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DSP56824ADM User's Manual Motorola, Incorporated Semiconductor Pr


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Order this document DSP56824ADMUM/D Rev. 1.1, 3/1999
DSP56824ADM User's Manual
Motorola, Incorporated Semiconductor Products Sector 6501 William Cannon Drive West Austin 78735-8598
This manual three documents. need following manuals have complete product information: family manual, user's manual, technical data.
©MOTOROLA INC., 1998. rights reserved.
This document contains information product. Specifications information herein subject change without notice.
Motorola reserves right make changes without further notice products herein improve reliability, function, design. Motorola does assume liability arising application product circuit described herein; neither does convey license under patent rights rights others. Motorola products designed, intended, authorized components systems intended surgical implant into body, other application which failure Motorola product could create situation where personal injury death occur. Should Buyer purchase Motorola products such unintended unauthorized application, Buyer shall indemnify hold Motorola officers, employees, subsidiaries, affiliates, distributors harmless against claims, costs, damages, expenses, reasonable attorney fees arising directly indirectly, claim personal injury death associated with such unintended unauthorized use, even such claim alleges that Motorola negligent regarding design manufacture part. registered trademarks Motorola, Inc. Motorola, Inc. Equal Motorola Opportunity/Affirmative Action Employer OnCE Mfax trademarks Motorola, Inc.
TABLE CONTENTS
SECTION QUICK START GUIDE. DSP56824ADM OVERVIEW REQUIRED USER-SUPPLIED EQUIPMENT INSTALLATION PROCEDURE 1.3.1 Preparing DSP56824ADM 1.3.2 Installing Module 1.3.3 Installing Software 1.3.4 Testing DSP56824ADM Installation
SECTION DSP56824ADM TECHNICAL SUMMARY. DSP56824ADM DESCRIPTION FEATURES DSP56824 DESCRIPTION. MEMORY 2.3.1 Fast Static (FSRAM) 2.3.2 Non-Volatile Static (NVSRAM) VOICE CODEC OTHER DSP56824ADM FEATURES 2.5.1 Clock Oscillator 2.5.2 Indicators 2.5.3 Pushbutton Switches 2.5.4 Test Points JUMPER CONFIGURATION 2.6.1 Clock Input Selection 2.6.2 User Clock Oscillator Setting 2.6.3 Operating Mode Selection 2.6.4 Program Memory Configuration. 2.6.5 Data Memory Configuration 2-12 2.6.6 Codec Configuration 2-13 2.6.6.1 Codec Enabling. 2-13 2.6.6.2 Codec Input Connector Signal Selection 2-13 2.6.6.3 Codec Output Connector Signal Selection 2-14 2.6.6.4 Codec Output Load Selection 2-14
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DSP56824ADMUM/AD
2.6.7 2.6.8 2.6.9 2.6.10 2.6.11 2.7.1 2.7.2 2.7.3 2.7.4 2.7.5 2.7.6
RS-232 Serial Communication Configuration PB14 Indicator Configuration Power Input Selection Reset Control Selection PB15 Pull Up/Pull Down Selection DSP56824ADM CONNECTOR DESCRIPTIONS Expansion Connector Expansion Connector JTAG/OnCE Connector. Codec Jacks RS-232 Serial Communication Interface Connector Power Source Connector
2-14 2-15 2-16 2-16 2-16 2-17 2-18 2-19 2-21 2-22 2-23 2-23
APPENDIX
DSP56824ADM SCHEMATICS
APPENDIX DSP56824ADM BILL MATERIALS ELECTRICAL PARTS LIST HARDWARE PARTS.
DSP56824ADMUM/AD
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LIST FIGURES
Figure Figure Figure Figure DSP56824ADM Quick Jumper Reference Application Development. DSP56824ADM Functional Block Diagram RS-232 Serial Communication Options. 2-15
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DSP56824ADM User's Manual
DSP56824ADM User's Manual
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LIST TABLES
Table Table Table Table Table Table Table Table Table Table Table 2-10 Table 2-11 Table 2-12 Table 2-13 Table 2-14 Table 2-15 Table 2-16 Table 2-17 Table 2-18 DSP56824ADM Default Jumper Options
Clock Source Selection Oscillator Selection Operating Mode Selection Program Memory Configuration 2-10
Data Memory Configuration. 2-12 Codec Selection 2-13 Codec Input Signal Selection 2-13 Codec Output Signal Selection 2-14 Codec Output Selection. 2-14 Serial Communication Configuration 2-15 PB14 Drive Selection. 2-15 Power Input Selection 2-16 RESET Selection. 2-16 PB15 Selection 2-17 DSP56824ADM Connectors 2-17 DSP56824ADM Connector Description 2-18 DSP56824ADM Connector Description 2-19 DSP56824ADM JTAG/OnCE Description 2-21
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DSP56824ADM User's Manual
Table 2-19 Table 2-20 Table 2-21 Table 2-22
DSP56824ADM Line Description 2-22 DSP56824ADM Line Description 2-22 DSP56824ADM Serial Connector Description 2-23 DSP56824ADM Power Source Connector Description 2-23
viii
DSP56824ADM User's Manual
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SECTION QUICK START GUIDE
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DSP56824ADM User's Manual
Quick Start Guide
DSP56824ADM OVERVIEW REQUIRED USER-SUPPLIED EQUIPMENT INSTALLATION PROCEDURE
DSP56824ADM User's Manual
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Quick Start Guide DSP56824ADM Overview
DSP56824ADM OVERVIEW
DSP56824 Application Development Module (DSP56824ADM) designed operate with Motorola Application Development System (ADS). DSP56824ADM with Motorola facilitates development, debug, test complex software applications hardware products designed DSP56824. Detailed information about Motorola provided Motorola User's Manual (order DSPADSUM/AD).
