cinema Re-EQā¢TSXT = SRSĀ® TruSurround XTĀ®
SPP = Stand Post-Processory TUX = THX Select2/Ultra2ā¢ Surround EX
TB = SRS TruBassĀ®TV = SRS TruVolumeĀ®
TC = Tone Control TVMC = SRS TruVolume Multichannel
TEX = THX Surround EXā¢WOW = SRSĀ® WOWā¢
THX = THXĀ® Cinema WOWHD = SRS WOW HDā¢
TSHD = SRS TruSurroundĀ® HD/HD4
Post-Processing (PP2 includes all of the above +) Inclusion & Algorithm Abbreviation Table
AUD = AudistryĀ®DYNVOL = Audyssey Dynamic VolumeĀ® / Dynamic EQĀ®
AUDY = AudysseyĀ® MultEQ XTā¢TUX+ = THX Select2/Ultra2ā¢ Surround EXā¢ with Loudness Plus
Audio SOCs (DSP with Integrated Mixed-Signal)
Part Processor Resol.
Bits
Dynamic Range
(dB)
Convertors Comments Speed
(MIPS)
Gradeā Package
CS470xx Tiny, cost effective, mega-performance PCM processors with integrated codec targeted for mini-systems, DVD receivers,
soundbars, sound projectors, car audio, DTVs. DSP Composer, a graphical DSP programming tool from Cirrus Logic, makes advanced
DSP programming of this integrated device family a breeze.
CS47024 Single
32-bit
24 105 ADC
108 DAC
2 - ADC
4 - DAC
2 ADC w/ 5:1 MUX, 4 DAC, S/PDIF
Rx/Tx, 8 channel HW SRC block
150 MHz CQZ 100 LQFP
131 MHz DQZ
113 MHz EQZ
CS47028 Single
32-bit
24 105 ADC
108 DAC
2 - ADC
8 - DAC
2 ADC w/ 5:1 MUX on 1 ADC, 8 DAC,
S/PDIF Rx/Tx, 8 channel HW SRC
150 MHz CQZ 100 LQFP
131 MHz DQZ
113 MHz EQZ
CS47048 Single
32-bit
24 105 ADC
108 DAC
4 - ADC
8 - DAC
4 ADC w/ 5:1 MUX, 8 DAC, S/PDIF
Rx/Tx, 8 channel HW SRC
150 MHz CQZ 100 LQFP
131 MHz DQZ
113 MHz EQZ
ā C grade parts have a temperature range between 0Ā°C and 70Ā°C, D grade parts have a temperature range between -40Ā°C and 85Ā°C, and E grade
parts have a temperature range between -40Ā°C and 105Ā°C.
Recommended Replacements for New Designs
Part Number Status Recommended Replacement
CS48AU2B NRND CS48520
CS48DV2A NRND CS48520
CS48DV2B NRND CS48520
CS493253 EOL CS497014-CVZ
CS493254 EOL CS497014-CVZ
CS493263 EOL CS495314-CVZ
CS493264 EOL CS495314-CVZ
CS493295 EOL CS495314-CVZ
CS493302 EOL CS48540-CQZ
CS494xxx (CS494003) NRND CS495314-CVZ
CS4950xx (CS495002) NRND CS495314-CVZ
CS4951xx (CS495102) NRND CS495314-CVZ
CS4952xx (CS495202) NRND CS495314-CVZ
CS495303-CVZ NRND CS497014-CVZ
CS495303-CQZ EOL CS497014-CVZ
CS495304 EOL CS497014-CVZ
CS495313-CQZ EOL CS495314-CVZ
CS495303-CVZ NRND CS495314-CVZ
2012 Product Summary | Audio Components 7
6 For more information, visit www.cirrus.com
Audio DSP Tools
Features
DSP Composer
DSP ComposerTM is a graphical tool supporting drag-and-drop design of custom audio signal ļ¬ows. Users of this tool can create
custom audio processing ļ¬rmware for any of the DSP IC Families without writing custom DSP code, by combining choices from a
large selection of existing audio processing primitive elements. DSP Composer also provides run-time control of ļ¬rmware
parameters, both for custom processing blocks and for Cirrus Logic supplied processing blocks.
CLIDE
The Cirrus Logic Integrated Development Environment (CLIDETM) is an Eclipse-based workbench supporting development of
custom code for Cirrus Logic DSPs. CLIDE encapsulates many of the other available programming tools, including: assembler;
linker; C compiler; debugger; and simulator. CLIDE also includes a set of wizards to aid in the creation of different forms of DSP
projects, such as custom ULDs and custom Composer primitives.
DSP Condenser
DSP CondenserTM is a set of tools and a methodology to support creation of a complex AVR or soundbar application using Cirrus
Logic multi-core DSPs. The tool set includes tools for deļ¬ning the ļ¬rmware and conļ¬guration settings for all DSP ļ¬rmware to be
supported by the application, plus sample microcode (written in C) for controlling the DSP. The DSP Condenser tool set
"condenses" the output of multiple DSP Composer projects into a single ļ¬ash image that is then managed by the DSP operating
system (OS).
Micro Condenser Micro CondenserTM is a set of tools and a methodology to support creation of ļ¬ash image containing ļ¬rmware and conļ¬guration
settings for a single-core or multi-core DSP. The tool set includes sample microcode (written in C) for controlling the DSP.
C Compiler The Cirrus C Compiler (CCC) is an ISO-compliant C compiler with ISO-recommended enhancements for supporting DSP
architectures, including: support for ļ¬xed point arithmetic types; and support for separate memory spaces.
CDB-MCU-DEBUG Board The CDB-MCU-DEBUG Rev B board is a USB based debug interface that enables a customer to debug/tune the end product
using the Cirrus Logic tools such as CLIDE and DSP Composer.
CobraNet System Modules
Product Description CobraNetĀ®
Part Numbers
Audio Channels
over Ethernet
(full-duplex)
Serial Input/
Output Ports
Ethernet
Interface
Integrated
DSP (MIPS)
Board
Dimensions
CM-1 Digital audio
network interface
module with dual
Ethernet ports
See your Cirrus
Logic sales
representative for
available models.
32 Quad synchronous, up to 32
channels at 48 and/or up to
96 kHz sample rates
100BASE-Tx,
100 Mbps, full duplex
Ethernet, fully
compliant with IEEE
802.3u
ā3.5" X 3.5"
CM-2 Digital audio
network interface
module with dual
Ethernet ports and
audio DSP (available
as a reference
design)
CPB181012-CM2,
CPB181022-CM2,
CPB496122-CM2,
(all available with
female-bottom or
male-top headers)
16 Quad synchronous, capable
of supplying up to 16
full-duplex channels at 48
kHz sample rate or up to 8
full-duplex channels at 96
kHz sample rate
100BASE-Tx,
100 Mbps, full duplex
Ethernet, fully
compliant with IEEE
802.3u
32-bit DSP,
120 MIPS
3.5" X 3.5"
EV-2 CobraNet
development
platform for use with
the CM-1 and CM-2
modules
CDB-496122-EV2 16 One digital AES3 input stream
(two channels) or one digital
AES3 output stream (two
channels). Two analog audio
input channels, two analog
audio output channels
100BASE-Tx, 100
Mbps, full duplex
Ethernet, fully
compliant with IEEE
802.3u
32-bit DSP,
120 MIPS
8" X 7"
CobraCom
Reference
Design
CobraNet
microphone and
network-powered
loudspeaker
reference design
CRD-CobraCom
Reference Design
16 Using the CS4961xx series
provides up to 16 audio
channels with audio DSP
capability
100BASE-Tx,
100 Mbps, full duplex
Ethernet, fully
compliant with IEEE
802.3u and 802.3af
Power-over-Ethernet
32-bit DSP,
120 MIPS
5.4" X 4"
CobraNet
LE Reference
Design
Low-cost, 2 channel
I/O end-node
reference design
Available direct
from Attero Tech
www.atterotech.
com
2Stereo 1/8" input and output,
stereo RCA input and output,
I2S digital audio outputs
100Base-Tx, 10
Mbps, full duplex
Ethernet, fully
compliant with IEEE
802.3u and 802.3af
Power-over-Ethernet
ā5" x 3"
CobraNet Transport and
Audio Network Processor ICs
Family Description CobraNetĀ®
Part Numbers
Audio
Channels
over
Ethernet
Serial Input/Serial Output Ports Ethernet
Interface
IC
Package
CS1810xx
CS4961xx*
The CS1810xx Family
contains CobraNet
networked digital audio
interface ICs. The
CS4961xx Family
provides digital audio
signal processing along
with the network
interface function.
