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adsp-ts201s ez-kit lite ? evaluation system manual revision 3.1, april 2007 part number 82-000770-01 analog devices, inc. one technology way norwood, mass. 02062-9106 a
copyright information ?2007 analog devices, inc., all righ ts reserved. this document may not be reproduced in any form wi thout prior, express written consent from analog devices, inc. printed in the usa. limited warranty the ez-kit lite evaluation system is warranted against defects in materi- als and workmanship for a period of on e year from the date of purchase from analog devices or fr om an authorized dealer. disclaimer analog devices, inc. reserves the right to change this product without prior notice. information furnished by analog devices is believed to be accurate and reliable. however, no re sponsibility is assumed by analog devices for its use; nor for any infrin gement of patents or other rights of third parties which may result from its us e. no license is granted by impli- cation or otherwise under the pate nt rights of analog devices, inc. trademark and service mark notice the analog devices icon bar and l ogo, tigersharc, tigersharc logo, visualdsp++, the crosscore logo, and ez-kit lite are registered trademarks of an alog devices, inc. all other brand and product names ar e trademarks or service marks of their respective owners.
regulatory compliance the adsp-ts201s ez-kit lite evaluation system has been certified to comply with the essentia l requirements of the european emc directive 89/336/eec (inclusive 93/68/eec) and, therefore, carries the ? ce ? mark. the adsp-ts201s ez-kit lite evaluatio n system had been appended to analog devices development tools technical construc tion file refer- enced ?dsptools1? dated december 21, 1997 and was awarded ce certification by an appointed europe an competent body and is on file. the ez-kit lite evaluation syst em contains esd (electrostatic discharge) sensitive devices. elec trostatic charges readily accumu- late on the human bo dy and equipment and can discharge without detection. permanent damage may occur on devices subjected to high-energy discharges. proper esd precautions are recommended to avoid performance degradation or loss of functionality. store unused ez-kit lite boards in th e protective shipping package.

adsp-ts201s ez-kit lite eval uation system manual v contents preface purpose of this manual ................................................................. xii intended audience ......................................................................... xii manual contents ........................................................................... xii what?s new in this manual .......................................................... xiii technical or customer support ...................................................... xiv supported processors ...................................................................... xiv product information ....................................................................... xv myanalog.com .......................................................................... xv processor product information ................................................... xv related documents .................................................................. xvi online technical documentation ............................................ xvii accessing documentation fr om visualdsp++ .................... xviii accessing documentation from windows .......................... xviii accessing documentatio n from web ................................... xix printed manuals ....................................................................... xix visualdsp++ documentation set ......................................... xix hardware tools manuals ...................................................... xix processor manuals ................................................................. xx
contents vi adsp-ts201s ez-kit lite evaluation system manual data sheets .......................................................................... xx notation conventions ................................................................... xxi using adsp-ts201s ez-kit lite package contents ......................................................................... 1-2 default configuration .................................................................. 1-3 installation and session startup ..................................................... 1-5 evaluation license re strictions ..................................................... 1-7 memory map ............................................................................... 1-7 sdram interfac e ......................................................................... 1-8 flash memory .............................................................................. 1-9 programmable flag pins .......................................................... 1-10 interrupt pins ............................................................................. 1-11 audio interface ........................................................................... 1-12 processor link ports ................................................................... 1-12 example programs ...................................................................... 1-13 flash programmer utility ............................................................ 1-14 adsp-ts201s ez-kit lite hardware reference system architecture ...................................................................... 2-2 external port ........................................................................... 2-3 expansion interface ................................................................. 2-3 jtag emulation port ............................................................. 2-4 switch settings ............................................................................. 2-5 audio amplification selection (sw1) ...................................... 2-5
adsp-ts201s ez-kit lite eval uation system manual vii contents processor mode selections (sw2) ............................................ 2-6 processor boot strap settings .............................................. 2-7 syscon/sdrcon mode settings .................................... 2-7 interrupt enable settings .................................................... 2-8 link port width settings .................................................... 2-8 flags and irqs switch settings (sw10) ................................ 2-9 configuration resistors ............................................................... 2-10 processor id settings ............................................................. 2-10 clock mode settings ............................................................. 2-12 control impedance selection ................................................. 2-14 drive strength selection ........................................................ 2-15 leds and push buttons .............................................................. 2-16 power led (led1) ............................................................... 2-16 reset led (led8) ................................................................ 2-16 flag leds (led3?6) ......................................................... 2-17 usb monitor led (zled3) ................................................. 2-18 programmable flag push buttons (sw6?9) ......................... 2-18 interrupt push buttons (sw4 and sw5) ................................ 2-19 reset push button (sw3) ...................................................... 2-19 connectors .. ............................................................................... 2-20 audio (j9 and j10) ................................................................ 2-21 power (j8) ............................................................................. 2-21 jtag (zp4) .......................................................................... 2-21 usb (zj1) ............................................................................. 2-22
contents viii adsp-ts201s ez-kit lite evaluation system manual expansion interface (j1?3) .................................................... 2-22 link ports (j4?7) .................................................................. 2-23 power supply specifications ........................................................ 2-23 adsp-ts201 ez-kit lite bill of materials adsp-ts201s ez-kit lite schematic title page ..................................................................................... b-1 processor a ................................................................................... b-2 processor b ................................................................................... b-3 processor link ports ..................................................................... b-4 processor power ............................................................................ b-5 configuration ............................................................................... b-6 memory ....................................................................................... b-7 audio in ....................................................................................... b-8 audio out .................................................................................... b-9 reset/pb/led ............................................................................ b-10 expansion interface .................................................................... b-11 jtag/cpld for audio .............................................................. b-12 power page 1 .............................................................................. b-13 power page 2 .............................................................................. b-14 processor bypass caps ................................................................. b-15 index
preface thank you for purchasing the adsp-ts201s ez-kit lite ? , analog devices (adi) evaluation system for tigersharc ? floating-point embedded processors. the tigersharc processor is a static super scalar (sss) architecture tar- geted at software-defined radio applications. in these wireless infrastructure applications, the tigersharc processor is replacing field-programmable gate arrays (fpgas ) in the chip rate processing appli- cations for third generation cellula r. the performance, flexibility, multiprocessing and io capabilities of the tigersharc processor makes it superior to fpga implementations. the evaluation board is de signed to be used in co njunction with the visu- aldsp++ ? development environment to te st the capabilities of the adsp-ts201s tigersharc processor. the visualdsp++ development environment gives you the ability to perform advanced application code development and debug, such as: ? create, compile, assemble, and link application programs written in c++, c, and adsp-ts201s assembly ? load, run, step-in, step-out, step-o ver, halt, and set breakpoints in application program ? read and write data and program memory ? read and write core and peripheral registers ? plot memory adsp-ts201s ez-kit lite evalua tion system manual ix
x adsp-ts201s ez-kit lite evaluation system manual access to the adsp-ts201s processor fr om a personal computer (pc) is achieved through a usb port or an optional jtag e mulator. the usb interface gives unrestricted access to the adsp-ts201s processor and the evaluation board peripherals. analog devices jtag emulators offer faster communication between the host pc and target hardware. analog devices carries a wide range of in-circuit emul ation products. to learn more about analog devices emulators and processor development tools, go to http://www.analog.com/dsp/tools/ . the adsp-ts201s ez-kit lite provi des example programs to demon- strate the capabilities of the evaluation board. l the adsp-ts201s ez-kit lite insta llation is part of the visu- aldsp++ installation. the ez-kit lite is a licensed product that offers an unrestricted evaluation license for the first 90 days. for details about evaluation license re strictions after the 90 days, refer to ?evaluation license restrictions? on page 1-7 . refer to the visualdsp++ installation quick reference card for details. the board features: ? two analog devices adsp-ts201s processors d 500 mhz core clock speed d configurable core clock mode ? analog devices ad1871 96 khz analog-to-digital converter d line-in 3.5 mm stereo jack ? analog devices ad1854 96 khz digital-to-analog converter d line-out 3.5 mm stereo jack ? sdram memory d 32 mb (4 mb x 64)
adsp-ts201s ez-kit lite eval uation system manual xi preface ? flash memory d 512k main flash memory ? usb debugging interface ? interface connectors d 14-pin emulator connector for jtag interface d low voltage differential signal ing (lvds) link ports via rj-45 connectors d expansion interface connectors ? general-purpose io d 4 push button flags (two for each processor) d 2 push button interrupts (one for each processor) d 4 led flag outputs (two for each processor) ? analog devices adp3331, adp3336, adp1864, adp1821, and adp1823 voltage regulators the ez-kit lite board contains two external memories: flash memory and sdram. the flash memory can be used to store user-specific boot code. by configuring the boot mode switch ( sw2 ) and programming the flash memory, the board can run as a stand-alone unit. the sdram is shared by both processors and can be used to store data external to the processors. for more information, see ?memory map? on page 1-7 . the ez-kit lite board contains an audi o interface, facilitating creation of audio signal processing applications. additionally, the ez-kit lite boar d provides expansion connectors, allowing you to connect to the processor?s external port (ep).
purpose of this manual xii adsp-ts201s ez-kit lite evaluation system manual purpose of this manual the adsp-ts201s ez-kit lite evaluation system manual provides instructions for installing the pr oduct hardware (board). the text describes the operation and configuration of the board components and provides guidelines for running your own code on the adsp-ts201s ez-kit lite. finally, a schematic and a bill of materials are provided as a reference for future designs. the product software installation is detailed in the visualdsp++ installa- tion quick reference card . intended audience the primary audience of this manual is a programmer who is familiar with analog devices processors. this manual assumes that the audience has a working knowledge of the appropriate processor architecture and instruc- tion set. programmers who are unfamiliar with analog devices processors can use this manual but sh ould supplement it with other texts (such as the adsp-ts201 tigersharc proc essor hardware reference and the adsp-ts201 tigersharc proces sor programming reference ) that describe your target architecture. programmers who are unfa miliar with visualdsp++ should refer to the visualdsp++ online help and user?s or getting started guides. for the locations of thes e documents, see ?related documents? .
adsp-ts201s ez-kit lite eval uation system manual xiii preface manual contents the manual consists of: ? chapter 1, ?using adsp-ts201s ez-kit lite? on page 1-1 provides information on the ez-kit lite from a programmer?s perspective and outlines the board?s memory map. ? chapter 2, ?adsp-ts201s ez-kit lite hardware reference? on page 2-1 provides information on the hardwa re aspects of the ez-kit lite. ? appendix a, ?adsp-ts201 ez-kit lite bi ll of materials? on page a-1 provides a list of components used to manufacture the ez-kit lite board. ? appendix b, ?adsp-ts201s ez-kit lite schematic? on page b-1 provides the resources to allow ez-kit lite board-level debugging or to use as a reference design. l appendix b now is part of the online help. the pdf version of the adsp-ts201s ez-kit lite evaluation system manual is located in the docs\ez-kit lite manuals folder on the installation cd. alternatively, the schematic can be found on the analog devices web site: www.analog.com/processors . what?s new in this manual this edition of the adsp-ts201s ez-kit lite evaluation system manual documents adsp-ts201s ez-kit lite compliance with the rohs and weee directives.
technical or customer support xiv adsp-ts201s ez-kit lite evaluation system manual technical or customer support you can reach analog devices, inc. customer support in the following ways: ? visit the embedded processing and dsp products web site at http://www.analog.com/processors/technicalsupport ? e-mail tools questions to processor.tools.support@analog.com ? e-mail processor questions to processor.support@analog.com (world wide support) processor.europe@analog.com (europe support) processor.china@analog.com (china support) ? phone questions to 1-800-analogd ? contact your analog devices, inc. local sales office or authorized distributor ? send questions by mail to: analog devices, inc. one technology way p.o. box 9106 norwood, ma 02062-9106 usa supported processors the adsp-ts201s ez-kit lite evalua tion system supports the analog devices adsp-ts201s tigersharc embedded processors.
adsp-ts201s ez-kit lite eval uation system manual xv preface product information you can obtain product information from the analog devices website, from the product cd-rom, or from th e printed publications (manuals). analog devices is online at www.analog.com . our web site provides infor- mation about a broad range of prod ucts?analog integr ated circuits, amplifiers, converters, an d embedded processors. myanalog.com myanalog.com is a free feature of the analog devices web site that allows customization of a web pa ge to display only the latest information on products you are interested in. you can also choose to receive weekly e-mail notifications cont aining updates to the we b pages that meet your interests. myanalog.com provides access to books, application notes, data sheets, code examples, and more. registration: visit www.myanalog.com to sign up. click register to use myanalog.com. registration takes about five minutes an d serves as means for you to select the information you want to receive. if you are already a registered user, ju st log on. your user name is your e-mail address. processor product information for information on embedded processor s and dsps, visit our web site at www.analog.com/processors , which provides access to technical publica- tions, data sheets, application note s, product overviews, and product announcements.
product information xvi adsp-ts201s ez-kit lite evaluation system manual you may also obtain additional info rmation about analog devices and its products in any of the following ways. ? e-mail questions or requests for information to processor.support@analog.com (world wide support) processor.europe@analog.com (europe support) processor.china@analog.com (china support) ? fax questions or requests for information to 1-781-461-3010 (north america) +49-89-76903-157 (europe) related documents for information on product related de velopment software, see the follow- ing publications. table 1. related processor publications title description adsp-ts201s embedded processor data sheet general functional descri ption, pinout, and timing adsp-ts201 tigersharc processor hardware reference description of internal pr ocessor architecture and all register functions adsp-ts201 tigersharc processor pro- gramming reference description of all allo wed processor assembly instructions table 2. related visualdsp++ publications title description visualdsp++ user?s guide description of visualdsp++ features and usage visualdsp++ assembler and preprocessor manual description of the asse mbler function and com- mands visualdsp++ c/c++ complier and library manual for tigersharc processors description of the compli er function and com- mands for tigersharc processors
adsp-ts201s ez-kit lite eval uation system manual xvii preface all documentation is avai lable online. most docume ntation is av ailable in printed form. l if you plan to use the ez-kit lite board in conjunction with a jtag emulator, also refer to the documentation that accompanies the emulator. visit the technical library web site to access all processor and tools man- uals and data sheets: http://www.analog.com/processors/technicalsupport/technicalli- brary/ . online technical documentation online documentation comprises the visualdsp++ help system, software tools manuals, hardware tools manu als, processor manuals, the dinkum abridged c++ library, and flexible license manager (flexlm) network license manager software documentatio n. you can easily search across the entire visualdsp++ docume ntation set for any topic of interest. for easy printing, supplementary .pdf files of most manuals are provided in the docs folder on the visualdsp++ installation cd. each documentation file type is described as follows. if documentation is not installed on your system as part of the software installation, you can add it from the visualdsp++ cd at any time by run- ning the tools installation. access the online documentation from the visualdsp++ environment, windows ? explorer, or the analog devices web site. visualdsp++ linker and utilities manual description of the linker function and commands visualdsp++ loader and utilities manual description of the loader /splitter function and com- mands table 2. related visualdsp++ publications (cont?d) title description
product information xviii adsp-ts201s ez-kit lite evaluation system manual accessing documentation from visualdsp++ to view visualdsp++ help, click on the help menu item or go to the windows task bar and navigate to the visualdsp++ documentation via the start menu. to view adsp-ts201s ez-kit lite help, which is part of the visu- aldsp++ help system, use the contents or search tab of the help window. accessing documentation from windows in addition to any shortcuts you may have constructed, there are many ways to open visualdsp++ online he lp or the supplementary documenta- tion from windows. help system files ( .chm ) are located in the help folder, and .pdf files are located in the docs folder of your visual dsp++ installation cd-rom. the docs folder also contains the dinkum abridged c++ library and the flexlm network license mana ger software documentation. your software installation kit includ es online help as part of the win- dows ? interface. these help files prov ide information about visualdsp++ and the adsp-ts201s ez-kit lite evaluation system. file description .chm help system files and manuals in help format .htm or .html dinkum abridged c++ library and flexlm network license ma nager software doc- umentation. viewing and printing the .html files requires a browser, such as internet explorer 5.01 (or higher). .pdf visualdsp++ and processor manuals in portable documentation format (pdf). viewing and printing the .pdf files requires a pdf reader, such as adobe acrobat reader (4.0 or higher).
adsp-ts201s ez-kit lite eval uation system manual xix preface accessing documentation from web download manuals at the following web site: http://www.analog.com/processors/technicalsupport/technicalli- brary/ . select a processor family and b ook title. download archive ( .zip ) files, one for each manual. use any archive management software, such as win- zip, to decompress downloaded files. printed manuals for general questions rega rding literature orderin g, call the literature center at 1-800-analogd ( 1-800-262-5643 ) and follow the prompts. visualdsp++ documentation set to purchase visualds p++ manuals, call 1-603-883-2430 . the manuals may be purchased only as a kit. if you do not have an account with analog devices, you are referred to analog devices distributo rs. for information on o ur distributors, log onto http://www.analog.com/salesdir/continent.asp . hardware tools manuals to purchase ez-kit lite and in-circ uit emulator (ice ) manuals, call 1-603-883-2430 . the manuals may be ordere d by title or by product number located on the back cover of each manual.
product information xx adsp-ts201s ez-kit lite evaluation system manual processor manuals hardware reference and instruction se t reference manuals may be ordered through the literature center at 1-800-analogd ( 1-800-262-5643 ), or downloaded from the analog de vices web site. manuals may be ordered by title or by product number located on the back cover of each manual. data sheets all data sheets (preliminary and prod uction) may be downloaded from the analog devices web site. only production (final) data sheets (rev. 0, a, b, c, and so on) can be obtained from the literature center at 1-800-analogd ( 1-800-262-5643 ); they also can be downloaded from the web site. to have a data sheet faxed to you, ca ll the analog devices faxback system at 1-800-446-6212 . follow the prompts and a list of data sheet code numbers will be faxed to you. if the data sheet you want is not listed, check for it on the web site.
adsp-ts201s ez-kit lite eval uation system manual xxi preface notation conventions text conventions used in this manual are identified and described as follows. example description close command ( file menu) titles in reference sections indicate the location of an item within the visualdsp++ environment?s menu system (for example, the close command appears on the file menu). {this | that} alternative required items in syntax descriptions appear within curly brackets and separated by vertic al bars; read the example as this or that . one or the other is required. [this | that] optional items in syntax description s appear within br ackets and sepa- rated by vertical bars; read the example as an optional this or that . [this,] optional item lists in syntax de scriptions appear within brackets delimited by commas and terminated wi th an ellipse; read the example as an optional comma -separated list of this . . section commands, directives, keywords, and feature names are in text with letter gothic font. filename non-keyword placeholders appear in text with italic style format. note: for correct operation, ... a note provides supplementary inform ation on a related topic. in the online version of this book, the word note appears instead of this symbol. caution: incorrect device operation may result if ... caution: device damage may result if ... a caution identifies conditions or inappropriate usage of the product that could lead to undesirable results or product damage . in the online version of this book, the word caution appears instead of this symbol. warning: injury to device users may result if ... a warning identifies conditions or inappropriate usage of the product that could lead to conditions that are potentially hazardous for the devices users. in the online ve rsion of this book, the word warning appears instead of this symbol. l a [
notation conventions xxii adsp-ts201s ez-kit lite evaluation system manual l additional conventions, which apply only to specific chapters, may appear throughout this document.