Subsection this document gives summary description equipment required module with Motorola ADS. Subsection describes installation instructions, including following:
Preparing module installation Installing module Installing software Testing installation Note: Detailed information about design operation DSP56824ADM provided this manual Section Appendices
REQUIRED USER-SUPPLIED EQUIPMENT
with Motorola (and appropriate interface card), user must supply following host computer systems: PC-compatible computer (486 class higher) with following: MS-DOS version later, Windows later, Windows Mbytes open 16-bit expansion slot bank free addresses range $100-$102, $200-202, $300-$303 CD-ROM drive Hard drive with Mbytes free disk space Mouse
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DSP56824ADM User's Manual
Quick Start Guide Installation Procedure
Hewlett Packard HP7xx Workstation running HPUX Version (Version 10.x supported), open EISA expansion slot, CD-ROM drive, mouse Microsystems Workstation running Operating System Release 4.1.1 later Solaris Release later), open SBus expansion slot, CD-ROM drive, mouse
INSTALLATION PROCEDURE
Installation requires four basic steps: Preparing DSP56824ADM board Installing module Installing software Testing installation
1.3.1
Preparing DSP56824ADM
CAUTION
Because electronic components sensitive effects electrostatic discharge (ESD) damage, correct procedures should used when handling components this inside supporting personal computer. following procedures minimize likelihood damage ESD:
Always handle static-sensitive components only protected area, preferably with conductive (anti-static) flooring bench surfaces. Always grounded wrist straps when handling sensitive components. Never remove components from anti-static packaging until required installation. Always transport sensitive components anti-static packaging.
Locate jumper blocks JG1-JG17 DSP56824ADM board, shown Figure 1-1. Table describes jumper group settings with Motorola ADS. Read
DSP56824ADM User's Manual
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Quick Start Guide Installation Procedure
technical summary Section this manual additional information about DSP56824ADM board components.
JG12 JG15 JG17 JG16
MODE JG11
JG14
JG13 JG10
AA1651
Figure DSP56824ADM Quick Jumper Reference
Table DSP56824ADM Default Jumper Options
Jumper Group Comment Selects oscillator (U14) clock input Selects Mode operation upon exit from reset Selects Program memory with external Non-Volatile Static (NVSRAM) Selects Data memory Selects on-board codec Reserved Selects serial port connection Selects codec High Bandpass mode Jumpers Connections 1-2, 1-2, 3-4, 5-6, 3-5,
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Quick Start Guide Installation Procedure
Table DSP56824ADM Default Jumper Options (Continued)
JG10 JG11 JG12 JG13 JG14 JG15 JG16 JG17 Selects 8-pin oscillator Selects high input frequencies Selects codec output peak Selects PB14 Light-Emitting Diode (LED) Selects external NVSRAM Power regulators Enable on-board reset logic Codec input mono Codec output mono both channels (left right) 3-4, 5-6,
1.3.2
Installing Module
Figure shows interconnection diagram connecting DSP56824ADM board. Using instructions User's Manual, connect Command Converter DSP56824ADM board. Power DSP56824ADM supplied from external 9-12 power supply.
37-pin Interface Cable Host Computer 14-pin Ribbon Cable
Motorola Host-Bus Interface Card
Command Converter DSP56824ADM
Power Supply
AA1551
Figure Application Development
DSP56824ADM User's Manual
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Quick Start Guide Installation Procedure
1.3.3
Installing Software
Refer Motorola Application Development System User's Manual detailed instructions about installation software.
1.3.4
Testing DSP56824ADM Installation
Refer Motorola Application Development System User's Manual detailed information regarding evaluation testing installed system.
