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What does FET stand for?
Field Effect Transistor (FET) is a kind of transistor which relies on an electric field to control the shape and the conductivity of a channel in a semiconductor material.
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2011-09-15 FFT core runs on Xilinx Virtex-6 FPGAs
FFT core runs on Xilinx Virtex-6 FPGAs
2011-09-16 Introduction to FFT library
Introduction to FFT library
2011-02-10 Input impedance measurement using ADC FFT data
Input impedance measurement using ADC FFT data
2010-02-23 MCUs operate at 120MHz
NXP Semiconductors launches the LPC1769 and LPC1759 microcontrollers that boast <190µ 256-point 16bit FFT execution time
2009-10-12 Improve DSP performance with on-chip FFT
Improve DSP performance with on-chip FFT
2009-10-09 Improve DSP performance with on-chip FFT
Improve DSP performance with on-chip FFT
2009-02-26 LTE: Lacking Test Equipment?
LTE is next big thing in mobile broadband, but design engineers working on it have their work cut out for them in testing devices and infrastructure.
2008-12-19 Develop FFT apps with low-power MCUs
Develop FFT apps with low-power MCUs
2008-10-03 Fast Fourier Transform for Xtensa processor
This document aims to show the results and design methodology for a DSP app on Xtensa microprocessor using FFT.
2008-09-24 Consider FFT module reuse in OFDM modulation
Consider FFT module reuse in OFDM modulation
2008-09-24 Motion controllers suit robotic apps
ACS Motion Control has developed motion control modules ideal for robotic applications.
2008-09-22 Using Xtensa processors optimised for OFDM
This document describes the power of a configurable processor in handling signal processing demands.
2006-10-17 Hit performance goals with configurable processors
With mainstream DSPs, code must be hand-tuned using assembly code in order to meet performance goals. A more productive approach would be to tailor the processor to the algorithm.
2008-02-05 Implementing OFDM modulation for wireless communications
High FFT throughput is essential in broadband systems especially when FFT is shared between multiple data paths.
2008-02-21 Spectral analysis and modulation: The DFT and FFT
Spectral analysis and modulation: The DFT and FFT
2000-09-03 Doing Hartley smartly
Think the fast Fourier transform is fast enough? Think again. Meet the fast Hartley transform.
2002-09-02 The Goertzel Algorithm
The Goertzel algorithm can perform tone detection using much less CPU horsepower than the Fast Fourier Transform, but many engineers have never heard of it. This article attempts to change that.
2004-02-01 A DSP algorithm for frequency analysis
The Chirp-Z Transform (CZT), a little-known spectrum analysis algorithm, offers engineers a high-resolution FFT combined with the ability to specify bandwidth. Here's a look at how CZT works and what it has to offer.
2008-02-11 Software packages evaluate LTE uplink/downlink signals
Anritsu has introduced three software packages for its signal analyser series that comprises of LTE downlink and uplink measurement software and Iqproducer to help ensure compliance of LTE devices.
2005-10-03 Develop FFT apps on low-power microcontrollers
Develop FFT apps on low-power microcontrollers
2007-06-08 Signal analyser built-in FFT aids measurement up to 31.25MHz band
Signal analyser built-in FFT aids measurement up to 31.25MHz band
2006-08-28 EMI test receiver offers FFT-based time domain scan
EMI test receiver offers FFT-based time domain scan
2005-09-01 Actel's new IP core generator promises optimized FFT cores
Actel's new IP core generator promises optimized FFT cores
2005-11-16 Configurable processors reduce power dissipation
The design of portable and battery-powered products calls for taking a different approach. Read on.
2001-03-01 Designing in consonance with noise
Designing filters based on familiar concepts to simplify signal processing is especially difficult when it comes to dealing with noise. However, there is a lot of good stuff noise can contribute to the industry.
2001-05-07 Extended precision radix-4 fast Fourier transform implemented on the TMS320C62xx
This application note illustrates how extended precision arithmetic, multiplication in particular, can be performed on the TMS320C62xx fixed-point DSP family using the Radix-4 Fast Fourier Transform (FFT).
2001-05-09 Implementing a spectrum analyzer using a 128-point FFT and the TMS320F240 EVM
Implementing a spectrum analyzer using a 128-point FFT and the TMS320F240 EVM
2001-05-16 Implementation of the double-precision complex FFT for the TMS320C54x DSP
Implementation of the double-precision complex FFT for the TMS320C54x DSP
2001-05-18 A block floating point implementation on the TMS320C54x DSP
This application note implements the block floating-point (BFP) algorithm for the Fast Fourier Transform (FFT) algorithm on Texas Instruments' TMS320C54x DSP by taking advantage of the exponent encoder and normalization units on the DSP.
2001-12-16 HomePlug brings cost-effective power line networking
This article describes how Ethernet-class networks over standard home power lines are advancing in the industry due entirely to the prevalent presence of ASIC-based signal processors.
Max's Cool Beans

Clive Maxfield Strange modes of transport and other "stuff"

Someone just pointed me at a YouTube video that claims to show the world's first e-powered multicopter flight...

 

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