8051s
Abstract: digital clock using 8051 8051 example programs FIR filter CODE FOR 8051 c AN501 pcb 8051 data acquisition 8051 microcontrollers 8051 microcontrollers VRS51L2070 asm 8051
Contextual Info: VRS51L2070/3074 AN501 – Benefits of an Arithmetic Unit in FIR Filtering Rev 1.0 Benefits of a Hardware Arithmetic Unit in FIR Filtering DSP performance comparison between standard 8051 MCU and Ramtron’s fast and flexible Versa 8051s This application note offers a performance comparison
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VRS51L2070/3074
AN501
8051s
VRS51L2070/3074
8051-based
8051s.
8051s
digital clock using 8051
8051 example programs
FIR filter CODE FOR 8051 c
AN501
pcb 8051
data acquisition 8051 microcontrollers
8051 microcontrollers
VRS51L2070
asm 8051
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DSP56800
Abstract: DSP56824 DSP56LF812
Contextual Info: Advance Information TECHNICAL BULLETIN DSP56800 Family Digital Signal Processors Comparison of Features March 16, 1998 This short Technical Bulletin summarizes the differences in features for the current members of the DSP56800 family of Digital Signal Processors DSPs as of the date of publication. Complete information
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DSP56800
DSP56800FM/AD)
DSP56L811
DSP56L811
DSP56L811/D)
DSP56L811UM/AD)
DSP56824
DSP56LF812
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TMS320C55X
Abstract: SPRU190 SPRU317 sc 6202 TMS320C55 C6000 TMS320C5000 TMS320C6000 TMS320C6201 TMS320C6202
Contextual Info: Application Report SPRA733 – March 2001 Comparison of the TMS320C55x DSP EMIF and the TMS320C6000 DSP EMIF Bill Winderweedle TMS320C5000 Hardware Applications ABSTRACT This document compares the features of the TMS320C55x DSP external memory interface
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SPRA733
TMS320C55x
TMS320C6000
TMS320C5000
SPRU317)
TMS320C6000
SPRU190)
SPRU190
SPRU317
sc 6202
TMS320C55
C6000
TMS320C6201
TMS320C6202
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E1 PCM encoder
Abstract: E1 PCM CODEC Combo Driver GSM intercom circuit diagram TLC320* modem* v.90 TCM37C14A TCM29C14A abstract for speaker to microphone converter TLC320AD535 TLV320AD543
Contextual Info: Application Report SLAA088 - December 1999 Comparison of TI Voice-Band CODECs for Telephony Applications Sandi Rodgers Data Communications Products, Mixed Signal DSP Solutions ABSTRACT This application report describes the different types of voice-band CODECs for telephony
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SLAA088
E1 PCM encoder
E1 PCM CODEC
Combo Driver
GSM intercom circuit diagram
TLC320* modem* v.90
TCM37C14A
TCM29C14A
abstract for speaker to microphone converter
TLC320AD535
TLV320AD543
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TDA 2010
Abstract: rxb3 CSL 8126 AN2781 MSC7116 MSC8101 SC140 DL-500
Contextual Info: Freescale Semiconductor Application Note A Comparison of StarCore DSP Ethernet Controllers MSC711x Family, MSC8101/MSC8103, and MSC8122/MSC8126 by Marcus Ramirez This document compares the Ethernet controllers of Freescale DSP devices based on StarCore™ technology. Specifically, it
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MSC711x
MSC8101/MSC8103,
MSC8122/MSC8126
MSC7113/MSC7116
MSC8101/MSC8103
MSC810x
MSC8122/MSC8126
MSC812x
TDA 2010
rxb3
CSL 8126
AN2781
MSC7116
MSC8101
SC140
DL-500
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DL128
Abstract: DL174 best microcontroller with ethernet AN2781 MSC8101 MSC8103 SC140 RISC semaphore rxb3 dl1500
Contextual Info: Freescale Semiconductor Application Note AN2781 Rev. 1, 7/2004 A Comparison of StarCore DSP Ethernet Controllers MSC711x Family, MSC8101/MSC8103, and MSC8122/MSC8126 by Marcus Ramirez This document compares the Ethernet controllers of Freescale DSP devices based on StarCore™ technology. Specifically, it
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AN2781
MSC711x
MSC8101/MSC8103,
MSC8122/MSC8126
MSC7113/MSC7116
MSC8101/MSC8103
MSC810x
MSC8122/MSC8126
MSC812x
DL128
DL174
best microcontroller with ethernet
AN2781
MSC8101
MSC8103
SC140
RISC semaphore
rxb3
dl1500
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555 for boost converter
