DESIGN AND IMPLEMENTATION OF 32 BIT FLOATING POINT Search Results

DESIGN AND IMPLEMENTATION OF 32 BIT FLOATING POINT Result Highlights (5)

Part	Manufacturer	Description	Download
MG80960MC-25/B	Rochester Electronics LLC	32-Bit Microprocessor With Floating Point Unit and MMU	PDF
MG80960MC-25	Rochester Electronics LLC	32-Bit Microprocessor With Floating Point Unit and MMU	PDF
DE6B3KJ101KA4BE01J	Murata Manufacturing Co Ltd	Safety Standard Certified Lead Type Disc Ceramic Capacitors for Automotive	PDF
DE6B3KJ331KB4BE01J	Murata Manufacturing Co Ltd	Safety Standard Certified Lead Type Disc Ceramic Capacitors for Automotive	PDF
DE6E3KJ102MN4A	Murata Manufacturing Co Ltd	Safety Standard Certified Lead Type Disc Ceramic Capacitors for Automotive	PDF

DESIGN AND IMPLEMENTATION OF 32 BIT FLOATING POINT Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
AN701 Abstract: 3F80 0M22 Contextual Info: MICROCONTROLLER PRODUCTS AN701 SP floating point math with XA Author: Santanu Roy Philips Semiconductors 1995 Jul 28 Philips Semiconductors Application note SP floating point math with XA AN701 Author: Santanu Roy, MCO Applications Group, Sunnyvale, California	Original	AN701 AN701 3F80 0M22	PDF
AN701 Abstract: ieee 32 bit floating point multiplier 3F80 Contextual Info: MICROCONTROLLER PRODUCTS AN701 SP floating point math with XA Author: Santanu Roy Philips Semiconductors 1995 Jul 28 Philips Semiconductors Application note SP floating point math with XA AN701 Author: Santanu Roy, MCO Applications Group, Sunnyvale, California	Original	AN701 AN701 ieee 32 bit floating point multiplier 3F80	PDF
MPC602 Abstract: MPC620 cop interface The PowerPC Microprocessor Family MPC105 MPC106 MPC2604GA MPC601 MPC603 MPC604 Contextual Info: The PowerPC RISC Family Microprocessors In Brief . . . Page PowerPC RISC Microprocessors . . . . . . . . . . . . . . . . 2.4–2 MPC601 RISC Microprocessor . . . . . . . . . . . . . . . . . . . 2.4–2 MPC602 RISC Microprocessor . . . . . . . . . . . . . . . . . . . 2.4–3	Original	MPC601 MPC602 MPC603 MPC603e MPC604 MPC604e MPC620 MPC105 MPC106 cop interface The PowerPC Microprocessor Family MPC2604GA	PDF
vhdl code for 16 BIT BINARY DIVIDER Abstract: UNSIGNED SERIAL DIVIDER using verilog vhdl code for simple radix-2 UNSIGNED SERIAL DIVIDER using vhdl vhdl code for N fraction Divider verilog code for floating point division verilog code for simple radix-2 verilog code for four bit binary divider DS530 IEEE754 Contextual Info: v as in Divider v1.0 DS530 January 18, 2006 Product Specification Introduction LogiCORE Facts The LogiCORE™ Divider core creates a circuit for fixed-point or floating-point division based on radix-2 non-restoring division, or division by repeated multiplications, respectively. The Divider core supersedes	Original	DS530 vhdl code for 16 BIT BINARY DIVIDER UNSIGNED SERIAL DIVIDER using verilog vhdl code for simple radix-2 UNSIGNED SERIAL DIVIDER using vhdl vhdl code for N fraction Divider verilog code for floating point division verilog code for simple radix-2 verilog code for four bit binary divider IEEE754	PDF
4x4 bit multipliers Abstract: parker 831-6 4x4 mimo beamforming lte Doppler radar dsp processor types of multipliers EP4SE230 EP4SE530 Transceiver mimo adaptive 500 gflops Contextual Info: White Paper Taking Advantage of Advances in FPGA Floating-Point IP Cores Recently available FPGA design tools and IP provide a substantial reduction in computational resources, as well as greatly easing the implementation effort in a floating-point datapath. Moreover, unlike digital signal processors, an	Original		PDF
normal radar circuit Abstract: radar sensor specification EP4SE230 EP4SE530 IEEE754 Floating-Point Arithmetic Contextual Info: Paper ID# 900220 HIGH-PERFORMANCE FLOATING-POINT IMPLEMENTATION USING FPGAS Michael Parker Altera Corporation San Jose, Calif. ABSTRACT Traditionally, digital signal processing DSP is performed using fixed-point or integer arithmetic. The algorithm is carefully mapped into a limited dynamic	Original		PDF
vhdl code 64 bit FPU Abstract: vhdl code for march c algorithm vhdl code for pipelined matrix multiplication ieee floating point vhdl vhdl code for FFT 32 point ML403 UART ml403 vhdl code for matrix multiplication vhdl code for floating point matrix multiplication XILINX UART lite Contextual Info: APU Floating-Point Unit v3.1 March 11, 2008 Product Specification Introduction LogiCORE Facts The Xilinx Auxiliary Processor Unit APU Floating-Point Unit LogiCORETM is a single-precision floating-point unit designed for the PowerPCTM 405 embedded microprocessor of the VirtexTM-4 FX FPGA	Original		PDF