CS181002
CS496102*
2One synchronous, capable of supplying
up to 2 full-duplex channels at 48
and/or up to 96 kHz sample rates.
Supports
100BASE-Tx,
100 Mbps, full
duplex Ethernet,
fully compliant
with IEEE 802.3u.
144 LQFP
CS181012
CS496112*
8Quad synchronous, capable of supplying
up to 8 full-duplex channels at 48
and/or up to 96 kHz sample rates.
CS181022
CS496122*
16 Quad synchronous, capable of supplying
up to 16 full-duplex channels at 48 kHz,
or up to 8 channels at 96 kHz sample rates.
*The CS4961xx series includes a 32-bit, 120 MIPS digital signal processor for audio processing of any or all channels.
CobraNet Software Tools
Features
DSP Conductor
DSP Conductor software is a powerful, graphical tool for rapid, drag-and-drop audio signal processing ļ¬rmware development on
CS4961xx-based platforms, such as the CM-2 module or an OEMās custom hardware. Drawing upon a comprehensive library of
DSP functions, an OEM can design the audio processing of a product, then lock the DSP ļ¬rmware down into the CS4961xx-based
CobraNet product. These audio functions can be controlled either by the productās user interface or through remote SNMP
commands over the CobraNet Ethernet LAN. Further, any CS4961xx node can be re-programmed in real-time from a PC on the
network, enabling multi-purpose products to serve different audio processing functions for different applications at the push of a
button.
CobraCAD
CobraCAD software is a graphical, drag-and-drop design and veriļ¬cation tool for modeling a network of CobraNet-enabled gear
and standard Ethernet switches. A library of commercially available, CobraNet-enabled products is the place to start for designing
a virtual CobraNet network, then making sure it will perform as required. CobraCadā¢ software is ideal for consultants and
integrators preparing a bid for a client and for installers and expert end users who need to visualize the network before or after
deployment.
CobraNet Discovery
CobraNet Discovery is a CobraNet network maintenance utility that automatically discovers CobraNet devices on the network,
conļ¬gures them and queries and reports the working state of a CobraNet network and its devices. Discovery also provides a
CobraNet ļ¬rmware update function.
2012 Product Summary | Audio Components 9
8 For more information, visit www.cirrus.com
Audio D/A Converters
Part Number Channels Resolution
(bits)
Dynamic
Range (dB)
THD+N
(dB)
Sample
Rate (kHz)
Analog
Outputs
Power
Supply (V)
Comments Package
CS4334/35/38/39 224 96 ā88 96 Single-ended VA = 5 Entry-level stereo DAC 8 SOIC
CS4344/45/48 224 105 ā90 192 Single-ended VA = 3.3 or 5 Upgrade for CS4340 and
CS4340A
10 TSSOP
CS4349 224 101 ā91 192 Single-ended VA = 3.3 or 5 1 VRMS @ 3.3 V, Volume Control 24 TSSOP
CS4350 224 109 ā91 192 Single-ended
or Differential
VA = 3.3 or 5
VLC = 3.3 to 5
VLS = 1.5 to 5
Integrated PLL, TDM 24 TSSOP
CS4351 224 112 ā100 192 Single-ended VA = 9 or 12
VD = 3.3
VL = 1.8 to 3
Line driver, 2 VRMS output 20 TSSOP
CS4352 224 106 ā93 192 Single-ended VA = 9 or 12
VD = 3.3
VL = 1.5 to 5
Line driver, 2 VRMS output 20 TSSOP
CS4353 224 106 ā93 192 Single-ended VA = 3.3
VCP = 3.3
VL = 0.9 to 3.3
Ground-centered 2 VRMS
line-level outputs
24 QFN
CS4354 224 101 -86 192 Single-ended VA/VD = 5.0
VL = 1.5 to 5.0
2 VRMS line driver 14 SOIC
CS4361 624 105 ā95 192 Single-ended VA = 5
VL = 1.8 to 5
Entry-level 6-channel DAC 20 TSSOP
CS4362A/82A 6/8 24 114 ā100 192 Differential VA = 5
VD = 2.5
VL = 1.8 to 5
6-/8-channel DAC, DSD 48 LQFP
CS4364/84 6/8 24 103 ā88 192 Single-ended VA = 5
VD = 2.5
VL = 1.8 to 5
6-/8-channel DAC, DSD,
footprint compatible with
CS4365/85
48 LQFP
CS4365/85 6/8 24 114 ā100 192 Differential VA = 5
VD = 2.5
VL = 1.8 to 5
6-/8-channel DAC, DSD, TDM 48 LQFP
CS4385A 824 114 ā100 192 Differential VA = 5
VD = 2.5
VL = 1.8 to 5
8-channel DAC, DSD, TDM.
Unlike the CS4385, the
CS4385A offers access to
TDM through hardware mode,
and offers a wider range of
TDM timings.
48 LQFP
CS4392 224 114 ā100 192 Differential VA = 5
VL = 1.8 to 5
DSD, selectable digital ļ¬lters,
pin compatible with CS4391A
20 TSSOP
CS4398 224 120 ā107 192 Differential VA = 5
VD = 3.3 or 5
VL = 1.8 to 5
Flagship DAC, DSD processor,
selectable D-ļ¬lter
28 TSSOP
NEW
Audio A/D Converters
Part Number Resolution
(bits)
Dynamic
Range (dB)
THD+N (dB) Sample Rate
(kHz)
Analog Inputs Power Supply (V) Comments Package
CS5343/44 24 98 ā92 96 Single-ended VA = 3.3 or 5 C S 5 3 4 3 ā I 2S
C S 5 3 4 4 ā L J
10 TSSOP
CS5340 24 101 ā94 192 Single-ended VA = 3.3 or 5,
VD = 3.3 or 5,
VL = 1.8 to 5
Pin compatible with
CS5341
16 TSSOP
CS5341 24 105 ā98 192 Single-ended VA = 3.3 or 5,
VD = 3.3 or 5,
VL = 1.8 to 5
Pin compatible with
CS5340
16 TSSOP
CS5342 24 105 ā98 192 Single-ended VA = 3.3 or 5,
VD = 3.3 or 5,
VL = 2.5 to 5
384*Fs MCLK 16 TSSOP
CS5346 24 103 ā95 192 Single-ended VA = 5,
VD = 3.3,
VL = 3.3 to 5
6:1 input MUX, PGA, MIC
pre-amp, high input
impedance
48 LQFP
CS5351 24 108 ā98 192 Single-ended VA = 5,
VD = 3.3 or 5,
VL = 2.5 to 5
Functionally compatible
with CS5361
24 SOIC
24 TSSOP
CS5361 24 114 ā105 192 Differential VA = 5,
VD = 3.3 or 5,
VL = 2.5 to 5
Pin compatible with
CS5381
24 SOIC
24 TSSOP
CS5364/66/68 24 114 ā105 192 Differential VA = 5,
VD = 3.3 or 5,
VLS/VLC = 1.8 to 5
4-/6-/8-channel ADC,
TDM, on-chip oscillator
48 LQFP
CS5381 24 120 ā110 192 Differential VA = 5,
VD = 3.3 or 5,
VL = 2.5 to 5
Flagship performance 24 SOIC
24 TSSOP
2012 Product Summary | Audio Components 11
10 For more information, visit www.cirrus.com
Multichannel Codecs
Part Resolution
(bits)
Dynamic
Range (dB)
THD+N
(dB)
Sample
Rate
(kHz)
Analog I/O Power
Supply (V)
Comments Package
CS42416/26 24 110/114 DAC
114 ADC
ā100 DAC
ā100 ADC
192 Differential DACs
Single-ended or
Differential ADCs
VA = 5
VD = 3.3 or 5
VL = 1.8 to 5
