i3 i5 i7 processor
Abstract: i5 instruction set addressing modes in adsp-21xx i3 processor M6 transistor m7 diode ADSP-2100 ADSP-2181
Text: 15 Instruction Set Reference Multifunction Instructions <ALU>*† , <MAC>*† AX0 AX1 MX0 MX1 AX0 AX1 MX0 MX1 = DM <ALU>* <MAC>* <SHIFT>* = DM ( I0 I1 I2 I3 , dreg , , , , = I0 I1 I2 I3 , , , , M0 , M1 M2 M3 DM ( PM ( DM ( PM ( <ALU>* <MAC>* <SHIFT>* I0
|
Original
|
PDF
|
|
CORE i3 ARCHITECTURE
Abstract: i3 i5 i7 processor core i7 alu CORE i3 instruction set core i3 pipeline in core i3 i3 processor instruction set architecture core i7 CORE i5 ARCHITECTURE CORE i3 block diagram
Text: a Engineer To Engineer Note EE-123 Technical Notes on using Analog Devices’ DSP components and development tools Phone: 800 ANALOG-D, FAX: (781) 461-3010, EMAIL: [email protected], FTP: ftp.analog.com, WEB: www.analog.com/dsp An Overview of the ADSP-219x Pipeline
|
Original
|
PDF
|
EE-123
ADSP-219x
ADSP-219x,
ADSP-2100
EN-123
CORE i3 ARCHITECTURE
i3 i5 i7 processor
core i7 alu
CORE i3 instruction set
core i3
pipeline in core i3
i3 processor
instruction set architecture core i7
CORE i5 ARCHITECTURE
CORE i3 block diagram
|
microsequencer
Abstract: CORE i3 ARCHITECTURE MC68377 pipeline in core i3 IR 30 D1
Text: SECTION 2 CPU32X This document describes the modifications of the CPU32 to create the CPU32X. 2.1 Features The CPU32X is greater than two times faster at the same external clock rate than the CPU32 using similar speed memory devices. This performance improvement is
|
Original
|
PDF
|
CPU32X
CPU32
CPU32X.
CPU32X
microsequencer
CORE i3 ARCHITECTURE
MC68377
pipeline in core i3
IR 30 D1
|
c code for interpolation and decimation filter
Abstract: frequency division multiplexing circuit diagram how dsp is used in radar AN1335 "Band Pass Filters" ADSP filter algorithm implementation implementing FIR and IIR digital filters transistor substitution chart ADSP-2100 subband coefficients adaptive echo hamming
Text: Digital Filters 5 5.5 MULTIRATE FILTERS Multirate filters are digital filters that change the sampling rate of a digitally-represented signal. These filters convert a set of input samples to another set of data that represents the same analog signal sampled at a
|
Original
|
PDF
|
|
R2S2
Abstract: ustat2 ADSP-210xx addressing mode CP10 dsp ADSP-210xx ADSP-21160 core i7 alu SF12 SF13 SF14
Text: 2 INSTRUCTION SUMMARY Figure 2-0. Table 2-0. Listing 2-0. Overview This instruction set summary provides a syntax summary for each instruction and includes a cross reference to each instruction’s reference page. The following summary topics appear in this chapter:
|
Original
|
PDF
|
ADSP-21160
2-14b.
R2S2
ustat2
ADSP-210xx addressing mode
CP10 dsp
ADSP-210xx
core i7 alu
SF12
SF13
SF14
|
boot kernel for the ADSP-21369
Abstract: ADSP21369 registers booting process for adsp21369 loader kernel for adsp21369 pipeline in core i5 pipeline in core i3 CORE i3 pipeline stage Registers for ADSP-21369 ADSP-21369
Text: SHARC Embedded Processor ADSP-21369 a Silicon Anomaly List ABOUT ADSP-21369 SILICON ANOMALIES These anomalies represent the currently known differences between revisions of the SHARC ADSP-21369 product and the functionality specified in the ADSP-21369 data sheets and the Hardware Reference books.