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Quick Start Guide Installation Procedure
DSP56824ADM User's Manual
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SECTION DSP56824ADM TECHNICAL SUMMARY
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DSP56824ADM User's Manual
DSP56824ADM Technical Summary
DSP56824ADM DESCRIPTION FEATURES DSP56824 DESCRIPTION MEMORY. VOICE CODEC OTHER DSP56824ADM FEATURES JUMPER CONFIGURATION. DSP56824ADM CONNECTOR DESCRIPTIONS 2-17
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DSP56824ADM Technical Summary DSP56824ADM Description Features
DSP56824ADM DESCRIPTION FEATURES
DSP56824ADM designed versatile Digital Signal Processor (DSP) development card that used with Motorola Applications Development System (ADS) also plugged into other cards permit special user configurations. 70-pin connectors, located bottom Printed Circuit Board (PCB), allow access signals, including (3.3 (GND). overview description DSP56824ADM also provided DSP56824ADM Product Information (DSP56824ADMP/D) included with this kit. main features DSP56824ADM include following: DSP56824 16-bit External Fast Static (FSRAM) memory program memory data memory
External Non-Volatile Static (NVSRAM) memory 13-bit linear codec with voice input output jacks Socketed on-board 10-MHz oscillator system clock Manual reset button Manual interrupt button IRQA Light Emitting Diode (LED) power indicator (LED1) user debug operations (LED2) on-board 70-pin expansion connectors Joint Test Action Group (JTAG) port connector Motorola's that provides enhanced development environment including high-speed data transfer port host
DSP56824 DESCRIPTION
full description DSP56824, including functionality user information, provided following documents included part this (either printed copies documentation CD-ROM):
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DSP56824ADM User's Manual
DSP56824ADM Technical Summary Memory
DSP56824 Technical Data (DSP56824/D): Provides features list specifications including signal descriptions, power requirements, timing requirements, available packaging DSP56824 User's Manual (DSP56824UM/AD): Provides overview description detailed information about on-chip components including memory maps, peripheral functionality, control status register descriptions each subsystem DSP56800 Family Manual (DSP56800FM/AD): Provides detailed description core processor including internal status control registers detailed description family instruction Refer these documents detailed information about chip functionality operation.
MEMORY
DSP56824ADM uses following memory external DSP56824: 16-bit FSRAM external program memory 16-bit FSRAM external data memory 16-bit NVSRAM program memory Figure shows functional block diagram DSP56824ADM including memory devices.
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DSP56824ADM Technical Summary Memory
Clock
JTAG/OnCEConnector
RS-232 Connector
LED2 PB14 Manual Interrupt IRQA DSP56824 Reset/Mode Control Port Port JTAG/OnCE 70-Pin Connector
AA1650
70-Pin Connector
Program FSRAM Data Memory FSRAM
Program Memory NVSRAM
13-bit Linear Codec
1/8" Stereo Jacks
Figure DSP56824ADM Functional Block Diagram
2.3.1
Fast Static (FSRAM)
DSP56824ADM uses banks 16-bit Fast Static (Motorola MCM6323A, labelled memory expansion. provides program memory, provides data memory. addressed DSP's program memory space. FSRAM addressed DSP's data memory space. on-board jumpers JG13 allow configuration FSRAM NVSRAM program memory space. on-board jumper allows configuration FSRAM data memory space. Refer Table page 2-10 Table page 2-12 setting these jumpers.
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DSP56824ADM User's Manual
DSP56824ADM Technical Summary Voice Codec
2.3.2
Non-Volatile Static (NVSRAM)
DSP56824ADM provides 8-bit NVSRAM memory devices, installed U10, give total 16-bit NVSRAM memory. External Program must configured operation lower program memory address space ($0000-$7FFF). NVSRAM memory automatically decodes upper program memory space ($8000-$FFFF) when enabled JG13. Refer section 2.6.4 Program Memory Configuration page instructions load program into SIMTEK non-volatile portion NVSRAM.
VOICE CODEC
DSP56824ADM analog section uses Motorola's MC145483 13-bit linear codec, installed U17. Refer data sheet included with this more information MC145483. DSP56824ADM 1/8-inch stereo jacks codec input output. Codec output jumper JG11 select separate output load drives. Refer Table page 2-14 description output load options. codec interfaces Synchronous Serial Interface (SSI) provided Port DSP56824. glue logic required. codec clock frame synchronization provided SSI. Jumper allows user disconnect on-board codec completely. Table page 2-13. This frees port DSP56824 other peripheral use.
OTHER DSP56824ADM FEATURES
DSP56824ADM provides these additional user features: User-replaceable clock oscillator on-board indicators on-board pushbutton switches Four on-board test points These features described following subsections.
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DSP56824ADM Technical Summary Jumper Configuration
2.5.1
Clock Oscillator
user-replaceable clock oscillator, U12, provided allow custom configuration clock DSP56824. oscillator speed maximum speed used. (see Clock Input Selection page 2-8) allows using oscillators.
2.5.2
Indicators
on-board Light-Emitting Diodes (LEDs) provided. LED1 power indicator that shows when power applied DSP56824ADM board. LED2 debugging indicator. PB14 Indicator Configuration page 2-15 more information LED2. Both LEDs located next power input connector.
2.5.3
Pushbutton Switches
on-board pushbutton switches provided. allows user generate hardware reset DSP56824. RESET line DSP56824 asserted when depressed. asserts IRQA when depressed. located near codec input output connectors.
2.5.4
Test Points
Four on-board test points provided allow voltage reference connections. connected analog ground. connected supply. connected supply.
JUMPER CONFIGURATION
DSP56824ADM board includes number configuration jumpers that allow user modify which board used particular application. following paragraphs give detailed description function jumpers.
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DSP56824ADM Technical Summary Jumper Configuration
2.6.1
Clock Input Selection
clock input selected jumper group JG1. There options clock input selection. clock source on-board user clock oscillator. Alternatively, external clock input connected expansion connector applied directly Table 2-1. Table Clock Source Selection
Clock Source user oscillator clock (default) External clock CLOCK_IN
Note:
DSP56824ADM factory configured on-board clock oscillator (U12).
