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TMS320C51PQL-50 Texas Instruments 16-BIT, 100MHz, OTHER DSP, PQFP132, 20 X 20 X 3.80 MM, BUMPERED, QFP-132
TMS320C51PZL-40 Texas Instruments 16-BIT, 80MHz, OTHER DSP, PQFP100, 14 X 14 X 14 MM, QFP-132
TMS320C51PQL-40 Texas Instruments 16-BIT, 80MHz, OTHER DSP, PQFP132
TMS320C51PZL-28.6 Texas Instruments 16-BIT, 57.2MHz, OTHER DSP, PQFP100, 14 X 14 X 14 MM, QFP-132
TMS320C51PQL-28.6 Texas Instruments 16-BIT, 57.2MHz, OTHER DSP, PQFP132, 20 X 20 X 3.80 MM, BUMPERED, QFP-132
TMS320C51PZL-20 Texas Instruments 16-BIT, 40MHz, OTHER DSP, PQFP100, 14 X 14 X 14 MM, QFP-132
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TMS320C51PQ DSP Floating-Point 16bit 100MHz 50MIPS 132-Pin BQFP - Bulk (Alt: TMS320C51PQ)
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TMS320C51PQ100 DSP Floating-Point 16bit 100MHz 50MIPS 132-Pin BQFP - Bulk (Alt: TMS320C51PQ100)
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TMS320C51PQA57 DSP Floating-Point 16bit 57MHz 28.5MIPS 132-Pin BQFP - Bulk (Alt: TMS320C51PQA57)
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TMS320C51PA57
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TMS320C51PQ57
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TMS320C51 datasheet (87)

Part Manufacturer Description Type PDF
TMS320C51 Texas Instruments DIGITAL SIGNAL PROCESSORS Original PDF
TMS320C51-100 Texas Instruments Digital Signal Processors Original PDF
TMS320C511A Texas Instruments TMS320C511A Digital Signal Processor Original PDF
TMS320C51-57 Texas Instruments Digital Signal Processors Original PDF
TMS320C51-80 Texas Instruments Digital Signal Processors Original PDF
TMS320C51PJ100 Texas Instruments DIGITAL SIGNAL PROCESSOR Original PDF
TMS320C51PJ40 Texas Instruments DIGITAL SIGNAL PROCESSOR Original PDF
TMS320C51PJ57 Texas Instruments DIGITAL SIGNAL PROCESSOR Original PDF
TMS320C51PJ80 Texas Instruments DIGITAL SIGNAL PROCESSOR Original PDF
TMS320C51PQ Texas Instruments TMS320C51 - Digital Signal Processors 132-BQFP Original PDF
TMS320C51PQ Texas Instruments Digital Signal Processors 132-BQFP Original PDF
TMS320C51PQ Texas Instruments 16-Bit digital signal processor, data RAM=544 words, data+prog=512 words, ROM=8K, 5.0V Original PDF
TMS320C51PQ100 Texas Instruments TMS320C51 - Digital Signal Processors 132-BQFP Original PDF
TMS320C51PQ100 Texas Instruments DIGITAL SIGNAL PROCESSOR Original PDF
TMS320C51PQ100 Texas Instruments Digital Signal Processors 132-BQFP Original PDF
TMS320C51PQ100 Texas Instruments 16-Bit digital signal processor, data RAM=544 words, data+prog=512 words, ROM=8K, 5.0V, 100 MHz Original PDF
TMS320C51PQ-100 Texas Instruments DIGITAL SIGNAL PROCESSOR Original PDF
TMS320C51PQ40 Texas Instruments DIGITAL SIGNAL PROCESSOR Original PDF
TMS320C51PQ40 Texas Instruments 16-Bit digital signal processor, data RAM=544 words, data+prog=512 words, ROM=8K, 5.0V, 40 MHz Original PDF
TMS320C51PQ-40 Texas Instruments DIGITAL SIGNAL PROCESSOR Original PDF

TMS320C51 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1997 - TMS320C51

Abstract: No abstract text available
Text: TMS320 DSP DESIGNER'S NOTEBOOK IDLE2 Instruction on a TMS320C51 When Using a Divide-by-One , . 8 IDLE2 Instruction on a TMS320C51 When Using a Divide-by-One Clock Option Abstract This document describes how the TMS320C51 behaves when an IDLE2 instruction is executed while the device is in , Instruction on a TMS320C51 When Using a Divide-by-One Clock Option 7 Design Problem How does the 'C51 , PLL will start hunting for a clock source to lock on. IDLE2 Instruction on a TMS320C51 When Using