|
Original
|
PDF
|
ADSP-21369
ADSP-21369
NR003114E
boot kernel for the ADSP-21369
ADSP21369 registers
booting process for adsp21369
loader kernel for adsp21369
pipeline in core i5
pipeline in core i3
CORE i3 pipeline stage
Registers for ADSP-21369
|
MSM80C31F
Abstract: MSM80C51F QFP44-P-910-0 80C51F
Text: E2E1037-19-41 This version: Mar. 1995 MSM80C31F/80C51F ¡ Semiconductor MSM80C31F/MSM80C51F ¡ Semiconductor CMOS 8-Bit Microcontroller GENERAL DESCRIPTION The OKI MSM80C31F/MSM80C51F microcontroller is a low-power, 8-bit device implemented in OKI's silicon-gate complementary metal-oxide semiconductor process technology. The
|
Original
|
PDF
|
E2E1037-19-41
MSM80C31F/80C51F
MSM80C31F/MSM80C51F
MSM80C31F/MSM80C51F
MSM80C51F
16-bit
MSM80C31F
QFP44-P-910-0
80C51F
|
instruction set of TMS320C5x
Abstract: TMS320
Text: Number 24 TMS320 DSP DESIGNER’S NOTEBOOK TMS320C5x Interrupt Response Time Contributed by Jeff Beinart Design Problem Solution What are the important issues in TMS320C5x interrupt latency/processing? This design note calculates the speed at which the TMS320C5x can recognize consecutive interrupts. This time depends on the interrupt latency and the time
|
Original
|
PDF
|
TMS320
TMS320C5x
instruction set of TMS320C5x
|
ADSP-2100
Abstract: convolution of two matrices
Text: Image Processing 8.1 8 OVERVIEW Image processing often involves computation on large matrices of data values that represent digitized images. Each element of the array represents a pixel of the image; its location in the array corresponds to its location in the image, and its value determines the color or shading of the
|
Original
|
PDF
|
ADSP-2100
ADSP-2100
convolution of two matrices
|
ADSP-2100
Abstract: No abstract text available
Text: Variations On IIR Biquad 10 Filters 10.1 OVERVIEW Digital Signal Processing Applications Using the ADSP-2100 Family, Volume 1, contains a chapter about digital filters. That chapter Chapter 5 includes information about second-order sections of Infinite Impulse Response, or
|
Original
|
PDF
|
ADSP-2100
64-bits.
16-bit
32-bit
|
s26 sharp
Abstract: SM563 DT-38 QFP064-P-1420 SHARP SM5 piezo electric buzzer 49p02 sharp s25
Text: SM563 Microcomputer Data Sheet 4-Bit Single-Chip Microcomputer FEATURES • 4,096 x 8-bits ROM Capacity • 160 × 4-bits RAM Capacity Including 32 × 4-bits Display RAM • 98 Instruction Sets • A RAM Area is Used as Stack Area • I/O Ports – 4 Input
|
Original
|
PDF
|
SM563
J63428
SMT98124
s26 sharp
SM563
DT-38
QFP064-P-1420
SHARP SM5
piezo electric buzzer
49p02
sharp s25
|
architecture of TMS320C5X
Abstract: instruction set of TMS320C5x SPRA220 dsp processor Architecture of TMS320C5X Application TMS320C5x TMS320C5x TMS320
Text: TMS320 DSP DESIGNER’S NOTEBOOK TMS320C5x Interrupt Response Time APPLICATION BRIEF: SPRA220 Jeff Beinart Digital Signal Processing Products Semiconductor Group Texas Instruments March 1993 IMPORTANT NOTICE Texas Instruments TI reserves the right to make changes to its products or to discontinue any semiconductor
|
Original
|
PDF
|
TMS320
TMS320C5x
SPRA220
architecture of TMS320C5X
instruction set of TMS320C5x
SPRA220
dsp processor Architecture of TMS320C5X
Application TMS320C5x
|
addressing modes of ADSP-210XX
Abstract: addressing mode in core i7 core i7 alu addressing modes in adsp-210xx Write the addressing modes used in ADSP-210XX adsp-210XX APPENDIX A core i7 registers ADSP-21160 ADSP-210xx addressing modes
Text: $ ,16758&7,216 7 5( (5(1&( Figure A-0. Table A-0. Listing A-0. Appendix A and B describe the ADSP-21160 instruction set. This appendix explains each instruction type, including the assembly language syntax and opcodes, which result from instruction assembly. Many instructions
|
Original
|
PDF
|
ADSP-21160
24-bit
24-bit,
addressing modes of ADSP-210XX
addressing mode in core i7
core i7 alu
addressing modes in adsp-210xx
Write the addressing modes used in ADSP-210XX
adsp-210XX
APPENDIX A
core i7 registers
ADSP-210xx addressing modes
|
sf 128 d l5
Abstract: diode RGP 30 operand-code ADSP-2100
Text: Instruction Coding A.1 A OPCODES This appendix gives a summary of the complete instruction set of the ADSP-2100 family processors. Opcode field names are defined at the end of the appendix. Any instruction codes not shown are reserved for future use. Type 1: ALU / MAC with Data & Program Memory Read