adsp-ts201s ez-kit lite eval uation system manual 1-1 1 using adsp-ts201s ez-kit lite this chapter provides specific informati on to assist you with development of programs for the adsp-ts201s ez -kit lite evaluation system. the information appears in the following sections. ? ?package contents? on page 1-2 lists the items contained in your adsp-ts201s ez-kit lite package. ? ?default configuration? on page 1-3 shows the default configurati on of the adsp-ts201s ez-kit lite. ? ?installation and session startup? on page 1-5 instructs how to start a new or open an existing adsp-ts201sez-kit lite session using visualdsp++. ? ?evaluation license re strictions? on page 1-7 describes the restrictions of the visualdsp++ demo license shipped with the ez-kit lite. ? ?memory map? on page 1-7 describes the adsp-ts201s ez-ki t lite board?s memory map. ? ?sdram interface? on page 1-8 defines the register values needed to configure the external mem- ory for sdram access. ? ?flash memory? on page 1-9 describes how to program and use the flash memory.
package contents 1-2 adsp-ts201s ez-kit lite evaluation system manual ? ?programmable flag pins? on page 1-10 describes the function and use of the programmable flag pins on the ez-kit lite evaluation system. ? ?interrupt pins? on page 1-11 describes the function and use of the interrupt pins on the ez-kit lite evaluation system. ? ?audio interface? on page 1-12 describes how to use and configure the audio interface. ? ?processor link ports? on page 1-13 describes how to use and configure the link ports. ? ?example programs? on page 1-13 provides information about the ex ample programs included in the adsp-ts201s ez-kit lite evaluation system. ? ?flash programmer utility? on page 1-14 provides information on the fl ash programmer utility included with visualdsp++. for information on the graphical user interface, including the boot load- ing, target options, and other faciliti es of the ez-kit lite system, refer to the online help. for detailed information about programming the adsp-ts201s tiger- sharc processor, see the documents referred to as ?related documents? . package contents your adsp-ts201s ez-kit lite package contains the following items. ? adsp-ts201s ez-kit lite board ? visualdsp++ installati on quick reference card
adsp-ts201s ez-kit lite eval uation system manual 1-3 using adsp-ts201s ez-kit lite ? adsp-ts201s ez-kit lite evaluation system manual (this document) ? cd containing: d visualdsp++ software d adsp-ts201 ez-kit lite debug software d usb driver files d example programs ? universal 7.5v dc power supply ? usb 2.0 cable ? registration card (please fill out and return) if any item is missing, contact the vendor where you purchased your ez-kit lite or contact analog devices, inc. default configuration the adsp-ts201s ez-kit lite board is designed to run outside your personal computer as a stand-alone unit. you do not have to open your computer case. the ez-kit lite evalua tion system contains esd (electrostatic dis- charge) sensitive devices. electros tatic charges read ily accumulate on the human body and equipme nt and can discharge without detection. permanent damage may occur on devices subjected to high-energy discharges. proper esd precautions are recommended to avoid performance degradation or loss of functionality. store unused ez-kit lite boards in th e protective shipping package.
default configuration 1-4 adsp-ts201s ez-kit lite evaluation system manual when removing the ez-kit lite board from the package, handle the board carefully to avoid the discharg e of static electri city, which may dam- age some components. figure 1-1 shows the default dip switches, connector locations, and leds used in installation. confirm that your board is set up in the default configuration before using the board. figure 1-1. ez-kit lite hardware setup
adsp-ts201s ez-kit lite eval uation system manual 1-5 using adsp-ts201s ez-kit lite installation and session startup l for correct operation, install the software and hardware in the order presented in the visualdsp++ install ation quick reference card . 1. verify that the yellow usb monitor led ( zled3 , located near the usb connector) is lit. this signif ies that the board is communicat- ing properly with the host pc and is ready to run visualdsp++. 2. if you are running visualdsp++ fo r the first time, navigate to the visualdsp++ environment via the start ?> programs menu. the main window appears. note that visualdsp++ does not connect to any session. skip the rest of this step to step 3. if you have run visual dsp++ previously, the last opened session appears on the screen. you can ov erride the default behavior and force visualdsp++ to start a new session by pressing and holding down the ctrl key while starting visualdsp++. do not release the ctrl key until the session wizard appears on the screen. go to step 4. 3. to connect to a new ez -kit lite session, start session wizard by selecting one of the following. ? from the session menu, new session . ? from the session menu, session list . then click new ses- sion from the session list dialog box. ? from the session menu, connect to target . then click new session from the session list dialog box. 4. the select processor page of the wizard a ppears on the screen. ensure tigersharc is selected in processor family . in choose a target processor , select adsp-ts201 . click next .
installation and session startup 1-6 adsp-ts201s ez-kit lite evaluation system manual 5. the select connection type page of the wizard appears on the screen. select ez-kit lite and click next . 6. the select platform page of the wizard appears on the screen. in the select your platform list, select adsp-ts201s ez-kit lite via debug agent . in session name , highlight or specify the session name. the session name can be a string of any length; although, the box displays approximately 32 chara cters. the session name can include space characters. if you do not specify a session name, visualdsp++ creates a session name by combining the name of the selected platform with the select ed processor. the only way to change a session name later is to delete the session and to open a new session. click next . 7. the finish page of the wizard appears on the screen. the page dis- plays your selections. if you are satisfied, click finish . if not, click back to make changes. l to disconnect from a session, click the disconnect button or select session ?> disconnect from target . to delete a session, select session ?> session list . select the ses- sion name from the list and click delete . click ok .
adsp-ts201s ez-kit lite eval uation system manual 1-7 using adsp-ts201s ez-kit lite evaluation license restrictions the adsp-ts201s ez-kit lite installati on is part of the visualdsp++ installation. the ez-kit lite is a lice nsed product that offers an unre- stricted evaluation license for th e first 90 days. once the initial unrestricted 90-day evalua tion license expires: ? visualdsp++ allows a connec tion to the adsp-ts201s ez-kit lite via the usb debug agent interface only. connections to simu- lators and emulation products are no longer allowed. ? the linker restricts a user program to 128k words of internal mem- ory for code space with no restrictions for data space. refer to the visualdsp++ installation quick reference card for details. memory map the adsp-ts201s processor has 24 mbits of internal memory that can be used for program storage or data st orage. the configuration of internal memory is detailed in the adsp-ts201 tigersharc p rocessor hardware reference . the adsp-ts201s ez-kit lite board contains 512k x 8-bit of external flash memory. the memory is divide d into eight unif orm 64 kb sections. this memory connects to the processor?s ~bms and ~mso pins. the flash memory can be accessed in boot memo ry space as well as the external memory bank zero space. the board also contains 4m x 64-bi t of external sdram memory. the sdram memory connects to the processor?s sdram interface.
sdram interface 1-8 adsp-ts201s ez-kit lite evaluation system manual sdram interface the sdram on the ez-kit lite eva luation board is 32 mb. to access sdram, the syscon and sdrcon registers must be configured properly. the sdram default values are: ? syscon = 0x00189067 ? sdrcon = 0x00005983 table 1-1. ez-kit lite eval uation board memory map start address end address content internal memory 0x0000 0000 0x 0001 ffff internal memory 0 0x0004 0000 0x0005 ffff internal memory 2 0x0008 0000 0x0009 ffff internal memory 4 0x000c 0000 0x000d ffff internal memory 6 0x0010 0000 0x0011 ffff internal memory 8 0x0014 0000 0x0015 ffff internal memory 10 0x001e 0000 0x001e 03ff internal registers 0x001f 0000 0x001f 03ff soc registers 0x0c00 0000 0x0fff ffff broadcast 0x1000 0000 0x13ff ffff processor id 0 0x1400 0000 0x17ff ffff processor id 1 external memory 0x3000 0000 0x37ff ffff external memory space bank 0 ( ~ms0 ); ~ms0 includes flash memory which ends at 0x3007 ffff . 0x3800 0000 0x39ff ffff external memory space bank 1 0x4000 0000 0x43ff ffff external memory space ( mssd0 ); mssd0 includes sdram which ends at 0x407f ffff. 0x8000 0000 0xffff ffff host
adsp-ts201s ez-kit lite eval uation system manual 1-9 using adsp-ts201s ez-kit lite for the supplied memory, the sdrcon register should be configured as follows: ? sdram enable, cas latency of two cycles ? pipe depth of zero, page boundary of 256 words ? refresh rate of every 3700 cycles , precharge to ras of two cycles ? ras to precharge of five cycles ? init sequence is mrs cycle follows refresh [ the syscon and sdrcon registers define bus control configuration. they can be written only once after reset and cannot be changed during system operation. l in emulation space, the syscon and the sdrcon registers can be written to as many ti mes as needed. the us b debug monitor oper- ates in emulation spac e and allows ?always wr itable? mode for these registers. flash memory the at49bv040 chip provides a total of 512k x 8-bits of external flash memory, arranged into eight uniform 64 kb memory blocks. the block addresses are shown in table 1-2 . table 1-2. flash memory map start address end address content 0x3000 0000 0x3000 ffff uniform block 0 0x3001 0000 0x3001 ffff uniform block 1 0x3002 0000 0x3002 ffff uniform block 2 0x3003 0000 0x3003 ffff uniform block 3
programmable flag pins 1-10 adsp-ts201s ez-kit lite evaluation system manual to program the flash memory with yo ur boot code, first create a loader file from your processor code. yo u set up the loader in visualdsp++ depending on how you plan to boot th e flash. for information on creating a loader file, refer to visualdsp++ online help and the visualdsp++ loader and utilities manual . next, the loader file must be progra mmed into the flash memory. this can be done using the visualdsp++ fl ash programmer utility (see online help). programmable flag pins each adsp-ts201s processor has four pro grammable flag pins. two flag pins from each processor ( flag0 and flag1 ) allow interaction with the running program through the use of a switch ( sw6C9 ). the flag2 and flag3 pins from each processor are connected to leds ( led3C6 ). after the processor is reset, the programmable flags are configured as inputs. the direction of each programmable flag is configured in the flagreg register. if the flag is configured for output, the value of the flag pin is set in the flagreg register. if the flag is configured for input, the value on the flag pin is read from the sqstat register. programmable flags are summarized in table 1-3 . for more information on how to configure the programmable flag pins, see the adsp-ts201s tigersharc processor hardware reference . 0x3004 0000 0x3004 ffff uniform block 4 0x3005 0000 0x3005 ffff uniform block 5 0x3006 0000 0x3006 ffff uniform block 6 0x3007 0000 0x3007 ffff uniform block 7 table 1-2. flash memory map (cont?d) start address end address content
adsp-ts201s ez-kit lite eval uation system manual 1-11 using adsp-ts201s ez-kit lite interrupt pins the adsp-ts201s processor incl udes four interrupt pins ( irq3C0 ) for interaction with the running program . one external interrupt from each processor is directly accessible through push buttons sw4 and sw5 on the ez-kit lite board. inter rupts are s ummarized in table 1-4 . for more information on configuring the interrupt pins, see the adsp-ts201s tig- ersharc processor hardware reference . table 1-3. programmable flag pin summary flag connection description flag0_a sw9 the flag0 and flag1 pins connect to the push buttons to supply feedback for progra m execution. for instance, you can write user input to trigger a routine when the push button is pressed. flag1_a sw8 flag0_b sw6 flag1_b sw7 flag2_a led4 the flag2 and flag3 pins connect to the leds to sup- ply feedback during program execution. flag3_a led6 flag2_b led5 flag3_b led3 table 1-4. interrupt pin summary interrupt connection description irq0_a sw4 the irq0 interrupt connects to pu sh buttons to supply feed- back for program execution. for instance, you can write your code to perform a different fu nction when an interrupt is detected. irq0_b sw5
audio interface 1-12 adsp-ts201s ez-kit lite evaluation system manual audio interface the audio interface of the ez-kit lite board allows you to interface with the board?s analog-to-digital converte r (adc) and digital-to-analog con- verter (dac). the audio interface co nsists of two main ics: ad1871 and ad1854. the ad1871 is a stereo audio adc inte nded for digital audio applica- tions requiring high-performance an alog-to-digital conversion. the ad1871 provides 97 db thd+n and 107 db dynamic range. the ad1854 is a high-performance, si ngle-chip stereo, audio dac deliv- ering 113 db dynamic range and 112 db snr at a 48 khz sample rate. because the adsp-ts201s processor d oes not have any sports, a xilinx complex programmable logi c device (cpld) generates the audio interface control signals between the processor and the audio circuit. setting the flag3 signal of processor a high enables the audio interface inside of the cpld. once the audio interface has b een enabled, the audio data can be transferred to and from th e processor by generating a dmar0 cycle. the audio data interfaces with the processor via the lowest 24 bits of the data bus ( d23C0 ). a cpld io connector ( p6 ) has been added to allow a user to connect to the cpld and the external port of the adsp-ts201s (dsp a) processor. refer to the schematic for information on how the connector is wired to the cpld. refer to the audio exampl e program included in the ez-kit lite?s installation direct ory for more information on how to use the audio interface. refer to ?audio (j9 and j10)? on page 2-21 for information about the audio connectors.
adsp-ts201s ez-kit lite eval uation system manual 1-13 using adsp-ts201s ez-kit lite processor link ports the link ports on the adsp-ts201s processor uses low voltage differ- ential signaling (lvds) to communicate with ea ch other. each processor has a tx (transmit) port and rx (receive) port for each of its link ports. the rj-45 connectors, j4C5 , are the tx and rx ports for processor a. similarly, j6C7 are tx and rx for processor b. the tx and rx of one processor?s link ports should be resp ectively connected to rx and tx of another processor?s link ports. in this manner, the tx of one processor connects to the rx of the other processor. connect the link ports with a standa rd cat 5e networking cable. the length of the cable may affect th e maximum frequency at which the data can be transferred. refer to the adsp-ts201s embedded processor data sheet at http://www.analog.com/uploaded- files/data_sheets/adsp_ts201s.pdf for more information. there are four link ports on each of the processors on the ez-kit lite. for each processor, the link port 0 tran smit signals are connected to the receive of the same link port 0 sign als. link ports 2 and 3 connect the transmit of one processor to th e receive of the other processor. example programs example programs are provided with the adsp-ts201s ez-kit lite to demonstrate various capabilities of the evaluation board. these programs are installed with the ez-kit lite software and can be found in the \ts\examples\adsp-ts201 ez-kit lite subdirectory of the visu- aldsp++ installation directory. please refer to the readme file provided with each example program for more information. [ when running the examples, do not change the bgen or nmod (8 or 9) bits in the sqctl register. the change can disable commu- nications with the host.
flash programmer utility 1-14 adsp-ts201s ez-kit lite evaluation system manual flash programmer utility the adsp-ts201s ez-kit lite evaluati on system includes a flash pro- grammer utility. the utility allows you to program the flash memory on the ez-kit lite. the flash programme r is installed with visualdsp++. once the utility is installed, it is accessible from the tools pull-down menu. for more information on the flash pr ogrammer utility, refer to the online help.
adsp-ts201s ez-kit lite eval uation system manual 2-1 2 adsp-ts201s ez-kit lite hardware reference this chapter describes the hardware design of the adsp-ts201s ez-kit lite board. the following topics are covered. ? ?system architecture? on page 2-2 describes the configuration of the adsp-ts201s processor and explains how the board components interface with the ez-kit lite. ? ?switch settings? on page 2-5 shows the location and describes the function of each configura- tion dip switch. ? ?configuration resistors? on page 2-10 shows the location and describes the function of each configura- tion resistor. ? ?leds and push buttons? on page 2-16 shows the location and describes the function of the leds and push buttons. ? ?connectors? on page 2-20 shows the location of and gives the part number for all of the con- nectors on the board. in addition, provides the manufacturer and part number information for the mating parts. ? ?power supply specifications? on page 2-23 describes the power connector.