Abstract: circuit diagram of mosfet buck boost Basic Calculation of a Boost Converters Power Stage 555 for dc dc boost converter TMS320VC541 594D CDR63 TMS320VC5410 TPS61016 TPS61016DGS
Contextual Info: Power Management Texas Instruments Incorporated Comparison of different power supplies for portable DSP solutions working from a single-cell battery By Juergen Neuhaeusler Power Management Systems Engineer Introduction There are different ways to approach today´s requirements
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SLYT152
555 for boost converter
circuit diagram of mosfet buck boost
Basic Calculation of a Boost Converters Power Stage
555 for dc dc boost converter
TMS320VC541
594D
CDR63
TMS320VC5410
TPS61016
TPS61016DGS
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i.MX233
Abstract: OSC24M iMX25 AN3885 china usb player for tv circuit diagram source code in c for interfacing of DDr2 SDRAM with iMX 25 NAND Flash Controller Interface NFC MLC nand flashes efuse ROM movinand datasheet
Contextual Info: Freescale Semiconductor Application Note Document Number: AN3885 Rev. 2, 09/2009 Key Architectural Differences Between the i.MX233 and i.MX25 by Multimedia Applications Division Freescale Semiconductor, Inc. Austin, TX This application note provides a comparison of the key
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AN3885
MX233
32-bit
i.MX233
OSC24M
iMX25
AN3885
china usb player for tv circuit diagram
source code in c for interfacing of DDr2 SDRAM with iMX 25
NAND Flash Controller Interface NFC
MLC nand flashes
efuse ROM
movinand datasheet
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Seminar
Abstract: "network interface cards"
Contextual Info: Freescale Semiconductor, Inc. Network Processors: A Definition and Comparison A growing class of communications silicon, the Network Processor, promises to revolutionize how networking vendors architect, develop, and support their products. Network Processors deliver dramatic improvements in time-to-market, product lifetime,
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CP00WP201
Seminar
"network interface cards"
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SYM53C710
Abstract: SYM53C700
Contextual Info: System Engineering Notes No. 829 SYM53C700 Family Rev 2.1, May 1997 SYM53C700 AND SYM53C710 COMPARISON Introduction This engineering note compares the SYM53C710 with the SYM53C700. There are four categories of SYM53C710 differences: register, host bus interface, SCRIPTS Instruction, and SCSI bus. The
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SYM53C700
SYM53C710
SYM53C700.
SYM53C700
SYM53C710
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blocks in memory organization
Abstract: ADSP-21060 reference manual for registers initial 8kx16bit ADSP-21060 reference manual fast page mode dram controller harvard architecture block diagram ADSP-2100 ADSP-21000 ADSP-21060 ADSP-21061
Contextual Info: Memory 5.1 5 OVERVIEW ADSP-2106x processors contain a large dual-ported memory for onchip program and data storage. On these processors, the two memory blocks are named Block 0 and Block 1. A comparison of on-chip memory SRAM available on ADSP-2106x processors is as follows:
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ADSP-2106x
48-bit
32-bit
16-bit
ADSP-21060
ADSP-21062
ADSP-21061
blocks in memory organization
ADSP-21060 reference manual for registers initial
8kx16bit
ADSP-21060 reference manual
fast page mode dram controller
harvard architecture block diagram
ADSP-2100
ADSP-21000
ADSP-21060
ADSP-21061
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dsp processor Architecture of TMS320C5X
Abstract: "analog devices" adsp 2181 and application notes "analog devices" adsp 2181 and byte DMA architecture of TMS320C53 tms320c5x on chip peripherals DSP56000UM gsm modem interfacing with dsp processor ADSP-2181 TMS320C53-Based architecture of TMS320C50
Contextual Info: a ONE TECHNOLOGY WAY AN-400 APPLICATION NOTE • P.O. BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 Considerations for Selecting a DSP Processor—Why Buy the ADSP-2181? The Analog Devices ADSP-2181 vs. Texas Instruments & Motorola Fixed-Point DSPs
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AN-400
ADSP-2181?
