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DSP56002FC40
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Motorola Semiconductor Products
DSP56002FC66
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Motorola Semiconductor Products
DSP56002-FC40
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DSP56002PV66
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Freescale Semiconductor
DSP56002PV66
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DSP56002FC40B1
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DSP56002FC40 INSTOCK
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DSP56002C66B1
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DSP56002 datasheet (41)

Part Manufacturer Description Type PDF
DSP56002 Freescale Semiconductor Conference Bridging in the Digital Telecommunications Environment Using the Motorola DSP56001/2 Original PDF
DSP56002 Freescale Semiconductor Digital Sine-Wave Synthesis Using the DSP56001/2 Original PDF
DSP56002 Motorola 24-BIT DIGITAL SIGNAL PROCESSOR Original PDF
DSP56002 Motorola Product Brief 24-bit Digital Signal Processor Original PDF
DSP56002 Motorola 24-bit Digital Signal Processor Original PDF
DSP56002ADMUM Freescale Semiconductor DSP56002ADM Users Manual Original PDF
DSP56002ADMUM Motorola DSP56002ADM Users Manual Original PDF
DSP56002CED37G Motorola DSP56002 Chip Errata for mask D37G Original PDF
DSP56002CED41G Motorola DSP56002 Chip Errata for mask D41G Original PDF
DSP56002CED44B Motorola DSP56002 Chip Errata for mask D44B Original PDF
DSP56002CED44G Motorola DSP56002 Chip Errata for mask D44G Original PDF
DSP56002CEE44B Motorola DSP56002CEE44B Original PDF
DSP56002CEF46E Motorola DSP56002CEF46E Original PDF
DSP56002CEF48M Motorola DSP56002CEF48M Original PDF
DSP56002CEF76J Motorola DSP56002CEF76J Original PDF
DSP56002CEF87L Motorola DSP56002CEF87L Original PDF
DSP56002CEMULTIMASKS Motorola DSP56002 Chip Errata for masks E46B-F46E-F76J-F48M-F87L Original PDF
DSP56002DS Freescale Semiconductor DSP56002 24- Bit Digital Signal Processor Data Sheet Original PDF
DSP56002DS Motorola DSP56002 24- Bit Digital Signal Processor Data Sheet Original PDF
DSP56002EVMP Motorola 24-Bit DSP56002 Evaluation Module Product Brief Original PDF

DSP56002 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1996 - DSP56002

Abstract: DSP56001 DSP56000 DSP56L002 dsp56002 boot DSP56002 instruction set DSP56KFAM DSP56001 users manual
Text: the DSP56001 to use the DSP56002. The differences fall into two major categories: changes which must , Hardware/Layout 1.1.1. Pinout The physical pinout of the DSP56001 is different from the DSP56002. , . This is due, in part, to the superior performance inherent in the design of the DSP56002. The user , generally run unmodified on the DSP56002. There are, however, certain differences which result from the DSP56002's enhanced functionality and increased level of performance. Users should consider the impact these


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PDF DSP56001-Based DSP56002 DSP56001 DSP56002. DSP56002 DSP56000 DSP56L002 dsp56002 boot DSP56002 instruction set DSP56KFAM DSP56001 users manual
n03n

Abstract: DSP56002 58af S-8675 S-7641 cn/A/U 237 BG S7504 TXC 40MHz oscillator Nippon capacitors SOC S8B
Text: introduces the pins associated with the DSP56002. It divides these pins into their functional groups and , Host processors, direct memory access (DMA) controllers, etc.) through port A to the DSP56002. These , indication of imminent external bus access by the DSP56002. It may also be used with the bus wait input WT to , MODULES AND OPERATING MODES of the DSP56002 User's Manual ( DSP56002UM /AD).) After the chip has left the , described in more detail in Section 6 of the DSP56002 User's Manual ( DSP56002UM /AD). Host Interface Pins


OCR Scan
PDF DSP56002/D DSP56002 24-Bit DSP56002 DSP56001 n03n 58af S-8675 S-7641 cn/A/U 237 BG S7504 TXC 40MHz oscillator Nippon capacitors SOC S8B
1999 - DSP56300

Abstract: AN1829 AN1830 DSP56000 DSP56002 DSP56303 DSP56002 instruction set
Text: migrating to the DSP56303 from the DSP56002. It saves you the time that would be required to determine what , but not on the DSP56002. Table 18. Move Instruction Added on the DSP56303 But Not on the DSP56002 , on the DSP56303 but not on the DSP56002. Table 19. Program Control Instructions Added/Enhanced on , the DSP56002 and the DSP56303 By Barbara Johnson The software differences between the DSP56002 and the DSP56303 must be considered when a system based on the DSP56002 is redesigned to use the


