PSEUDO RANDOM SEQUENCE GENERATOR APPLICATION Search Results

Contextual Info: 48. io32-Bit Pseudo Random Sequence Generator 32-Bit Pseudo Random Sequence Generator Data Sheet PRS32 vX.Y Copyright 2000-2008. Cypress Semiconductor. All Rights Reserved. PSoC Blocks Resources Digital API Memory Bytes Analog CT Analog SC Flash RAM

simple LFSR

Contextual Info: 48. io32-Bit Pseudo Random Sequence Generator 32-Bit Pseudo Random Sequence Generator Data Sheet PRS32 vX.Y Copyright 2000-2008. Cypress Semiconductor. All Rights Reserved. PSoC Blocks Resources Digital Analog CT API Memory Bytes Analog SC Flash RAM

Contextual Info: 48. General Purpose Pseudo Random Sequence Generator Pseudo Random Sequence Generator PRS v3.1 Copyright 2000-2004. Cypress MicroSystems, Inc. All Rights Reserved. CY8C29/27/24/22xxx Data Sheet PSoC Blocks API Memory Bytes Digital Analog CT Analog SC

generation of pseudo random numbers using lfsr

Contextual Info: 48. 8-Bit Pseudo Random Sequence Generator 8-Bit Pseudo Random Sequence Generator Data Sheet PRS8 vX.Y Copyright 2000-2008. Cypress Semiconductor. All Rights Reserved. PSoC Blocks Resources Digital Analog CT API Memory Bytes Analog SC Flash RAM Pins (per

pseudo random sequence generator application

Contextual Info: 48. 16-Bit Pseudo Random Sequence Generator 16-Bit Pseudo Random Sequence Generator Data Sheet PRS16 vX.Y Copyright 2000-2008. Cypress Semiconductor. All Rights Reserved. PSoC Blocks Resources Digital API Memory Bytes Analog CT Analog SC Flash RAM Pins (per

generation of pseudo random numbers using lfsr

Abstract: generation of 32-bit pseudo random numbers using lfsr
Contextual Info: 48. 8-Bit Pseudo Random Sequence Generator 8-Bit Pseudo Random Sequence Generator Data Sheet PRS8 vX.Y Copyright 2000-2008. Cypress Semiconductor. All Rights Reserved. PSoC Blocks API Memory Bytes Digital Analog CT Analog SC Flash RAM Pins (per External I/O)

pic18 an953

Abstract: 4558 dd 97120 lfsr galois prbs using lfsr 811b fc 4558 DS00821 f 4558 MOV1
Contextual Info: AN953 Data Encryption Routines for the PIC18 Author: David Flowers Microchip Technology Inc. INTRODUCTION This Application Note covers four encryption algorithms: AES, XTEA, SKIPJACK and a simple encryption algorithm using a pseudo-random binary sequence generator. The science of cryptography

MM5837

Abstract: mm5837n
Contextual Info: National £A Semiconductor Television/Radio MM5837 Digital Noise Source General Description The MM5837 digital noise source is an MOS pseudo­ random sequence generator, designed to produce a broadband white noise signal for audio applications. Unlike traditional semiconductor junction noise sources,

MM5837

Abstract: MM5837N pseudorandom white noise generator m5837 m583 Acoustics pseudo-random noise generator 270k
Contextual Info: CT1 National £ m Semiconductor Television/Radio MM5837 Digital Noise Source General Description The MM5837 digital noise source is an MOS pseudo­ random sequence generator, designed to produce a broadband white noise signal for audio applications. Unlike traditional semiconductor junction noise sources,

AN2156

Abstract: AN2108 AN2231 CRC16 use of switches using psoc CY8C28xxx Comparator application note
Contextual Info: PSoC 1 Pseudo-Random Sequence Generator User Module as a One-Shot Pulse Width Discriminator and Debouncer AN2249 Author: Ilya Mamontov Associated Project: Yes Associated Part Family: CY8C29x66, CY8C28xxx, CY8C27x43, CY8C24xxx, CY8C21xxx ® Software Version: PSoC Designer 5.1 SP1

circuit for pseudo random generator

Abstract: pseudo random sequence generator application PRS32 AN2037 microcontroller schematic Cypress MicroSystems
Contextual Info: Application Note AN2037 8 PDIP Produces 100 kHz Pseudo Random White Noise with a Six-Hour Period By: Jerry Wasinger President, WallyWare, Inc. webmaster@web-ee.com Associated Project: Yes Associated Part Family: CY8C25xxx, CY8C26xxx Summary This Application Note discusses using the programmable blocks of a Cypress MicroSystems’