ADSP-2181
ADSP-2181,
TMS320C5x,
DSP56000
ADSP-2171/81
DSP56000/DSP56001
dsp processor Architecture of TMS320C5X
"analog devices" adsp 2181 and application notes
"analog devices" adsp 2181 and byte DMA
architecture of TMS320C53
tms320c5x on chip peripherals
DSP56000UM
gsm modem interfacing with dsp processor
TMS320C53-Based
architecture of TMS320C50
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tms320c3x user manual
Abstract: addressing modes of dsp processors dsp 32 c processor TMS320c3x ADSP-21061 ADSP-21061L ADSP-21065L TMS320C31 TMS320C32 interrupt Assembly sharc
Contextual Info: Analog Devices ADSP-21065L and ADSP-21061L SHARC DSPs Vs. TI TMS320C3x Rich, powerful instruction sets, floating-point precision, and high-speed execution make floating-point Digital Signal Processing (DSPs) a popular choice for designers of computational
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ADSP-21065L
ADSP-21061L
TMS320C3x
family-ADSP21065L
ADSP-21061L-to
TMS320C3x
ADSP-21061L
32-bit
ADSP21065L
tms320c3x user manual
addressing modes of dsp processors
dsp 32 c processor
ADSP-21061
TMS320C31
TMS320C32
interrupt Assembly sharc
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BT.1120 converter
Abstract: dm6467 TSIF hdvicp dm6467 bga 529 Hpi 27mhz remote control transmitter DM6467-VDCE TMS32064x edma3 for tms32064x DM6446 DM6467
Contextual Info: Application Report SPRAAZ3 – November 2008 TMS320DM6446 to TMS320DM6467 Migration DSPS Applications. ABSTRACT This document describes considerations for migration from Texas Instruments
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TMS320DM6446
TMS320DM6467
TMS320DM6467
TMS20C64x
ARM926EJ-S
BT.1120 converter
dm6467 TSIF
hdvicp dm6467
bga 529
Hpi 27mhz remote control transmitter
DM6467-VDCE
TMS32064x
edma3 for tms32064x
DM6446
DM6467
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PAGE34
Abstract: MPDRX001S
Contextual Info: Murata’s High-Speed DC/DC Converter Tames Fast Load Transient D ata communication equipment and intelligent household electric appliances use numerous data processing ICs such as digital signal processors DSPs , field programmable gate arrays (FPGAs), and microprocessors. These ICs require low operating voltage (1.0 to 1.5V) and increased
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MPDRX001S
PAGE34
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8-port GbE PHY
Abstract: 80KSW0003
Contextual Info: 8-Port Serial RapidIO Switch Device Overview ◆ The CPS-8, device number 80KSW0003, is a serial RapidIO switch whose functionality is central to routing packets for distribution among DSPs, processors, FPGAs, other switches, or any other sRIO-based devices. It may also be used in
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80KSW0003,
125Gbps,
25Gbps
8-port GbE PHY
80KSW0003
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RapidIO
Abstract: 80KSW0005 CPS-10Q PCIe 4X simple switch block diagram PCIE bridge Serial RapidIO SRIO cpri
Contextual Info: Serial RapidIO 10 4x Port Switch Product Brief 80KSW0005 1 Device Overview The CPS-10Q, device number 80KSW0005, is a serial RapidIO switch whose functionality is central to routing packets for distribution among DSPs, processors, FPGAs, other switches, or any other sRIO-based devices. It may
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80KSW0005
CPS-10Q,
80KSW0005,
CPS-10Q
125Gbps,
25Gbps
80KSW0005
RapidIO
PCIe 4X
simple switch block diagram
PCIE bridge
Serial RapidIO
SRIO
cpri
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IDT80KSW0004
Abstract: PCIE SWITCH IDT SRIO 80KSW0004