system architecture 2-2 adsp-ts201s ez-kit lite evaluation system manual system architecture this section describes the processor? s configuration on the ez-kit lite board. this ez-kit lite has been designed to demonstrate the capabilities of the adsp-ts201s tigersharc processor. the processor is powered by three separate regulators for the co re, internal dram, and io. the pro- figure 2-1. system architecture cpld jtag header power regulation external bus interface unit analog devices type a ez-kit expansion interface +7.5v connector link port 0 sdram 32mb (2chips x 4m x 32bits) pbs link port connectors 4 - rj45 (2 per port) ad1854 dac ad1871 adc adsp-ts201 link port 1 link port 2 link port 3 jtag port flags irqs clock mult (default 5x) leds flash (512k x 8 bits) external bus interface unit link port 0 adsp-ts201 link port 1 link port 2 link port 3 jtag port flags irqs vdd_core vdd_dram pll 1.5v vdd_io 1.05v 2.5v 3.3v 5v stereo jack stereo jack ebiu 1.05v 1.5v 2.5v pll 20mhz osc 100mhz sclkin cpld i/o header
adsp-ts201s ez-kit lite eval uation system manual 2-3 adsp-ts201s ez-kit lite hardware reference cessor core voltage is set to 1.05v. the internal dram is powered by an external 1.5v regulator. finally, the external interface (io) operates at 2.5v but can accept up to 3.3v levels. a 20 mhz smt oscillator, in conjunct ion with a clock generator set to 5x, supply the input clock to the pr ocessors. the speed at which the core operates is determined by pull-up and pull-down resistors on both the clock generator ( u1 ) and the sclkrat2C0 bit of each of the processors. for more information, see ?clock mode settings? on page 2-12 . by default, the processor core runs at 500 mhz (20 mhz x 5 ( u1 ) x 5 ( sclkrat ) =500 mhz). external port the external port (ep) connects to a 512k x 8-bit flash memory. the flash memory connects to the boot memory select ( ~bms ) and memory bank 0 ( ~ms0 ) pins. the flash can be used to boot the processor as well as to store information during normal operation. refer to ?flash memory? on page 1-9 for more information. the ep also connects to a 4mb x 64-bit sdram. refer to ?sdram interface? on page 1-8 for more information. expansion interface the expansion interface consists of three connectors. the following table shows the interfaces each connector provides. for the exact pinout of the connectors, refer to ?expansion interface? on page b-11 . table 2-1. expansion interface connectors connector interfaces j1 5v, gnd , address, data
system architecture 2-4 adsp-ts201s ez-kit lite evaluation system manual when you use the expansion interface, limits to the current and to the interface speed must be taken into consideration. the maximum current limit depends on the regulator capabili ties. additional circuitry can also add extra loading to signals, decrea sing their maximum effective speed. l analog devices does not support and is not responsible for the effects of additional circuitry. jtag emulation port the jtag emulation port allows an emulator to access the processor?s internal and external memory, as we ll as the special function registers through a 14-pin header. see ?jtag (zp4)? on page 2-21 for more infor- mation about the jtag connector. to learn more about available emulators, contact analog devices as described in ?product information? . for more information about the jta g interface and jtag custom board design, refer to ee-68 found at the analog devices web site. j2 2.5v, gnd , sdram control signals, flags, irqs, timers, data j3 gnd , reset, dma, memory control, clkout , link ports signals table 2-1. expansion interface connectors (cont?d) connector interfaces
adsp-ts201s ez-kit lite eval uation system manual 2-5 adsp-ts201s ez-kit lite hardware reference switch settings this section describes the function of the dip switches sw1 , sw2 , and sw10 . the locations and default settings of the switches are shown in figure 2-2 . audio amplification selection (sw1) the sw1 switch determines the amplificatio n of right and left signals con- nected to the line in connector j9 . a non-powered elec tret microphone can be used by simply varying the sw itch setting to the values shown in table 2-2 . an amplification gain of a factor of 10 can be achieved by set- ting the switch into electret microphone use. figure 2-2. switch locations
switch settings 2-6 adsp-ts201s ez-kit lite evaluation system manual processor mode selections (sw2) the sw2 switch configures several processo r strap pins, which in turn, set the processor?s operating modes after power up or hard reset: ? ?processor boot strap settings? ? ?syscon/sdrcon mode settings? ? ?interrupt enable settings? ? ?link port width settings? do not change the switch settings whi le power is being applied to the board. many of the strap pin setting s can be re-configured in software after the processor is powered up. refer to the adsp-ts201s processor data sheet at http://www.analog.com/uploaded- files/data_sheets/adsp_ts201s.pdf for more information. table 2-2. audio amplification selection (sw1) position 1 position 2 position 3 position 4 audio amplification mode off off on on no amplification (default) on on off off for electret microphone use
adsp-ts201s ez-kit lite eval uation system manual 2-7 adsp-ts201s ez-kit lite hardware reference processor boot strap settings position 1 of the sw2 switch determines how the processor boots. table 2-3 shows the available boot mode settings. refer to the adsp-ts201s processor data sheet at http://www.analog.com/uploaded- files/data_sheets/adsp_ts201s.pdf for more information. syscon/sdrcon mode settings position 2 of the sw2 switch determines how th e processor handles writes to the syscon and sdrcon registers. table 2-4 shows the available settings for each write type. refer to the ad sp-ts201s processor data sheet at http://www.analog.com/uploadedfiles/data_sheets/adsp_ts201s.pdf for more information. l in emulation space, the syscon and sdrcon registers can be written to as many times as needed. the usb debug monitor operates in emulation space and allows ?alw ays writable? mode for these registers. table 2-3. processor boot stra p settings (sw2 position 1) sw2 position 1 boot mode off eprom boot (default) on external boot or link port boot table 2-4. syscon/srdcon mode settings (sw2 position 2) position 2 syscon/sdrcon mode off syscon/sdrcon one-time writable (default) on syscon/sdrcon always writable
switch settings 2-8 adsp-ts201s ez-kit lite evaluation system manual interrupt enable settings positions 3 and 5 of the sw2 switch determine how each of the processors handles interrupts. table 2-5 and table 2-6 show the available interrupt settings. refer to the adsp-ts201s processor data sheet at http://www.analog.com/uploadedfiles/data_sheets/adsp_ts201s.pdf for more information. link port width settings positions 4 and 6 of the sw2 switch determine the li nk port data width. table 2-7 and table 2-8 show the available settings for the two types of link port data widths. refer to the adsp-ts201s processor data sheet at http://www.analog.com/uploadedfiles/data_sheets/adsp_ts201s.pdf for more information. table 2-5. interrupt enable settings (sw2 position 3) sw2 position 3 interrupt enable mode for processor a (u11) off disable interrupts, level-sensitive mode (default) on enable interrupts, edge-sensitive mode table 2-6. interrupt enable settings (sw2 position 5) sw2 position 5 interrupt enable mode for processor b (u12) off disable interrupts, level-sensitive mode (default) on enable interrupts, edge-sensitive mode table 2-7. link port width settings (sw2 position 4) sw2 position 4 link port data width for processor a (u11) off 1-bit link port data width (default) on 4-bit link port data width
adsp-ts201s ez-kit lite eval uation system manual 2-9 adsp-ts201s ez-kit lite hardware reference flags and irqs switch settings (sw10) the sw10 switch determines the source of the flag and irq signals con- nected to each of the prospective pr ocessors. the source can be modified to drive the nets by either a push bu tton switch or an external source via the expansion header. refer to ?programmable flag push buttons (sw6?9)? and ?interrupt push buttons (sw4 and sw5)? on page 2-19 for information on the flags, irqs , and associated push buttons. table 2-9 shows the available flag and interrupt source settings. table 2-8. link port width settings (sw2 position 6) sw2 position 6 link port data width for processor b (u12) off 1-bit link port data width (default) on 4-bit link port data width table 2-9. flags and irqs switch settings (sw10) dsp a dsp b dsp a dsp b use with position 1 (flag0) position 2 (flag1) position 3 (flag0) position 4 (flag1) position 5 (irq0) position 6 (irq0) off off off off off off external source on 1 1 default settings on on on on on on-board push button switch
configuration resistors 2-10 adsp-ts201s ez-kit lite evaluation system manual configuration resistors this section describes the configurati on resistors of the two tigersharc processors. the locations of the config uration resistors and their respective default settings are shown in figure 2-3 . processor id settings the two adsp-ts201s processors on th e ez-kit lite are factory-config- ured to set the processor a to an id va lue of zero and processor b to an id value of one. this means that in the cluster, processor a is the master. figure 2-3. resistor locations (bottom view of the board)
adsp-ts201s ez-kit lite eval uation system manual 2-11 adsp-ts201s ez-kit lite hardware reference although it is not recommended, the id value of each processor can be varied by placing 500 ohm resist ors in the appropriate position. table 2-10 and table 2-11 show the available id settings. l the ez-kit lite must have a proc essor with the processor id set to zero ( 0 ) on the board. id0 must be present in order to allow ini- tialization of sdram external memory. internal pull-up or pull-downs on certain pins, such as memory interface and bus arbi- tration, are enabled only when the id=(000) . refer to the adsp-ts201s tigersharc p rocessor hardware reference for more information. table 2-10. processor a id pins configuration r115 (net: id2_a) r117 (net: id1_ a) r120 (net: id0_a) id[2:0] value not populated 1 1 default settings not populated not populated 0 not populated not populated populated 1 not populated populated not populated 2 not populated populated populated 3 populated not populated not populated 4 populated not populated populated 5 populated populated not populated 6 populated populated populated 7 table 2-11. processor b id pins configuration r122 (net: id2_b) r123 (net: id1_ b) r124 (net: id0_b) id[2:0] value not populated not populated not populated 0 not populated 1 not populated populated 1 not populated populated not populated 2
configuration resistors 2-12 adsp-ts201s ez-kit lite evaluation system manual clock mode settings the resistors on the clock generator ( u1 ) and the resistors on the sclkrat2C0 pins of each of the processors determine the frequency at which the two processors operate. the frequency supplied to clkin of the processor also can be changed by replacing the 20 mhz oscillator ( u18 ) shipped with the board with a different oscillator. ensure that the selected clock mode and frequency do not exceed the minimum and maximum specifications of the adsp-ts201s proc essor as noted in the product data sheet. the final frequency at which the process ors operate is determined by the following equation: (freq of u18)*(mult factor of u1)*(mult factor of sclkrat pins) = final oper freq the default frequency factory setting is 20 mhz*5*5 = 500 mhz . not populated populated populated 3 populated not populated not populated 4 populated not populated populated 5 populated populated not populated 6 populated populated populated 7 1 default settings table 2-11. processor b id pins configuration (cont?d) r122 (net: id2_b) r123 (net: id1_ b) r124 (net: id0_b) id[2:0] value
adsp-ts201s ez-kit lite eval uation system manual 2-13 adsp-ts201s ez-kit lite hardware reference table 2-12 through table 2-14 show the resistor settings for the clock generator and the sclkrat pins. for more information on the clock modes, see the adsp-ts201s processor data sheet at http://www.analog.com/uploadedfiles/data_sheets/adsp_ts201s.pdf . table 2-12. clock generator (u1) settings r215 r224 r3 r223 multiplication factor not populated populated not populated populated 2 not populated populated populated populated 3 not populated populated populated not populated 4 populated populated not populated populated 4.25 populated 1 1 default settings populated populated populated 5 populated populated populated not populated 6 populated not populated not populated populated 6.25 populated not populated populated populated 8 populated not populated populated not populated reserved (test mode) table 2-13. sclk ratio settings for processor a r128 (sclkrat2) r127 (sclkrat1) r1 33 (sclkrat0) multiplication factor not populated not populated not populated 4 not populated 1 not populated populated 5 not populated populated not populated 6 not populated populated populated 7 populated not populated not populated 8 populated not populated populated 10