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PDF AN1829 DSP56002 DSP56303 DSP56303 DSP56303. AN1830, DSP56303, DSP56300 AN1829 AN1830 DSP56000 DSP56002 instruction set
1995 - L002

Abstract: BR928 DSP56002 fast fourier transforms object counter circuit 10 band graphic equalizer DSP96002 DSP56L002 DSP56156 DSP56002 DSP56001
Text: 's Manual Detailed description of memory, peripherals, and interfaces DSP56002UM /AD DSP56002 /L002 , Order this document by DSP56002 /D Rev. 2 MOTOROLA SEMICONDUCTOR TECHNICAL DATA DSP56002 DSP56L002 24-bit Digital Signal Processor The DSP56002 and the low voltage DSP56L002 are MPU-style , , and µ-law tables. The DSP56002 /L002 contains a Serial Communication Interface (SCI), Synchronous , DSP56002 /L002 a cost-effective, high-performance solution for high-precision general-purpose digital


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PDF DSP56002/D DSP56002 DSP56L002 24-bit DSP56002 DSP56L002 56000-Family-compatible DSP56002/L002 PB8-PB10 L002 BR928 DSP56002 fast fourier transforms object counter circuit 10 band graphic equalizer DSP96002 DSP56156 DSP56001
1999 - DSP5603

Abstract: DSP56002 DSP56300 DSP56303 PB12 Nippon capacitors DSP5600
Text: are migrating to the DSP56303 from the DSP56002. It saves you the time that would be required to , signal-pin compatible with future, higher-performance members of the DSP56300 family. DSP56002-based , data between the host processor and the DSP56002. The host address signals HA[2­0] provide the address , Registers (RSMA and RSMB) reside on the DSP56303 but not on the DSP56002. TSMA and TSMB are accessible as a , by Barbara Johnson The hardware differences between the DSP56002 and the DSP56303 must be


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PDF AN1830/D DSP56002 DSP56303 DSP56303. DSP56300 DSP563Listed: Office141 DSP5603 PB12 Nippon capacitors DSP5600
1995 - EB420

Abstract: DSP56001 users manual PB3102 DSP56000 DSP56001 DSP56002 DSP56L002 DSP56002 instruction set DSP56000 users manual
Text: DSP56001 to use the DSP56002. The differences fall into two major categories: changes which must be , Hardware/Layout 1.1.1. Pinout The physical pinout of the DSP56001 is different from the DSP56002. This , DSP56002. The user should evaluate the impact of these differences on a case-by-case basis. The DSP56002 , the DSP56001 will generally run unmodified on the DSP56002. There are, however, certain differences which result from the DSP56002's enhanced functionality and increased level of performance. Users should


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PDF EB420/D EB420 DSP56001-Based DSP56002 DSP56001 DSP56002 DSP56002. EB420 DSP56001 users manual PB3102 DSP56000 DSP56L002 DSP56002 instruction set DSP56000 users manual
2002 - DSP56303

Abstract: A161 P9818 RAS02 dsp56002 boot E1299 DSP56300 DSP56002 A171 c4137
Text: DSP56002-Based System Conversions Original DSP56002 Mode Equivalent DSP56303 Mode 0-Single chip mode , differences must be considered when a DSP56002-based system is redesigned to use the DSP56303. The , provided by the DSP56002. You can also leave the instruction cache disabled because the DSP56002 does not , Notes: 1. MOD[A­C] signals are the equivalent of M[A­C] in the DSP56002. 2. IRQC is not used on the DSP56002. After reset, pull this signal line up to ensure that no IRQC signal is generated, even as a


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PDF AN2277/D DSP56002 DSP56300 DSP56303 A161 P9818 RAS02 dsp56002 boot E1299 DSP56300 DSP56002 A171 c4137
1995 - DSP56002

Abstract: DSP56002UMAD DSP56000
Text: Order this document by DSP56002AD /D MOTOROLA SEMICONDUCTOR TECHNICAL DATA DSP56002 Addendum 80 MHz Timing Information for the DSP56002 This document, which contains preliminary timing and other electrical information for the 80 MHz version of the DSP56002 processor, is a supplement to the original document DSP56002 /D Rev. 2 Data Sheet DSP56002 24-bit Digital Signal Processor , 's Manual Detailed description of memory, peripherals, and interfaces DSP56002UM /AD DSP56002 /L002