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PDF TMS320 TMS320C51 SPRA273
instruction set tms320c50

Abstract: TMS320C50 TMS320C51 VSS11
Text: 1K RAM cell on the TMS320C51. They become inputs while HOLDA is active low if the BR pin is , TMS320C51. Note: All pins which operate only as inputs have internal pull-ups to Vqq. The TRST signal has a , on the TMS320C50 or the 1K RAM cell on the TMS320C51. While HOLDA is active low, BR is externally , TMS320C51. ÌAQ 1 o/z Instruction Acquisition signal. This signal is asserted (active low) when there is an , in external DMA access of the 9K RAM cell on the TMS320C50 or the 1K RAM cell on the TMS320C51. While


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PDF TMS320C50 TMS320C51 132-pin TMS320C5x instruction set tms320c50 VSS11
instruction set of TMS320C5x

Abstract: architecture of TMS320C5x TMS320C5X addressing modes tms320c5x on chip peripherals instruction set tms320c50 tms320c5x instruction set addressing modes of TMS320C50 TMS320C5x architecture TMS320c25 use ds-88
Text: address changes should be considered in a migration from the TMS320C25 to the TMS320C50 or TMS320C51. C , TMS320 processor families. Note that the TMS320C50 and TMS320C51 have the same features with the , Figure C-1 and Figure C-2, respectively. The TMS320C50 and TMS320C51 are packaged in a 132-pin Quad Flat , RAM block. Both the TMS320C50 and TMS320C51 have 2K x 16 words of on-chip data RAM as opposed to the , Manufacturer Memory Map The TMS320C51 has 8K x 16 words of on-chip ROM in program memory space. This compares


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PDF TMS320C5X TMS320C25 TMS320 TMS320C50 TMS320C51 andTMS320C51 instruction set of TMS320C5x architecture of TMS320C5x TMS320C5X addressing modes tms320c5x on chip peripherals instruction set tms320c50 tms320c5x instruction set addressing modes of TMS320C50 TMS320C5x architecture use ds-88
1996 - TPC1280

Abstract: A320 C51A TMS320 TMS320C51 shiva TCP1280 PCA0-25 SPRU069
Text: the memory bus from the TMS320C51. HOLDA is used by the TMS320C51 to grant the use of the memory bus , , host accesses are not allowed until HOLDA is asserted by the TMS320C51. In standard mode, HOLDA has no , Instruments TMS320C51 DSP in 100-pin TQFP which is a fixed-point 16-bit device running in this design at a , HOLDA R/W, P5, D5, IS, BR MP/MC CD2 C51A(0­15) TMS320C51 ­ 80 CLKR/TCLKR CLKX/TCLKX DR , ( TMS320C51 inactive i.e., RS = 0 and no clocks are going to the DSP). DSP control logic on the FPGA holds


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PDF TMS320 SPRA052 TMS320DSP TMS320C5x SPRU056) TMS320C3x SPRU031) SPRU069) TPC1280 A320 C51A TMS320C51 shiva TCP1280 PCA0-25 SPRU069
1996 - SPRA052

Abstract: TMS320C51 SPRU069 TCP1280 MIP 320 f FPGA PCMCIA TMS320 C51A A320 tpc1280
Text: the memory bus from the TMS320C51. HOLDA is used by the TMS320C51 to grant the use of the memory bus , , host accesses are not allowed until HOLDA is asserted by the TMS320C51. In standard mode, HOLDA has no , Instruments TMS320C51 DSP in 100-pin TQFP which is a fixed-point 16-bit device running in this design at a , HOLDA R/W, P5, D5, IS, BR MP/MC CD2 C51A(0­15) TMS320C51 ­ 80 CLKR/TCLKR CLKX/TCLKX DR , ( TMS320C51 inactive i.e., RS = 0 and no clocks are going to the DSP). DSP control logic on the FPGA holds


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PDF TMS320 SPRA052 TMS320 SPRA052 TMS320C51 SPRU069 TCP1280 MIP 320 f FPGA PCMCIA C51A A320 tpc1280
1997 - instruction set of TMS320C50 DSP PROCESSOR