6 DACs, 2 ADCs,
digital volume control
64 LQFP
CS42418/28 24 110/114 DAC
114 ADC
ā100 DAC
ā100 ADC
192 Differential VA = 5
VD = 3.3 or 5
VL = 1.8 to 5
8 DACs, 2 ADCs, PLL,
digital volume control
64 LQFP
CS42432 24 108 DAC
105 ADC
ā98 DAC
ā98 ADC
192 Single-ended or
Differential
VA = 3.3 or 5
VD = 3.3
VL = 1.8 to 5
6 DACs, 4 ADCs TDM I/F 52 MQFP
CS42435 24 108 DAC
105 ADC
ā98 DAC
ā98 ADC
192 Single-ended
or Differential
VA = 3.3 or 5
VD = 3.3
VL = 1.8 to 5
8 DACs, 6 ADCs TDM I/F 52 MQFP
CS42436/38 24 105/108 DAC
102/105 ADC
ā95/ā98 DAC
ā95/ā98 ADC
192 Single-ended
or Differential
VA = 3.3 or 5
VD = 3.3
VL = 1.8 to 5
6/8 DACs, 6 ADCs TDM I/F 52 MQFP
CS4244 24 108 DAC
105 ADC
-90 DAC
-95 ADC
192 Single-ended or
Differential
VA = 3.3 or 5
VL = 1.8 to 5
4 DACs, 4 ADCs, PCM and TDM
I/F
40 QFN
CS4234 24 108 DAC
105 ADC
-90 DAC
-95 ADC
192 Single-ended
or Differential
VA = 3.3 or 5
VL = 1.8 to 5
5 DACS, 4 ADCs, PCM
and TDM I/F
40 QFN
CS42448 24 108 DAC
105 ADC
ā98 DAC
ā98 ADC
192 Single-ended
or Differential
VA = 3.3 or 5
VD = 3.3 to 5
VL = 1.8 to 5
8 DACs, 6 ADCs TDM
and PCM I/F
64 LQFP
CS42516/26 24 110/114 DAC
114 ADC
ā100 DAC
ā100 ADC
192 Differential VA = 5
VD = 3.3 or 5
VL = 1.8 to 5
6 DACs, 2 ADCs, S/PDIF Rx,
digital volume control
64 LQFP
CS42518/28 24 110/114 DAC
114 ADC
ā100 DAC
ā100 ADC
192 Differential VA = 5
VD = 3.3 or 5
VL = 1.8 to 5
8 DACs, 2 ADCs, S/PDIF Rx,
digital volume control
64 LQFP
CS42888 24 108 DAC
105 ADC
ā98 DAC
ā98 ADC
192 Single-ended
or Differential
VA = 3.3 or 5
VD = 3.3 or 5
VL = 1.8 to 5
8 DACs, 4 ADCs, PCM
and TDM I/F
64 LQFP
NEW
NEW
Stereo Codecs
Part Resolution
(bits)
Dynamic
Range
(dB)
THD+N
(dB)
Sample
Rate (kHz)
Analog I/O Power Supply
(V)
Comments Package
CS4245 24 104 ADC
104 DAC
ā95 ADC
ā90 DAC
192 Single-ended VA = 3.3 or 5
VD = 3.3 or 5
VL = 1.8 to 5
6:1 input MUX, MIC pre-amp, PGA 48 LQFP
CS4265 24 104 ADC
104 DAC
ā95 ADC
ā90 DAC
192 Single-ended VA = 3.3 or 5
VD = 3.3 or 5
VL = 1.8 to 5
2:1 input MUX, MIC pre-amp,
PGA, S/PDIF out
32 QFN
CS4270 24 105 ADC
105 DAC
ā95 ADC
ā95 DAC
192 Single-ended VA = 3.3 or 5
VD = 3.3 or 5
VL = 1.8 to 5
Volume control, passive ļ¬lters,
3.3 V operation
24
TSSOP
CS4271 24 108 ADC
114 DAC
ā98 ADC
ā100 DAC
192 Single-ended ADC
Differential DAC
VA = 5
VD = 3.3 or 5
VL = 2.5 to 5
Stereo codec, volume control,
compatible with CS4272
28
TSSOP
CS4272 24 114 ADC
114 DAC
ā100 ADC
ā100 DAC
192 Differential ADC
Differential DAC
VA = 5
VD = 3.3 or 5
VL = 2.5 to 5
Stereo codec, volume control,
on-chip oscillator
28
TSSOP
HD Audio Codecs
Part Bus Converters Feature
CS4207 HD-Audio Six 192 kHz DACs;
Four 96 kHz ADCs
S/PDIF receiver with sample-rate converter, 2 S/PDIF transmitters,
MIC pre-amp, ground centered HP driver, 2 digital MIC inputs
AC ā97 Codecs
Part Bus Converters Feature Package
CS4202 AC ā97 20-bit stereo DAC; 18-bit stereo ADC S/PDIF transmitter 48 TQFP/LQFP
CS4205 AC ā97 20-bit stereo DAC; 18-bit stereo ADC Sample-rate converter 48 TQFP/LQFP
CS4299 AC ā97 20-bit stereo DAC; 18-bit stereo ADC Sample-rate converter 48 TQFP/LQFP
2012 Product Summary | Audio Components 13
12 For more information, visit www.cirrus.com
Volume Control
Part Channel Dynamic
Range (dB)
THD+N
(dB)
Analog
I/O
Power
Supply (V)
Comments Package
CS3308 8123 ā112 Single-ended VA = Ā±5
VD = 3.3
+22 dB gain/ā96 dB
attenuation, 0.25 dB step
48 LQFP
CS3310 2116 ā100 Single-ended VA = Ā±5
VD = 5
+31.5 dB gain/ā95.5 dB
attenuation, 0.5 dB step
16 SOIC
CS3318 8127 ā112 Single-ended VA = Ā±8 to Ā±9
VD = 3.3
+22 dB gain/ā96 dB
attenuation, 0.25 dB step
48 LQFP
Interfaces & Sample-Rate Converters
Part Sample Rate
(kHz)
S/PDIF,
IEC-60958
Transmitter
S/PDIF,
IEC-60958
Receiver
AES/EBU EIAJ
CP1201
Host
Interface
Channel
Status
Buffer
Memory
SRC Package
CS8406 192 3ā 3 3 3 3 ā 28 SOIC
28 TSSOP
CS8416 192 ā 3 3 3 3 3 ā 28 SOIC
28 TSSOP
28 QFN
CS8420 96 3 3 3 3 3 3 3 28 SOIC
CS8421 192 ā ā ā ā ā ā 320 TSSOP
20 QFN
CS8422 192 ā 3 3 3 3 3 3 32 QFN
CS8427 96 3 3 3 3 3 3 ā 28 SOIC
28 TSSOP
Clock Generation and Jitter Reduction
Part Number One-Time
Programmable
Frequency
Synth/Clock
Generator
Clock Multiplier/
Jitter Remover
Power
Supply (V)
Input
Frequency
Range
Reference
Frequency
Range
Output
Frequency
Range
Package
CS2000 CS2000-OTP 33 3.3 50 Hz to 30 MHz 8 to 75 MHz 6 to 75 MHz 10 MSOP
CS2100 CS2100-OTP ā 3 3.3 50 Hz to 30 MHz 8 to 75 MHz 6 to 75 MHz 10 MSOP
CS2200 CS2200-OTP 3 ā 3.3 ā 8 to 75 MHz 6 to 75 MHz 10 MSOP
CS2300 CS2300-OTP ā 3 3.3 50 Hz to 30 MHz Internally
generated
6 to 75 MHz 10 MSOP
Portable Audio Converters
Part Resolution
(bits)
Dynamic
Range
(dB)
THD+N
(dB)
Sample
Rate(kHz)
Analog I/O Power Supply
(V)
Comments Package
CS42L51 24 98 ADC
98 DAC
ā88 ADC
ā86 DAC
96 Single-ended VA = 1.8 to 2.5
VD = 1.8 to 2.5
VL = 1.8 to 3.3
Codec, 3:1 MUX, PGA,
MIC pre-amp, HP amp
32 QFN
CS42L52 24 98 ADC
98 DAC
ā88 ADC
ā86 DAC
96 Single-ended VA/VD = 1.65 to 2.83
VP = 2.37 to 5.35
VL = 1.8 to 3.3
Codec, 4:1 MUX, PGA, MIC
pre-amp, HP/speaker amps
40 QFN
CS42L55 24 95 ADC
99 DAC
ā87 ADC
ā86 DAC
48 Pseudo-differential VA/VD = 1.65 to 2.71
VCP = 1.65 to 2.73
VL = 1.65 to 3.47
Codec, Class-H HP amp,
2:1 MUX, PGA
36 QFN
CS42L73 24 91 ADC
97 DAC
-85 48 Pseudo-differential VA/VCP/VL = 1.66 to 1.94
VP = 3.0 to 5.25
VD = 0.85 to 1.40
2 ADCs, 4 DACs, Class-H HP,
Class A/B speaker driver,
3x asynchronous serial ports
60 WLCSP
65 BGA
CS43L21 24 98 ā86 96 Single-ended VA = 1.8 to 2.5
VD = 1.8 to 2.5
VL = 1.8 to 3.3
DAC with HP amp and
volume control
32 QFN
CS43L22 24 98 ā88 96 Single-ended VA = 1.65 to 2.83
VD = 1.65 to 2.83
VP = 2.37 to 5.35
VL = 1.8 to 3.3
DAC with HP and Class-D
speaker amps
40 QFN
CS53L21 24 98 ā88 96 Single-ended VA = 1.8 to 2.5
VD = 1.8 to 2.5
VL = 1.8 to 3.3
ADC, 3:1 MUX, PGA,
MIC pre-amp
32 QFN
Low Power Class-D Audio Amplifiers
Part Power
