HENKEL Search Results

Avantek amplifier

Abstract: HP8481D CM701 fireberd 6000a schematic raised cosine BPSK MODULATORS raised cosine raised cosine POWER CONTROL Avantek power amplifier AV-1T Avantek rf amplifier fireberd 6000a parts list
Contextual Info: Harris Semiconductor No. AN9659 Digital Signal Processing January 1997 Using the HSP50110/210EVAL Example Configuration Files Authors: John Henkelman and David Damerow Introduction The “SCHEMAT” Folder Every HSP50110/210EVAL evaluation kit contains a floppy disk

NT 407

Abstract: 11010 NT 101 HARRIS SEMICONDUCTOR 01111
Contextual Info: Harris Semiconductor No. AN9657.1 May 1997 Harris Digital Signal Processing Data Conversion Binary Code Formats Author: John Henkelman Introduction carry. The 2’s complement can be generated from the Offset Binary code by inverting the MSB. A negative number is

CIC interpolation Filter

Abstract: HSP50214 HSP50214A HSP50214B TB349 cic filter
Contextual Info: Calculating the Maximum Output Sample Rate and Bandwidth Specifications of the HSP50214 TM Technical Brief January 1998 TB349.1 Authors: John Henkelman and David Damerow Output Sample Rate and Bandwidth Specifications Calculating the Output Rate • Output Samples at 6.6 MSPS with Output Bandwidths

16 AS 15 HB1

Contextual Info: Calculating Maximum Processing Rates of the PDC HSP50214, HSP50214A and HSP50214B Application Note January 1999 AN9720.2 Authors: John Henkelman and Dave Damerow Introduction [ /Title (AN97 20) /Subject (Calculating Maximum Processing Rates of the PDC (HSP5

costas loop

Abstract: HSP50110 210E CXA3086Q HI3026AJCQ HI3026JCQ HI3086JCQ HSP43124 HSP43168 HSP43216
Contextual Info: Digital Signal Processing Application Notes Harris Semiconductor No. AN9658 Digital Signal Processing January 1997 Implementation of a High Rate Radio Receiver HSP43124, HSP43168, HSP43216, HSP50110, HSP50210 Authors: John Henkelman and David Damerow Features

RUBSON FT 101

Abstract: msds for paints water paint
Contextual Info: TECHNICAL INFORMATION SHEET RUBSON A1 Henkel Technologies France 10 Avenue Eugène Gazeau BP. 40090 - 60304 Senlis Cedex Date of issue MCA 02/08 PRODUCT DESCRIPTION • Filling sealant on the basis of acrylic resins-emulsion • Compatible with all paints

cic filter

Abstract: cic filter for digital down converter decimation filters transistor 9720 HSP50214 cic2852 AN9720
Contextual Info: Harris Semiconductor No. AN9720 Digital Signal Processing June 1997 Calculating Maximum Processing Rates of the PDC HSP50214 Authors: John Henkelman and Dave Damerow Introduction cess a lower frequency sampling alias of the IF signal should be considered. If the IF is in the lower portion of the A/D

TB349

Abstract: HSP50214 Resampler sample rate
Contextual Info: Harris Semiconductor No. TB349 Digital Signal Processing June 1997 Calculating the Maximum Output Sample Rate and Bandwidth of the HSP50214 Authors: John Henkelman and David Damerow Output Sample Rate and Bandwidth Specifications interpolation filters is 35MHz/17 = 2.059MHz 28MHz/17 =

Contextual Info: Loctite Electronics Henkel-Loctite Corporation 15051 E. Don Julian Rd. Industry, Ca 91746 Phone 626.968.6511 Fax 626.336.0526 Shelf life and Storage of Multicore Brand Cored Solder Wire The Mulicore brand of cored solder wire is very stable. There is not an established shelf

p3-OXONIA

Abstract: P3-topax-56 OXONIA ACTIVE 150 P3-topax-66s p3-OXONIA active P3 OXONIA ACTIVE 150 sodium hypochlorite ecolab OXONIA ecolab topax
Contextual Info: Photoelectric sensor in compact stainless steel housing E3ZM E3ZM • Compact size SUS 316L housing for highest mechanical protection • Tested detergent and chemical resistance certified by Henkel-Ecolab • Watertight construction for highest protection when cleaned with high

cic filter

Abstract: HSP50214 HSP50214A HSP50214B ASSP29 circuit diagram for FIR filter
Contextual Info: Calculating Maximum Processing Rates of the PDC HSP50214, HSP50214A and HSP50214B Application Note January 1999 AN9720.2 Authors: John Henkelman and Dave Damerow Introduction BAND OF INTEREST Configuring the Programmable Digital Downconverter (PDC) requires selecting clock, decimation and interpolation rates for

210E

Abstract: AN9660 HSP50210
Contextual Info: HSP50110/210EVAL Output Formatter Control Signal Application Note May 1999 AN9660 John Henkelman Introduction 0 - ISOFT 2:0 , QSOFT(2:0), STATUS(6:0), AGC(7:1) This document more explicitly defines the output interface of the HSP50110/210EVAL board, as set by the Output