configuration resistors 2-14 adsp-ts201s ez-kit lite evaluation system manual l the processor a and processor b sclk ratios must be of the same value. control impedance selection the controlimp1 and controlimp0 resistors set the impedance and driver mode of the processors, as described in table 2-15 . the resistors are used together with the drive strength pi ns to determine the actual impedance and drive strength. refer to the adsp-ts201s processor data sheet at http://www.analog.com/uploadedfiles/data_sheets/adsp_ts201s.pdf for more information. populated populated not populated 12 populated populated populated reserved 1 default settings table 2-14. sclk ratio settings for processor b r126 (sclkrat2) r125 (sclkrat1) r4 5 (sclkrat0) multiplication factor not populated not populated not populated 4 not populated 1 not populated populated 5 not populated populated not populated 6 not populated populated populated 7 populated not populated not populated 8 populated not populated populated 10 populated populated not populated 12 populated populated populated reserved 1 default settings table 2-13. sclk ratio settings for processor a r128 (sclkrat2) r127 (sclkrat1) r1 33 (sclkrat0) multiplication factor
adsp-ts201s ez-kit lite eval uation system manual 2-15 adsp-ts201s ez-kit lite hardware reference drive strength selection the ds2C0 pins of each processor determine the digital drive strength as described in table 2-16 and table 2-17 . refer to the adsp-ts201s pro- cessor data sheet at http://www.analog.com/uploadedfiles/data_sheets/adsp_ts201s.pdf for more information. table 2-15. control impedance selection r143 (controlimp1) r131 (controlimp0) driver mode populated 1 not populated normal populated populated pulse mode not populated not populated a/d mode not populated populated pulse mode, a/d mode 1 default settings table 2-16. drive strength setting for processor a r136 (ds2) r132 (ds1) r135 (ds0) drive strength output impedance populated not populated populated 11.1% 26 ohm populated not populated not populated 23.8% 32 ohm populated populated populated 36.5% 40 ohm populated populated not populated 49.2% 50 ohm not populated not populated populated 61.9% 62 ohm not populated 1 1 default settings not populated not populated 74.6% 70 ohm not populated populated populated 87.3% 96 ohm not populated populated not populated 100% 120 ohm
leds and push buttons 2-16 adsp-ts201s ez-kit lite evaluation system manual leds and push buttons this section describes the function of the leds and push buttons. figure 2-4 shows the locations of the leds and push buttons. power led (led1) the green led, led1 , indicates that power is being supplied properly to the board. reset led (led8) when led8 is lit, it indicates that the ma ster reset of all the major ics is active. table 2-17. drive strength setting for processor b r138 (ds2) r139 (ds1) r137 (ds0) drive strength output impedance populated not populated populated 11.1% 26 ohm populated not populated not populated 23.8% 32 ohm populated populated populated 36.5% 40 ohm populated populated not populated 49.2% 52 ohm not populated not populated populated 61.9% 62 ohm not populated 1 not populated not populated 74.6% 70 ohm not populated populated populated 87.3% 96 ohm not populated populated not populated 100% 120 ohm 1 default settings
adsp-ts201s ez-kit lite eval uation system manual 2-17 adsp-ts201s ez-kit lite hardware reference flag leds (led3?6) the flag leds connect to the processor?s programmable flag pins ( flag2 and flag3 ). the leds are active high an d are lit by an output of ? 1 ? from the processor. refer to ?programmable flag pins? on page 1-10 for information on how to utilize the fl ags when programming the processor. table 2-18 shows the flag signals and corresponding leds. figure 2-4. led and push button locations
leds and push buttons 2-18 adsp-ts201s ez-kit lite evaluation system manual usb monitor led (zled3) the usb monitor led indicates that usb communication has been ini- tialized successfully, allowing you to connect to the processor using visualdsp++. if zled3 is not lit, try resetting the board and/or reinstalling the usb driver. l when visualdsp++ is communicatin g with the ez-kit lite tar- get board, the led can flicker, indicating communications handshake. programmable flag push buttons (sw6?9) four push buttons are provided fo r general-purpose user input. the sw6C9 push buttons connect to th e processor?s programmable flag pins. the push buttons are active high and when presse d, send a high ( 1 ) to the pro- cessor. refer to ?programmable flag pins? on page 1-10 for more information on how to use the flags. table 2-19 shows the flag signals and corresponding switches. table 2-18. flag leds flag pin led reference designator flag pin led reference designator flag2_a led4 flag2_b led5 flag3_a led6 flag3_b led3 table 2-19. flag push buttons flag pin push button reference designator flag0_a sw9 flag1_a sw8 flag0_b sw6 flag1_b sw7
adsp-ts201s ez-kit lite eval uation system manual 2-19 adsp-ts201s ez-kit lite hardware reference interrupt push buttons (sw4 and sw5) two push buttons, sw4 and sw5 , are provided for user interrupts. the push buttons connect to the processo r?s interrupt pins. the push buttons are active low and, when pressed, send a low ( 0 ) to the processor. refer to ?interrupt pins? on page 1-11 for more information on how to use the interrupts. table 2-20 shows the interrupt signals and corresponding switches. reset push button (sw3) the reset push button, sw3 , resets all ics on the board, except the usb interface after it has been configured. table 2-20. interrupt push buttons interrupt pin push button reference designator irq0_a sw4 irq0_b sw5
connectors 2-20 adsp-ts201s ez-kit lite evaluation system manual connectors this section describes the connector functionality and provides informa- tion about mating connectors. the connector locations are shown in figure 2-5 . figure 2-5. connector locations
adsp-ts201s ez-kit lite eval uation system manual 2-21 adsp-ts201s ez-kit lite hardware reference audio (j9 and j10) there are two 3.5 mm stereo audio jacks. power (j8) the power connector provides all the power necessary to operate the ez-kit lite board. jtag (zp4) the jtag header is the connecting po int for a jtag in-circuit emulator pod. for more information about a jtag custom board design or inter- face, please refer to ee-68 found at analog devices web site. l pin 3 is missing to provide keying . pin 3 in the mating connector should have a plug. when an emul ator is connected to the jtag header, the usb debug interface is disabled. [ when using an emulator with the ez-kit lite board, follow the connection instructions pr ovided with the emulator. part description manufacturer part number 3.5 mm stereo jack a/d electronics st-323-5 mating connector 3.5 mm stereo plug to 3.5 mm stereo cable radio shack l12-2397a part description manufacturer part number 2.5 mm power jack switchcraft rapc712x digi-key rapc712x-nd mating power supply (shipped with the ez-kit lite) 7.5v power supply cui dts075400udc-p6p-db
connectors 2-22 adsp-ts201s ez-kit lite evaluation system manual usb (zj1) the usb connector is a standa rd type b usb receptacle. expansion interface (j1?3) three board-to-board connectors provid e signals for most of the proces- sor?s peripheral interfaces. the connect ors are located at the bottom of the board. for more information about the expansion interface, see ?expan- sion interface? on page 2-3 . part description manufacturer part number type b usb receptacle mill-max 897-43-004-90-000000 digi-key ed90064-nd mating connector usb cable (provided with the kit) assman ak672/2-3 random usb-ab-1004a part description manufacturer part number 90-position 0.05? spacing samtec sfc-145-t2-f-d-a mating connectors 90-position 0.05? spacing (through hole) samtec tfm-145-x1 series 90-position 0.05? spacing (surface mount) samtec tfm-145-x2 series 90-position 0.05? spacing (low cost) samtec tfc-145 series
adsp-ts201s ez-kit lite eval uation system manual 2-23 adsp-ts201s ez-kit lite hardware reference link ports (j4?7) there are four rj-45 connectors on th e ez-kit lite. two connectors are used for link port 3 of processor a, and two connectors are used for link port 3 of processor b. power supply specifications the power connector supplies dc po wer to the ez-kit lite board. table 2-21 shows the power connector pinout. part description manufacturer part number 8-pin rj-45 connector tyco 1-16609214-1 mating cables blk cat 5e cable (1 foot) e-filliate 119-5136 gray cat 5e cable (1 meter) digi-key ae1233-nd table 2-21. power connector terminal connection center pin +7.5 vdc@4 amps outer ring gnd
power supply specifications 2-24 adsp-ts201s ez-kit lite evaluation system manual
adsp-ts201s ez-kit lite eval uation system manual a-1 a adsp-ts201 ez-kit lite bill of materials the bill of materials corresponds to ?adsp-ts201s ez-kit lite sche- matic? on page b-1 . please check the latest schematic on the analog devices web site: http://www.analog.com/processors/tigersharc/technicalli- brary/manuals/index.html#evaluation%20kit%20manuals . ref. qty. description reference designator manufacturer part number 1 2 74lvc14a soic14 u14,u30 ti 74lvc14ad 2 1 idt74fct3244- apy ssop20 u13 idt idt74fct3244apyg 3 2 sn74ahc1g00 sot23-5 u31,u38 ti sn74ahc1g00dbvr 4 1 12.288mhz osc003 u2 digi-key sg-8002ca-pcc-nd (12.288m) 5 1 mmbt3904 sot23 q1 mouser 512-mmbt3904 6 2 mt48lc4m32b2 tsop86 u24-25 digi-key 557-1196-1-nd 7 1 idt5v928pgi tssop24 u1 idt idt5v928pggi 8 1 ts201s at49bv040 "u10" u10 atmel at49bv040b-70ju 9 4 lmv722m soic8 u6-8,u26 national semi lmv722mnopb 10 1 ts201s xc2c384 ?u4? u4 xilinx xc2c384-10tqg144c
a-2 adsp-ts201s ez-kit lite evaluation system manual 11 1 fdc658p sot23-6 u15 fairchild fdc658p 12 2 fds9926a soic8 u16-17 mouser 512-fds9926a 13 2 irf7832 soic8 u20-21 internat. rect irf7832pbf 14 1 irf7821 soic8 u19 internat. rect. irf7821pbf 15 1 20mhz osc003 u18 digi-key sg-8002ca-pcc-nd (20.000m) 16 1 adm708sarz soic8 u5 analog devices adm708sarz 17 1 adp3331artz sot23-6 vr4 analog devices adp3331artz-reel7 18 1 ad1854jrsz ssop28 u3 analog devices ad1854jrsz 19 1 ad1871yrsz ssop28 u9 analog devices ad1871yrsz 20 1 adp3336armz msop8 vr6 analog devices adp3336armz-reel 21 2 adsp-ts201sa bp576 u11-12 analog devices ad91032z 22 1 adp1864 sot23-6 vr1 analog devices adp1864aujz-r7 23 1 adp1823 lfcsp32 vr3 analog devices adp1823acpz-r7 24 1 adp1821 qsop16 vr2 analog devices adp1821arqz-r7 25 5 rubber foot m1-5 mouser 517-sj-5018bk 26 1 pwr 2.5mm_jack con005 j8 switch- craft rapc712x ref. qty. description reference designator manufacturer part number
adsp-ts201s ez-kit lite eval uation system manual a-3 adsp-ts201 ez-kit lite bill of materials 27 7 momentary swt013 sw3-9 panasonic evq-pad04m 28 3 .05 45x2 con019 j1-3 samtec sfc-145-t2-f-d-a 29 2 dip6 swt017 sw2,sw10 cts 218-6lpst 30 4 rj45 8pin con_rj45 j4-7 tyco 1-16609214-1 31 1 dip4 swt018 sw1 itt tda04hosb1 32 1 idc 6x1 idc6x1 p5 fci 90726-406hlf 33 1 idc 7x2 idc7x2 zp4 fci 68737-414hlf 34 2 3.5mm stereo_jack con001 j9-10 a/d elec- tronics st-323-5 35 1 idc 13x2 idc13x2 p6 berg 54102-t08-13lf 36 1 5a resetable fus005 f1 mouser 650-rgef500 37 15 0 1/4w 5% 1206 r76,r91,r104, r107,r109-110, r113,r118, r161-164, r178-179,r202 koa 0.0ectrk7372btted 38 4 yellow led001 led3-6 panasonic ln1461c 39 1 22pf 50v 5% 0805 c63 avx 08055a220jat 40 2 330pf 50v 5% 0805 c25,c30 avx 08055a331jat 41 4 0.01uf 100v 10% 0805 c1-2,c7-8 avx 08051c103kat2a 42 10 0.1uf 50v 10% 0805 c4,c142-143, c145-149, c153,c249 avx 08055c104kat ref. qty. description reference designator manufacturer part number
a-4 adsp-ts201s ez-kit lite evaluation system manual 43 4 1000pf 50v 5% 0805 c10-11,c13-14 avx 08055a102jat2a 44 27 10k 1/10w 5% 0805 r3,r26,r39-42, r77,r86-87, r89,r94,r100, r102,r108, r112,r116, r153,r158-160, r203,r215, r223-224, r235-236,r238 vishay crcw080510k0jnea 45 3 4.7k 1/10w 5% 0805 r5,r93,r188 vishay crcw08054k70jnea 46 2 2.0k 1/8w 1% 1206 r156-157 vishay crcw12062k00fkea 47 2 49.9k 1/8w 1% 1206 r60,r63 vishay crcw120649k9fkea 48 10 100pf 100v 5% 1206 c3,c6,c9,c12, c15,c20-21, c23,c27,c31 avx 12061a101jat2a 49 1 2.2uf 35v 10% b ct15 avx tajb225k035r 50 3 10uf 16v 10% b ct1-3 avx tajb106k016r 51 6 100 1/10w 5% 0805 r78,r85,r95, r99,r101,r103 vishay crcw0805100rjnea 52 2 220pf 50v 10% 1206 c28,c32 avx 12061a221jat2a 53 5 600 100mhz 500ma 1206 fer1-3,fer6-7 steward hz1206b601r-10 54 4 237.0 1/8w 1% 1206 r46,r48,r50, r52 vishay crcw1206237rfkea 55 2 750.0k 1/8w 1% 1206 r47,r49 vishay crcw1206750kfkea ref. qty. description reference designator manufacturer part number
adsp-ts201s ez-kit lite eval uation system manual a-5 adsp-ts201 ez-kit lite bill of materials 56 8 5.76k 1/8w 1% 1206 r44,r53-57, r150,r152 vishay crcw12065k76fkea 57 2 11.0k 1/8w 1% 1206 r61-62 vishay crcw120611k0fkea 58 4 120pf 50v 5% 1206 c16-19 avx 12065a121jat2a 60 3 1uf 16v 10% 0805 c54,c71-72 panaso nic ecj2fb1e105k 61 1 47pf 100v 10% 1206 c96 koa npo1206httd470j 62 1 340.0k 1/8w 1% 0805 r192 vishay crcw0805-3403frt1e3 63 1 698.0k 1/8w 1% 0805 r201 vishay crcw0805698kfkea 64 2 680pf 50v 1% 0805 c26,c29 avx 08055a681fat2a 65 2 2.74k 1/8w 1% 1206 r68,r73 vishay crcw12062k74fkea 66 4 5.49k 1/8w 1% 1206 r64-65,r69-70 vishay crcw12065k49fkea 67 2 3.32k 1/8w 1% 1206 r66,r71 vishay crcw12063k32fkea 68 2 1.65k 1/8w 1% 1206 r67,r72 vishay crcw12061k65fkea 69 2 10uf 16v 20% cap002 ct4-5 panasonic eee1ca100sr 70 2 68uf 25v 20% cap003 ct6-7 panasonic eee-fc1e680p 71 1 332.0k 1/10w 1% 0805 r234 vishay crcw0805332kfkea ref. qty. description reference designator manufacturer part number