2.6.2
User Clock Oscillator Setting
Jumper group used select power source (3.3 Clock Oscillator (U12). Jumpering pins selects +3.3 Jumpering pins selects default setting. output signal clock oscillator buffered inverted before being sent DSP. Table details. Table Oscillator Selection
Comment Clock +3.3 Clock +5.0 (default)
Note:
DSP56824ADM factory configured clock
2.6.3
Operating Mode Selection
Jumper group selects operating mode after reset. Refer DSP56824 User's Manual complete description chip's operating modes. Programs loaded from NVSRAM configuring exit reset
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DSP56824ADM Technical Summary Jumper Configuration
Operating Mode Table shows selection achieve four operating modes available DSP56824. Table Operating Mode Selection
Operating Mode 1-2, jumpers Comment Bootstrap from byte-wide EPROM Bootstrap from SPI0 Port Normal Expanded P:$E000 (default) Development P:$0000
Note:
DSP56824ADM factory configured exit from reset Mode
2.6.4
Program Memory Configuration
Jumper group selects external program static memory configuration. fastest operation with installed FSRAM, jumper pins 3-4, configure Control Register (BCR) zero wait states. Program memory will then occupy address range P:$0-$FFFF. NVSRAM used, jumper pins JG13 1-2. program Static occupies address range P:$0-$7FFF, NVSRAM occupies address range P:$8000-$FFFF. delay from gating address line with requires that must configured least wait state while executing external program memory. NVSRAM offers means executing programs loading memory required from non-volatile memory after exiting reset. Table JG13 program memory configuration.
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DSP56824ADM Technical Summary Jumper Configuration
Table Program Memory Configuration
Configuration (default) 1-2, JG13 Comment FSRAM: P:$0000-$7FFF, zero wait states NVSRAM: P:$8000-$FFFF FSRAM: FSRAM: FSRAM: P:$0000-$FFFF, zero wait states P:$0000-$7FFF, wait state P:$8000-$FFFF User expanded memory P:$0000-$7FFF, zero wait states P:$8000-$FFFF Shadow P:$0000-$7FFF
NVSRAM: P:$8000-$FFFF
Note:
DSP56824ADM factory configured program memory range P:$0000-$7FFF (FSRAM) P:$8000-$FFFF (NVSRAM).
load program into SIMTEK non-volatile portion NVSRAM, perform following steps. Develop program with time addresses whatever memory space desired load time addresses $8000.$FFFF range. Refer Example code. Load .cld .lod file using software external NVSRAM portion written with load time image. Load fl_prog.cld file (assumes that been assembled "asm56800 fl_prog"). Flash programming complete when execution fl_prog reaches debug statement.
2-10
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DSP56824ADM Technical Summary Jumper Configuration
Example shows code that burns contents SRAM into flash. Example SRAM Store Flash Code
move move move move move move move move move move move move debug #$8e38,r0 p:(r0)+,x0 #$b1c7,r0 p:(r0)+,x0 #$83e0,r0 p:(r0)+,x0 #$bc1f,r0 p:(r0)+,x0 #$b03f,r0 p:(r0)+,x0 #$8fc0,r0 p:(r0)+,x0
implement recall from flash SRAM SIMTEK, perform following steps. Modify fl_prog.asm shown Example changing sixth memory address $8c63, name program fl_recall.asm. Assemble program using "asm56800 fl_recall.asm". Load fl_recall.cld file using "load fl_recall.cld". Enter "change "go" execute program 56824. transfer data from flash SRAM complete when execution fl_recall reaches debug statement.
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DSP56824ADM Technical Summary Jumper Configuration
Example shows code that implements recall from flash SRAM. Example Flash Recall SRAM Code
move move move move move move move move move move move move debug #$8e38,r0 p:(r0)+,x0 #$b1c7,r0 p:(r0)+,x0 #$83e0,r0 p:(r0)+,x0 #$bc1f,r0 p:(r0)+,x0 #$b03f,r0 p:(r0)+,x0 #$8c63,r0 p:(r0)+,x0
2.6.5
Data Memory Configuration
Jumper group used select external data memory options. default setting 3-4. Data memory setup from P:0000-$FFFF. Table data memory configuration. Table Data Memory Configuration
Configuration (default) 1-2, Comment X:0000-$FFFF, zero wait states X:0000-$7FFF, wait state X:8000-$FFFF User expanded memory X:0000-$7FFF, zero wait states X:$8000-$FFFF Shadow X:0000-$7FFF
Note:
DSP56824ADM factory configured data memory range X:0000-$FFFF.
2-12
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DSP56824ADM Technical Summary Jumper Configuration
2.6.6
Codec Configuration
Jumper groups JG5, JG11, JG16, JG17 enable configure on-board MC145483 codec. 2.6.6.1 Codec Enabling Jumper group configures on-board codec. default setting 1-2, 3-4, 5-6, MC145483 codec. different codec another peripheral requires PC8/STD, PC9/SRD, PC10/STCK, PC11/STFS, jumpers should removed from JG5. Table codec configuration.
Table Codec Selection
Configuration On-board codec (default) User application 1-2, 3-4, 5-6, jumpers Comment Enable MC145483 codec Other peripheral
Note:
DSP56824ADM factory configured MC145483 codec.