T801 Abstract: speedo meter N10E inmos transputer T800 TIN30 T800 transputer T801-20 2AF3 w188 Contextual Info: 127 IMS T801 transputer □ Preliminary Data FEATURES 32 bit architecture 33 ns internal cycle time 30 MIPS peak instruction rate 4.3 Mflops (peak) instruction rate Debugging support 64 bit on-chip floating point unit which conforms to IEEE 754 4 Kbytes on-chip static RAM	OCR Scan	MIL-STD-883C IMST801 T801-G20S T801-G25S T801-G30S T801-G20M T801 speedo meter N10E inmos transputer T800 TIN30 T800 transputer T801-20 2AF3 w188	PDF
sense amplifier bitline memory device Abstract: VP12 Intel StrataFlash Memory double data rate Reliability VP12 "vlsi technology" abstract for basic vlsi with intel Contextual Info: Intel StrataFlashTM Memory Technology Development and Implementation Al Fazio, Flash Technology Development and Manufacturing, Santa Clara, CA. Intel Corp. Mark Bauer, Memory Components Division, Folsom, CA. Intel Corp. Index words: StrataFlash, MLC, flash, memory.	Original		PDF
56800E Abstract: ieee 754 Contextual Info: User Manual – 56800E Family IEEE-754 Compliant Floating-Point Library Section 1. User Guide 1.1 Introduction This document presents an implementation of floating-point arithmetic as described in [1]. The following floating-point routines for the 56800E device family are implemented see also [1] and [2] for detailed	Original	56800E IEEE-754 56800E 16-bit 32-bit) ieee 754	PDF
harvard architecture processor block diagram Abstract: 128 bit processor schematic ARM processor fundamentals NII51001-7 NII51002-7 NII51003-7 NII51004-7 Pie do C Builder Contextual Info: Section I. Nios II Processor This section provides information about the Nios II processor. This section includes the following chapters: Altera Corporation • Chapter 1, Introduction ■ Chapter 2, Processor Architecture ■ Chapter 3, Programming Model	Original	NII51001-7 harvard architecture processor block diagram 128 bit processor schematic ARM processor fundamentals NII51002-7 NII51003-7 NII51004-7 Pie do C Builder	PDF
verilog code for cordic Abstract: verilog code for logarithm intel 80387sx CORDIC divider intel 80c186 FPGA sinus math coprocessor verilog code for implementation of rom 80387 CORDIC in xilinx Contextual Info:  Implements ANSI/IEEE Stan- dard 754-1985 for binary floating point arithmetic C80187 Math Coprocessor Core  High-performance, 80-bit internal architecture provides faster processing  Fully compatible with instruc- tion set of 80387DX and 80387SX math coprocessors	Original	C80187 80-bit 80387DX 80387SX C80187 80C187. C80186XL 80C186 verilog code for cordic verilog code for logarithm intel 80387sx CORDIC divider intel 80c186 FPGA sinus math coprocessor verilog code for implementation of rom 80387 CORDIC in xilinx	PDF
MC88110 Abstract: motorola 88000 MC88100 MC88410 MC88110RC MC88200 M88000 mc88204rc 88000 stream register cache coherency Contextual Info: The M88000 RISC Family In Brief . . . Page Architecture, Performance, and Software Compatibility . . . . . . . . . . . . . . . . . . . . . . 2.3–2 Microprocessors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2.3–2 Cache/Memory Management Units . . . . . . . . . . . . . . . 2.3–3	Original	M88000 MC88204 MC88110 motorola 88000 MC88100 MC88410 MC88110RC MC88200 mc88204rc 88000 stream register cache coherency	PDF
DSP56200 Abstract: adaptive FILTER implementation in c language fixed point goertzel GOERTZEL ALGORITHM SOURCE CODE DSP56K IIR FILTER implementation in c language GOERTZEL ALGORITHM SOURCE CODE for dtmf in c iir adaptive Filter using of lms algorithm Motorola DSP56200 LMS adaptive filter Contextual Info: SECTION 11 ADDITIONAL SUPPORT Motorola ola DSP Audio: Codec Routines: DTMF Routines: Fast Fourier Transforms: Filters: Floating-Point Routines: Functions: Lattice Filters: Matrix Operations: Reed-Solomon Encoder: Sorting Routines: Speech: Standard I/O Equates:	Original	DSP56000CLASx DSP56000ADSx 891-3098wrence DSP56200 adaptive FILTER implementation in c language fixed point goertzel GOERTZEL ALGORITHM SOURCE CODE DSP56K IIR FILTER implementation in c language GOERTZEL ALGORITHM SOURCE CODE for dtmf in c iir adaptive Filter using of lms algorithm Motorola DSP56200 LMS adaptive filter	PDF