Abstract: instruction set tms320c50 TMS320C26 tms320c2x TMS320C50 tms320c50 application TMS320C50 specifications TLC32046 TMS320
Text: ' TMS320C2x and TMS320C5x Evaluation Modules (EVMs) come with TMS320C26/ TMS320C51 DSPs interfaced by the , /TMS320C5x fixed-point EVM. Lengthy code listings for the TMS320C26/ TMS320C51 are included. TMS320C2x/C5x , come with TMS320C26/ TMS320C51 DSPs interfaced by the serial port to a TLC32046 Wide-Band Analog , communications to the AIC. There is a latency of approximately 10/17 instruction cycles (TMS320C26/ TMS320C51


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PDF TMS320 TMS320C2x/C5x SPRA221 instruction set of TMS320C50 DSP PROCESSOR instruction set tms320c50 TMS320C26 tms320c2x TMS320C50 tms320c50 application TMS320C50 specifications TLC32046
1996 - TPC1280

Abstract: TCP1280 S16WP 1m x 8 sram using 1m x 8 srama TMS320C5x dsp block diagram 32M Nonvolatile SRAM C51A A320 TMS320C51 SPRU069
Text: the memory bus from the TMS320C51. HOLDA is used by the TMS320C51 to grant the use of the memory bus , , host accesses are not allowed until HOLDA is asserted by the TMS320C51. In standard mode, HOLDA has no , Instruments TMS320C51 DSP in 100-pin TQFP which is a fixed-point 16-bit device running in this design at a , READY HOLD HOLDA R/W, P5, D5, IS, BR MP/MC CD2 C51A(0­15) TMS320C51 ­ 80 CLKR/TCLKR , ( TMS320C51 inactive i.e., RS = 0 and no clocks are going to the DSP). DSP control logic on the FPGA holds


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PDF TMS320 SPRA052 TMS320 TMS320DSP TMS320C5x SPRU056) TMS320C3x SPRU031) TPC1280 TCP1280 S16WP 1m x 8 sram using 1m x 8 srama TMS320C5x dsp block diagram 32M Nonvolatile SRAM C51A A320 TMS320C51 SPRU069
1996 - SPRU069

Abstract: A320 C51A TMS320 TMS320C51 Voice Activated Switch FPGA PCMCIA S16WP
Text: the memory bus from the TMS320C51. HOLDA is used by the TMS320C51 to grant the use of the memory bus , , host accesses are not allowed until HOLDA is asserted by the TMS320C51. In standard mode, HOLDA has no , Instruments TMS320C51 DSP in 100-pin TQFP which is a fixed-point 16-bit device running in this design at a , HOLDA R/W, P5, D5, IS, BR MP/MC CD2 C51A(0­15) TMS320C51 ­ 80 CLKR/TCLKR CLKX/TCLKX DR , ( TMS320C51 inactive i.e., RS = 0 and no clocks are going to the DSP). DSP control logic on the FPGA holds


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PDF TMS320 SPRA052 TMS320DSP TMS320C5x SPRU056) TMS320C3x SPRU031) SPRU069) SPRU069 A320 C51A TMS320C51 Voice Activated Switch FPGA PCMCIA S16WP
1996 - Architecture of TMS320C4X FLOATING POINT PROCESSOR

Abstract: Architecture and features of TMS320C54X Architecture of TMS320C4X FLOATING POINT PROCESS TMS320C4X FLOATING POINT PROCESSOR dsp processor Architecture of TMS320C5X c code for interpolation and decimation filter tms320c54x floating point processor dsp processor Architecture of TMS320C54X TMS320C51 Architecture of TMS320C54X
Text: Benefits · · · · · Texas Instruments TMS320C51 processor (50-MIPS peak performance, 16 , the ISA bus. The board features a Texas Instruments TMS320C51 processor, 128 kwords of RAM, and a


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PDF HP700 RS/6000 TMS320C1x, TMS320C2x, TMS320C2xx, TMS320C3x, TMS320C4x, TMS320C5x, TMS320C54x 16-bit Architecture of TMS320C4X FLOATING POINT PROCESSOR Architecture and features of TMS320C54X Architecture of TMS320C4X FLOATING POINT PROCESS TMS320C4X FLOATING POINT PROCESSOR dsp processor Architecture of TMS320C5X c code for interpolation and decimation filter tms320c54x floating point processor dsp processor Architecture of TMS320C54X TMS320C51 Architecture of TMS320C54X
1996 - source code for echo cancellation using tms320c5x