(W)
Dynamic
Range (dB)
THD+N
%
PSRR
(dB)
Channels Power
Supply (V)
Gain Comments Package
CS35L00 398 0.02 -85 12.5 to 5.5 Selectable
+6/+12 dB
Hybrid Class-D architecture,
< 1 mA quiescent current
10 DFN
CS35L01 398 0.02 -85 12.5 to 5.5 +6 dB Hybrid Class-D architecture,
< 1 mA quiescent current
9 WLCSP
CS35L03 398 0.02 -85 12.5 to 5.5 +12 dB Hybrid Class-D architecture,
< 1 mA quiescent current
9 WLCSP
Integrated Class-D Audio Amplifiers
Part Power
(W)
Dynamic
Range (dB)
THD+N % Channels Power
Supply (V)
Comments Package
CS4525 2 x 15 102 0.1 2.1 VP = 8 to 18
VD = 2.5 or 5
Integrated digital audio amp w/ADC,
SRC and signal processor
48 QFN
2012 Product Summary | Energy Solutions 15
14 For more information, visit www.cirrus.com
Energy Measurement and Power Management Products
Energy
Solutions
For over a decade, Cirrus Logic has been a proven leader in the energy metering and monitoring market.
Combining advanced Delta-Sigma technology with expert digital signal processing, Cirrus Logic offers
a broad product family with superior performance to support a wide variety of application requirements.
Enabled by Cirrus Logicās EXL CoreĀ® architecture, the CS1501 and CS1601 series of digital PFC controllers
intelligently solve power management challenges, allowing for smaller total solution size and better
efļ¬ciency and THD across load conditions. Ideal for power supplies up to 300 W, applications include
commercial lighting, digital TV, notebook adapters, desktops and servers.
Cirrus Logic has set the standard for seismic ICs ā including complete data acquisition system solutions of best-
in-class single-sensor and multi-sensor chipsets. Cirrus Logic's products for energy exploration applications include
hydrophone and geophone ampliļ¬ers, high-ļ¬delity Delta-Sigma modulators, and seismic digital ļ¬lters plus test DAC.
Solving the challenges in the LED lighting market is the newest conquest in energy products from Cirrus Logic. Through the unique
digital algorithms within TruDimā¢ technology, a new lineup of digital LED controllers has effectively solved the LED lamp's most
glaring challenge: dimmer compatibility. Cirrus Logic's 1610 LED controllers have been tested to provide near 100 percent dimming
compatibility with a wide variety of dimmers representing the vast majority of the installed base. New LED controller products
coming in 2012 will also help LED manufacturers improve LED color temperature quality and focus on system cost reduction.
Energy Measurement
CS5451A
CS5463
CS5464
CS5467
CS5480
CS5484
CS5490
Digital Power
Factor Correction
CS1501
CS1601
CS1601H
Geophysical/Seismic
CS3301A
CS3302A
CS4373A
CS5374
CS5371A
CS5372A
CS5373A
CS5376A
CS5378
LED Controllers
CS1610
CS1611
CS1612
CS1613
Energy Measurement
Part ADC
Converters
Current
Sensor
Options
Active
Energy
Accuracy
Reactive
Energy
Accuracy
IRMS Accuracy SNR
(dB)
Serial
Comm
Digital
Outputs
VREF Drift
(ppm/Ā°C)
Input
Voltage (V)
Power
Cons.
(mW)
Package
CS5480 3Shunt /
CT /
Rogowski
0.1% over
4000:1
dynamic
range
0.1% over
4000:1
dynamic
range
0.1% over
1000:1
dynamic
range
80 UART 3x
Conļ¬gurable
Outputs
25 3.3 13 24 QFN
CS5484 4Shunt /
CT /
Rogowski
0.1% over
4000:1
dynamic
range
0.1% over
4000:1
dynamic
range
0.1% over
1000:1
dynamic
range
80 SPI /
UART
4x
Conļ¬gurable
Outputs
25 3.3 13 28 QFN
CS5490 2Shunt /
CT /
Rogowski
0.1% over
4000:1
dynamic
range
0.1% over
4000:1
dynamic
range
0.1% over
1000:1
dynamic
range
80 SPI /
UART
Single
Conļ¬gurable
Output
25 3.3 13 16 SOIC
CS5451A 6Shunt /
CT
ā ā ā 77 SPI ā25 3 Analog;
3 Digital
23 28 SSOP
CS5463 2Shunt /
CT
0.1% over
1000:1
dynamic
range
0.2% over
1000:1
dynamic
range
0.2% over
1000:1
dynamic
range
78 SPI Energy
Pulses
40 5 Analog;
3.3 / 5 Digital
21 24 SSOP
CS5464 3Shunt /
CT
0.1% over
1000:1
dynamic
range
0.2% over
1000:1
dynamic
range
0.2% over
1000:1
dynamic
range
78 SPI Energy
Pulses
40 5 Analog;
3.3 / 5 Digital
25 28 SSOP
CS5467 4Shunt /
CT
0.1% over
1000:1
dynamic
range
0.2% over
1000:1
dynamic
range
0.2% over
1000:1
dynamic
range
78 SPI Energy
Pulses
40 5 Analog;
3.3 / 5 Digital
25 28 SSOP
Digital Power Factor Correction
Part Max fSW
[kHz]
Valley Switching Over-current
Protection
IC Supply
Current [mA]
Input Voltage
Range (Vac)
Target Applications Package
CS1501 70 3 3 1.5 90 to 265 DTV, Consumer Electronics, Server/Telecom SOIC-8
CS1601 70 3 3 1.5 90 to 265 or
108 to 305
LED, HID, Fluorescent Lighting Ballasts SOIC-8
CS1601H 100 3 3 1.7 90 to 265 or
108 to 305
DTV, LED/HID/Fluorescent Lighting Ballasts,
Consumer Electronics
SOIC-8
NEW
NEW
NEW
NEW
NEW
NEW
NEW
2012 Product Summary | Energy Solutions 17
16 For more information, visit www.cirrus.com
Geophysical/Seismic
Single Channel
Part Description Resolution (bits) Dynamic Range
(dB)
THD (dB) Power Consumption Per
Channel (mW)
Signal
Range (V)
Package
CS3301A Geophone ampliļ¬er ā ā ā121 27.5 5 Vp-p diff 24 SSOP
CS3302A Hydrophone ampliļ¬er ā ā ā118 25 5 Vp-p diff 24 SSOP
CS5373A
DS modulator 24 124 ā118 25 5 Vp-p diff
28 SSOP
D/A converter 24 114 ā116 40 5 Vp-p diff
CS5378 Filter with PLL ā ā ā 16 ā28 SSOP
Multichannel
Part Description Resolution
(bits)
Dynamic Range
(dB)
THD (dB) Power Consumption Per
Channel (mW)
Signal
Range (V)
Package
CS3301A Geophone ampliļ¬er ā ā ā121 27.5 5 Vp-p diff 24 SSOP
CS3302A Hydrophone ampliļ¬er ā ā ā118 25 5 Vp-p diff 24 SSOP
CS4373A D/A converter 24 114 ā116 10 5 Vp-p diff 28 SSOP
CS5371A Single DS modulator 24 124 ā118 25 5 Vp-p diff 24 SSOP
CS5372A Dual DS modulator 24 124 ā118 25 5 Vp-p diff 24 SSOP
CS5374 Dual hydrophone ampliļ¬er &
DS modulator
24 124 ā118 32.5 5 Vp-p diff 48 QFN
CS5376A Quad ļ¬lter ā ā ā < 10 ā64 TQFP
LED Controllers
Part TRIAC
Dimmable
Output Stage
Topology
Input Voltage
Range
Maximum
Output
Power
LED Output
Channels
Power
Factor
Output
Current Reg.