a-6 adsp-ts201s ez-kit lite evaluation system manual 72 9 0 1/10w 5% 0805 r1,r7,r9-10, r130,r155, r166,r208-209 vishay crcw08050000z0ea 73 1 190 100mhz 5a fer002 fer5 murata dlw5bsn191sq2 74 2 10uh 10% 1008 l1-2 panasonic elj-fc100kf 75 12 22 1/10w 5% 0805 r4,r6,r11,r24, r32,r34-35, r129,r205-207, r219 vishay crcw080522r0jnea 76 1 0.47uf 16v 10% 0805 c73 avx 0805yc474kat2a 77 7 10uf 6.3v 10% 0805 c33,c57-58, c90-92,c99 avx 080560106kat2a 78 6 1000pf 10v 20% 0805 c38-40,c42-43, c45 digi-key 311-1136-1-nd 79 2 4.7uf 6.3v 10% 0805 c70,c74 avx 08056d475kat2a 80 37 0.1uf 10v 10% 0402 c66,c69,c75, c108,c111- 115,c118,c120, c141,c144, c165-166, c182,c184- 185,c187, c197-201, c221-225, c228-231, c237-239,c241 avx 0402zd104kat2a ref. qty. description reference designator manufacturer part number
adsp-ts201s ez-kit lite eval uation system manual a-7 adsp-ts201 ez-kit lite bill of materials 81 43 0.01uf 16v 10% 0402 c49-50,c68, c77-85,c103- 104,c107,c109, c129-140, c167,c181, c183,c202- 205,c216, c218-220, c227,c232, c240,c242 avx 0402yc103kat2a 82 3 10k 1/16w 5% 0402 r184,r189, r197 vishay crcw040210k0fked 83 6 0 1/16w 5% 0402 r170-173, r199-200 panasonic erj-2ge0r00x 84 1 1.2k 1/16w 5% 0402 r196 panasonic erj-2gej122x 85 2 4.7k 31mw 5% rnet8 rn3-4 cts 746x101472jp 86 1 4 499.0 1/10w 1% 0805 r23,r25,r45, r111,r124, r124, r133, r140-146, r154 vishay crcw0805499rfkea 87 2 100uf 10v 10% c ct20-21 avx tpsc107k010r0075 88 44 1000pf 50v 5% 0402 c67,c168-180, c186,c188- 196,c206-215, c217,c226, c233-236, c243-246 avx 04025c102jat2a 89 1 64.9k 1/10w 1% 0805 r191 vishay crcw080564k9fkea 90 2 57.6k 1/4w 1% 1206 r147-148 vishay crcw120657k6fkea ref. qty. description reference designator manufacturer part number
a-8 adsp-ts201s ez-kit lite evaluation system manual 91 1 210.0k 1/4w 1% 0805 r190 vishay crcw0805210kfkea 92 14 1uf 16v 10% 0603 c37,c41,c44, c46,c60-62, c86,c93-95, c101,c105-106 panasonic ecj-1vb1c105k 93 1 68pf 50v 5% 0603 c53 avx 06035a680jat2a 94 1 470pf 50v 5% 0603 c52 avx 06033a471jat2a 95 2 100k 1/10w 5% 0603 r169,r183 vishay crcw0603100kjnea 96 1 0 1/10w 5% 0603 r105 phycomp 232270296001l 97 1 10 1/10w 5% 0603 r198 vishay crcw060310r0jnea 98 2 4700pf 16v 10% 0603 c88,c97 digi-key 311-1083-2-nd 99 1 10.0k 1/10w 1% 0603 r211 digi-key 311-10.0khrtr-nd 100 1 680pf 50v 5% 0603 c 6 5 pa n a s o n i c e c j - 1 v c 1 h 6 8 1 j 101 1 2200pf 50v 5% 0603 c98 panasonic ecj-1vb1h222k 102 4 470uf 2v 20% e ct16,ct19, ct22-23 panasonic eef-se0d471r 103 2 15.0k 1/16w 1% 0603 r193,r195 digi-key 311-15.0khrtr-nd 104 1 24.9k 1/10w 1% 0603 r92 digi-key 311-24.9khtr-nd 105 1 47uf 6.3v 10% b ct14 nic compo- nents ntc-t476k6.3trbf ref. qty. description reference designator manufacturer part number
adsp-ts201s ez-kit lite eval uation system manual a-9 adsp-ts201 ez-kit lite bill of materials 106 9 2.0k 1/16w 1% 0603 r37-38,r88, r121,r212, r214,r216-218 panasonic erj-3ekf2001v 107 1 0.05 1/2w 1% 1206 r165 susuma rl16326-r050-f-n 108 3 10uf 16v 10% 1210 c36,c55,c110 avx 1210yd106kat2a 109 1 green led001 led1 panasoni c ln1361ctr 110 1 red led001 led8 panasonic ln1261ctr 111 2 1000pf 50v 5% 1206 c47-48 avx 12065a102jat2a 112 2 2200pf 50v 5% 1206 c22,c24 avx 12065a222jat050 113 1 0.1uf 50v 20% 1206 c5 avx 12065e104mat2a 114 2 100k 1/8w 5% 1206 r58-59 vishay crcw1206100kfkea 115 6 270 1/8w 5% 1206 r79-82,r90, r151 vishay crcw1206270rjnea 116 2 604.0 1/8w 1% 1206 r74-75 panasonic erj-8enf6040v 117 6 1uf 20v 20% a ct8-13 avx taja105k020r 118 1 255.0k 1/10w 1% 0603 r168 vishay crcw06032553fk 119 1 80.6k 1/10w 1% 0603 r167 digi-key 311-80.6khrct-nd 120 1 6.8uh 25% ind009 l3 digi-key 308-1328-1-nd 121 1 4a ssb43l do-214aa d7 vishay ssb43l ref. qty. description reference designator manufacturer part number
a-10 adsp-ts201s ez-kit lite evaluation system manual 122 1 250ma bzx84c5v6 sot23d d8 mouser 512-bzx84c5v6 123 1 200ma bat54a sot23d d6 mouser 512-bat54a 124 3 200ma bat54 sot23d d3-5 mouser 512-bat54 125 1 8.2uh 20% ind012 l5 coilcraft mss6132-822ml 126 1 10uh 20% ind012 l4 coilcraft mss6132-103ml 127 1 0.7uh 20% ind010 l6 coilcraft mlc1265-701ml 128 2 1.1k 1/16w 1% 0402 r174-175 panasonic erj-2rkf1101x 129 1 18k 1/16w 5% 0402 r176 digikey 311-18kjrct-nd 130 1 12.1k 1/16w 1% 0402 r177 digikey 311-12.1klrct-nd 131 1 38.3k 1/10w 1% 0603 r181 digikey 311-38.3khrct-nd 132 1 820 1/16w 5% 0402 r182 digikey 311-820jrct-nd 133 1 430 1/16w 1% 0402 r194 digikey 311-430lrct-nd 134 1 2.2pf 50v 10% 0402 c100 digikey 490-1267-1-nd 135 1 1200pf 50v 10% 0402 c89 digikey 490-1304-1-nd 136 2 330uf 10v 20% d ct17-18 sanyo 10tpb330m 137 1 82pf 50v 5% 0402 c87 digikey 490-1290-1-nd ref. qty. description reference designator manufacturer part number
adsp-ts201s ez-kit lite eval uation system manual a-11 adsp-ts201 ez-kit lite bill of materials 138 3 22000pf 25v 10% 0402 c59,c76,c102 digikey 490-3252-1-nd 139 1 1500pf 50v 10% 0402 c64 digikey 490-3245-1-nd 140 1 1uh 20% ind011 l7 digikey 495-1985-1-nd 141 2 5a mbrs540t3g smc d1-2 on semi mbrs540t3g 142 1 8.20k 1/10w 1% 0603 r210 digikey 541-8.20khct-nd 143 1 10.0k 1/16w 1% 0402 r185 digikey p10.0klct-nd 144 1 1.50k 1/16w 1% 0402 r204 digikey p1.50klct-nd ref. qty. description reference designator manufacturer part number
a-12 adsp-ts201s ez-kit lite evaluation system manual
d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c adsp-ts201s ez-kit lite title 4-9-2007_15:02 1 15
3.3v 3.3v 3.3v d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c 3.3v vdd vddq1 vddq2 vddq3 vddq4 x1_i oe s0 s1 ref q0 q1 q2 q3 q4 q5 q6 q7 gnd1 gnd2 gnd3 gnd4 gnd5 x2_o wrh ack brst ms0 ms1 msh bms br0 br1 br2 br3 br4 br5 br6 br7 bm boff buslock hbr hbg ras cas ldqm hdqm sda10 sdcke sdwe mssd0 mssd1 mssd2 mssd3 cpa dpa dmar0 dmar1 dmar2 dmar3 iowr iord ioen id0 id1 id2 sclkrat0 sclkrat1 sclkrat2 controlimp0 controlimp1 ds0 ds1 ds2 enedreg tmr0e flag0 flag1 flag2 flag3 irq0 irq1 irq2 irq3 rd wrl addr0 addr1 addr10 addr11 addr12 addr13 addr14 addr15 addr16 addr17 addr18 addr19 addr2 addr20 addr21 addr22 addr23 addr24 addr25 addr26 addr27 addr28 addr29 addr3 addr30 addr31 addr4 addr5 addr6 addr7 addr8 addr9 data0 data1 data10 data11 data12 data13 data14 data15 data16 data17 data18 data19 data2 data20 data21 data22 data23 data24 data25 data26 data27 data28 data29 data3 data30 data31 data32 data33 data34 data35 data36 data37 data38 data39 data4 data40 data41 data42 data43 data44 data45 data46 data47 data48 data49 data5 data50 data51 data52 data53 data54 data55 data56 data57 data58 data59 data6 data60 data61 data62 data63 data7 data8 data9 emu nc2 por_in rst_in rst_out sclk1 tck tdi tdo tms trst nc1 nc3 nc4 nc5 oe out place test points next to each other place close to idt5v929 pins place close to dsp pins label "dsp a" near this dsp idt5v928pgi 20mhz keep these nets the same length place close to each other dsp a 15 2 1-10-2007_10:57 1 3 u18 osc003 20mhz h24 h23 e24 e23 f22 f21 e22 e21 d24 d23 b24 d22 h22 c21 a23 a21 b21 c20 d20 c19 d19 a20 b20 h21 a19 b19 g24 g23 g22 g21 f24 f23 d17 a17 b15 a14 b14 c14 d14 a13 b13 c12 d12 a12 b17 b12 c11 d11 a11 b11 a10 b10 c10 d10 a9 c16 b9 c9 d9 a8 b8 c8 d8 a7 b7 c7 d16 d7 a6 b6 a5 b5 c6 d6 c5 d5 a4 a16 b4 a2 c4 b1 d3 d1 d2 e3 e4 f3 b16 f4 e1 e2 f1 c15 d15 a15 y1 ab4 r21 v3 t1 u2 p1 y2 w3 w4 ac4 ad4 aa15 r2 r3 u11 bp576 adsp-ts201sa sclk_dsp_a b18 c17 d18 g3 f2 h2 g4 l2 l3 l4 m1 t3 m3 m4 r4 p4 ac8 ad8 aa8 ab8 j1 j2 k3 k4 k1 k2 l1 u1 g1 v1 h3 ac7 ad7 aa7 ab7 ac6 ad6 ac5 ad5 aa6 n1 ad2 u3 h4 m2 t2 w1 v4 t4 u4 v2 w2 y3 ac1 aa2 aa1 y4 aa5 ab6 ab5 aa3 c18 a18 adsp-ts201sa bp576 u11 4 5 12 13 20 2 22 24 23 1 6 7 10 11 14 15 18 19 8 9 16 17 21 3 u1 tssop24 idt5v928pgi c108 0402 0.1uf r24 0805 22 22 0805 r32 r34 0805 22 10k 0805 r224 10pf 0805 c34 dnp tck c107 0402 0.01uf 0.01uf 0402 c104 0.1uf 0402 c141 r11 0805 22 10k 0805 r26 22 0805 r35 r7 0805 0 trst tms tdo_a tdi emu r223 0805 10k r3 0805 10k 10k 0805 r215 r4 0805 22 22 0805 r6 tp1 sclk_dsp_a sdcke boff br0 br7 br6 br5 br4 br3 br2 br1 br[0:7] r1 0805 0 ms0 bms msh a[0:31] a0 a1 a2 a3 a4 a5 a6 a7 a8 a9 a10 a11 a12 a13 a14 a15 a16 a17 a18 a19 a20 a21 a22 a23 a24 a25 a26 a27 a28 a29 a30 a31 d[0:63] d0 d1 d2 d3 d4 d5 d6 d7 d8 d9 d10 d11 d12 d13 d14 d15 d16 d17 d18 d19 d20 d21 d22 d23 d24 d25 d26 d27 d28 d29 d30 d31 d32 d33 d34 d35 d36 d37 d38 d39 d40 d41 d42 d43 d44 d45 d46 d47 d48 d49 d50 d51 d52 d53 d54 d55 d56 d57 d58 d59 d60 d61 d62 d63 dsp_reset dsp a mssd3 mssd0 mssd1 mssd2 mssd[0:3] sdwe sda10 hdqm ldqm cas ras hbg hbr buslock bm_a ms1 brst ack wrh cpa dpa dmar3_a iowr iord ioen id0_a id1_a id2_a sclkrat0_a sclkrat1_a sclkrat2_a controlimp0 controlimp1 ds0_a ds1_a ds2_a enedreg_a tmr0e_a flag[3:0]_a flag3_a flag0_a flag2_a flag1_a irq[3:0]_a irq3_a irq2_a irq1_a irq0_a wrl rd sclk_dsp_b dmar0 dmar1_a dmar2_a clkout_exp sdram_clk1 sdram_clk0 tp6 0.01uf 0402 c103
2.5v d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c r1 r2 r3 r4 r5 r6 r7 r8 com1 com2 2.5v r1 r2 r3 r4 r5 r6 r7 r8 com1 com2 2.5v wrh ack brst ms0 ms1 msh bms br0 br1 br2 br3 br4 br5 br6 br7 bm boff buslock hbr hbg ras cas ldqm hdqm sda10 sdcke sdwe mssd0 mssd1 mssd2 mssd3 cpa dpa dmar0 dmar1 dmar2 dmar3 iowr iord ioen id0 id1 id2 sclkrat0 sclkrat1 sclkrat2 controlimp0 controlimp1 ds0 ds1 ds2 enedreg tmr0e flag0 flag1 flag2 flag3 irq0 irq1 irq2 irq3 rd wrl addr0 addr1 addr10 addr11 addr12 addr13 addr14 addr15 addr16 addr17 addr18 addr19 addr2 addr20 addr21 addr22 addr23 addr24 addr25 addr26 addr27 addr28 addr29 addr3 addr30 addr31 addr4 addr5 addr6 addr7 addr8 addr9 data0 data1 data10 data11 data12 data13 data14 data15 data16 data17 data18 data19 data2 data20 data21 data22 data23 data24 data25 data26 data27 data28 data29 data3 data30 data31 data32 data33 data34 data35 data36 data37 data38 data39 data4 data40 data41 data42 data43 data44 data45 data46 data47 data48 data49 data5 data50 data51 data52 data53 data54 data55 data56 data57 data58 data59 data6 data60 data61 data62 data63 data7 data8 data9 emu nc2 por_in rst_in rst_out sclk1 tck tdi tdo tms trst nc1 nc3 nc4 nc5 place close to dsp pins label "dsp b" near this dsp dsp b 1-10-2007_10:57 15 3 r10 0805 0 r9 0805 0 h24 h23 e24 e23 f22 f21 e22 e21 d24 d23 b24 d22 h22 c21 a23 a21 b21 c20 d20 c19 d19 a20 b20 h21 a19 b19 g24 g23 g22 g21 f24 f23 d17 a17 b15 a14 b14 c14 d14 a13 b13 c12 d12 a12 b17 b12 c11 d11 a11 b11 a10 b10 c10 d10 a9 c16 b9 c9 d9 a8 b8 c8 d8 a7 b7 c7 d16 d7 a6 b6 a5 b5 c6 d6 c5 d5 a4 a16 b4 a2 c4 b1 d3 d1 d2 e3 e4 f3 b16 f4 e1 e2 f1 c15 d15 a15 y1 ab4 r21 v3 t1 u2 p1 y2 w3 w4 ac4 ad4 aa15 r2 r3 adsp-ts201sa bp576 u12 sclk_dsp_b b18 c17 d18 g3 f2 h2 g4 l2 l3 l4 m1 t3 m3 m4 r4 p4 ac8 ad8 aa8 ab8 j1 j2 k3 k4 k1 k2 l1 u1 g1 v1 h3 ac7 ad7 aa7 ab7 ac6 ad6 ac5 ad5 aa6 n1 ad2 u3 h4 m2 t2 w1 v4 t4 u4 v2 w2 y3 ac1 aa2 aa1 y4 aa5 ab6 ab5 aa3 c18 a18 adsp-ts201sa bp576 u12 10pf 0805 c35 dnp hbr 4.7k 0805 r93 r5 0805 4.7k hbr dmar3_a 1 2 3 4 6 7 8 9 5 10 rn3 rnet8 4.7k 10 5 9 8 7 6 4 3 2 1 rn4 rnet8 4.7k trst tms tdo_b tdi_b emu tck dmar1_b dmar2_b dmar3_b flag2_b flag[3:0]_b flag3_b flag1_b flag0_b dsp b ms0 bms msh mssd[0:3] mssd0 mssd3 mssd2 mssd1 sdwe sdcke sda10 hdqm ldqm cas ras hbg buslock boff bm_b br[0:7] br0 br7 br6 br5 br4 br3 br2 br1 ms1 brst ack wrh cpa dpa iowr iord ioen id0_b id1_b id2_b sclkrat0_b sclkrat1_b sclkrat2_b controlimp0 controlimp1 ds0_b ds1_b ds2_b enedreg_b tmr0e_b irq3_b irq[3:0]_b irq0_b irq1_b irq2_b wrl rd a[0:31] a0 a1 a3 a4 a5 a6 a7 a8 a9 a10 a11 a12 a13 a14 a15 a16 a17 a18 a19 a20 a21 a22 a23 a24 a25 a26 a27 a28 a29 a30 a31 a2 d[0:63] d0 d1 d2 d3 d4 d5 d6 d7 d9 d10 d11 d12 d13 d14 d15 d16 d17 d18 d19 d20 d21 d22 d23 d24 d25 d26 d27 d28 d29 d30 d31 d32 d33 d34 d35 d36 d37 d38 d39 d40 d41 d42 d43 d44 d45 d46 d47 d48 d49 d50 d51 d52 d53 d54 d55 d56 d57 d58 d59 d60 d61 d62 d63 d8 dsp_reset dmar0 br0 dmar0 dmar1_a dmar3_b br4 br7 br6 br5 br3 br2 br1 sdcke dmar1_b boff dmar2_a dmar2_b