2.6.6.2 Codec Input Connector Signal Selection Jumper group JG16 used select which signal sent codec. Table JG16 configuration information. Table Codec Input Signal Selection
JG16 (default) Comment Input signal from stereo jack Input signal from ring stereo jack
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DSP56824ADM Technical Summary Jumper Configuration
2.6.6.3 Codec Output Connector Signal Selection Jumper group JG17 used select which pins provide output signal from codec. Table JG17 configuration information. Table Codec Output Signal Selection
JG17 (default) Comment Output signal goes stereo jack Output signal goes ring stereo jack
2.6.6.4 Codec Output Load Selection Jumper group JG11 used select output drive capability codec with respect analog ground. Table JG11 configuration information. Table Codec Output Selection
JG11 (default) Comment peak load peak load
Note:
DSP56824ADM factory configured codec output into load.
2.6.7
RS-232 Serial Communication Configuration
DSP56824ADM includes connector RS-232 serial link. Jumpering pins connects RS-232 serial port DSP. Although there hardware support RS-232 DSP56824, software serial port program control pins PB1.
2-14
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DSP56824ADM Technical Summary Jumper Configuration
JTAG/OnCE Connector
Debug Host RS-232 Equipment
RS-232 Level Converter
Connector
DSP56824
Command Converter
DSP56824ADM
AA1553
Figure RS-232 Serial Communication Options
Table 2-10 Serial Communication Configuration
Configuration GPIO pins (default) serial port 3-5, 1-3, Comment Available software Serial debug port DSP56824ADM system
Note:
DSP56824ADM factory configured with serial port connected DSP.
2.6.8
PB14 Indicator Configuration
LED2 provided simple tool assisting with software debugging PB14 signal. Jumper group JG12 used LED2 status indicator. JG12 jumpered, PB14 functions GPIO with pull-up resistor. Jumpering JG12 connects PB14 ground through LED2 current-limiting resistor. LED2 illuminates when user software sets PB14 high. Table 2-11. Table 2-11 PB14 Drive Selection
Configuration PB14 indicator (default) PB14 pull-up JG12 Comment PB14 drives LED2 PB14 GPIO
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DSP56824ADM Technical Summary Jumper Configuration
Note:
DSP56824ADM factory configured with PB14 operating output drive LED2.
2.6.9
Power Input Selection
Jumper group JG14 used select input voltage source DSP56824ADM board. Table 2-12 JG14 configuration information. Table 2-12 Power Input Selection
Configuration (default) JG14 3-4, 5-6, 1-3, Comment 9-12 from power jack on-board voltage regulators User voltage from power jack directly power planes (on-board voltage regulators bypassed)
2.6.10
Reset Control Selection
Jumper group JG15 used select source DSP56824's RESET signal. Table 2-13 JG15 configuration information. Table 2-13 RESET Selection
Configuration (default) JG15 Comment On-board reset logic Reset from external source: Expansion connector JTAG/OnCE connector
2.6.11
PB15 Pull Up/Pull Down Selection
Jumper group JG10 used pull down dual-function signal PB15 reading reset. This required compensate nonlinear frequency response clock circuit. clock frequencies range KHz-2 MHz, JG10 should jumpered pull down PB15. clock frequencies range maximum frequency, remove jumper pull PB15. Table 2-14 PB15 configuration information.
2-16
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DSP56824ADM Technical Summary DSP56824ADM Connector Descriptions
Table 2-14 PB15 Selection
Configuration PB15 pull-up (default) PB15 pull-down JG10 Open Comment Clock frequencies maximum frequency Clock frequencies KHz-2
Note:
DSP56824ADM factory configured clock frequencies between maximum frequency DSP.