Abstract: TMS320C5x for echo cancellation 74ALS163 TMS320C25 echo 29C16 McCoy TMS320 SPRA142 TMS320C25 TMS320C51
Text: program. Conclusion This implementation of a single-channel voice echo canceler on a TMS320C51 , a TMS32020. Coding the same algorithm on a TMS320C51 shows that the resulting performance , Interface for the TMS320C51 SWDS 5V ­5 V R1 75 W T1 NMI8842 7 C1 2.2 uF R2 75 W , Generator DNA Enterprises. Inc. Dual-Telephone Interface for the TMS320C51 SWDS Dual primary


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PDF TMS320C5x SPRA142 source code for echo cancellation using tms320c5x TMS320C5x for echo cancellation 74ALS163 TMS320C25 echo 29C16 McCoy TMS320 SPRA142 TMS320C25 TMS320C51
1996 - FIR FILTER implementation in c language

Abstract: source code for echo cancellation using tms320c5x TMS320C5x for echo cancellation TMS320C25 echo Echo canceler dsp based echo cancellation architecture of TMS320C5X McCoy NMI8842 74ALS164
Text: program. Conclusion This implementation of a single-channel voice echo canceler on a TMS320C51 , a TMS32020. Coding the same algorithm on a TMS320C51 shows that the resulting performance , Interface for the TMS320C51 SWDS 5V ­5 V R1 75 W T1 NMI8842 C1 2.2 uF R2 75 W 7 , Generator DNA Enterprises. Inc. Dual-Telephone Interface for the TMS320C51 SWDS Dual primary


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PDF TMS320C5x SPRA142 TMS320C51 FIR FILTER implementation in c language source code for echo cancellation using tms320c5x TMS320C5x for echo cancellation TMS320C25 echo Echo canceler dsp based echo cancellation architecture of TMS320C5X McCoy NMI8842 74ALS164
1996 - Data Acquisition

Abstract: TMS320C32 TMS320C25 TMS320C25-50 TMS320C31 TMS320C50 TMS320C51
Text: : Platforms Supported: Devices Supported: Model 5000 PC TMS320C50, TMS320C51 Features and Benefits


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PDF TMS320C25 50-MHz TMS320C25-50 384-kBytes Board/PC/104 PC/104 TMS320C32 TMS320C32 Data Acquisition TMS320C25 TMS320C31 TMS320C50 TMS320C51
1996 - TMS320

Abstract: TMS320C51
Text: Number 77 TMS320 DSP DESIGNER'S NOTEBOOK IDLE2 Instruction on a TMS320C51 When Using a Divide-by-One Clock Option Contributed by Ramesh Iyer Design Problem Solution How does the 'C51 behave when an IDLE2 instruction is executed while the device is in the divide-by-one clock mode? When is the mimimum power consumption? Execution of the IDLE2 instruction causes a complete shutdown of the core CPU and the on-chip peripherals. The IDLE2 mode is exited by an unmasked interrupt or if an external


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PDF TMS320 TMS320C51
1996 - Mountain-510

Abstract: White Mountain DSP TMS320C32 TMS320C54X features TMS320C5x dsp processor TMS320C4X XDS510 TMS320C51 TMS320C40 TMS320C30
Text: TMS320C5x Features and Benefits · · · · · Two 57-MHz TMS320C51 DSPs on-card for evaluation of , -50 incorporates two 57-MHz TMS320C51 DSPs, a full complement of memory, plus daughterboard I/O capability. The


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PDF TMS320C2xx, TMS320C3x, TMS320C4x, TMS320C5x, TMS320C54x, TMS320C8x TMS320C5x Slalom-50 57-MHz TMS320C51 Mountain-510 White Mountain DSP TMS320C32 TMS320C54X features TMS320C5x dsp processor TMS320C4X XDS510 TMS320C40 TMS320C30
1996 - tms320cxx architecture