l0dati0_p l0dati0_n l0dati1_p l0dati1_n l0dati2_p l0dati2_n l0dati3_p l0dati3_n l0clkin_p l0clkin_n l0acko l0bcmpi l1dati0_p l1dati0_n l1dati1_p l1dati1_n l1dati2_p l1dati2_n l1dati3_p l1dati3_n l1clkin_p l1clkin_n l1acko l1bcmpi l2dati0_p l2dati0_n l2dati1_p l2dati1_n l2dati2_p l2dati2_n l2dati3_p l2dati3_n l2clkin_p l2clkin_n l2acko l2bcmpi l3dati0_p l3dati0_n l3dati1_p l3dati1_n l3dati2_p l3dati2_n l3dati3_p l3dati3_n l3clkin_p l3clkin_n l3acko l3bcmpi l0dato0_p l0dato0_n l0dato1_p l0dato1_n l0dato2_p l0dato2_n l0dato3_p l0dato3_n l0clko_p l0clko_n l0acki l0bcmpo l1dato0_p l1dato0_n l1dato1_p l1dato1_n l1dato2_p l1dato2_n l1dato3_p l1dato3_n l1clko_p l1clko_n l1acki l1bcmpo l2dato0_p l2dato0_n l2dato1_p l2dato1_n l2dato2_p l2dato2_n l2dato3_p l2dato3_n l2clko_p l2clko_n l2acki l2bcmpo l3dato0_p l3dato0_n l3dato1_p l3dato1_n l3dato2_p l3dato2_n l3dato3_p l3dato3_n l3clko_p l3clko_n l3acki l3bcmpo l0dati0_p l0dati0_n l0dati1_p l0dati1_n l0dati2_p l0dati2_n l0dati3_p l0dati3_n l0clkin_p l0clkin_n l0acko l0bcmpi l1dati0_p l1dati0_n l1dati1_p l1dati1_n l1dati2_p l1dati2_n l1dati3_p l1dati3_n l1clkin_p l1clkin_n l1acko l1bcmpi l2dati0_p l2dati0_n l2dati1_p l2dati1_n l2dati2_p l2dati2_n l2dati3_p l2dati3_n l2clkin_p l2clkin_n l2acko l2bcmpi l3dati0_p l3dati0_n l3dati1_p l3dati1_n l3dati2_p l3dati2_n l3dati3_p l3dati3_n l3clkin_p l3clkin_n l3acko l3bcmpi l0dato0_p l0dato0_n l0dato1_p l0dato1_n l0dato2_p l0dato2_n l0dato3_p l0dato3_n l0clko_p l0clko_n l0acki l0bcmpo l1dato0_p l1dato0_n l1dato1_p l1dato1_n l1dato2_p l1dato2_n l1dato3_p l1dato3_n l1clko_p l1clko_n l1acki l1bcmpo l2dato0_p l2dato0_n l2dato1_p l2dato1_n l2dato2_p l2dato2_n l2dato3_p l2dato3_n l2clko_p l2clko_n l2acki l2bcmpo l3dato0_p l3dato0_n l3dato1_p l3dato1_n l3dato2_p l3dato2_n l3dato3_p l3dato3_n l3clko_p l3clko_n l3acki l3bcmpo d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c dsp a dsp b rj45 rj45 dsp a dsp a dsp b link port 0 link port 1 link port 2 link port 3 place close to dsp a pins (critical) these signal should be routing according the guidelines set in ee-179 dsp a dsp b dsp b dsp b dsp a place close to dsp b pins (critical) all nets on this page except l?ack?_? and l?bcmp?_? are differetial pairs 4 15 1-10-2007_10:57 r237 0805 10k dnp 10k 0805 r236 l3clkout_p_b l2dati1_p_a l1bcmpi_a 2_5v_dsp_a r33 100.0 0805 dnp 10k 0805 r119 dnp 10k 0805 r238 r116 0805 10k l1clkout_n_a l1clkout_p_a l1clkin_p_a l1clkin_n_a l0bcmpi_b l0acko_b l0clkin_n_b l0clkin_p_b l0dati3_n_b l0dati3_p_b l0dati2_n_b l0dati2_p_b l0dati1_n_b l0dati1_p_b l0dati0_n_b l0dati0_p_b 0805 100.0 r31 dnp 0805 100.0 r98 dnp r96 100.0 0805 dnp 0805 100.0 r83 dnp r43 100.0 0805 dnp 0805 100.0 r36 dnp r30 100.0 0805 dnp 0805 100.0 r29 dnp r28 100.0 0805 dnp 0805 100.0 r22 dnp r21 100.0 0805 dnp 0805 100.0 r20 dnp r19 100.0 0805 dnp 0805 100.0 r18 dnp r17 100.0 0805 dnp 0805 100.0 r16 dnp r15 100.0 0805 dnp r13 100.0 0805 dnp 0805 100.0 r14 dnp 0805 100.0 r12 dnp 100.0 0805 dnp r27 dsp link ports l3bcmpi_b l2bcmpo_a l2bcmpi_a l3clkin_n_b l3clkin_p_b l3dati0_n_b l3dati0_p_b l3clkin_p_a l3dati0_n_a l3clkin_n_a l3bcmpi_b l3acko_b l3clkin_n_b l3clkin_p_b 2_5v_dsp_b 10k 0805 r108 l3clkin_p_a 2_5v_dsp_b l1bcmpo_a r235 0805 10k l3bcmpi_a l1bcmpi_a 2_5v_dsp_a r153 0805 10k l2bcmpo_a l3bcmpi_a l2bcmpi_a l1bcmpi_a l0bcmpi_a l2dati0_p_a l2dati0_n_a l2dati1_n_a l2dati2_p_a l2dati2_n_a l2dati3_n_a l2dati3_p_a l2clkin_p_a l2clkin_n_a l2bcmpi_a l2acko_a l3dato0_p_b l3dato0_n_b l3dati0_n_b l3dati0_p_b l2acki_a l2clkout_n_a l2clkout_p_a l2dato3_p_a l2dato3_n_a l2dato2_n_a l2dato1_n_a l2dato2_p_a l2dato1_p_a l2dato0_n_a l2dato0_p_a l1dato0_p_a l1dato0_n_a l1clkout_p_a l1clkout_n_a l1acki_a l1bcmpo_a l2dato3_p_a l2dato0_n_a l2dato0_p_a l2dato1_p_a l2dato1_n_a l2dato2_p_a l2dato2_n_a l2dato3_n_a l2clkout_p_a l2clkout_n_a l2bcmpo_a l2acki_a l3dato0_p_a l3dato0_n_a l3clkout_p_a l3acki_a l3clkout_n_a l3bcmpo_a l3acko_a l3clkin_n_a l3dati0_n_a l3dati0_p_a l2acko_a l2clkin_n_a l2clkin_p_a l2dati3_p_a l2dati3_n_a l2dati2_n_a l2dati1_n_a l2dati2_p_a l2dati1_p_a l2dati0_n_a l2dati0_p_a l1acko_a l1clkin_n_a l1clkin_p_a l2dati0_p_a l2dati1_p_a l2dati2_p_a l2dati3_p_a l2clkin_p_a l2clkin_n_a l2dati3_n_a l2dati2_n_a l2dati1_n_a l2dati0_n_a l2clkout_p_a l2clkout_n_a l0clkin_p_a l0clkin_n_a l0clkin_p_a l3dati0_p_a l1dato0_p_a l0dati0_p_b l0clkin_p_b l0dati0_n_b l0clkin_n_b l1dato0_n_a l3clkout_n_b l3acki_b l3bcmpo_b l1dati0_n_a l1dati0_p_a l0acko_a l0clkin_n_a l0dati0_n_a l0dati0_p_a l2dato1_n_a l2dato1_p_a l2dato2_p_a l2dato2_n_a l2dato3_n_a l2dato3_p_a l2dato0_p_a l2dato0_n_a l1dati0_n_a l1dati0_p_a l0bcmpi_a l0bcmpi_b l0dati0_n_a l0dati0_p_a l0dati1_p_a l0dati1_n_a l0dati2_p_a l0dati2_n_a l0dati3_p_a l0dati3_n_a l0dati3_n_a l0dati3_p_a l0dati2_n_a l0dati2_p_a l0dati1_n_a l0dati1_p_a l0dati0_p_a l0dati0_n_a l0clkin_n_a l0acko_a l0clkin_p_a l0bcmpi_a l0dati0_p_b l0dati0_n_b l0dati1_p_b l0dati1_n_b l0dati2_p_b l0dati2_n_b l0dati3_p_b l0dati3_n_b l0clkin_p_b l0clkin_n_b l0acko_b l0bcmpi_b l1dati1_p_a l1dati1_n_a l1dati2_p_a l1dati2_n_a l1dati3_p_a l1dati3_n_a l1dato1_n_a l1dato1_p_a l1dato2_n_a l1dato2_p_a l1dato3_n_a l1dato3_p_a l1dato3_p_a l1dato3_n_a l1dato2_p_a l1dato2_n_a l1dato1_p_a l1dato1_n_a l1bcmpo_a l1acki_a l1clkout_n_a l1clkout_p_a l1dato0_n_a l1dato0_p_a l1dati3_n_a l1dati3_p_a l1dati2_n_a l1dati2_p_a l1dati1_n_a l1dati1_p_a l1dati0_p_a l1dati0_n_a l1clkin_p_a l1clkin_n_a l1acko_a j24 j23 k22 k21 l24 l23 l22 l21 k24 k23 j21 j22 t22 t21 u24 u23 v24 v23 v22 v21 u22 u21 t23 t24 ad21 ac21 ab20 aa20 ad20 ac20 ad19 ac19 ab19 aa19 ab21 ad23 ad14 ac14 ab14 aa14 ab13 aa13 ad12 ac12 ad13 ac13 ac15 ad15 p24 p23 p22 p21 n22 n21 m24 m23 n24 n23 r24 r23 aa24 aa23 y22 y21 y24 y23 w24 w23 w22 w21 ac24 aa22 ab16 aa16 ad17 ac17 ad18 ac18 ab18 aa18 ab17 aa17 ad16 ac16 ad9 ac9 ab10 aa10 ad11 ac11 ab11 aa11 ad10 ac10 ab9 aa9 adsp-ts201sa bp576 u11 j24 j23 k22 k21 l24 l23 l22 l21 k24 k23 j21 j22 t22 t21 u24 u23 v24 v23 v22 v21 u22 u21 t23 t24 ad21 ac21 ab20 aa20 ad20 ac20 ad19 ac19 ab19 aa19 ab21 ad23 ad14 ac14 ab14 aa14 ab13 aa13 ad12 ac12 ad13 ac13 ac15 ad15 p24 p23 p22 p21 n22 n21 m24 m23 n24 n23 r24 r23 aa24 aa23 y22 y21 y24 y23 w24 w23 w22 w21 ac24 aa22 ab16 aa16 ad17 ac17 ad18 ac18 ab18 aa18 ab17 aa17 ad16 ac16 ad9 ac9 ab10 aa10 ad11 ac11 ab11 aa11 ad10 ac10 ab9 aa9 adsp-ts201sa bp576 u12
2.5v 3.3v vss1 vss2 vss3 vss4 vss5 vss6 vss7 vss8 vss9 vss10 vss11 vss12 vss13 vss14 vss15 vss16 vss17 vss18 vss19 vss20 vss21 vss22 vss23 vss24 vss25 vss26 vss27 vss28 vss29 vss30 vss31 vss32 vss33 vss34 vss35 vss36 vss37 vss38 vss39 vss40 vss41 vss42 vss43 vss44 vss45 vss46 vss47 vss48 vss49 vss50 vss51 vss52 vss53 vss54 vss55 vss56 vss57 vss58 vss59 vss60 vss61 vss62 vss63 vss64 vss65 vss66 vss67 vss68 vss69 vss70 vss71 vss72 vss73 vss74 vss75 vss76 vss77 vss78 vss79 vss80 vss81 vss82 vss83 vss84 vss85 vss86 vss87 vss88 vss89 vss90 vss91 vss92 vss93 vss94 vss95 vss96 vss97 vss98 vss99 vss100 vss101 vss102 vss103 vss104 vss105 vss106 vss107 vss108 vss109 vss110 vss111 vss112 vss113 vss114 vss115 vss116 vss117 vss118 vss119 vss120 vss121 vss122 vss123 vss124 vss125 vss126 vss127 vss128 vss129 vss130 vss131 vss132 vss133 vss134 vss135 vss136 vss137 vss138 vss139 vss140 vss141 vss142 vss143 vss144 vss145 vss146 vss147 vss148 vss149 vss150 vss151 vss152 vss153 vss154 vss1 vss2 vss3 vss4 vss5 vss6 vss7 vss8 vss9 vss10 vss11 vss12 vss13 vss14 vss15 vss16 vss17 vss18 vss19 vss20 vss21 vss22 vss23 vss24 vss25 vss26 vss27 vss28 vss29 vss30 vss31 vss32 vss33 vss34 vss35 vss36 vss37 vss38 vss39 vss40 vss41 vss42 vss43 vss44 vss45 vss46 vss47 vss48 vss49 vss50 vss51 vss52 vss53 vss54 vss55 vss56 vss57 vss58 vss59 vss60 vss61 vss62 vss63 vss64 vss65 vss66 vss67 vss68 vss69 vss70 vss71 vss72 vss73 vss74 vss75 vss76 vss77 vss78 vss79 vss80 vss81 vss82 vss83 vss84 vss85 vss86 vss87 vss88 vss89 vss90 vss91 vss92 vss93 vss94 vss95 vss96 vss97 vss98 vss99 vss100 vss101 vss102 vss103 vss104 vss105 vss106 vss107 vss108 vss109 vss110 vss111 vss112 vss113 vss114 vss115 vss116 vss117 vss118 vss119 vss120 vss121 vss122 vss123 vss124 vss125 vss126 vss127 vss128 vss129 vss130 vss131 vss132 vss133 vss134 vss135 vss136 vss137 vss138 vss139 vss140 vss141 vss142 vss143 vss144 vss145 vss146 vss147 vss148 vss149 vss150 vss151 vss152 vss153 vss154 3.3v 2.5v d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c 2.5v 2.5v vdd1 vdd2 vdd3 vdd4 vdd5 vdd6 vdd7 vdd8 vdd9 vdd10 vdd11 vdd12 vdd13 vdd14 vdd15 vdd16 vdd17 vdd18 vdd19 vdd20 vdd21 vdd22 vdd23 vdd24 vdd25 vdd26 vdd27 vdd28 vdd29 vdd30 vdd31 vdd32 vdd33 vdd34 vdd35 vdd36 vdd37 vdd38 vdd39 vdd40 vdd41 vdd42 vdd43 vdd44 vdd45 vdd46 vdd47 vdd48 vdd49 vdd50 vdd51 vdd52 vdd53 vdd54 vdd55 vdd56 vdd57 vdd58 vdd59 vdd60 vdd61 vdd62 vdd63 vdd64 vdd65 vdd66 vdd67 vdd68 vdd69 vdd70 vdd71 vdd72 vdd73 vdd_a2 vdd_dram1 vdd_dram2 vdd_dram3 vdd_dram4 vdd_dram5 vdd_dram6 vdd_dram7 vdd_dram8 vdd_dram9 vdd_dram10 vdd_dram11 vdd_dram12 vdd_dram13 vdd_dram14 vdd_dram15 vdd_dram16 vdd_dram17 vdd_dram18 vdd_dram19 vdd_dram20 vdd_dram21 vdd_dram22 vdd_dram23 vdd_dram24 vdd_dram25 vdd_io1 vdd_io2 vdd_io3 vdd_io4 vdd_io5 vdd_io6 vdd_io7 vdd_io8 vdd_io9 vdd_io10 vdd_io11 vdd_io12 vdd_io13 vdd_io14 vdd_io15 vdd_io16 vdd_io17 vdd_io18 vdd_io19 vdd_io20 vdd_io21 vdd_io22 vdd_io23 vdd_io24 vdd_io25 vdd_io26 vdd_io27 vdd_io28 vdd_io29 vdd_io30 vdd_io31 vdd_io32 vdd_io33 vdd_io34 vdd_io35 vdd_io36 vdd_io37 vdd_io38 vdd_io39 vdd_io40 vdd_io41 vdd_io42 vdd_io43 vdd_io44 vdd_io45 vdd_io46 vdd_io47 vdd_io48 vdd_io49 vdd_io50 vref vdd_a1 sclk_vref1 vdd1 vdd2 vdd3 vdd4 vdd5 vdd6 vdd7 vdd8 vdd9 vdd10 vdd11 vdd12 vdd13 vdd14 vdd15 vdd16 vdd17 vdd18 vdd19 vdd20 vdd21 vdd22 vdd23 vdd24 vdd25 vdd26 vdd27 vdd28 vdd29 vdd30 vdd31 vdd32 vdd33 vdd34 vdd35 vdd36 vdd37 vdd38 vdd39 vdd40 vdd41 vdd42 vdd43 vdd44 vdd45 vdd46 vdd47 vdd48 vdd49 vdd50 vdd51 vdd52 vdd53 vdd54 vdd55 vdd56 vdd57 vdd58 vdd59 vdd60 vdd61 vdd62 vdd63 vdd64 vdd65 vdd66 vdd67 vdd68 vdd69 vdd70 vdd71 vdd72 vdd73 vdd_a2 vdd_dram1 vdd_dram2 vdd_dram3 vdd_dram4 vdd_dram5 vdd_dram6 vdd_dram7 vdd_dram8 vdd_dram9 vdd_dram10 vdd_dram11 vdd_dram12 vdd_dram13 vdd_dram14 vdd_dram15 vdd_dram16 vdd_dram17 vdd_dram18 vdd_dram19 vdd_dram20 vdd_dram21 vdd_dram22 vdd_dram23 vdd_dram24 vdd_dram25 vdd_io1 vdd_io2 vdd_io3 vdd_io4 vdd_io5 vdd_io6 vdd_io7 vdd_io8 vdd_io9 vdd_io10 vdd_io11 vdd_io12 vdd_io13 vdd_io14 vdd_io15 vdd_io16 vdd_io17 vdd_io18 vdd_io19 vdd_io20 vdd_io21 vdd_io22 vdd_io23 vdd_io24 vdd_io25 vdd_io26 vdd_io27 vdd_io28 vdd_io29 vdd_io30 vdd_io31 vdd_io32 vdd_io33 vdd_io34 vdd_io35 vdd_io36 vdd_io37 vdd_io38 vdd_io39 vdd_io40 vdd_io41 vdd_io42 vdd_io43 vdd_io44 vdd_io45 vdd_io46 vdd_io47 vdd_io48 vdd_io49 vdd_io50 vref vdd_a1 sclk_vref1 dsp a place close together place close to dsp a pins place close together use at least 3 vias per connection place close to dsp b pins use at least 3 vias per connection dsp b 1-10-2007_10:57 5 15 r38 0603 2.0k 1uf 0603 c46 c44 0603 1uf c105 0603 1uf r217 0603 2.0k 1uf 0603 c37 2.0k 0603 r88 1uf 0603 c106 r214 0603 2.0k c41 0603 1uf 2.0k 0603 r37 2.0k 0603 r216 2.0k 0603 r218 r121 0603 2.0k f10 f13 f14 f17 f18 f19 f6 f7 f8 f9 g10 g13 g14 g17 g18 g19 g6 g7 g8 g9 h18 h19 h6 h7 j18 j19 j6 j7 k6 k7 l6 l7 m18 m19 m6 m7 n18 n19 n6 n7 p6 p7 r6 r7 t18 t19 t6 t7 u10 u18 u19 u6 u7 v10 v13 v14 v17 v18 v19 v6 v7 v8 v9 w10 w13 w14 w17 w18 w19 w6 w7 w8 w9 n4 f11 f12 f15 f16 g11 g12 g15 g16 k18 k19 l18 l19 p18 p19 r18 r19 u11 v11 v12 v15 v16 w11 w12 w15 w16 ab23 ab24 ac22 ac3 ad22 ad3 c23 c24 e10 e11 e12 e13 e14 e15 e17 e19 e6 e8 f20 f5 g20 h20 h5 k20 k5 l20 l5 m20 m5 n20 n5 p20 p5 r20 r5 u20 u5 v20 w20 w5 y10 y11 y12 y13 y14 y15 y17 y19 y6 y8 j4 n3 p2 adsp-ts201sa bp576 u11 f10 f13 f14 f17 f18 f19 f6 f7 f8 f9 g10 g13 g14 g17 g18 g19 g6 g7 g8 g9 h18 h19 h6 h7 j18 j19 j6 j7 k6 k7 l6 l7 m18 m19 m6 m7 n18 n19 n6 n7 p6 p7 r6 r7 t18 t19 t6 t7 u10 u18 u19 u6 u7 v10 v13 v14 v17 v18 v19 v6 v7 v8 v9 w10 w13 w14 w17 w18 w19 w6 w7 w8 w9 n4 f11 f12 f15 f16 g11 g12 g15 g16 k18 k19 l18 l19 p18 p19 r18 r19 u11 v11 v12 v15 v16 w11 w12 w15 w16 ab23 ab24 ac22 ac3 ad22 ad3 c23 c24 e10 e11 e12 e13 e14 e15 e17 e19 e6 e8 f20 f5 g20 h20 h5 k20 k5 l20 l5 m20 m5 n20 n5 p20 p5 r20 r5 u20 u5 v20 w20 w5 y10 y11 y12 y13 y14 y15 y17 y19 y6 y8 j4 n3 p2 adsp-ts201sa bp576 u12 dspb_sclk_vref dspa_sclk_vref a1v_dsp_a dspa_vref 0 1206 r109 0 1206 r91 2 1 idc2x1 p13 dnp 1 2 p12 idc2x1 dnp 2 1 idc2x1 p9 dnp 1 2 p11 idc2x1 dnp 2 1 idc2x1 p10 dnp 1 2 p8 idc2x1 dnp 1v_dsp_b 2_5v_dsp_b 1_5v_dsp_b 1v_dsp_b r76 1206 0 1000pf 0805 c45 c39 0805 1000pf 1000pf 0805 c43 a1v_dsp_b a1v_dsp_b 1v_dsp_a a1v_dsp_a dspa_sclk_vref dspa_vref dspb_vref 1.5v 1000pf 0805 c38 c42 0805 1000pf 2_5v_dsp_a 1_5v_dsp_a 1.0v l1 1008 10uh 0 1206 r104 r107 1206 0 1.0v 1.5v dsp power 0 1206 r118 r113 1206 0 10uh 1008 l2 c40 0805 1000pf 1v_dsp_a r110 1206 0 r161 1206 0 0 1206 r162 r163 1206 0 0 1206 r164 a1 a22 a24 a3 aa12 aa21 aa4 ab1 ab12 ab15 ab2 ab22 ab3 ac2 ac23 ad1 ad24 b2 b22 b23 b3 c1 c13 c2 c22 c3 d13 d21 d4 e16 e18 e20 e5 e7 e9 g2 g5 h1 h10 h11 h12 h13 h14 h15 h16 h17 h8 h9 j10 j11 j12 j13 j14 j15 j16 j17 j20 j3 j5 j8 j9 k10 k11 k12 k13 k14 k15 k16 k17 k8 k9 l10 l11 l12 l13 l14 l15 l16 l17 l8 l9 m10 m11 m12 m13 m14 m15 m16 m17 m21 m22 m8 m9 n10 n11 n12 n13 n14 n15 n16 n17 n2 n8 n9 p10 p11 p12 p13 p14 p15 p16 p17 p3 p8 p9 r1 r10 r11 r12 r13 r14 r15 r16 r17 r22 r8 r9 t10 t11 t12 t13 t14 t15 t16 t17 t20 t5 t8 t9 u12 u13 u14 u15 u16 u17 u8 u9 v5 y16 y18 y20 y5 y7 y9 adsp-ts201sa bp576 u11 a1 a22 a24 a3 aa12 aa21 aa4 ab1 ab12 ab15 ab2 ab22 ab3 ac2 ac23 ad1 ad24 b2 b22 b23 b3 c1 c13 c2 c22 c3 d13 d21 d4 e16 e18 e20 e5 e7 e9 g2 g5 h1 h10 h11 h12 h13 h14 h15 h16 h17 h8 h9 j10 j11 j12 j13 j14 j15 j16 j17 j20 j3 j5 j8 j9 k10 k11 k12 k13 k14 k15 k16 k17 k8 k9 l10 l11 l12 l13 l14 l15 l16 l17 l8 l9 m10 m11 m12 m13 m14 m15 m16 m17 m21 m22 m8 m9 n10 n11 n12 n13 n14 n15 n16 n17 n2 n8 n9 p10 p11 p12 p13 p14 p15 p16 p17 p3 p8 p9 r1 r10 r11 r12 r13 r14 r15 r16 r17 r22 r8 r9 t10 t11 t12 t13 t14 t15 t16 t17 t20 t5 t8 t9 u12 u13 u14 u15 u16 u17 u8 u9 v5 y16 y18 y20 y5 y7 y9 adsp-ts201sa bp576 u12 dspb_sclk_vref dspb_vref
2.5v 2.5v 2.5v 2.5v 2.5v d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c 2.5v 2.5v 2.5v 1 2 3 4 5 6 on 120 96 70 62 50 40 32 26 100% 87.3% 74.6% 61.9% 49.2% 36.5% 23.8% 11.1% 111 000 001 010 011 100 101 110 default pll ratio = 5x cclk = 500mhz dsp a 110 101 100 011 010 001 000 pll ratio 000 001 010 011 100 101 110 111 4 6 7 8 10 12 reserved 5 sclkrat(2-0) id(2-0) proc id 0 1 2 3 4 5 6 7 111 dsp b default id = 1 dsp a default id = 0 dsp b cclk = 500mhz default pll ratio = 5x default = normal 00 01 10 11 controlimp(1:0) pulse mode, a/d mode a/d mode pulse mode normal driver mode ds(2-0) drive strength output imp default * buslock tmr0e bm bms * 1-bit link port data width * disable interupts, level sensitive * eprom boot * indicates default syscon/sdrcon one-time writable switch off (signal pulled low) switch on (signal pulled high) external or link port boot enable interupts, edge sensitive syscon/sdrcon always writable id[2-0] have internal 5kohm pull-down resistors sclkrat[2-0] have internal 5kohm pull-down resistors controlimp0 has an internal 5kohm pull-down resistor controlimp1 has an internal 5kohm pull-up resistor ds2 and ds0 have internal 5kohm pull-up resistors ds1 has internal 5kohm pull-down resistor all strap pins have internal 5kohm pull-down resistors during dsp reset organized in groups similar to show here if possible i would like them all on the bottom of the board depending on how much room you can leave near them i would like to label some of them keep stub to the signal as small as possible 4-bit link port data width place a label for the signal name next to sw2 pins 1-6 really (l1bcmp0_b) really (l2bcmp0_b) these resistors do not need to be very close to the dsp place a label "high" near sw2.12 0805 r114 499.0 dnp 0805 r51 499.0 dnp 4-9-2007_14:58 6 15 1 10 11 12 2 3 4 5 6 7 8 9 dip6 swt017 sw2 0805 r134 499.0 dnp 499.0 r106 0805 dnp 499.0 r139 0805 dnp 0805 r138 499.0 dnp 499.0 r137 0805 dnp 0805 r136 499.0 dnp 499.0 r135 0805 dnp 0805 r132 499.0 dnp 0805 r131 499.0 dnp 499.0 r125 0805 dnp 0805 r126 499.0 dnp 0805 499.0 r133 499.0 r127 0805 dnp 0805 r128 499.0 dnp 499.0 r123 0805 dnp 0805 r122 499.0 dnp 499.0 r120 0805 dnp 0805 r117 499.0 dnp 499.0 r115 0805 dnp 0805 r111 499.0 499.0 r23 0805 0805 r124 499.0 r45 499.0 0805 0805 499.0 r140 0805 499.0 r25 id2_a l2bcmpo_a l1bcmpo_a id1_a id0_a tmr0e_b bms bm_b tmr0e_a sclkrat2_a configuration sclkrat1_a ds2_a ds1_a ds0_a enedreg_a buslock bm_a sclkrat1_b sclkrat0_b sclkrat2_b r143 499.0 0805 sclkrat0_a id0_b id1_b id2_b controlimp0 controlimp1 ds0_b ds1_b ds2_b r154 499.0 0805 enedreg_b l3bcmpo_a l3bcmpo_b l1bcmpi_a l2bcmpi_a r141 499.0 0805 0805 499.0 r142 r144 499.0 0805 0805 499.0 r145 r146 499.0 0805