DSP56824ADM CONNECTOR DESCRIPTIONS
There seven connectors DSP56824ADM. Table 2-15 describes connectors. Table 2-15 DSP56824ADM Connectors
Connector Comment 70-pin Expansion Connector (bottom board) 70-pin Expansion Connector (bottom board) 14-pin JTAG/OnCE Module Interface 1/8" Stereo Line Input Jack Codec (Mono Signal) 1/8" Stereo Line Output Jack from Codec (Mono Signal) RS-232 serial Interface connector Power Connector
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DSP56824ADM Technical Summary DSP56824ADM Connector Descriptions
2.7.1
Expansion Connector
Expansion Connectors used make connections pins. Table 2-16 lists pins that accessed Expansion Connector Table 2-16 DSP56824ADM Connector Description
Signal Signal
2-18
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DSP56824ADM Technical Summary DSP56824ADM Connector Descriptions
Table 2-16 DSP56824ADM Connector Description (Continued)
Signal ROM_DIS Signal
2.7.2
Expansion Connector
Table 2-17 lists pins that accessed Expansion Connector Table 2-17 DSP56824ADM Connector Description
Signal CLOCK_IN PC15/TIO2 PC14/TIO1 PC13/SRFS PC12/SRCK Signal RESET +12V
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DSP56824ADM Technical Summary DSP56824ADM Connector Descriptions
Table 2-17 DSP56824ADM Connector Description (Continued)
Signal PC11/STFS PC10/STCK PC9/SRD PC8/STD PC7/SS1 PC6/SCK1 PC5/MOSI1 PC4/MISO1 PC3/SS0 PC2/SCK0 PC1/MOSI0 PC0/MISO0 CLKO PB15 PB14 PB13 PB12 PB11 PB10 Signal +12V MODA/IRQA MODB/IRQB MODA MODB RESET_IN IRQA_IN
2-20
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DSP56824ADM Technical Summary DSP56824ADM Connector Descriptions
Table 2-17 DSP56824ADM Connector Description (Continued)
Signal Signal IRQB_IN TRST/DE
2.7.3
JTAG/OnCE Connector
Connector used connect DSP56824ADM host development system using Command Converter Host Computer Interface Card. software controls chip execution accessing OnCE module controller JTAG port interface provides facilities software development debugging. This connector allow user access JTAG Test Access Port (TAP) directly. this connector shown Table 2-18. Table 2-18 DSP56824ADM JTAG/OnCE Description
Signal Signal
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DSP56824ADM Technical Summary DSP56824ADM Connector Descriptions
Table 2-18 DSP56824ADM JTAG/OnCE Description
Signal J_RESET TRST/DE Signal TRST/DE
2.7.4
Codec Jacks
stereo jacks that allow user send receive analog signals from on-board codec. enables user apply input signal on-board codec. pinout this connector listed Table 2-19. Table 2-19 DSP56824ADM Line Description
Connector Barrel Ring Signal ANALOG LINE LINE (optional)
enables user send output signal from board codec. pinout this connector listed Table 2-20. Table 2-20 DSP56824ADM Line Description
Connector Barrel Ring Signal ANALOG LINE LINE (optional)
Note:
stereo jacks. However, only mono audio capability provided DSP56824ADM.
2-22
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DSP56824ADM Technical Summary DSP56824ADM Connector Descriptions
2.7.5
RS-232 Serial Communication Interface Connector
RS-232 port used communications port DSP. Section 2.6.7 RS-232 Serial Communication Configuration page 2-14. Table 2-21 describes signals available serial connector. Table 2-21 DSP56824ADM Serial Connector Description
Signal (n/c) (n/c) Signal
Note:
OC0, DTR, Wire OR-ed together used drive microcontroller's RESET signal.
2.7.6
Power Source Connector
Input voltage range 9-12 Table 2-22 shows this connector pins description. Table 2-22 DSP56824ADM Power Source Connector Description
Connector Inner connector Outer ring Signal
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DSP56824ADM Technical Summary DSP56824ADM Connector Descriptions
2-24
DSP56824ADM User's Manual
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APPENDIX DSP56824ADM SCHEMATICS
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DSP56824ADM User's Manual
DSP56824ADM Schematics
DSP56824 RESET/CLOCK/MODE SELECT MEMORY FSRAM. MEMORY NVSRAM PULL-UPS/DECOUPLING LINEAR CODEC EXPANSION CONNECTORS SERIAL INTERFACE A-10 POWER A-11
DSP56824ADM User's Manual
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D[0.15]
A[0.15]
PC[0.15]
PC10 PC11 PC12 PC13 PC14 PC15 PB10 PB11 PB12 PB13 PB14 PB15 PB[0.15]
CLKO +3.3V 0.01UF 820PF 10NF EXTAL
DSP56824ADM User's Manual
RESET* MODA/IRQA* MODB/IRQB* +3.3V DSP56824BU70
PC0/MISO0 PC1/MOSI0 PC2/SCK0 PC3/SS0* PC4/MISO1 PC5/MISI1 PC6/SCK1 PC7/SS1* PC8/STD PC9/SRD PC10/STCK PC11/STFS PC12/SRCK PC13/SRFS PC14/TIO1 PC15/TIO2 RESET* MODA/IRQA* MODB/IRQB* PB10 PB11 PB12 PB13 PB14 PB15 CLOCKO SXFC EXTAL XTAL VDDPLL VSSPLL
Wireless Subscriber Division
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DSP56824
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Document Number
DSP56800.dsn Wednesday, April 1998
Rev.
Designer:
Development Tools
Sheet
MOTOROLA
RESET CIRCUIT
+3.3V POR* RESET MC34164 +3.3V JG15 HEADER RESET_IN* HEADER IRQA_IN* IRQB_IN* MODA/IRQA* MODB/IRQB*
MOTOROLA
U11A RESET* J_RESET* U11C U11B MODE SELECT MODA MODB +3.3V
+3.3V
RESET SWITCH
4.7UF
MODE SELECT
74HC157
0.1UF
SELECTION
HEADER
+3.3V
INPUT CLOCK SELECTION
CLK_OSC CLOCK_IN HEADER
0.01UF 10.000MHZ
EXTAL
Wireless Subscriber Division
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+3.3V
Austin, 78735-8598
DSP56824ADM User's Manual
Title Size
RESET/CLOK/MODES
(512)895-3230
FAX: (512)895-4556
MD:OE314
Document Number
DSP56800.dsn Wednesday, April 1998
Rev. Designer:
Development Tools
Sheet
PROGRAM MEMORY
DATA MEMORY
A[0.15] +3.3V 0.1UF 0.01UF +3.3V DCE* 0.1UF 0.01UF
D[0.15] A[0.15] D[0.15]
PCE*
NC22 NC23 NC28 NC22 NC23 NC28
+3.3V 323A PCE* DCE*
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
DEFAULT SETTING
HEADER HEADER DCE* PCE*
JG13 1-2,
P-MEM P-MEM P:0.$7FFF NVSRAM P:$8000.$ffff D-MEM X:0.$FFFF OPTION SETTING
DSP56824ADM User's Manual
1-2, JG13 USER
P-MEM P:0.$ffff NVSRAM DISABLE D-MEM X:0.$7FFF D-MEM X:8000.$FFFF
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BRD*
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Memory FSRAM
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BWR*
Size
Document Number
DSP56800.dsn Wednesday, April 1998
Rev.