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PDF DSP56002AD/D DSP56002 DSP56002 DSP56002/D 24-bit DSP56000 56000family DSP56002UMAD
DSP56002

Abstract: DSP56K Motorola DSP56k instruction set DSP56000 DSP56002UMAD 256X24
Text: instruction set # DSP56KFAMUM/AD DSP56002 User's Manual # DSP56002UM /AD Device Manual · , THE DSP56002 MOTOROLA For More Information On This Product, Go to: www.freescale.com 1-1 , 1-2 INTRODUCTION TO THE DSP56002 For More Information On This Product, Go to: www.freescale.com , DSP56002 24-bit digital signal processor, its memory and operating modes, and its peripheral modules. It is , central processing unit, programming models, and includes details of the instruction set. The DSP56002


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PDF DSP56002 DSP56K DSP560 24X24 5656-BIT 56-BIT DSP56002 256X24 Motorola DSP56k instruction set DSP56000 DSP56002UMAD 256X24
2002 - K1379

Abstract: A171 E1299 RAS22 DSP56303 DSP56300 DSP56002 AN2277 AN1830 AN1829
Text: DSP56002-based design to the respective signals on the DSP56303 SCI. Timer The DSP56002 provides a single , . Hardware and configuration differences must be considered when a DSP56002-based system is redesigned to , DSP56002. You can also leave the instruction cache disabled because the DSP56002 does not support it , ] signals are the equivalent of M[A­C] in the DSP56002. IRQC is not used on the DSP56002. After reset, pull , the MODD nor the IRQD function is used is the DSP56002. After reset, pull this signal line up to


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PDF AN2277 DSP56002 DSP56300 DSP56002 DSP56303 DSP56303 K1379 A171 E1299 RAS22 AN2277 AN1830 AN1829
1999 - DSP56300

Abstract: DSP56000 DSP56002 DSP56303
Text: DSP56002. It saves you the time that would be required to determine what these differences are , instruction that is available on the DSP56303 but not on the DSP56002. Table 18. Instruction LRA Move , available on the DSP56303 but not on the DSP56002. Table 19. Instruction Program Control Instructions , Software Differences Between the DSP56002 and the DSP56303 By Barbara Johnson The software differences between the DSP56002 and the DSP56303 must be considered when a system based on the DSP56002 is


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PDF AN1829/D DSP56002 DSP56303 DSP56303 DSP56303. AN1830/D, DSP56303, DSP56300 DSP56000
1995 - DSP56002

Abstract: DSP56K DSP56000 dsp56k port Motorola DSP56k instruction set 256X24
Text: instruction set # DSP56KFAMUM/AD DSP56002 User's Manual # DSP56002UM /AD Device Manual · , SECTION 1 INTRODUCTION TO THE DSP56002 MOTOROLA 1-1 SECTION CONTENTS 1.1 , 1-5 1-2 INTRODUCTION TO THE DSP56002 MOTOROLA INTRODUCTION 1.1 INTRODUCTION This manual describes the DSP56002 24-bit digital signal processor, its memory and operating modes, and its , set. The DSP56002 Technical Data Sheet ( DSP56002 /D) provides timing, pinout, and packaging


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PDF DSP56002 DSP56K DSP56002 24-bit b6X24 256X24 24X24 5656-BIT DSP56000 dsp56k port Motorola DSP56k instruction set 256X24
1999 - DSP56000

Abstract: DSP56002 DSP56300 DSP56303
Text: designers/programmers who are migrating to the DSP56303 from the DSP56002. It saves you the time that , Table 18 lists the move instruction that is available on the DSP56303 but not on the DSP56002. Table 18 , available on the DSP56303 but not on the DSP56002. Table 19. Instruction Program Control Instructions , Application Note Contents Software Differences Between the DSP56002 and the DSP56303 Introduction , The software differences between the DSP56002 and the DSP56303 must be considered when a system based


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PDF AN1829/D DSP56002 DSP56303 DSP56303 DSP56303. AN1830/D, DSP56303, DSP56000 DSP56300
DSP56002

Abstract: OMR DSP 00FF DSP56000
Text: complete explanation of the OMR and the DSP56002's operating modes and memory maps). Addresses are , defined) that controls the current operating mode of the processor. It is located in the DSP56002's , , together with MC, define the program memory maps and the operating mode of the DSP56002. On processor reset , not work correctly in the DSP56002. In the DSP56002 , the program would trigger a bootstrap from the , . . . . . . . . . . . . . . . 3-3 3.2 DSP56002 DATA AND PROGRAM MEMORY . . . . . . . . . . . .