a0 a1 a2 a3 a4 a5 a6 a7 a8 a9 a10 a11 ba0 ba1 cs cke clk we cas ras dqm0 dqm1 dqm2 dqm3 nc1 nc2 nc3 nc4 nc5 nc6 vdd1 vdd2 vdd3 vdd4 vddq1 vddq2 vddq3 vddq4 vddq5 vddq6 vddq7 vddq8 dq0 dq1 dq2 dq3 dq4 dq5 dq6 dq7 dq8 dq9 dq10 dq11 dq12 dq13 dq14 dq15 dq16 dq17 dq18 dq19 dq20 dq21 dq22 dq23 dq24 dq25 dq26 dq27 dq28 dq29 dq30 dq31 vss1 vss2 vss3 vss4 vssq1 vssq2 vssq3 vssq4 vssq5 vssq6 vssq7 vssq8 3.3v 3.3v 3.3v 3.3v 3.3v d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c 3.3v 3.3v a0 a1 a2 a3 a4 a5 a6 a7 a8 a9 a10 a11 ba0 ba1 cs cke clk we cas ras dqm0 dqm1 dqm2 dqm3 nc1 nc2 nc3 nc4 nc5 nc6 vdd1 vdd2 vdd3 vdd4 vddq1 vddq2 vddq3 vddq4 vddq5 vddq6 vddq7 vddq8 dq0 dq1 dq2 dq3 dq4 dq5 dq6 dq7 dq8 dq9 dq10 dq11 dq12 dq13 dq14 dq15 dq16 dq17 dq18 dq19 dq20 dq21 dq22 dq23 dq24 dq25 dq26 dq27 dq28 dq29 dq30 dq31 vss1 vss2 vss3 vss4 vssq1 vssq2 vssq3 vssq4 vssq5 vssq6 vssq7 vssq8 a6 a1 a7 a8 a9 a10 a11 a12 a13 a14 a15 a16 a17 a18 we a0 a2 a3 a4 a5 oe ce d0 d1 d2 d3 d4 d5 d6 d7 sn74ahc1g00 sn74ahc1g00 (32mb - 4m x 64bits) label "sdram(low)" label "sdram(high)" at49bv040 flash (512kbx8) sdram sdram place close to dsp (not so critical) sdram 256mb 15 7 1-10-2007_10:57 6 11 5 27 26 23 25 4 28 29 3 2 30 1 31 12 10 9 8 7 24 22 13 14 15 17 18 19 20 21 at49bv040 plcc32 u10 25 26 27 60 61 62 63 64 65 66 24 21 22 23 20 67 68 17 18 19 16 71 28 59 14 30 57 69 70 73 1 15 29 43 3 9 35 41 49 55 75 81 2 4 5 7 8 10 11 13 74 76 77 79 80 82 83 85 31 33 34 36 37 39 40 42 45 47 48 50 51 53 54 56 44 58 72 86 6 12 32 38 46 52 78 84 mt48lc4m32b2 tsop86 u25 4 2 1 sot23-5 u38 sn74ahc1g00 1 2 4 u31 sot23-5 sn74ahc1g00 r155 0805 0 0 0805 r149 dnp sdram_clk0 sdram_clk1 d63 d62 d61 d60 d59 d58 d57 d56 d55 d54 d53 d52 d51 d50 d49 d48 d47 d46 d45 d44 d43 d42 d41 d40 d39 d38 d37 d36 d35 d34 d33 d32 d[0:63] d8 d0 d1 d2 d3 d4 d5 d6 d7 d9 d10 d11 d12 d13 d14 d15 d16 d17 d18 d19 d20 d21 d22 d23 d24 d25 d26 d27 d28 d29 d30 d31 d0 d1 d2 d3 d4 d5 d6 d7 sda10 sdcke sdwe cas ras a14 a13 a12 a10 a9 a1 a2 a3 a4 a5 a6 a7 a8 a13 a12 a10 a14 a9 a1 a2 a8 a7 a6 a5 a4 a3 a[0:18] a0 a1 a3 a4 a5 a6 a7 a8 a9 a10 a11 a12 a13 a14 a15 a16 a17 a18 a2 sdram_cs sda10 sdcke sdwe ldqm ras cas sdram_cs mssd1 mssd[0:1] mssd0 rd bms memory ms0 wrl hdqm sdram_cs c138 0402 0.01uf c109 0402 0.01uf c132 0402 0.01uf c131 0402 0.01uf 0.01uf 0402 c130 0.01uf 0402 c129 c136 0402 0.01uf c135 0402 0.01uf 0.01uf 0402 c134 0.01uf 0402 c133 0.01uf 0402 c140 0.01uf 0402 c139 c137 0402 0.01uf c112 0402 0.1uf 0.1uf 0402 c113 25 26 27 60 61 62 63 64 65 66 24 21 22 23 20 67 68 17 18 19 16 71 28 59 14 30 57 69 70 73 1 15 29 43 3 9 35 41 49 55 75 81 2 4 5 7 8 10 11 13 74 76 77 79 80 82 83 85 31 33 34 36 37 39 40 42 45 47 48 50 51 53 54 56 44 58 72 86 6 12 32 38 46 52 78 84 mt48lc4m32b2 tsop86 u24
5v agnd a5v 3.3v agnd a5v agnd a5v agnd a5v agnd agnd 3.3v agnd agnd agnd agnd agnd d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c agnd agnd agnd agnd on 1 2 3 4 bclk capln caplp caprn caprp casc cin/{df1} clatch/{m~/s} cout/{df0} din dout lrclk mclk vinln vinlp vinrn vinrp vref xctrl reset cclk/{256~/512} ad1871 ad1871 slave mode mclk is 256 x fs 48 khz sample rate i s i/f mode adc left adc right adc keep these close to ad1871 place resistor between ad1871 and ad1854 place near connector try to keep all traces as short as possible place near connector the gnd and agnd planes should go from pin 8 to pin 21 of u9 label "line in" near u7 near u26 near u6 ad1871 when using an electret microphone place sw1.1 and sw1.2 in on position place sw1.3 and sw1.4 in off position keep all of these components over the agnd plane 1-10-2007_10:57 8 15 19 1 2 3 4 5 8 11 10 14 12 13 18 17 16 21 25 26 27 28 24 u9 ssop28 ad1871yrsz r58 100k 1206 r59 100k 1206 c20 100pf 1206 1 4 3 2 5 con001 j9 6 5 7 lmv722m u7 soic8 lmv722m inl-_ampout inr-_ampout audio_in_left 2 3 1 4 5 6 7 8 sw1 swt018 dip4 audio_in_right audio_in_left c148 0.1uf 0805 mclk lrclk bclk dr c3 1206 100pf fer1 1206 600 100pf c15 1206 inr+ inl-_ampout r52 237.0 1206 inr-_ampout inr- inl- inl+ c8 0.01uf 0805 0805 0.01uf c7 reset r147 57.6k 1206 r157 1206 2.0k 2 3 1 soic8 lmv722m u26 lmv722m inl-_ampin 1206 5.76k r44 inr-_ampin inr-_ampin 120pf c18 1206 6 5 7 soic8 lmv722m u26 lmv722m 7 5 6 u6 lmv722m soic8 lmv722m 1 3 2 u6 lmv722m soic8 lmv722m audio in fer2 1206 600 2 3 1 lmv722m u7 soic8 lmv722m r57 5.76k 1206 1206 c19 120pf r56 5.76k 1206 r55 5.76k 1206 1206 120pf c17 r54 5.76k 1206 c16 120pf 1206 r53 5.76k 1206 c14 1000pf 0805 1000pf c13 0805 c12 100pf 1206 c11 1000pf 0805 r50 237.0 1206 r49 750.0k 1206 237.0 r48 1206 750.0k r47 1206 237.0 r46 1206 1000pf c10 0805 100pf c9 1206 ct5 10uf cap002 ct4 10uf cap002 loopback_right loopback_left vref_audio inl-_ampin 1206 5.76k r150 r152 5.76k 1206 2.0k 1206 r156 r148 57.6k 1206 0805 10k r39 r42 10k 0805 ct2 b 10uf c4 0805 0.1uf c2 0.01uf 0805 vref_audio 0805 0.01uf c1 r179 0 1206 vref_audio 100pf 1206 c6 c147 0.1uf 0805 0805 0.1uf c146 c145 0.1uf 0805 0805 0.1uf c149 0805 0.1uf c249 audio_in_right
5v a5v a5v agnd 3.3v agnd agnd agnd agnd agnd d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c agnd 384/256~ 96/48~ bclk cclk cdata clatch deemp filtb filtr idpm0 idpm1 lrclk mclk mute outl+ outl- outr+ outr- sdata x2mclk zerol zeror reset ad1854 mclk is 256 x fs dac slave mode 48 khz sample rate i s i/f mode label "line out" the gnd and agnd planes should go from pin 10 to pin 20 of u3 near u8 ad1854 dac right dac left keep all of these components over the agnd plane 1-10-2007_10:57 9 15 1 4 3 2 5 con001 j10 6 10 26 4 5 3 19 14 25 2 17 16 12 13 27 22 8 9 24 23 21 20 7 u3 ssop28 ad1854jrsz loopback_right loopback_left c5 0.1uf 1206 7 5 6 u8 lmv722m soic8 lmv722m bclk mclk outr+ outr- vref_audio r68 2.74k 1206 outl- audio out 1 3 2 u8 lmv722m soic8 lmv722m r75 604.0 1206 r74 604.0 1206 c32 220pf 1206 r72 1.65k 1206 100pf c31 1206 r71 3.32k 1206 r70 5.49k 1206 c30 330pf 0805 c29 680pf 0805 r69 5.49k 1206 c28 220pf 1206 r67 1.65k 1206 100pf c27 1206 r66 3.32k 1206 r65 5.49k 1206 c26 680pf 0805 c25 330pf 0805 r64 5.49k 1206 r63 49.9k 1206 r62 11.0k 1206 c24 2200pf 1206 c23 100pf 1206 r61 11.0k 1206 r60 49.9k 1206 c22 2200pf 1206 c21 100pf 1206 ct7 68uf cap003 ct6 68uf cap003 ct3 10uf b b 10uf ct1 r40 10k 0805 lrclk dt reset 1206 2.74k r73 outl+ 0805 0.1uf c153 0805 0.1uf c143 c142 0.1uf 0805
3.3v 3.3v 3.3v 3.3v 3.3v 3.3v 3.3v 3.3v 3.3v 3.3v 3.3v d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c 3.3v 3.3v 3.3v 3.3v pfi reset mr pfo reset 1a1 1a2 1a3 1a4 2a2 2a3 2a4 1y1 1y2 1y3 1y4 2y1 2y2 2a1 2y4 2y3 oe1 oe2 1 2 3 4 5 6 on 74lvc14 sn74ahc1g00 power flag3_b flag2_b flag2_a reset switch off = dsp net can come from an external source switch on = pushbutton will drive dsp net. label "flag0_a" label "flag1_a" label "flag0_b" label "flag1_b" label "irq_b" label "irq_a" label "reset" label "flag3_b" label "flag2_b" label "power" flag3_a/audio label "flag3_a/audio" adm708 74lvc14 idt74fct3244apy label "flag2_a" label "reset" default = all switches on 1-10-2007_10:57 10 15 1 10 11 12 2 3 4 5 6 7 8 9 dip6 swt017 sw10 reset 5 6 u30 soic14 74lvc14a 74lvc14a 2 4 6 8 13 15 17 18 16 14 12 9 7 11 3 5 1 19 u13 ssop20 idt74fct3244apy 4 8 1 5 7 u5 soic8 adm708sarz c144 0402 0.1uf c120 0402 0.1uf 0.1uf 0402 c111 c118 0402 0.1uf c114 0402 0.1uf r130 0805 0 r160 0805 10k irq0_a_s irq0_b_s irq0_a_s irq0_a irq0_b flag1_b 10k 0805 r159 r158 0805 10k 10k 0805 r100 8 9 74lvc14a soic14 u30 74lvc14a 4 3 74lvc14a soic14 u30 74lvc14a dsp_reset 3 4 u14 soic14 74lvc14a 74lvc14a 2 1 74lvc14a soic14 u14 74lvc14a reset/pb/led momentary swt013 sw9 momentary swt013 sw8 momentary swt013 sw7 sw6 swt013 momentary momentary swt013 sw5 sw4 swt013 momentary sw3 swt013 momentary led8 led001 red r90 1206 270 yellow led001 led6 led5 led001 yellow yellow led001 led4 led3 led001 yellow 13 12 u14 soic14 74lvc14a 74lvc14a 10 11 74lvc14a soic14 u14 74lvc14a 9 8 u14 soic14 74lvc14a 74lvc14a 6 5 74lvc14a soic14 u14 74lvc14a r89 0805 10k r87 0805 10k r86 0805 10k 100 0805 r85 green led001 led1 270 1206 r82 r81 1206 270 270 1206 r80 r79 1206 270 100 0805 r78 10k 0805 r77 1uf a ct13 r103 0805 100 10k 0805 r102 100 0805 r101 ct12 a 1uf 1uf a ct11 r99 0805 100 1uf a ct10 ct9 a 1uf 1uf a ct8 100 0805 r95 10k 0805 r94 flag3_a flag2_a flag2_b reset flag3_b flag0_b flag0_a flag1_a 1 2 u30 soic14 74lvc14a 74lvc14a 11 10 u30 soic14 74lvc14a 74lvc14a r151 1206 270 irq0_b_s 12 13 74lvc14a soic14 u30 74lvc14a 10k 0805 r112 da_soft_reset
5v 5v d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c 2.5v 2.5v 3.3v dsp a tx dsp a rx dsp b tx dsp b rx place label "expansion interface (type a)" near middle connector label "dsp a tx" label "dsp a rx" label "dsp b rx" label "dsp b tx" do not use crossover cable make sure tx connector goes to a rx connector warning: when connecting to another board expansion interface (type a) 1-10-2007_10:57 11 15 8 7 6 5 4 3 2 1 j5 con_rj45 1 10 11 12 13 14 15 16 17 18 19 2 20 21 22 23 24 25 26 27 28 29 3 30 31 32 33 34 35 36 37 38 39 4 40 41 42 43 44 45 46 47 48 49 5 50 51 52 53 54 55 56 57 58 59 6 60 61 62 63 64 65 66 67 68 69 7 70 71 72 73 74 75 76 77 78 79 8 80 81 82 83 84 85 86 87 88 89 9 90 con019 j2 1 2 3 4 5 6 7 8 j4 con_rj45 1 10 11 12 13 14 15 16 17 18 19 2 20 21 22 23 24 25 26 27 28 29 3 30 31 32 33 34 35 36 37 38 39 4 40 41 42 43 44 45 46 47 48 49 5 50 51 52 53 54 55 56 57 58 59 6 60 61 62 63 64 65 66 67 68 69 7 70 71 72 73 74 75 76 77 78 79 8 80 81 82 83 84 85 86 87 88 89 9 90 con019 j3 1 10 11 12 13 14 15 16 17 18 19 2 20 21 22 23 24 25 26 27 28 29 3 30 31 32 33 34 35 36 37 38 39 4 40 41 42 43 44 45 46 47 48 49 5 50 51 52 53 54 55 56 57 58 59 6 60 61 62 63 64 65 66 67 68 69 7 70 71 72 73 74 75 76 77 78 79 8 80 81 82 83 84 85 86 87 88 89 9 90 con019 j1 a30 a28 a26 a24 a22 a20 a18 a16 a14 a12 a10 a8 a6 a4 a2 a0 a29 a27 a25 a23 a21 a19 a17 a15 a13 a11 a9 a7 a5 a3 a1 a31 a[0:31] 8 7 6 5 4 3 2 1 j6 con_rj45 l3bcmpi_b l3dati0_n_b l3acko_b l3dati0_p_b l3clkin_n_b l3clkin_p_b l3bcmpo_b l3acki_b l3dato0_n_b l3dato0_p_b l3clkout_n_b l3clkout_p_b l3bcmpi_a l3acko_a l3dati0_n_a l3dati0_p_a l3clkin_n_a l3clkin_p_a l3bcmpo_a l3dato0_n_a l3acki_a clkout_exp 1 2 3 4 5 6 7 8 j7 con_rj45 l3clkout_p_a d1 d47 d11 d7 d3 d5 d9 d13 d15 d17 d19 d21 d23 d25 d27 d29 d31 d33 d35 d37 d39 d41 d43 d45 d0 d46 d2 d4 d6 d8 d10 d12 d14 d16 d18 d20 d22 d24 d26 d28 d30 d32 d34 d36 d38 d40 d42 d44 d[0:63] d62 d60 d58 d56 d54 d52 d50 d48 d49 d51 d53 d55 d57 d59 d61 d63 flag2_b dmar3_b dmar2_b dmar1_a mssd2 iord hdqm dmar0 dpa iowr reset irq0_a bms boff buslock hbg hbr cpa brst ack wrh wrl rd ms1 ms0 bm_a ldqm mssd3 mssd1 mssd0 ioen msh tmr0e_a irq3_b irq1_b irq2_b irq0_b irq3_a irq1_a irq2_a flag3_b flag1_b flag0_b flag3_a flag2_a flag1_a flag0_a sda10 cas ras sdcke expansion interface l3dato0_p_a l3clkout_n_a bm_b sdwe