Min.
Dimming
Level
External Over
Temp Protect
Package
CS1610 ļ¼Flyback;
Buck-boost
100 ā 120 V < 25 W 1> 0.9 < 5% 0% ļ¼16eSOIC
CS1611 ļ¼Flyback;
Buck-boost
220 ā 240 V < 25 W 1> 0.9 < 5% 0% ļ¼16eSOIC
CS1612 ļ¼Buck;
Tapped-buck
100 ā 120 V < 25 W 1> 0.9 < 5% 0% ļ¼16eSOIC
CS1613 ļ¼Buck;
Tapped-buck
220 ā 240 V < 25 W 1> 0.9 < 5% 0% ļ¼16eSOIC
NEW
2012 Product Summary | Industrial Components 19
18 For more information, visit www.cirrus.com
High-Precision Analog & Mixed-Signal ICs & Processors
Industrial
Components
Cirrus Logic high-precision analog and mixed-signal ICs for industrial measurement applications ā such as
industrial process control, analytical instruments and consumer utility ā are based on proprietary advanced
Delta-Sigma technology. Cirrus Logic provides many proprietary products, including analog-to-digital converters,
digital-to-analog converters, modulator and ampliļ¬er ICs, and ARM9-based system-on-chip processors.
Amplifiers
CS3002
CS3003
CS3004
CS3012
CS3013
CS3014
Embedded Processors
ARM 9 EMBEDDED
PROCESSORS
EP9301
EP9302
EP9307
EP9312
EP9315
NETWORKED ATTACHED
STORAGE (NAS)
REFERENCE DESIGN
NAS ARM 9
Delta-Sigma A/D
Converters
CS5505
CS5506
CS5507
CS5508
CS5509
CS5510
CS5511
CS5512
CS5513
CS5529
Delta-Sigma A/D
Converters with
Integrated Amplifiers
CS5521
CS5522
CS5523
CS5524
CS5525
CS5526
CS5528
CS5530
CS5531
CS5532
CS5533
CS5534
CS5550
High-Throughput
Delta-Sigma A/D
Converters
CS5560
CS5566
CS5571
CS5581
Amplifiers
Part Number Device Supply
Voltage (V)
Supply
Current (mA)
VOS (ĀµV) Max VOS Drift
(ĀµV/Ā°C)
eNOISE
(nV/ āHz)
AOL min
(dB)
Package
CS3002 Dual 2.7 to 6.7 3.6 10 0.05 6200 8 SOIC
CS3003 Single 2.7 to 5.25 1.0 10 0.05 17 150 8 SOIC
CS3004 Dual 2.7 to 5.25 2.0 10 0.05 17 150 8 SOIC
CS3012 Dual 2.7 to 6.7 1.7 10 0.05 12 200 8 SOIC
CS3013 Single 2.7 to 5.25 0.5 10 0.05 22 135 8 SOIC
CS3014 Dual 2.7 to 5.25 1.0 10 0.05 22 135 8 SOIC
ARM 9 Embedded Processors
Part Processor
Speed (MHz)
Cache Data/
Code (K)
Ethernet
MAC
PCMCIA
Device
IDE/IF USB
Hosts
Display
I/F
Graphics
Engine
Math
Crunch
Engine
Touch/
ADC
Package
EP9301 166 16/16 3ā ā 2 ā ā ā 5 ADC 208 TQFP
EP9302 200 16/16 3ā ā 2 ā ā 35 ADC 208 LQFP
EP9307 200 16/16 3ā ā 3 3 3 3 8-wire 272 TFBGA
EP9312 200 16/16 3ā 2 3 3ā38-wire 352 PBGA
EP9315 200 16/16 3 3 2 3 3 3 3 8-wire 352 PBGA
2012 Product Summary | Industrial Components 21
20 For more information, visit www.cirrus.com
Networked Attached Storage
(NAS) Reference Design
Reference
Design
Target Device Development
Platform
Operating
System
Key Software Features
NAS ARM 9 EP9312 and
EP9315
EDB9315A LinuxĀ®Auto-detect for easy customer set-up, network ļ¬le server, print server,
group and user level security and customizable user interface
Delta-Sigma A/D Converters
Part Number Resolution
(bits)
Throughput
(Sps)
Integral
Linearity (%FS)
Differential
Linearity (Ā±LSB)
Number of
Channels
Power Consumption
(mW)
Package
CS5505 16 20 ā 100 0.0015% 0.25 43.2 24 SOIC
CS5506 20 20 ā 100 7.0E-4% NMC 43.2 24 SOIC
CS5507 16 20 ā 100 0.0015% 0.25 13.2 20 SOIC
CS5508 20 20 ā 100 7.0E-4% NMC 13.2 20 SOIC
CS5509 16 20 ā 200 0.0015% 0.25 11.7 16 SOIC
CS5510 16 53 ā 212 0.0015% NMC 11.4 8 SOIC
CS5511 16 100 (typical) 0.0015% NMC 11.5 8 SOIC
CS5512 20 53 ā 326 7.0E-4% NMC 11.8 8 SOIC
CS5513 20 100 (typical) 7.0E-4% NMC 11.9 8 SOIC
CS5529 16 1 ā 303 0.0015% NMC 12.6 20 SOIC
Delta-Sigma A/D Converters
with Integrated Amplifiers
Part Resolution
(bits)
Throughput
(Sps)
Integral Linearity
(%FS)
Differential Linearity
(Ā±LSB)
Number of
Channels
Power
Consumption (mW)
Package
CS5521 16 1 ā 400 0.0015% NMC 2 6 20 SSOP
CS5522 24 1 ā 606 7.0E-4% NMC 2 9 20 SSOP
CS5523 16 1 ā 400 0.0015% NMC 4 6 24 SSOP
CS5524 24 1 ā 606 7.0E-4% NMC 4 9 24 SSOP
CS5525 16 3 ā 606 0.0015% NMC 19.4 20 SSOP
CS5526 20 3 ā 606 7.0E-4% NMC 19.4 20 SSOP
CS5528 24 1 ā 606 7.0E-4% NMC 8 9 24 SSOP
CS5530 24 7 ā 3840 Ā±0.0015% NMC 135 20 SSOP
CS5531 16 7 ā 3840 Ā±0.0015% NMC 235 20 SSOP
CS5532 24 7 ā 3840 Ā±0.0015% NMC 235 20 SSOP
CS5533 16 7 ā 3840 Ā±0.0015% NMC 435 24 SSOP
CS5534 24 7 ā 3840 Ā±0.0015% NMC 435 24 SSOP
CS5550 24 2440 ā 4000 0.01% NMC 221 24 SSOP
High-Throughput Delta-Sigma A/D Converters
Part Resolution
(bits)
Throughput
(kSPS)
Integral
Linearity
(%FS)
Differential
Linearity (Ā±LSB)
Number of Channels Power
Consumption
(mW)
Package
CS5560 24 50 Ā±5 ppm 0.1 1, Differential 90 24 SSOP
CS5566 24 5Ā±5 ppm 0.1 1, Differential 20 24 SSOP
CS5571 16 100 Ā±8 ppm 0.1 1, Single-ended 85 24 SSOP
CS5581 16 200 Ā±8 ppm 0.1 1, Single-ended 85 24 SSOP
2012 Product Summary | Apex Precision PowerĀ® 23
22 For more information, visit www.cirrus.com
Power Analog ICs, Modules And Hybrids
Apex Precision
PowerĀ® Products
Apex Precision Power is the technology inside Cirrus Logicās high performance power analog family of products. This
technology drives the design innovation for Cirrus Logicās linear power operational ampliļ¬ers, pulse width modulation
(PWM) ampliļ¬ers, and precision voltage references (VRE). Product form factors include monolithic ICs, board-level
āopen frameā modules, and traditional hybrid designs that can deliver up to 50 A of continuous output current and
voltage supply operation ranging from 8.5 V to 1200 V. Target applications focus on the high power precision control
of current, voltage and speed for the industrial, test and measurement, aerospace-defense, and medical markets.