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PDF DSP56002 OMR DSP 00FF DSP56000
2002 - K1379

Abstract: A171 AN1829 AN1830 AN2277 DSP56002 DSP56300 DSP56303 E1299
Text: DSP56002-based design to the respective signals on the DSP56303 SCI. Timer The DSP56002 provides a single , configuration differences must be considered when a DSP56002-based system is redesigned to use the DSP56303 , DSP56002. You can also leave the instruction cache disabled because the DSP56002 does not support it , ) Signal TQFP Package Pins MOD[A­C] signals are the equivalent of M[A­C] in the DSP56002. Because , not used on the DSP56002. After reset, pull this signal line up to ensure that no IRQC signal is


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PDF DSP56002 DSP56300 DSP56002 DSP56303 DSP56303 K1379 A171 AN1829 AN1830 AN2277 E1299
1995 - 00FF

Abstract: DSP56000 DSP56002
Text: and the DSP56002's operating modes and memory maps). Addresses are received from the program control , the processor. It is located in the DSP56002's Program Control Unit (described in Section 5 of the , , together with MC, define the program memory maps and the operating mode of the DSP56002. On processor reset , pull-up resistor on bit 23 of P:$C000) will not work correctly in the DSP56002. In the DSP56002 , the , MEMORY MODULES AND OPERATING MODES . . . . . . . . . . . . . . . . . . . 3-3 3.2 DSP56002 DATA AND


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PDF DSP56002 00FF DSP56000
1996 - DSP56001 users manual

Abstract: DSP56001 ADS56002 DSP56002 DSP56001RC DSP56000 users manual
Text: communicate with the emulating DSP56002. A command converter provides the control to the DSP56002 OnCE port , DSP56001 footprint. JG7 (2-3) 40mhz clock oscillator is default source to DSP56002. 1 1 , method for determining where to bootload from has been demultiplexed on the DSP56002. Also, the , DSP56002 to appear at the DSP56001 reset pin when the command converter is resetting the DSP56002. Tying , to the command converter for control of the DSP56002. Table 11-3 Pin # 1 Signal DSI/OS0 2


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PDF DSP56001 DSP56000/1 DSP56002ADS DSP56000T2 DSP56000ADS DSP56000EMULTRCABL 33MHZ NSH10DB-SR2-TG30 PGA132BH3S-TG30 PGA-088CH3SL-TG30 DSP56001 users manual ADS56002 DSP56002 DSP56001RC DSP56000 users manual
2002 - G1293

Abstract: A161 A171 DSP56002 DSP56300 DSP56303
Text: DSP56002-Based System Conversions Original DSP56002 Mode Equivalent DSP56303 Mode 0-Single chip mode , . Hardware and configuration differences must be considered when a DSP56002-based system is redesigned to , reason to do so, since the default sizes are much larger than those provided by the DSP56002. You can , RESET N5 44 TRST5 Notes: 1. MOD[A­C] signals are the equivalent of M[A­C] in the DSP56002. 2. IRQC is not used on the DSP56002. After reset, pull this signal line up to ensure that no IRQC


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PDF AN2277/D DSP56002 DSP56300 DSP56303 DSP56300 G1293 A161 A171 DSP56002
mc56002

Abstract: DSP56002 15C88 STK16CXX
Text: applications. The DSP56002's external memory space is divided into Data Memory and Program Memory. Data , Using SIMTEK nvSRAM with the Motorola DSP56002 Introduction The Motorola DSP56002 is a 24 bit , applications. When coupled with nonvolatile Simtek Static Random Access Memories (nvSRAM), the DSP56002 , nvSRAM), the DSP56002 becomes a complete processing engine capable of running at 40 Megahertz with no wait-states. The Simtek parts interface to the DSP56002 with no glue logic and offer full nonvolatility


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PDF DSP56002 DSP56002 STK12/15CXX STK11Cxx mc56002 15C88 STK16CXX
1994 - DSP56000 Family

Abstract: dsp56002 d ram memory ic MIPS 16-bit bus architecture DSP56000 DSP56L002 xab 303 dsp56002 a-law DSP56002UMAD
Text: document by DSP56002P /D DSP56002 DSP56L002 Product Brief Freescale Semiconductor, Inc. 24-bit Digital Signal Processor The DSP56002 and the DSP56L002 are MPU-style general purpose Digital Signal , 's Manual Detailed description of memory, peripherals, and interfaces DSP56002UM /AD DSP56002 /L002 , RAM, two independent data RAMs, and two data ROMs with sine and A-law and µ-law tables. The DSP56002 , . This combination of features, illustrated in Figure 1, makes the DSP56002 /L002 a cost-effective