gnd11 gnd10 gnd9 gnd8 gnd7 gnd6 gnd5 gnd4 gnd3 gnd2 vdd_bk4_io2 vdd_bk4_io1 vdd_bk3_io2 vdd_bk3_io1 vdd_bk2_io1 vdd_bk1_io2 vdd_bk1_io1 vdd_int3 vdd_int2 vdd_int1 vdd_aux gnd1 tck tdi tdo tms xilinx coolrunner ii cpld 1.8v 3.3v 3.3v 3.3v 3.3v oe out d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c 3.3v 1.8v shgnd 3v da_emulator_tck da_emulator_tdi da_emulator_tdo da_emulator_tms da_gp0 da_gp1 da_gp2 da_gp3 gnd shgnd tck tdi tdo tms da_emulator_emu da_emulator_select da_emulator_trst da_soft_reset emu reset trst debug_agent 3.3v bk2_fb2_mc16 bk2_fb2_mc5_gts0 bk2_fb2_mc4 bk2_fb2_mc3_gts3 bk2_fb2_mc1_gts2 bk2_fb1_mc12 bk2_fb1_mc4 bk2_fb6_mc14 bk2_fb6_mc13 bk2_fb6_mc4 bk2_fb6_mc3 bk2_fb5_mc15 bk2_fb5_mc13 bk2_fb5_mc3 bk2_fb4_mc3 bk2_fb4_mc2 bk2_fb3_mc12 bk2_fb3_mc5 bk2_fb3_mc4 bk1_fb12_mc5 bk1_fb12_mc3 bk1_fb12_mc2 bk1_fb12_mc1 bk1_fb11_mc12 bk1_fb11_mc5 bk1_fb11_mc4 bk1_fb11_mc3 bk1_fb11_mc2 bk1_fb11_mc1 bk1_fb10_mc16 bk1_fb10_mc15 bk1_fb10_mc14 bk1_fb10_mc4 bk1_fb10_mc2 bk1_fb10_mc1 bk1_fb9_mc16 bk1_fb9_mc15 bk1_fb9_mc2 bk1_fb8_mc15 bk1_fb8_mc14 bk1_fb8_mc13 bk1_fb8_mc5_dge bk1_fb8_mc2_gck2 bk1_fb7_mc15_gck0 bk1_fb7_mc1_cdrst bk1_fb8_mc16 bk1_fb7_mc12_gck1 bk1_fb7_mc4 bk1_fb7_mc5 bk1_fb7_mc14 bk2_fb3_mc3 bk2_fb3_mc16 bk2_fb4_mc1 bk2_fb4_mc4 bk2_fb5_mc2 bk2_fb5_mc16 bk2_fb6_mc2 bk2_fb6_mc16 bk2_fb1_mc13 bk2_fb2_mc15_gts1 bk2_fb1_mc3_gsr xilinx coolrunner ii cpld bk4_fb14_mc13 bk4_fb14_mc4 bk4_fb14_mc3 bk4_fb14_mc2 bk4_fb14_mc1 bk4_fb13_mc12 bk4_fb13_mc4 bk4_fb18_mc13 bk4_fb18_mc12 bk4_fb18_mc5 bk4_fb18_mc4 bk4_fb17_mc14 bk4_fb17_mc13 bk4_fb17_mc12 bk4_fb16_mc14 bk4_fb16_mc3 bk4_fb15_mc15 bk4_fb15_mc13 bk4_fb15_mc5 bk3_fb24_mc14 bk3_fb24_mc12 bk3_fb24_mc2 bk3_fb23_mc14 bk3_fb23_mc13 bk3_fb23_mc12 bk3_fb23_mc5 bk3_fb23_mc4 bk3_fb23_mc3 bk3_fb22_mc14 bk3_fb22_mc12 bk3_fb22_mc2 bk3_fb21_mc15 bk3_fb21_mc12 bk3_fb21_mc3 bk3_fb21_mc1 bk3_fb20_mc5 bk3_fb20_mc3 bk3_fb20_mc2 bk3_fb20_mc1 bk3_fb19_mc14 bk3_fb19_mc3 bk3_fb20_mc13 bk3_fb19_mc12 bk3_fb19_mc4 bk3_fb19_mc5 bk3_fb19_mc13 bk4_fb15_mc2 bk4_fb15_mc16 bk4_fb16_mc1 bk4_fb16_mc16 bk4_fb17_mc2 bk4_fb17_mc16 bk4_fb18_mc3 bk4_fb13_mc13 bk4_fb14_mc5 bk4_fb13_mc3 bk3_fb20_mc4 xilinx coolrunner ii cpld 3.3v been omitted from this schematic. http://www.analog.com when designing your jtag interface please refer to the cpld 12.288mhz place close to cpld cpld dsp jtag header place close to osc engineer to engineer note ee-68 which can be found at all usb interface is considered proprietary and has 1-10-2007_10:57 12 15 4.7k r188 0805 0805 r203 10k da_emulator_select r219 0805 22 22 0805 r207 104 106 107 110 111 114 113 94 95 96 97 126 125 124 101 102 119 118 117 56 57 58 92 91 88 87 86 85 59 60 61 83 82 81 80 66 69 70 71 79 74 64 77 75 76 78 116 120 103 100 121 128 98 115 105 112 68 xc2c384 tqfp144 u4 7 5 4 3 2 140 142 17 16 15 14 130 131 132 11 10 135 136 137 54 53 52 51 19 20 21 22 23 24 50 49 48 46 45 44 25 26 28 42 41 40 39 38 30 35 43 32 34 33 31 138 134 9 12 133 129 13 18 139 6 143 xc2c384 tqfp144 u4 6 5 4 3 2 1 idc6x1 p5 da_emulator_tdi da_soft_reset reset cpld_tms cpld_tdi cpld_tdo cpld_tck emu tdo tdi trst tck tms da_emulator_emu da_emulator_tdo da_emulator_tck da_emulator_tms 0.01uf 0402 c82 1 3 5 7 9 11 13 2 4 6 8 10 12 14 zp4 idc7x2 reset r97 0805 0 dnp tdo c80 0402 0.01uf cpld_misc26 7 2 4 8 10 6 3 9 11 13 15 17 19 21 23 25 12 14 16 24 26 22 20 18 1 5 p6 idc13x2 audioclk r180 0 0805 dnp cpld_tms cpld_tdi cpld_tdo cpld_tck cpld_tms cpld_tdo cpld_tdi cpld_tck mclk_s bclk_s lrclk_s audioclk mclk bclk lrclk lrclk_s bclk_s mclk_s jtag/cpld for audio r209 0 0805 0805 0 r208 22 0805 r205 r206 0805 22 tdo_b tdo_a tdi_b 1 3 12.288mhz osc003 u2 22 0805 r129 r41 0805 10k c115 0402 0.1uf dr dsp_reset rd wrl flag3_a dmar0 ms1 d1 d[0:23] d0 d22 d21 d20 d19 d18 d17 d16 d15 d14 d13 d12 d11 d10 d9 d8 d7 d6 d5 d4 d3 d2 d23 cpld_misc24 cpld_misc22 cpld_misc20 cpld_misc18 cpld_misc16 cpld_misc14 cpld_misc12 cpld_misc10 cpld_misc8 cpld_misc6 cpld_misc4 cpld_misc2 cpld_misc18 cpld_misc20 cpld_misc22 cpld_misc26 cpld_misc24 cpld_misc16 cpld_misc14 cpld_misc12 cpld_misc6 cpld_misc10 cpld_misc8 cpld_misc4 cpld_misc2 cpld_misc25 cpld_misc23 cpld_misc21 cpld_misc19 cpld_misc17 cpld_misc15 cpld_misc13 cpld_misc11 cpld_misc9 cpld_misc7 cpld_misc5 cpld_misc3 cpld_misc1 c79 0402 0.01uf 0.01uf 0402 c78 0.01uf 0402 c77 c50 0402 0.01uf c49 0402 0.01uf 0.01uf 0402 c81 c85 0402 0.01uf c84 0402 0.01uf 0.01uf 0402 c83 144 123 108 99 90 89 72 62 47 36 127 109 93 73 141 55 27 84 37 1 8 29 67 63 122 65 xc2c384 tqfp144 u4 dt da_emulator_trst
pgnd pgnd 3.3v d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c 3.3v 5v a5v 1.8v shgnd shgnd shgnd fb gnd input output err sd out1 out2 out3 in1 in2 fb sd gnd msc009 rubber foot msc009 rubber foot msc009 rubber foot msc009 rubber foot msc009 rubber foot agnd pgnd pgnd copper in cs pgate fb comp gnd fdc658p 15 13 1-10-2007_10:57 d7 ssb43l do-214aa f1 fus005 5a unreg_in d2 5a smc mbrs540t3g 4 1 3 2 fer5 fer002 190 2 6 3 1 5 4 vr1 adp1864 sot23-6 w2 3a tp5 ct15 2.2uf b ct14 47uf b c70 4.7uf 0805 4.7uf 0805 c74 fer3 1206 600 d1 smc mbrs540t3g 5a m1 m5 m4 m3 m2 tp2 mh5 mh4 mh3 mh2 mh1 1 2 3 7 8 5 6 4 vr6 msop8 adp3336armz 1 3 2 con005 7_5v_power j8 5 4 2 6 1 3 vr4 sot23-6 adp3331artz c71 1uf 0805 0805 698.0k r201 r192 340.0k 0805 0805 64.9k r191 r190 210.0k 0805 r178 0 1206 c72 1uf 0805 0805 1uf c54 1206 0 r202 c73 0805 0.47uf 0805 332.0k r234 power page1 c48 1206 1000pf c47 1206 1000pf tp3 tp4 unreg_in 1206 fer6 600 fer7 1206 600 c56 1uf 0805 dnp tp7 r168 255.0k 0603 r167 80.6k 0603 6 5 2 1 4 3 u15 fdc658p sot23-6 r166 0 0805 r165 0.05 1206 r105 0 0603 c55 10uf 1210 c53 68pf 0603 c52 470pf 0603 r92 24.9k 0603 l3 6.8uh ind009 c51 10uf 0805 dnp unreg_in tp11 tp10 tp9 tp8
dgnd3 copper agnd2 agnd2 bgnd bgnd 2.5v 2.5v d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c bgnd bgnd agnd2 bgnd gate s3 s2 s1 d3 d2 d1 d4 gate s3 s2 s1 d3 d2 d1 d4 copper g1 g2 d1a d1b s1 d2a d2b s2 copper agnd2 dgnd2 dgnd2 dgnd2 dgnd2 copper gate s3 s2 s1 d3 d2 d1 d4 csl1 bst1 sw1 dh1 dl1 dl2 dh2 sw2 bst2 csl2 uv2 gnd pgnd2 sync nc pgnd1 pv vreg en1 ldosd in ss1 ss2 freq pok2 trk1 pok1 trk2 en2 comp2 fb2 fb1 comp1 dgnd3 dgnd3 dgnd3 gnd pwgd sync fb pgnd comp pvcc shnd dh sw vcc freq bst ss csl dl g1 g2 d1a d1b s1 d2a d2b s2 dgnd2 1-10-2007_10:57 14 15 r204 1.50k 0402 r193 0603 15.0k r185 10.0k 0402 r211 0603 10.0k r210 0603 8.20k vreg 1uf 0603 c60 dl2 r172 0402 0 dh2 r173 0402 0 r170 0402 0 r171 0402 0 dh1 dh1 4 2 5 6 3 7 8 1 u16 soic8 fds9926a unreg_in sw2 sw1 l4 10uh ind012 c61 0603 1uf r175 1.1k 0402 sw1 c62 0603 1uf c102 22000pf 0402 unreg_in 4 12 3 9 6 7 16 14 8 5 10 15 2 13 11 1 vr2 qsop16 adp1821 c95 0603 1uf 20 23 21 22 18 1 32 7 6 16 12 13 11 14 5 31 8 24 10 25 26 2 3 28 17 27 29 4 19 30 33 9 15 vr3 lfcsp32 adp1823 ct18 330uf d r174 1.1k 0402 d5 sot23d bat54 c101 0603 1uf 3 2 1 4 5 6 7 8 u21 soic8 irf7832 1a w4 w3 3a c86 0603 1uf c66 0402 0.1uf 22000pf c59 0402 vreg 0 0402 r2 dnp vreg d4 sot23d bat54 r183 0603 100k 100k 0603 r169 r184 0402 10k dl1 sw2 unreg_in 10uf 1210 c110 100uf c ct20 c33 0805 10uf 10uf 0805 c91 c90 0805 10uf ct21 c 100uf c36 1210 10uf 1 8 7 3 6 5 2 4 u17 soic8 fds9926a l5 8.2uh ind012 c58 0805 10uf 10uf 0805 c57 r181 38.3k 0603 r177 12.1k 0402 d3 sot23d bat54 l6 ind010 0.7uh ct23 e 470uf 470uf e ct22 10uf 0805 c92 c99 0805 10uf 470uf e ct16 ct19 e 470uf c94 0603 1uf ct17 330uf d l7 1uh ind011 c100 2.2pf 0402 r182 820 0402 c65 0603 680pf c63 0805 22pf c64 1500pf 0402 r176 18k 0402 dl2 dh2 c96 1206 47pf r195 0603 15.0k c97 0603 4700pf c98 0603 2200pf r212 0603 2.0k unreg_in r196 0402 1.2k d8 bzx84c5v6 sot23d c93 0603 1uf r198 0603 10 r197 0402 10k w1 15a r199 0402 0 r200 0402 0 1 3 2 q1 mmbt3904 sot23 3 2 1 4 5 6 7 8 u20 soic8 irf7832 3 2 1 4 5 6 7 8 irf7821 u19 soic8 pok_1v c76 22000pf 0402 pok_1v d6 sot23d bat54a r194 430 0402 power page2 c89 1200pf 0402 c88 0603 4700pf r189 0402 10k c87 82pf 0402 1.5v 1.5v vreg en2 en2 dl1 1.0v 1a w5
d 4 3 2 1 a b c 20 cotton road nashua, nh 03063 a b c d 4 3 2 1 ph: 1-800-analogd c title size board no. date sheet of devices analog rev a0178-2002 adsp-ts201s ez-kit lite 2.1c (4) 0.1uf (2) 0.01uf (1) 100uf vdd (1.0v) bypass caps (per dsp) (1) 100uf (6) 1nf (2) 0.01uf vdd_dram (1.5v) bypass caps (per dsp) (4) 0.1uf vdd_io (2.5v) bypass caps (per dsp) (8) 1nf (1) 100uf (4) 0.01uf (5) 0.1uf (8) 1nf 1v_dsp_x 1_5v_dsp_x 2_5v_dsp_x the priority for the placement: traces from component to capacitor and from the capacitor to gnd should be as short as possible all bypass caps should be placed as close as possible to the corisponding ic 15 15 1-10-2007_10:57 dsp bypass caps 1v_dsp_a 2_5v_dsp_b 1_5v_dsp_b 1v_dsp_b 1_5v_dsp_a 1000pf 0402 c190 1000pf 0402 c194 c186 0402 1000pf 1000pf 0402 c192 1000pf 0402 c67 1000pf 0402 c179 c174 0402 1000pf 0.1uf 0402 c187 c185 0402 0.1uf 0.1uf 0402 c184 c183 0402 0.01uf c182 0402 0.1uf 0.01uf 0402 c181 0.1uf 0402 c225 c224 0402 0.1uf c223 0402 0.1uf 0.1uf 0402 c222 c221 0402 0.1uf 0.01uf 0402 c220 0.01uf 0402 c219 c218 0402 0.01uf c216 0402 0.01uf c172 0402 1000pf 1000pf 0402 c171 c170 0402 1000pf 1000pf 0402 c169 c168 0402 1000pf c167 0402 0.01uf c166 0402 0.1uf c165 0402 0.1uf 0.1uf 0402 c75 c69 0402 0.1uf 0.01uf 0402 c68 1000pf 0402 c173 1000pf 0402 c175 c176 0402 1000pf 1000pf 0402 c177 c178 0402 1000pf c180 0402 1000pf 1000pf 0402 c188 c189 0402 1000pf c191 0402 1000pf c193 0402 1000pf 1000pf 0402 c211 1000pf 0402 c210 c209 0402 1000pf 1000pf 0402 c208 c207 0402 1000pf c206 0402 1000pf 0.01uf 0402 c205 0.01uf 0402 c204 c203 0402 0.01uf c202 0402 0.01uf 0.1uf 0402 c201 c200 0402 0.1uf 0.1uf 0402 c199 0.1uf 0402 c198 c197 0402 0.1uf 1000pf 0402 c196 c195 0402 1000pf 2_5v_dsp_a c232 0402 0.01uf 0.1uf 0402 c231 c230 0402 0.1uf 0.1uf 0402 c229 0.1uf 0402 c228 0.01uf 0402 c227 1000pf 0402 c226 c217 0402 1000pf 1000pf 0402 c215 c214 0402 1000pf 1000pf 0402 c213 c212 0402 1000pf 1000pf 0402 c246 1000pf 0402 c245 1000pf 0402 c244 c243 0402 1000pf c242 0402 0.01uf 0.1uf 0402 c241 0.01uf 0402 c240 c239 0402 0.1uf 0.1uf 0402 c238 c237 0402 0.1uf c236 0402 1000pf 1000pf 0402 c235 c234 0402 1000pf c233 0402 1000pf
adsp-ts201s ez-kit lite eval uation system manual i-1 iindex a ad1854 digital-to-analog converters (dacs), 1-12 ad1871 analog-to-digital converters (adcs), 1-12 amplification gains, 2-5 audio amplification se lection (sw1), 2-5 connectors (j9-10), 2-21 interface, 1-12 b bill of materials, a-1 ~bms boot memory select pins, 1-7 , 2-3 board schematic, b-1 boot mode switch (sw2), 2-7 bus control configuration, 1-9 c clkin pins, 2-12 clkout pins, 2-4 clock frequency, 2-12 generator (u1), 2-3 , 2-12 ratio settings, 2-13 codecs, see ad1871, ad1854 complex programmable logic device (cpld), 1-12 configuration, of this ez-kit lite, 1-3 configuration resistors, 2-10 connectors diagram of locations, 1-4 , 2-20 j10 (audio out), 2-21 j1 (expansion), 2-3 , 2-22 j2 (expansion), 2-3 , 2-22 j3 (expansion), 2-3 , 2-22 j4-7 (link ports), 2-23 j8 (power), 2-21 j9 (audio in), 2-5 , 2-21 zj1 (usb), 2-22 zp4 (jtag), 2-4 , 2-21 contents, of this ez-kit lite package, 1-2 controlimp1-0 resistors, 2-14 control impedance selection (r131, r143), 2-14 core power regulators, 2-2 speed, 2-3 customer support, xiv d d23-0 pins, 1-12 default configuration, of this ez-kit lite, 1-3 dip switches diagram of locations, 2-5 sw10, 2-5 , 2-9 sw1 (audio amplification) switch, 2-5 sw2, 2-5 , 2-7 , 2-8 driver mode resistors (controlimp1-0), 2-14 drive strength selection (r132, r135-136), 2-15
index i-2 adsp-ts201s ez-kit lite evaluation system manual ds2-0 pins, 2-15 e eprom boot mode, 2-7 example programs, 1-13 expansion interface, 2-3 , 2-9 , 2-22 external interrupts, 1-11 memory, xi , 1-7 , 2-4 memory space (mssd0), 1-8 ports, 2-3 voltage regulator, 2-3 ez-kit lite board architecture, 2-2 f features, of this ez-kit lite, x field-programmable gate arrays (fpgas), ix flag leds (led3-6), 2-17 push buttons (sw6-9), 2-18 source switch (sw10), 2-9 flag0_a (sw9) pins, 1-11 , 2-18 flag0_b (sw6) pins, 1-11 , 2-18 flag1_a (sw8) pins, 1-11 , 2-18 flag1_b (sw7) pins, 1-11 , 2-18 flag2_a (led4) pins, 1-11 , 2-18 flag2_b (led5) pins, 1-11 , 2-18 flag3_a (led6) pins, 1-11 , 1-12 , 2-18 flag3_b (led3) pins, 1-11 , 1-12 , 2-18 flagreg registers, 1-10 flash memory boot memory select pins, 2-3 map of, 1-9 frequency, 1-13 , 2-12 g general-purpose io pins, -xi , 2-18 gnd pins, 2-23 i impedance selection, 2-14 input clock, 2-3 installation, of this ez-kit lite, 1-5 interface connectors, xi internal dram power regulator, 2-2 memory, 1-7 , 1-8 , 2-4 interrupt enable settings (sw2), 2-8 pins (irq3-0), 1-11 push buttons (sw4-5), 2-19 source switch (sw10), 2-9 irq0_a (sw4) interrupt pins, 1-11 , 2-19 irq0_b (sw5) interrupt pins, 1-11 , 2-19 j jtag connector (zp4), 2-4 , 2-21 emulation port, 2-4 l leds diagram of locations, 1-4 , 2-16 led1 (power), 2-16 led3 (flag3_b), 1-11 , 2-18 led4 (flag2_a), 1-11 , 2-18 led5 (flag2_b), 1-11 , 2-18 led6 (flag3_a), 1-11 , 2-18 led8 (master reset), 2-16 zled3 (usb monitor), 1-5 , 2-18 license restrictions, 1-7 link ports connections, 1-12 width settings (sw2), 2-8 lvds signaling, 1-12
adsp-ts201s ez-kit lite eval uation system manual i-3 index m master processors, 2-10 memory map, of this ez-kit lite, 1-7 select pins, see ~bms, ~ms0, 1-7 microphones, 2-5 ~ms0 memory bank 0 select pins, 1-7 , 1-8 , 2-3 mssd0 external memory space, 1-8 n notation conventions, xxi o oscillators (u18), 2-3 , 2-12 p package contents, 1-2 power connector (j8), 2-21 led (led1), 2-16 regulators, 2-2 supply specifications, 2-23 processor ids, 1-8 , 1-12 , 2-10 , 2-15 programmable flag pins, see flags by name (flags) push buttons see also push buttons by name (swx) diagram of locations, 2-16 r registration, of this product, 1-3 reset master (led8), 2-16 processor, 2-6 push button (sw3), 2-19 resistors diagram of locations, 2-10 clock mode settings, 2-12 control impedance selection, 2-14 drive strength selection, 2-15 processor id settings, 2-11 restrictions, of the license, 1-7 rj-45 connectors, 1-12 , 2-23 rx port, 1-12 s schematic, of this ez-kit lite, b-1 sclk pins, 2-14 sclkrat2-0 pins, 2-3 , 2-12 , 2-13 sdram interface, 1-8 start/end addresses, 1-8 sdrcon registers, 1-8 , 2-7 setup, of this ez-kit lite, 1-4 soc registers, 1-8 specifications, of the power supply, 2-23 sqstat registers, 1-10 startup, of this ez-kit lite, 1-5 sw10 (flag/irq) dip switch, 2-9 sw1 (audio amplification) switch, 2-5 sw2 dip switch, 2-7 , 2-8 sw3 (reset) push button, 2-19 sw4 (irq0_a) push button, 1-11 , 2-19 sw5 (irq0_b) push button, 1-11 , 2-19 sw6 (flag0_b) push button, 1-11 , 2-18 sw7 (flag1_b) push button, 1-11 , 2-18 sw8 (flag1_a) push button, 1-11 , 2-18 sw9 (flag0_a) push button, 1-11 , 2-18 syscon registers, 1-8 , 2-7 system architecture, of this ez-kit lite, 2-2 t tx port, 1-12
index i-4 adsp-ts201s ez-kit lite evaluation system manual u usb cable, 1-3 connector (zj1), 2-22 interface, 1-9 , 2-7 , 2-21 monitor led (zled3), 2-18 v visualdsp++ documentation, xix environment, 1-5 online help, xviii voltage regulators, xi , 2-2

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