2-bit half adder Abstract: FPGA based implementation of fixed point IIR Filter XC4025 xilinx FPGA implementation of IIR Filter digital FIR Filter using distributed arithmetic Contextual Info: The Role of Distributed Arithmetic in FPGA-based Signal Processing Introduction Distributed Arithmetic DA plays a key role in embedding DSP functions in the Xilinx 4000 family of FPGA devices. In this document the DA algorithm is derived and examples are offered that illustrate its	Original		PDF
DSP56200 Abstract: MOTOROLA CATALOG AM STEREO CQUAM goertzel DSP56000 DSP56001 DSP56100 DSP56116 DSP56ADC16 DSP96002 Contextual Info: Freescale Semiconductor, Inc. ADDITIONAL SUPPORT Dr. BuB Electronic Bulletin Board Motorola ola DSP Audio Codec Routines DTMF Routines Fast Fourier Transforms Filters Floating-Point Routines Functions Lattice Filters Matrix Operations Reed-Solomon Encoder	Original	DSP56100CLASx DSP56156ADSx DSP56200 MOTOROLA CATALOG AM STEREO CQUAM goertzel DSP56000 DSP56001 DSP56100 DSP56116 DSP56ADC16 DSP96002	PDF
CW doppler ultrasound Abstract: PREAMPLIFIER ultrasound transducer cw doppler ultrasound transducer analog front end doppler Doppler transducer AD9276 "blood flow" DOPPLER circuit mems ultrasound transducers Contextual Info: SHARC 2147x Series Processors: Floating Point Precision Powers Portable Continuous Wave Doppler Processing Low Cost, Low Power Floating Point Digital Signal Processors Bring Exceptional Medical Image Quality to the Field	Original	2147x CW doppler ultrasound PREAMPLIFIER ultrasound transducer cw doppler ultrasound transducer analog front end doppler Doppler transducer AD9276 "blood flow" DOPPLER circuit mems ultrasound transducers	PDF
16Cxx Abstract: p16c FP24.A16 P16CR84 75419 AN575 IEEE754 PIC16 PIC17 GA 88 Contextual Info: M AN575 IEEE 754 Compliant Floating Point Routines Author: Frank J. Testa FJT Consulting INTRODUCTION This application note presents an implementation of the following floating point math routines for the PICmicro microcontroller families: • • • •	Original	AN575 16Cxx p16c FP24.A16 P16CR84 75419 AN575 IEEE754 PIC16 PIC17 GA 88	PDF
verilog code for Modified Booth algorithm Abstract: verilog code pipeline ripple carry adder verilog TCAM code 4x4 unsigned multiplier VERILOG coding 4-bit AHDL adder subtractor "Galois Field Multiplier" verilog 3-bit binary multiplier using adder VERILOG verilog codes for 64-bit sqrt carry select adder verilog code for adaptive cordic rotator algorithm in vector mode 32 bit carry select adder code Contextual Info: Advanced Synthesis Cookbook A Design Guide for Stratix II, Stratix III, and Stratix IV Devices 101 Innovation Drive San Jose, CA 95134 www.altera.com MNL-01017-5.0 Software Version: Document Version: Document Date: 9.0 5.0 July 2009 Copyright © 2008 Altera Corporation. All rights reserved. Altera, The Programmable Solutions Company, the stylized Altera logo, specific device designations, and all other	Original	MNL-01017-5 verilog code for Modified Booth algorithm verilog code pipeline ripple carry adder verilog TCAM code 4x4 unsigned multiplier VERILOG coding 4-bit AHDL adder subtractor "Galois Field Multiplier" verilog 3-bit binary multiplier using adder VERILOG verilog codes for 64-bit sqrt carry select adder verilog code for adaptive cordic rotator algorithm in vector mode 32 bit carry select adder code	PDF