High-Current
Linear Amplifiers
MP38CL
MP38CLA
MP39CL
MP39CLA
MP103FC
MP108FD
MP108FDA
MP111FD
PA01
PA02
PA03
PA04
PA05
PA07
PA09
PA09M
PA10
PA107DP
PA119CE
PA12
PA12A
PA12H
PA13
PA13A
PA16
PA162DK
PA50
PA51
PA52
PA61
PA73
PA74
PA74A
PA75
PA76
PA76A
PA92
PA93
PA96
PB50
PB51
PB58
PB63
High-Current
PWM Amplifiers
MSA240KC
MSA260KC
SA01
SA03
SA09
SA12
SA303HU-FH
SA306AHU-FH
SA50CE
SA53HU-FH
SA57AHU-FH
SA60
High-Speed
Linear Amplifiers
MP103FC
MP108FD
MP108FDA
MP111FD
MP400FC
PA05
PA09
PA107DP
PA119CE
PA78DK
PA79DK
PA84
PA85
PA90
PA91
PA94
PA96
PA98
PB50
PB51
PB58
PB63
High-Voltage
Linear Amplifiers
MP38CL
MP38CLA
MP39CL
MP39CLA
MP103FC
MP108FD
MP111FD
PA03
PA04
PA05
PA07
PA08
PA107DP
PA15
PA78DK
PA79DK
PA81J
PA82J
PA83
PA84
PA85
PA88
PA89
PA90
PA91
PA92
PA93
PA94
PA95
PA96
PA97
PA98
PA340CC
PA341CE
PA341DF
PA341DW
PA343DF
PB50
PB51
PB58
High-Voltage
PWM Amplifiers
MSA240KC
MSA260KC
SA01
SA03
SA12
SA50CE
SA60
Precision Voltage
References
VRE102
VRE104
VRE107
VRE204
VRE205
VRE210
VRE302
VRE304
VRE305
VRE306
VRE310
VRE410
VRE3025
VRE3041
VRE3050
Sine Wave References
SWR200
High-Current Linear Amplifiers
Model Output Current
MAX (A)
Supply Voltage
MAX (V)
Slew Rate
TYP (V/Āµs)
Standby Current
MAX (mA)
Power Dissipation
MAX (W)
PA50 40 100 50 36 400
PA52 40 200 50 36 400
PA03 30 150 8300 500
PA05 30 100 100 120 250
PA04 20 200 50 90 200
MP103FC 15 200 180 26 54
MP111FD 15 100 130 157 170
PA12A 15 100 450 125
PA13A 15 90 450 135
MP108FDA 11 200 170 65 100
MP39CLA 11 100 10 24 125
MP108FD 10 200 170 65 100
MP39CL 10 100 10 24 125
PA12 10 90 450 125
PA13 10 90 450 135
PA51 10 72 2.6 10 97
PA61 10 90 2.8 10 97
MP38CLA 8200 63 24 125
PA93 8400 50 14 125
MP38CL 7200 63 24 125
PA01 556 2.6 50 67
PA02 538 20 40 48
PA07 5100 430 67
PA10 590 330 67
PA107DP 5200 3000 35 60
PA16 538 20 40 62.5
PA73 560 2.6 567
PA162DK 4 x 1 40 1.4 20 45
PA119CE 480 900 120 78
PA92 4400 50 14 80
PA09M 380 200 85 78
PA74A 2 x 3 40 1.4 40 36/60
PA76A 2 x 3 40 1.4 40 36/60
PA74 2 x 2.5 40 1.4 40 36/60
PA76 2 x 2.5 40 1.4 40 36/60
PB63 2150 1000 20 35
PA09 280 200 85 78
PB50 2200 100 25 35
PA75 2 x 1.5 40 1.4 10 19/28
PA96 1.5 300 250 18 83
NEW
NEW
NEW
NEW
NEW
NEW
2012 Product Summary | Apex Precision PowerĀ® 25
24 For more information, visit www.cirrus.com
Model Output Current
MAX (A)
Supply Voltage
MAX (V)
Slew Rate
TYP (V/Āµs)
Standby Current
MAX (mA)
Power Dissipation
MAX (W)
PB51 1.5 300 100 18 83
PB58 1.5 300 250 35 70
PA12H 190 4100 6
High-Current PWM Amplifiers
Mode Output Current
MAX (A)
Supply Voltage
MAX (V)
Switching Frequency
MAX (kHz)
Power Delivery
MAX (KW)
Power Dissipation
MAX (W)
SA03 30 100 22.5 3300
SA01 20 100 42 2185
MSA260KC 20 450 50 9250
MSA240KC 20 100 50 2250
SA12 15 200 200 3250
SA306AHU-FH 17 60 100 1100
SA57AHU-FH 17 60 100 1100
SA303HU-FH 10 60 100 0.6 100
SA53HU-FH 10 60 100 0.6 100
SA60 10 80 250 0.8 140
SA09 7.5 60 500 0.45 80
SA50CE 580 45 0.5 120
High-Speed Linear Amplifiers
Model Slew Rate
TYP (V/Āµs)
Supply Voltage
MAX (V)
Output Current
MAX (A)
Standby Current
MAX (mA)
Power Dissipation
MAX (W)
PA107DP 3000 200 535 60
PA98 1000 450 0.2 25 30
PA85 1000 450 0.2 25 30
PB63 1000 150 220 35
PA119CE 900 80 4120 78
PA94 700 900 0.1 24 30
PA79DK 350 350 0.15 2.5 26
PA78DK 350 350 0.15 2.5 23
MP400FC 350 50 0.2 2.5 14.2
PA91 300 450 0.2 14 30
PA90 300 400 0.2 14 30
PB58 250 300 1.5 35 70
High-Current Linear Amplifiers (Continued)
Model Slew Rate
TYP (V/Āµs)
Supply Voltage
MAX (V)
Output Current
MAX (A)
Standby Current
MAX (mA)
Power Dissipation
MAX (W)
PA96 250 300 1.5 18 83
PA09 200 80 285 78
MP103FC 180 200 15 26 54
PA84 180 300 0.04 7.5 17.5
MP108FDA 170 200 11 65 100
MP108FD 170 200 10 65 100
MP111FD 130 100 15 157 170
PB51 100 300 1.5 18 83
PB50 100 200 225 35
PA05 100 100 30 120 250
High-Voltage Linear Amplifiers
Model Supply Voltage
MAX (V)
Output Current
MAX (A)
Slew Rate
TYP (V/Āµs)
Standby Current
MAX (mA)
Power Dissipation
MAX (W)
PA89 1200 0.075 30 640
PA94 900 0.1 700 24 30
PA95 900 0.1 30 2.2 30
PA97 900 0.01 8 1 5
PA15 450 0.2 20 330
PA85 450 0.2 1000 25 30
PA88 450 0.1 30 215
PA91 450 0.2 300 14 30
PA98 450 0.2 1000 25 30
PA90 400 0.2 300 14 30
PA92 400 450 14 80
PA93 400 850 14 125
PA340CC 350 0.12 30 2.2 14
PA341CE 350 0.12 30 2.2 12
PA343DF 350 0.12x2 30 2.2 12
PA78DK 350 0.15 350 2.5 23
PA79DK 350 0.15 350 2.5 26
PA08 300 0.15 30 8.5 17.5
PA82J 300 0.015 20 8.5 11.5
PA83 300 0.075 30 8.5 17.5
PA84 300 0.04 180 7.5 17.5
PA96 300 1.5 250 18 83
PB51 300 1.5 100 18 83
PB58 300 1.5 250 35 70
MP103FC 200 15 180 26 54
High-Speed Linear Amplifiers (Continued)
NEW
NEW
NEW
NEW
2012 Product Summary | Apex Precision PowerĀ® 27
26 For more information, visit www.cirrus.com
Model Supply Voltage
MAX (V)
Output Current
MAX (A)
Slew Rate
TYP (V/Āµs)
Standby Current
MAX (mA)
Power Dissipation
MAX (W)
MP108FD 200 10 170 65 100
PA04 200 20 50 90 200
PA107DP 200 53000 35 60
PB50 200 2100 25 35
MP38CL 200 763 24 125
MP38CLA 200 863 24 125
PA03 150 30 8300 500
PA81J 150 0.03 20 8.5 11.5
MP111FD 100 15 130 157 170
PA05 100 30 100 120 250
PA07 100 5 4 30 67
MP39CL 100 10 10 24 125
MP39CLA 100 11 10 24 125
High-Voltage PWM Amplifiers
Model Supply Voltage
MAX (V)
Output Current
MAX (A)
Switching
Frequency (kHz)
Power Delivery
MAX (W)
Int. Power
MAX (W)
MSA260KC 450 20 50 250 300
SA12 200 15 200 250 185
MSA240KC 100 20 50 250 250
SA01 100 20 42 185 250
SA03 100 30 22.5 300 250
SA50CE 80 545 120 140
SA60 80 10 250 140 80
High-Voltage Linear Amplifiers (Continued) Precision Voltage References
Model Output(V) Initial Error
(Ā±mV)
TempCo
(ppm/oC)
Noise
(ĀµVpp)
Package Feature
VRE102 Ā±10 1.2, 1.0, 1.7, 1.5 1.09 6DIP14 High Rel Military
VRE104 4.5 0.8, 0.9 1.48 3DIP14 High Rel Military
VRE107 Ā±50.8, 0.9 1.33 3DIP14 High Rel Military
VRE204 4.5 0.8, 0.9 1.48 3LCC20 Small Pkg, High Rel Military
VRE205 50.8 , 0.9 1.33 3LCC20 Small Pkg, High Rel Military
VRE210 10 0.5, 0.7, 0.8, 1.0 1.09 6LCC20 Small Pkg, High Rel Military
VRE302 2.5 0.4, 0.6 1.0 1.5 DIP8, SMT8 Low Cost
VRE304 4.5 0.45, 0.9 0.6 3SMT8 Low Cost
VRE305 50.5, 0.8, 1.0 0.6, 1.0, 2.0 3DIP8, SMT8 Low Cost
VRE306 60.6, 1.2 0.6, 2.0 3SMT8 Low Cost
VRE310 10 1.0, 1.6, 2.0 0.6, 1.0, 2.0 6DIP8, SMT8 Low Cost
VRE410 Ā±10 1.6, 2.0, 2.2 1.0, 2.0, 2.2 6SMT14 Dual, Low Cost
VRE3025 2.5 0.5 0.6, 1.0, 2.0 1.5 DIP8, SMT8 +10V Supply
VRE3041 4.0 2.0 1.0 3SMT8 Low Cost + 10V Supply
VRE3050 50.25, 0.375, 0.5, 0.8, 1.0 0.6, 1.0, 2.0 3SMT8 +10V Supply
2012 Product Summary | Communication Components 29
28 For more information, visit www.cirrus.com
High-Precision Analog & Mixed-Signal ICs & Processors
Communication
Components
Cirrus Logic, a pioneer in the development of world-class telecommunication ICs, continues to provide cost-effective solutions.
T1/E1/J1 LIUs
SHORT-HAUL SINGLE-PORT LINE
INTERFACE UNITS
CS61535A
CS61574A
CS61575
SHORT-HAUL MULTI-PORT LINE
INTERFACE UNITS
CS61584A
CS61880
CS61884
Infrared & Echo
Canceller
CS6422
Ethernet
CS8900A
CS8952
Short-Haul Single-Port Line Interface Units
Part Power Supply
(V)