SWRA041

Abstract: SWRR001 frequency hopping spread spectrum hopping frequency MSP430F449 F0002 pseudo random sequence generator application PN generator circuit dsss MSP430 TRF6903
Contextual Info: Application Report SWRA041 – September 2004 Implementing a Bidirectional Frequency Hopping Application With TRF6903 and MSP430 Shreharsha Rao . Mixed Signal RF

SSSB149

Abstract: D8130 F628 pseudo random sequence generator application
Contextual Info: SSSB149 2.5GHz 16:1 DeMultiplexer SDH Product Range 2.5GHz 16:1 DEMULTIPLEXER The SSSB149 is a very high speed 16 : 1 serial to parallel data converter suitable for digital voice or data communication applications. The device incorporates frame recognition and realignment circuitry and complies to ITU-T standards

F628

Abstract: SSSB149
Contextual Info: SSSB149 2.5GHz 16:1 DeMultiplexer SDH Product Range 2.5GHz 16:1 DEMULTIPLEXER The SSSB149 is a very high speed 16 : 1 serial to parallel data converter suitable for digital voice or data communication applications. The device incorporates frame recognition and realignment circuitry and complies to ITU-T standards

Random Number Generator

Abstract: how to make key fob
Contextual Info: Freescale Semiconductor User’s Guide VKSPTXUG Rev. 0, 06/2008 Freescale Variable Key Security Protocol Transmitter User’s Guide by: Ioseph Martínez and Christian Michel Applications Engineering - RTAC Americas 1 Introduction The software explained in this document allows

lfsr galois

Abstract: circuit for pseudo random generator
Contextual Info: PSoC Creator Component Datasheet Precision Illumination Signal Modulation PrISM 2.0 Features • Programmable flicker-free dimming resolution from 2 to 32 bit • Two pulse density outputs  Programmable output signal density  Serial output bit stream

PrISM_1_WritePulse0

Abstract: prism 2
Contextual Info: PSoC Creator Component Data Sheet Precision Illumination Signal Modulation PrISM 1.50 Features • Programmable flicker-free dimming resolution from 2- to 32-bit • Two pulse density outputs • Programmable output signal density • Serial output bit stream

galois

Abstract: pseudo random sequence generator application
Contextual Info: PSoC Creator Component Datasheet Precision Illumination Signal Modulation PrISM 2.10 Features • Programmable flicker-free dimming resolution from 2 to 32 bit • Two pulse density outputs  Programmable output signal density  Serial output bit stream

lfsr galois

Contextual Info: PSoC Creator Component Datasheet Precision Illumination Signal Modulation PrISM 2.20 Features • Programmable flicker-free dimming resolution from 2 to 32 bit • Two pulse density outputs  Programmable output signal density  Serial output bit stream

Ch252

Abstract: CH254 prbs generator MT90826 MT90866 MT90869 ZL50021 ZL50050 ZL50073 ZL50031
Contextual Info: ZLAN-166 BER Testing in TDM Switches Application Note Contents September 2005 1.0 1.0 Introduction 2.0 What is BERT? 3.0 BERT in the MT90826 3.1 Important Notes for BERT in MT90826 3.2 MT90826 BERT Programming Sequence 4.0 BERT in the MT90866 and ZL50030/31

K287

Abstract: nL1201 pseudo random sequence generator application GORE PARALLEL OPTIC wl gore
Contextual Info: APPLICATION NOTE Application Note 104: AC Performance Measurement Descriptions for 1200 Series nLIGHTENTM Parallel Optic Modules Rev. A November 2001 Overview Optical Launch Power The purpose of this application note is to familiarize the reader with the techniques used at W.L. Gore &

lfsr galois

Contextual Info: PSoC Creator Component Datasheet Pseudo Random Sequence PRS 2.30 Features • 2 to 64 bits PRS sequence length • Time Division Multiplexing mode  Serial output bit stream  Continuous or single-step run modes  Standard or custom polynomial

Contextual Info: PSoC Creator Component Datasheet Pseudo Random Sequence PRS 2.10 Features • 2 to 64 bits PRS sequence length • Time Division Multiplexing mode  Serial output bit stream  Continuous or single-step run modes  Standard or custom polynomial

pseudo random sequence generator application

Contextual Info: PSoC Creator Component Datasheet Pseudo Random Sequence PRS 2.20 Features • 2 to 64 bits PRS sequence length • Time Division Multiplexing mode  Serial output bit stream  Continuous or single-step run modes  Standard or custom polynomial