Contextual Info: 12-Port Serial RapidIO Switch Device Overview ◆ The CPS-12, device number IDT80KSW0004, is a serial RapidIO switch whose functionality is central to routing packets for distribution among DSPs, processors, FPGAs, other switches, or any other sRIO-based devices. It may also be
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12-Port
CPS-12,
IDT80KSW0004,
CPS-12
125Gbps,
25Gbps
IDT80KSW0004
PCIE SWITCH IDT
SRIO
80KSW0004
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backplane cps-16
Abstract: CPS-16 srio pcie CARD 4X 80KSW0002
Contextual Info: 16-Port Serial RapidIO Switch Device Overview ◆ The CPS-16, device number 80KSW0002, is a serial RapidIO switch whose functionality is central to routing packets for distribution among DSPs, processors, FPGAs, other switches, or any other sRIO-based devices. It may also be
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16-Port
CPS-16,
80KSW0002,
CPS-16
125Gbps,
25Gbps
backplane cps-16
srio
pcie CARD 4X
80KSW0002
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SPRU401
Abstract: TMS320C64X optimization C6000 C6416 TMS320C6000 img64x SPRU656 SPRU023
Contextual Info: Application Report SPRAA01 − September 2004 Using CacheTune Code Composer Studio v3.0 to Improve Cache Utilization on TMS320C6000 Targets Ning Kang Software Development Systems ABSTRACT Many of today’s digital signal processors (DSPs) have incorporated cache into the on-chip
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SPRAA01
TMS320C6000
SPRU401
TMS320C64X optimization
C6000
C6416
img64x
SPRU656
SPRU023
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80KSW0004
Abstract: IDT80KSW0004
Contextual Info: 12-Port Serial RapidIO Switch Device Overview ◆ The CPS-12, device number IDT80KSW0004, is a serial RapidIO switch whose functionality is central to routing packets for distribution among DSPs, processors, FPGAs, other switches, or any other sRIO-based devices. It may also be
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12-Port
CPS-12,
IDT80KSW0004,
CPS-12
125Gbps,
25Gbps
80KSW0004
IDT80KSW0004
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backplane cps-16
Abstract: CPS-16 80KSW0002 LN12 srio CPRI
Contextual Info: 16-Port Serial RapidIO Switch Device Overview ◆ The CPS-16, device number 80KSW0002, is a serial RapidIO switch whose functionality is central to routing packets for distribution among DSPs, processors, FPGAs, other switches, or any other sRIO-based devices. It may also be
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16-Port
CPS-16,
80KSW0002,
CPS-16
125Gbps,
25Gbps
backplane cps-16
80KSW0002
LN12
srio
CPRI
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CPS-10Q
Abstract: SRIO40 CPS10Q 80KSW0005 SRIO cpri
Contextual Info: 10 4x Port Switch Serial RapidIO Product Brief 80KSW0005 1 Device Overview The CPS-10Q, device number 80KSW0005, is a serial RapidIO switch whose functionality is central to routing packets for distribution among DSPs, processors, FPGAs, other switches, or any other sRIO-based devices. It may
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80KSW0005
CPS-10Q,
80KSW0005,
CPS-10Q
125Gbps,
25Gbps
SRIO40
CPS10Q
80KSW0005
SRIO
cpri
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80KSW0003
Abstract: 324-ball
Contextual Info: 8-Port Serial RapidIO Switch Device Overview ◆ The CPS-8, device number 80KSW0003, is a serial RapidIO switch whose functionality is central to routing packets for distribution among DSPs, processors, FPGAs, other switches, or any other sRIO-based devices. It may also be used in
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80KSW0003,
125Gbps,
25Gbps
80KSW0003
324-ball
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