Control Modes Line Coders Number of
Channels
TBR-12
Compliant
Impedance
Matching Line Driver
Package
CS61535A 5Host, H/W &
Extended H/W
AMI, B8ZS & HDB3 13 3 28 PLCC
CS61574A 5Host, H/W &
Extended H/W
AMI, B8ZS & HDB3 13 3 28 PLCC
CS61575 5Host, H/W &
Extended H/W
AMI, B8ZS & HDB3 13 3 28 PLCC
Short-Haul Multi-Port Line Interface Units
Part Power
Supply (V)
Control Modes Line Coders Number of
Channels
TBR-12
Compliant
Impedance
Matching Line
Driver
Arbitrary
Waveform
Option
Package
CS61584A 3.3 or 5 Host & H/W AMI, B8ZS &
HDB3
2 3 3 3 64 TQFP
CS61880 3.3 Host & H/W AMI & HDB3 8 3 3 3 144 LQFP
160 BGA
CS61884 3.3 Host & H/W AMI, HDB3 &
B8ZS
8 3 3 3 144 LQFP
Infrared & Echo Canceller
Part Media Supported Digital
Interface
Number of
Channels
Power Supply
(V)
Package
CS6422 Analog audio
(MIC and telephone)
Acoustic interface and network
interface (both ANALOG)
2 ā Full Duplex 520 SOIC
Ethernet
Part Media Supported Digital
Interface
Number of
Channels
Power Supply Package
CS8900A 10Base-T ISA and general
purpose parallel
15 V, 3.3 V 100 LQFP
CS8952 10Base-T, 100Base-X
and NRZ (optical)
MII 15 V with support of
3.3 V digital I/O
100 TQFP
2012 Product Summary | Product Number Index 31
30 For more information, visit www.cirrus.com
Product Number Index
C Compiler ............................ 6
CDB-MCU-DEBUG Board............... 6
CDB496122-EV2 ....................... 6
CLIDE.................................. 6
CM-1 .................................. 6
CM-2................................6, 7
CobraCAD..............................7
CobraCom Reference Design .......... 6
CobraNet Discovery ....................7
CobraNet LE Reference Design ........ 6
CPB181012-CM2 ....................... 6
CPB181022-CM2 ....................... 6
CS1501 ................................15
CS1601 ................................15
CS1601H...............................15
CS1610 ................................17
CS1611 .................................17
CS1612 ................................17
CS1613 ................................17
CS181002...............................7
CS181012 ...............................7
CS181022...............................7
CS1810xx family ........................7
CS2000 ...............................13
CS2100................................13
CS2200 ...............................13
CS2300 ...............................13
CS3002 ...............................19
CS3003 ...............................19
CS3004 ...............................19
CS3012................................19
CS3013................................19
CS3014................................19
CS3301A ..............................16
CS3302A..............................16
CS3308 ...............................13
CS3310................................13
CS3318................................13
CS35L00 ..............................12
CS35L01...............................12
CS35L03 ..............................12
CS4202 ...............................10
CS4205 ...............................10
CS4207 ...............................10
CS4234 ................................11
CS42416/26 . . . . . . . . . . . . . . . . . . . . . . . . . . . .11
CS42418/28 ............................11
CS42432 ...............................11
CS42435 ...............................11
CS42436/38 ...........................11
CS4244 ................................11
CS42448...............................11
CS4245 ...............................10
CS42516/26 ............................11
CS42518/28 ............................11
CS4265 ...............................10
CS4270 ...............................10
CS4271 ................................10
CS4272 ...............................10
CS42888...............................11
CS4299 ...............................10
CS42L51...............................12
CS42L52 ..............................12
CS42L55 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
CS42L73 ..............................12
CS4334/35/38/39 ..................... 9
CS4340 ............................... 9
CS4340A.............................. 9
CS4344/45/48 ........................ 9
CS4349 ............................... 9
CS4350 ............................... 9
CS4351................................ 9
CS4352 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
CS4353 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
CS4354 ............................... 9
CS4355 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9
CS4361................................ 9
CS4362A/82A ......................... 9
CS4364/84............................ 9
CS4365/85............................ 9
CS4373A ..............................16
CS4385A.............................. 9
CS4391A .............................. 9
CS4392 ............................... 9
CS4398 ............................... 9
CS43L21...............................12
CS43L22 ..............................12
CS4525 ...............................12
CS47024 .............................. 4
CS47028 .............................. 4
CS47048.............................. 4
CS470xx family........................ 4
CS48520............................3, 4
CS48540...............................3
CS48540-CQZ ........................ 4
CS48560...............................3
CS485xx family ........................3
CS48AU2B ............................ 4
CS48DV2A ............................ 4
CS48DV2B ............................ 4
CS48L10................................3
CS48L11 ................................3
CS48Lxx family.........................3
CS493253............................. 4
CS493254 ............................ 4
CS493263 ............................ 4
CS493264 ............................ 4
CS493295 ............................ 4
CS493302 ............................ 4
CS494003 ............................ 4
CS494xxx family ...................... 4
CS495002 ............................ 4
CS4950xx family ...................... 4
CS495102 ............................. 4
CS4951xx family ....................... 4
CS495202 ............................ 4
CS4952xx family ...................... 4
CS495303-CQZ ....................... 4
CS495303-CVZ ....................... 4
CS495304 ............................ 4
CS495313-CQZ ........................ 4
CS495314 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3
CS495314-CVZ . . . . . . . . . . . . . . . . . . . . . . . . 4
CS4953xx family .......................3
CS496102 ..............................7
CS496112...............................7
CS496122 ..............................7
CS496122-CM2........................ 6
CS4961xx family.....................6, 7
CS497014 ..............................3
CS497014-CVZ ........................ 4
CS4970xx family .......................3
CS5340 ............................... 8
CS5341................................ 8
CS5342 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
CS5343/44 ............................ 8