AXP 223 Abstract: 000D 21068 EV45 21164a Alpha 21164PC Contextual Info: Alpha Architecture Handbook Order Number EC–QD2KB–TE Revision/Update Information: This is Version 3 of the Alpha Architecture Handbook. The changes and additions in this book are subsequent to the Alpha AXP Architecture Reference Manual, Second Edition, and the Alpha AXP Architecture Handbook, Version 2.	Original		PDF
NII51002-7 Abstract: ARM processor fundamentals Contextual Info: 2. Processor Architecture NII51002-7.1.0 Introduction This chapter describes the hardware structure of the Nios II processor, including a discussion of all the functional units of the Nios II architecture and the fundamentals of the Nios II processor hardware implementation.	Original	NII51002-7 ARM processor fundamentals	PDF
ieee floating point multiplier vhdl Abstract: vhdl code of floating point adder vhdl code for floating point adder vhdl code for floating point subtractor xilinx vhdl code for floating point square root vhdl code for floating point multiplier inverse trigonometric function vhdl code ieee floating point vhdl IEEE754 5 bit binary multiplier using adders Contextual Info: FPGA Floating Point Datapath Compiler Martin Langhammer Altera UK Holmer’s Farm Way High Wycombe, Bucks, UK HP12 4XF mlangham@altera.com Tom VanCourt Altera Corporation 101 Innovation Dr. San Jose CA 95134 tvancour@altera.com Abstract 2. Floating Point Datapath Synthesis	Original		PDF
RM5261-250Q Abstract: MIPS RM5230 Contextual Info: QED RISCMark RM5261™ 64-Bit Superscalar A d vanced Microprocessor Quantum Effect Design, Inc. • Dual Issue superscalar microprocessor - can issue one Integer and one floating-point instruction per cycle - 150, 200, 250,266 MHz operating frequencies	OCR Scan	RM5261TM 64-Bit SPECInt95 SPECfp95 RM5260 RM5260, RM5270, RM5271, RM7000, R4600, RM5261-250Q MIPS RM5230	PDF
R4300i Abstract: R3000 processor R3000 R4000 R4200 R4300 MIPS Translation Lookaside Buffer TLB R3000 mips r4000 block diagram EP-431 MIPS r4200 Contextual Info: R4300i MICROPROCESSOR PRODUCT INFORMATION R4300i MICROPROCESSOR mips Open RISC Technology Description The R4300i is a low-cost RISC microprocessor optimized for demanding consumer applications. The R4300i provides performance equivalent to a high-end PC at a cost point to enable set-top terminals, games and portable consumer devices.	Original	R4300i R4000 developme81 SysAD29 R3000 processor R3000 R4200 R4300 MIPS Translation Lookaside Buffer TLB R3000 mips r4000 block diagram EP-431 MIPS r4200	PDF

DESIGN AND IMPLEMENTATION OF 32 BIT FLOATING POINT Search Results

DESIGN AND IMPLEMENTATION OF 32 BIT FLOATING POINT Result Highlights (5)

DESIGN AND IMPLEMENTATION OF 32 BIT FLOATING POINT Datasheets Context Search

AN701

AN701

MPC602

vhdl code for 16 BIT BINARY DIVIDER

4x4 bit multipliers

normal radar circuit

vhdl code 64 bit FPU

T801

sense amplifier bitline memory device

56800E

harvard architecture processor block diagram

verilog code for cordic

MC88110

DSP56200

2-bit half adder

DSP56200

CW doppler ultrasound

16Cxx

verilog code for Modified Booth algorithm

AXP 223

NII51002-7

ieee floating point multiplier vhdl

RM5261-250Q

R4300i