|
Original
|
PDF
|
ADSP-2100
sf 128 d l5
diode RGP 30
operand-code
|
|
|
precision Sine Wave Generator
Abstract: core i5 registers AN-300 AN-3006 ADMC300 AN300-03 three phase sine wave pwm circuit Trigonometric ADSP-2100 ADSP-2171
Text: a Basic trigonometric subroutines for the ADMC300 AN300-10 a Basic trigonometric subroutines for the ADMC300 AN300-10 Analog Devices Inc., January 2000 Page 1 of 11 a Basic trigonometric subroutines for the ADMC300 AN300-10 Table of Contents SUMMARY. 3
|
Original
|
PDF
|
ADMC300
AN300-10
ADMC300,
precision Sine Wave Generator
core i5 registers
AN-300
AN-3006
ADMC300
AN300-03
three phase sine wave pwm circuit
Trigonometric
ADSP-2100
ADSP-2171
|
Untitled
Abstract: No abstract text available
Text: W741C250 l’inbond Electronics Corp. INSTRUCTION SET TABLE Symbol Description ACC: Accumulator ACC.n: Accumulator bit n WR: Working Register PAGE: Page Register MR1: Mode Register 1 PMO: Port Mode 0 PM1: Port Mode 1 PM2: Port Mode 2 PSRO: Port Status Register 0
|
OCR Scan
|
PDF
|
W741C250
|
IDT73200
Abstract: DT73200
Text: integrated 5ûE device D 4A2S771 DOICHIS 16-BIT CMOS MULTILEVEL PIPELINE REGISTERS Ô2Ô IDT IDT73200 IDT73201 ^ f c - O ‘V ' Z . 7 FEATURES: DESCRIPTION: • IDT73200: Eight 16-bit high-speed pipeline registers • IDT73201 : Seven 16-bit high-speed pipeline registers
|
OCR Scan
|
PDF
|
4A2S771
16-BIT
IDT73200:
IDT73201
Am29520s
32-bit
48-pin
52-pin
IDT73200
DT73200
|
IDT73200
Abstract: No abstract text available
Text: Integrated Device Technology, Inc. IDT73200 IDT73201 16-BIT CMOS MULTILEVEL PIPELINE REGISTERS FEATURES: DESCRIPTION: • IDT73200: Eight 16-bit high-speed pipeline registers • IDT73201 : Seven 16-bit high-speed pipeline registers plus a direct feed-through path
|
OCR Scan
|
PDF
|
IDT73200
IDT73201
16-BIT
IDT73200:
Am29520s
32-bit
48-pin
IDT73200
|
5N520
Abstract: ScansUX971 AL576 Y746
Text: Am29C331 CMOS 16-Bit Microprogram Sequencer PRELIMINARY • • • • 16-Bits Address up to 64K Words Supports 110-ns microcycle time for a 32-bit highperformance system when used with the other members of the Am29C300 Family. Speed Select Supports 80-ns system cycle time.
|
OCR Scan
|
PDF
|
Am29C331
16-Bit
16-Bits
110-ns
32-bit
Am29C300
80-ns
wf024770
wf025320
Am29331
5N520
ScansUX971
AL576
Y746
|
Untitled
Abstract: No abstract text available
Text: The PowerPC 405 Core IBM Microelectronics Division Research Triangle Park, NC 27709 11/2/98 Overview The PowerPC 405 CPU Core is a new addition to the 32-bit RISC PowerPC Embedded Processor family. The 405 Core possesses all o f the qualities necessary to make system-on-a-chip designs a reality. This
|
OCR Scan
|
PDF
|
32-bit
|
Untitled
Abstract: No abstract text available
Text: W741C260 Vinbond Electronics Corp. INSTRUCTION SET TABLE Symbol Description ACC: Accumulator ACC.n: Accumulator bit n WR: Working Register PAGE: Page Register MRO: Mode Register 0 MR1: Mode Register 1 PMO: Port Mode 0 PM1: Port M odel PM2: Port Mode 2 PSRO:
|
OCR Scan
|
PDF
|
W741C260
W741C26Ö
|
Untitled
Abstract: No abstract text available
Text: W741L250 C Winbond Mfe-m/ Electronics Corp. INSTRUCTION SET TABLE Symbol Description ACC: Accumulator ACC.n: Accumulator bit n WR: Working Register PAGE: Page Register MR1: Mode Register 1 PMO: Port Mode 0 PM1: Port M odel PM2: Port Mode 2 PSRO: Port Status Register 0
|
OCR Scan
|
PDF
|
W741L250
W74de:
|
IDT7320
Abstract: No abstract text available
Text: Integrated Device Technology, Inc. 16-BIT CMOS MULTILEVEL PIPELINE REGISTERS IDT73200 IDT73201 FEATURES: DESCRIPTION: • ID T73200: Eight 16-bit high-speed pipeline registers • ID T73201: Seven 16-bit high-speed pipeline registers plus a direct feed-through path
|
OCR Scan
|
PDF
|
16-BIT
IDT73200
IDT73201
T73200:
T73201:
29520s
32-bit
48-pin
IDT7320
|
Untitled
Abstract: No abstract text available
Text: 7 7.1 IN TE R R U PT CO N TR OL UNIT AMDÎ1 OVERVIEW The Am186ED/EDLV microcontrollers can receive interrupt requests from a variety of sources, both internal and external. The internal interrupt controller arranges these requests by priority and presents them one at a time to the CPU.
|
OCR Scan
|
PDF
|
Am186ED/EDLV
|