CS5346 ............................... 8
CS5351................................ 8
CS5361................................ 8
CS5364/66/68 ........................ 8
CS5371A...............................16
CS5372A ..............................16
CS5373A ..............................16
CS5374 ...............................16
CS5376A ..............................16
CS5378 ...............................16
CS5381................................ 8
CS53L21 ...............................12
CS5451A ..............................15
CS5463 ...............................15
CS5464 ...............................15
CS5467 ...............................15
CS5480 ...............................15
CS5484 ...............................15
CS5490 ...............................15
CS5505 ..............................20
Product Number Index (Continued)
CS5506 ..............................20
CS5507 ..............................20
CS5508 ..............................20
CS5509 ..............................20
CS5510...............................20
CS5511 ...............................20
CS5512...............................20
CS5513...............................20
CS5521................................21
CS5522 ...............................21
CS5523 ...............................21
CS5524 ...............................21
CS5525 ...............................21
CS5526 ...............................21
CS5528 ...............................21
CS5529 ..............................20
CS5530 ...............................21
CS5531................................21
CS5532 ...............................21
CS5533 ...............................21
CS5534 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
CS5550 ...............................21
CS5560 ...............................21
CS5566 ...............................21
CS5571 ................................21
CS5581................................21
CS61535A ............................29
CS61574A ............................29
CS61575..............................29
CS61584A ............................29
CS61880 .............................29
CS61884 .............................29
CS6422 ..............................29
CS8406 ...............................13
CS8416................................13
CS8420 ...............................13
CS8421................................13
CS8422 ...............................13
CS8427 ...............................13
CS8900A ............................29
CS8952 ..............................29
DSP Composer ........................ 6
DSP Condenser ....................... 6
DSP Conductor.........................7
EDB9315A ............................20
EP9301 ................................19
EP9302 ...............................19
EP9307................................19
EP9312 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
EP9315 ................................19
EV-2 .................................. 6
Micro Condenser ...................... 6
MP103FC ..........................23, 25
MP108FD ..........................23, 26
MP108FD .............................25
MP108FDA ........................23, 25
MP111FD .......................23, 25, 26
MP38CL...........................23, 26
MP38CLA .........................23, 26
MP39CL...........................23, 26
MP39CLA ............................26
MP400FC ............................24
MSA240KC........................24, 26
MSA260KC........................24, 26
NAS ARM 9 ..........................20
PA01 .................................23
PA02.................................23
PA03..............................23, 26
PA04..............................23, 26
PA05..........................23, 25, 26
PA07 ..............................23, 26
PA08.................................25
PA09..............................23, 25
PA09M...............................23
PA10 .................................23
PA107DP.......................23, 24, 26
PA119CE ...........................23, 24
PA12 .................................23
PA12A ................................23
PA12H ................................24
PA13 .................................23
PA13A ................................23
PA15 .................................25
PA16 .................................23
PA162DK .............................23
PA340CC ............................25
PA341CE .............................25
PA343DF .............................25
PA50.................................23
PA51 .................................23
PA52 .................................23
PA61 .................................23
PA73 .................................23
PA74 .................................23
PA74A................................23
PA75 .................................23
PA76 .................................23
PA76A................................23
PA78DK ...........................24, 25
PA79DK ...........................24, 25
PA81J.................................26
PA82J ................................25
PA83.................................25
PA84.................................25
PA85..............................24, 25
PA88.................................25
PA89.................................25
PA90..............................24, 25
PA91 ..............................24, 25
PA92..............................23, 25
PA93..............................23, 25
PA94..............................24, 25
PA95.................................25
PA96..............................23, 25
PA97 .................................25
PA98..............................24, 25
PB50..........................23, 25, 26
PB51...............................24, 25
PB58..............................24, 25
PB63 ..............................23, 24
SA01 ..............................24, 26
SA03..............................24, 26
SA09.................................24
SA12 ..............................24, 26
SA303HU-FH .........................24
SA306AHU-FH .......................24
SA50CE ...........................24, 26
SA53HU-FH ..........................24
SA57AHU-FH .........................24
SA60..............................24, 26
VRE102 ............................... 27
VRE104 ............................... 27
VRE107 ............................... 27
VRE204 .............................. 27
VRE205 .............................. 27
VRE210 ............................... 27
VRE302 .............................. 27
VRE3025 ............................. 27
VRE304 .............................. 27
VRE3041.............................. 27
VRE305 .............................. 27
VRE3050 ............................. 27
VRE306 .............................. 27
VRE310 ............................... 27
VRE410 ............................... 27
32 For more information, visit www.cirrus.com
Notes
Cirrus Logic Inc.
T +1 512-851-4000
Fax +1 512-851-4977
Toll Free +1 800-888-5016
Sales Support
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