Abstract: sample project of TMS320C50 pwm program code for assembly language dc motor control with parallel port interface visual basic step by step tms320cXX Digital Visual Interfaces TMS320C2XX C Language Tools architecture of TMS320C50 applications TMS320C52 EVM320C5X
Text: : Devices Supported: EVM320C5X IBM PCs/compatibles, laptops, notebooks TMS320C50, TMS320C51 , TMS320C50 or TMS320C51 DSPs. The module delivers 40 MIPS of performance. The 96-pin DIN connector provides


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PDF EVM320C5X tms320cxx architecture sample project of TMS320C50 pwm program code for assembly language dc motor control with parallel port interface visual basic step by step tms320cXX Digital Visual Interfaces TMS320C2XX C Language Tools architecture of TMS320C50 applications TMS320C52 EVM320C5X
1996 - TQFP 100 PACKAGE footprint

Abstract: TMS320 TMS320C51 TMS320C53 single bus master CPU DSP
Text: internal memory. The TMS320C51 and TMS320C53 are offered in a 132-pin quad-flat package (PQ package) and a


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PDF TMS320 TMS320C5x 132-pin 100-pin TQFP 100 PACKAGE footprint TMS320C51 TMS320C53 single bus master CPU DSP
1997 - TQFP 100 PACKAGE footprint

Abstract: TMS320 TMS320C51 TMS320C53
Text: another processor to read and write to its internal memory. The TMS320C51 and TMS320C53 are offered in a


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PDF TMS320 TMS320C5x SPRA237 TQFP 100 PACKAGE footprint TMS320C51 TMS320C53
1996 - geiger counter

Abstract: TMS320 TMS320C51 random event generator rand16
Text: : October 1993 ; Application: Random Seeks for Hard Disk Drive ; Target DSP: TMS320C51 ; ; Usage


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PDF TMS320 TMS320C5x TMS320C5x? geiger counter TMS320C51 random event generator rand16
80386SL

Abstract: No abstract text available
Text: DSP56002f, 561002. 68HC16, Texas Inst. TMS320C31, TMS320C51 , Intel 80960MC, Intel 82353, Intel 80386SL


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PDF
1996 - TMS320

Abstract: TMS320C51
Text: bus. This is shown below: TMS320C51 Other Device with Arbitration Logic OTHER_CS SRAM (WE


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PDF TMS320 TMS320C5x sub-64K TMS320C51
1996 - TMS320

Abstract: TMS320C51 instruction set of TMS320C5x tms320 designers notebook c3x
Text: the bus. This is shown below: PAL/FPGA/ASIC (optional) TMS320C51 OTHER_CS SRAM (WE


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PDF TMS320 TMS320C5x sub-64K TMS320C51 instruction set of TMS320C5x tms320 designers notebook c3x
1996 - TMS320

Abstract: TMS320C51
Text: (optional) TMS320C51 OTHER_CS SRAM (WE Controlled) STRB R/W CS2 CS1 WE OE Figure 1. C5x no


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PDF TMS320 TMS320C5x sub-64K TMS320C51
d431000agw

Abstract: D75304GF AIC6360Q Actel a1280 intel 80386dx HG62G027 AIC-6360Q CL-SH260 L1A9349 aic-6360
Text: Texas Instrument TMS320C31, three units for 16 or 24 channels. TMS320C51 , AMD AM386DE 885-6004. Model


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PDF ABT16244, ACT16245 FCT16223, FCT162511 d431000agw D75304GF AIC6360Q Actel a1280 intel 80386dx HG62G027 AIC-6360Q CL-SH260 L1A9349 aic-6360
1997 - instruction set of TMS320C5x

Abstract: TMS320C5x TMS320C5x dsp TMS320 TMS320C51 TMS320C52 tms320c5x user guide
Text: . Figure 1 shows a 25-ns TMS320C51 device that uses a 40-MHz oscillator. The CLKMD pins may be changed


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PDF TMS320 TMS320C5x SPRA243 25-ns TMS320C51 instruction set of TMS320C5x TMS320C5x dsp TMS320C52 tms320c5x user guide
1997 - geiger counter

Abstract: DSP TMS320C51 TMS320 TMS320C51 random event generator "random number"
Text: ; Application: Random Seeks for Hard Disk Drive ; Target DSP: TMS320C51 ; Random Number Generation on a


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PDF TMS320 TMS320C5x SPRA239 geiger counter DSP TMS320C51 TMS320C51 random event generator "random number"
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