Designer:
Development Tools
Sheet
MOTOROLA
BA[0.15] BA[0.15] BD[0.15]
A[0.15]
U16D NVSRAM_EN*
MOTOROLA
D[0.15]
BD[0.15]
BA10 BA11 BA12 BA13 BA14 0.01UF BWR* BRD* NVSRAM_EN*
A[0.15] STK11C88
BA[0.15]
BA[0.15] BD[0.15] BA14 BA13 BA12 BA11 BA10 BA15 BD15 BD14 BD13 BD12 BD11 BD10
OE1* OE2* OE3* OE4* FM4001 0.1UF 0.1UF
BD10 BD11 BD12 BD13 BD14 BD15
2245
BA10 BA11 BA12 BA13 BA14 NVSRAM_EN* STK11C88
BWR* BRD*
0.01UF
JG13 3.3V HEADER
Wireless Subscriber Division
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NVSRAM
ROM_DIS
DSP56824ADM User's Manual
Document Number
FAX: (512)895-4556
MD:OE314
DSP56800.dsn Wednesday, April 1998
Rev.
Designer:
Development Tools
Sheet
LOCAL DECOUPLING
+3.3V
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
+3.3V
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
+3.3V
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
0.01UF
PULL
+3.3V PC[0.15] PB[0.15] +3.3V PB13 PB11 +3.3V
PC[0.15]
PC15 PC14 PC13 PC12 PC11 PC10
RESET* TRST/DE* MODB/IRQB* MODA/IRQA*
PB15 PB14 MODA IRQA_IN* IRQB_IN* J_RESET* RESET_IN* RESNET16 RESNET16
MODB PB10 PB12
RESNET16
JG10 HEADER JG12 PB14 HEADER
DSP56824ADM User's Manual
LED2
PB15
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PULLUPS/DECOUPLING
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Document Number
DSP56800.dsn Wednesday, April 1998
Rev.
Designer:
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Sheet
MOTOROLA
LINEAR CODEC
0.1UF
LINE
TIFRST CLK_CODEC PDI* HEADER TITI+ 1.0UF MC145483 0.01UF +3.3VA JG11 68UF
MOTOROLA
HEADER +3.3VA +3.3VA JG17 HEADER
LINE
JG16 HEADER 0.1UF
35RAPC4BHN2
35RAPC4BHN2
1.0UF
POROFSR BCLKR BCLKT MCLK
PC[0.15] PC10 PC11 HEADER
Wireless Subscriber Division
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LINEAR CODEC
DSP56824ADM User's Manual
Document Number
FAX: (512)895-4556
MD:OE314
DSP56800.dsn Wednesday, April 1998
Rev.
Designer:
Development Tools
Sheet
+12V VCC_+12V HEADER
VCC_+5V
UNUSED GATES
74LCX32 74LCX32 74LCX00 74LCX00 74LCX04
U16A
U16C
U20E
EXPANSION CONNECTOR
A[0.15] VCC_+5V VCC_+5V +3.3V J_RESET* TRST/DE* HEADER TRST/DE* VCC_+12V VCC_+12V MODA/IRQA* MODB/IRQB*
EXPANSION CONNECTOR
PC[0.15] CLOCK_IN RESET*
JTAG CONNECTOR
PC15 PC14 PC13 PC12 PC11 PC10
D[0.15]
PB[0.15]
CLKO
TRST GOES WITH POR*
+3.3V
U11D POR* 7408 TRST TRST/DE*
MODA MODB RESET_IN* IRQA_IN* IRQB_IN* TRST/DE*
ROM_DIS
HEADER 35x2
PB15 PB14 PB13 PB12 PB11 PB10
HEADER 35x2
VOLTAGE REFERENCE
+3.3V
74LCX32
74LCX00 74LCX00 74LCX00 74LCX04 74LCX04
U16B
U20D
U20F
DSP56824ADM User's Manual
(512)895-3230 Title Size
Expansion Connectors
74LCX00
RECEPTACLE BOTTOM BERGSTICK
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Document Number Date:
DSP56800.dsn Wednesday, April 1998
Rev.