DRAM "deep trench" capacitor

Contextual Info: ».ISrtM IJ*. l.'VlALllf- r tr r U L n ttJ IU H S M E M O R IE S Johann Hanw * WcJf Henkel * KjrMwtrct Hwnlngr The 64M-bit DRAM: A Ä m f i A U . , , « rl r iI tM^ lr rI il ui i tr wy l u : « rW' ll iI iI £nJ hF r « - - I - l— - m i im m I \ J I L I IV /

cic compensation filter

Contextual Info: Implementing Polyphase Filtering with the HSP50110 DQT , HSP50210 (DCL) and the HSP43168 (DFF) Application Note January 1999 AN9661.1 Authors: John Henkelman and David Damerow Introduction [ /Title (AN96 61) /Subject (Implementing Polyph ase Filtering with

210E

Abstract: AN9660 HSP50210 mag3
Contextual Info: HSP50110/210EVAL Output Formatter Control Signal TM Application Note May 1999 AN9660 John Henkelman Introduction 0 - ISOFT 2:0 , QSOFT(2:0), STATUS(6:0), AGC(7:1) This document more explicitly defines the output interface of the HSP50110/210EVAL board, as set by the Output

MCL MAR-6

Abstract: MC12079 54475 sm33000 MAR6 VCO MCl pos cable tv tuner pin SM2175 hobby electronic projects balun diode mixer
Contextual Info: Mark S. Henkel, WB9LYH 1196 Tower Road Rudolph, Wisconsin 54475 MICROWAVE SPECTRUM ANALYZER ON A BUDGET A practical approach to microwave signal analysis for the home experimenter est equipment commonly found in the amateur workshop usually isn’t suited for

HSP50214

Abstract: HSP50214A HSP50214B TB349 cic filter
Contextual Info: Calculating the Maximum Output Sample Rate and Bandwidth Specifications of the HSP50214 Technical Brief January 1998 TB349.1 Authors: John Henkelman and David Damerow Output Sample Rate and Bandwidth Specifications • Output Samples at 6.6 MSPS with Output Bandwidths to

digital FIR Filter using multiplier

Abstract: signal path designer
Contextual Info: u A | ? i 7| C Sem iconductor Im plem enting Polyphase Filtering w ith the HSP50110 DQT , I HSP50210(DCL) and the HSP43168(DFF) A p p lic a t io n N o te J a n u a ry 1999 I A N 9661 .1 Authors: John Henkelman and David Damerow Introduction t a b l e 1. i n t e r p o l a t e b y 3 d e c im a te b y 5

Contextual Info: i ? i? ic Sem iconductor | Calculating the Maximum Output Sample Rate and Bandwidth Specifications of the HSP50214 T e c h n ic a l B n e l J a n u a ry 1998 TB 349.1 Authors: John Henkelman and David Damerow Output Sample Rate and Bandwidth Specifications

Contextual Info: i» m c Semiconductor | Implementation of a High Rate Radio Receiver HSP43124, HSP43168, HSP43216, HSP50110, HSP5Q210 A p p l i c a t i o n No te J a n u a r y 1999 AN9658.1 Authors: John Henkelman and David Damerow Features • Modulation Formats: BPSK, QPSK, SQPSK, 8-PSK, FM,

Contextual Info: Harris Semiconductor No. TB349.1 Digital Signal Processing January 1998 Calculating the Maximum Output Sample Rate and Bandwidth Specifications of the HSP50214 Authors: John Henkelman and David Damerow Output Sample Rate and Bandwidth Specifications Calculating the Output Rate

costas loop

Abstract: costas loop bpsk smd+diode+marking+3fs
Contextual Info: Implementation of a High Rate Radio Receiver HSP43124, HSP43168, HSP43216, HSP50110, HSP50210 Application Note January 1999 AN9658.1 Authors: John Henkelman and David Damerow Features [ /Title (AN96 58) /Subject (Implementation of a High Rate Radio Receiv

32-bit adder

Abstract: ic 9661 C127 C128 C159 C160 C193 C224 HSP43168 HSP50110
Contextual Info: TM Implementing Polyphase Filtering with the HSP50110 DQT , HSP50210 (DCL) and the HSP43168 (DFF) Application Note January 1998 AN9661.1 Authors: John Henkelman and David Damerow Introduction Polyphase resampling filters are often used for timing adjustments in bit synchronizer loops. They are most

cic filter

Abstract: ic 9661 X band 5-bit phase shifter C127 C128 C159 C160 C192 C193 C224
Contextual Info: Harris Semiconductor No. AN9661 Digital Signal Processing January 1997 Implementing Polyphase Filtering with the HSP50110 DQT HSP50210 (DCL) and the HSP43168 (DFF) Authors: John Henkelman and David Damerow Introduction Polyphase resampling filters are often used for timing adjustments in bit synchronizer loops. They are most commonly