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PDF DSP56002P/D DSP56002 DSP56L002 24-bit DSP56002 DSP56L002 56000-Family-compatible DSP56002/L002 DSP56000 Family d ram memory ic MIPS 16-bit bus architecture DSP56000 xab 303 dsp56002 a-law DSP56002UMAD
1994 - DSP56002

Abstract: DSP56000 DSP56L002 DSP56002UMAD
Text: Order this document by DSP56002P /D MOTOROLA SEMICONDUCTOR PRODUCT INFORMATION DSP56002 DSP56L002 Product Brief 24-bit Digital Signal Processor The DSP56002 and the DSP56L002 are MPU-style , , peripherals, and interfaces DSP56002UM /AD DSP56002 /L002 Data Sheet 2 Detailed description of the , A-law and µ-law tables. The DSP56002 /L002 contains a Serial Communication Interface (SCI), Synchronous , DSP56002 /L002 a cost-effective, high-performance solution for high-precision generalpurpose digital signal


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PDF DSP56002P/D DSP56002 DSP56L002 24-bit DSP56002 DSP56L002 56000-Family-compatible DSP56002/L002 DSP56000 DSP56002UMAD
1999 - AN1829

Abstract: AN1830 DSP56002 DSP56300 DSP56303 PB12 DSP5603
Text: reference for designers and programmers who are migrating to the DSP56303 from the DSP56002. It saves you , signal-pin compatible with future, higher-performance members of the DSP56300 family. DSP56002-based , processor and the DSP56002. The host address signals HA[2­0] provide the address selection for each host , DSP56303 but not on the DSP56002. TSMA and TSMB are accessible as a single 32-bit register with bits TS , the DSP56002 and the DSP56303 By Barbara Johnson The hardware differences between the DSP56002


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PDF AN1830 DSP56002 DSP56303 DSP56303 DSP56303. DSP56300 AN1829 AN1830 PB12 DSP5603
1996 - DSP56002PV40

Abstract: DSP56000 DSP56002 PB10 PB12 D2096 Nippon capacitors
Text: programming DSP56002UM /AD DSP56002 Technical Data DSP56002 features list and physical, electrical , by the DSP56002. It may also be used with the bus wait input WT to generate wait states. BS is , the host processor and the DSP56002. Output When configured as a Host Interface port, the , MOTOROLA Freescale Semiconductor, Inc. Order this document by: DSP56002 /D, Rev. 3 SEMICONDUCTOR TECHNICAL DATA DSP56002 24-BIT DIGITAL SIGNAL PROCESSOR Freescale Semiconductor, Inc


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PDF DSP56002/D, DSP56002 24-BIT DSP56002 DSP56000 DSP56002PV40 PB10 PB12 D2096 Nippon capacitors
1996 - DSP56000

Abstract: Nippon capacitors H418 pb535 DSP56002FC66 K3D5 PB12 PB10 DSP56002 LM 358
Text: , and register programming DSP56002UM /AD DSP56002 Technical Data DSP56002 features list and , early indication of imminent external bus access by the DSP56002. It may also be used with the bus wait , transfers data between or the host processor and the DSP56002. Output When configured as a Host , MOTOROLA Order this document by: DSP56002 /D, Rev. 3 SEMICONDUCTOR TECHNICAL DATA DSP56002 24-BIT DIGITAL SIGNAL PROCESSOR The DSP56002 is a MPU-style general purpose Digital Signal Processor


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PDF DSP56002/D, DSP56002 24-BIT DSP56002 DSP56000 Nippon capacitors H418 pb535 DSP56002FC66 K3D5 PB12 PB10 LM 358
1995 - DSP56002

Abstract: DSP56K MC68000 PB10 PB12
Text: INTRODUCTION This section introduces pins associated with the DSP56002. It divides the pins into their , , microprocessors, direct memory access (DMA) controllers, etc.) through port A to the DSP56002. They are , the state of the external bus access by the DSP56002. It may also be used with the bus wait input, WT , used to reset the DSP56002. When RESET is asserted, the DSP56002 is initialized and placed in the , another processor through Port B on the DSP56002. 2.2.5.1 Host Data Bus (H0­H7) This bidirectional data


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PDF DSP56002 DSP56002. DSP56K MC68000 PB10 PB12
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