Designer:
Development Tools
Sheet
MOTOROLA
SERIAL SELECTION 1-3, 3-5,4-6 OPTION DEBUG MODE USER MODE
HEADER PB[0.15] +3.3V MCU_RST* U20A U20B MCU_IRQ* +3.3V C2GND CTSS MAX232 IRQ* RESET* OSC1 OSC2 PD2/MISO PD3/MOSI PD4/SCK
+3.3V
U20C
22PF
3.6864MHZ
MOTOROLA
MC68HC705 +3.3V CTSS TRST/DE* J_RESET*
PD0/RDI PD1/TDO
+3.3V
DB_9
22PF
Wireless Subscriber Division
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SERIAL INTERFACE
DSP56824ADM User's Manual
Document Number
FAX: (512)895-4556
MD:OE314
DSP56800.dsn Wednesday, April 1998
Rev.
Designer:
Development Tools
Sheet
A-10
POWER
HEADER
.33UF
220UF
+3.3V 0.33UF 47UF 0.33UF 47UF
MOTOROLA
POWER +3.3V
MC33269_33 FM4001 +12V_ISA JG14
POWER
POWER
MC33269_50
HSMG-C650
ANALOG POWER
+3.3VA 9-12V
INPUT PLUG ORIENTATION
+3.3V
.1UF
Wireless Subscriber Division
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POWER
DSP56824ADM User's Manual
Document Number
FAX: (512)895-4556
MD:OE314
DSP56800.dsn Wednesday, April 1998
Rev.
Designer:
Development Tools
Sheet
DSP56824ADM Schematics
A-11
DSP56824ADM Schematics
A-12
DSP56824ADM User's Manual
MOTOROLA
APPENDIX DSP56824ADM BILL MATERIALS
MOTOROLA
DSP56824ADM User's Manual
DSP56824ADM Bill Materials
ELECTRICAL PARTS LIST HARDWARE PARTS.
DSP56824ADM User's Manual
MOTOROLA
DSP56824ADM Bill Materials Electrical Parts List
ELECTRICAL PARTS LIST
Description Ref. Designators Integrated Circuits Vendor Part
DSP56824BU70 MC74LCX32DT MC34164D-3 MC74LCX00DT MC74HC157DT MCM6323ATS10 STK11C88-N25 MC74LCX08DT 531P-10MHZ MAX232CSE MC33269DT-3.3 MC145483DW MC33269DT-5.0 QS34X2245Q3 MC74LCX04DT
Motorola Motorola Motorola Motorola Motorola Motorola Simtek Motorola Maxim Motorola Motorola Motorola Quality Semiconductor Motorola
MOTOROLA
DSP56824ADM User's Manual
DSP56824ADM Bill Materials Electrical Parts List
Description
Ref. Designators Resistors
Vendor Part
R4-R6, R8-R12, R20, R24-R26, R28-R36 R13-R19 Resistor Networks
Venkel CR0805-10W-1500FT Venkel CR0805-10W-3000FT Venkel CR0805-10W-6010FT Venkel CR0805-10W-1001FT Venkel CR0805-10W-2001FT Venkel CR0805-10W-1002FT Venkel CR0805-10W-2002FT Venkel CR0805-10W-1005FT
RN1-RN3 Inductors
Bourns 2NSB16-TJ2-103
L1-L4 LEDs
Murata BL01RN1-A62
LED1, LED2 Diode
Hewlett-Packard HSMG-C650
FM4001
Central Semiconductor CMR1-02M
DSP56824ADM User's Manual
MOTOROLA
DSP56824ADM Bill Materials Electrical Parts List
Description
Ref. Designators Capacitors
Vendor Part
0.01 0.01 0.33
C52-C54, C10-C45, C55, C48-C51, C57,
Venkel C0805COG500-821JNE Venkel C0805X7R500-103KNE Venkel C1206X7R250-104KNE Venkel C1206X7R500-103KNE Venkel C1206X7R250-105KNE Panasonic ECEV1CA221P Venkel TA006TCM476KDR Venkel TA006TCM686KDR Venkel C1206X7R160-334KNE Venkel TA016TCM105KAR Venkel TA006TCM475KAR Venkel C1206COG500-220JNE
MOTOROLA
DSP56824ADM User's Manual
DSP56824ADM Bill Materials Hardware Parts
HARDWARE PARTS
Description Ref. Designator Jumpers Bergstick Bergstick Bergstick Bergstick Bergstick JG3, JG4, JG1, JG6, JG10, JG12, JG13, JG15, JG16, JG17 JG8, JG9, JG11 JG5, JG14 Test Points Bergstick TP1-TP4 Sockets 4-pin socket Connectors Audio Connector Connector Connector Connector 2.5mm Power Connector Connector Switches SPDT Momentary Miscellaneous Panasonic EVQ-QS205K Switch Craft 35RAPC4BHN2 Mouser 152-3409 Samtec FLE-135-01-G-DV Samtec TSW-1-7-08-S-D-RA Switch Craft RAPC-712 Samtec FW-35-05-L-D-410-175 R.N. ICA-043-CE5-30054 Samtec TSW-1-1-07-S-S Samtec TSW-1-3-07-S-D Samtec TSW-1-2-07-S-D Samtec TSW-1-2-07-S-S Samtec TSW-1-3-07-S-S Samtec TSW-1-4-07-S-D Vendor Part
Shunt Rubber Feet
SH1-SH22 RF1-RF4
Samtec SNT-100-BL-T Amaton 5186
DSP56824ADM User's Manual
MOTOROLA

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