PTC04
Abstract: MLX90316 magnet classic 360 ptc04 hall
Text: Application Note Front-End Calibration of MLX90316 Scope This application note describes the front-end compensation prior to the extraction of the angular position arctangent interpolation performed by the MLX90316 device. Related Documents, Products and Tools
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MLX90316
MLX90316
PTC04
Apr-06
magnet classic 360
ptc04 hall
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PSF90316AAMLX
Abstract: MLX90316 90316 PSF90316 A-225 PTC04 Feb-2007
Text: Application Note Back-End Calibration of MLX90316 Scope This application note describes the back-end calibration of the output levels after the extraction of the angular position arctangent interpolation performed by the MLX90316 device. Related Documents, Products and Tools
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MLX90316
MLX90316
PTC04
My90316
PSF90316AAMLX
90316
PSF90316
A-225
Feb-2007
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cic filter
Abstract: decimation filters HSP50214 logic diagram of ic 7432 DC variable power center tap HB2-0 HSP50214A HSP50214B
Text: Calculating Maximum Processing Rates of the PDC HSP50214, HSP50214A and HSP50214B Application Note Introduction January 1999 AN9720.2 BAND OF INTEREST Configuring the Programmable Digital Downconverter (PDC) requires selecting clock, decimation and interpolation rates for
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HSP50214,
HSP50214A
HSP50214B)
AN9720
cic filter
decimation filters
HSP50214
logic diagram of ic 7432
DC variable power center tap
HB2-0
HSP50214B
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cic filter
Abstract: HSP50214 HSP50214A HSP50214B cic filter for digital down converter
Text: TM Calculating Maximum Processing Rates of the PDC HSP50214, HSP50214A and HSP50214B Application Note January 1999 Introduction AN9720.2 BAND OF INTEREST Configuring the Programmable Digital Downconverter (PDC) requires selecting clock, decimation and interpolation rates for
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HSP50214,
HSP50214A
HSP50214B)
AN9720
cic filter
HSP50214
HSP50214B
cic filter for digital down converter
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optical rotary encoder
Abstract: Linear Rotary Encoder IHI magnetic linear ENCODER IC Magnetic Rotary Encoder iC-Haus Rotary Encoder switch A1 hall sensor iC-SM2L Optical encoder Sensor
Text: iC-MN AN5 APPLICATION CIRCUIT EXAMPLES Rev A2, Page 1/6 OPTICAL ROTARY ENCODER Disc iC-PNxxxx iC-MN Figure 1: Application circuit of iC-MN with iC-PNxxxx for optical rotary encoder featuring 3-channel nonius interpolation. Copyright 2010 iC-Haus http://www.ichaus.com
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Untitled
Abstract: No abstract text available
Text: Application Note SMD-01 Optical Encoder Head SMD-01 Reflection-type Optical Encoder Head Smallest in its class: High accuracy: Easy positioning: Wide operating range: Can be mounted in tiny spaces <1µm high resolution with external interpolation circuit Easy mounting
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SMD-01
SMD-01
ND11005-E-01
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cic filter
Abstract: HSP50214 HSP50214A HSP50214B ASSP29 circuit diagram for FIR filter
Text: 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
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HSP50214,
HSP50214A
HSP50214B)
AN9720
cic filter
HSP50214
HSP50214B
ASSP29
circuit diagram for FIR filter
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Untitled
Abstract: No abstract text available
Text: Implementing FIR Filters January 1996, ver. 1 Introduction in FLEX Devices Application Note 73 The finite impulse response FIR filter is used in many digital signal processing (DSP) systems to perform signal preconditioning, antialiasing, band selection, decimation/interpolation, low-pass filtering, and
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FIR Filters
Abstract: EPF8452A EPF8820A Parallel FIR Filter 5 bit binary multiplier using adders
Text: Implementing FIR Filters February 1998, ver. 1.01 Introduction in FLEX Devices Application Note 73 The finite impulse response FIR filter is used in many digital signal processing (DSP) systems to perform signal preconditioning, antialiasing, band selection, decimation/interpolation, low-pass filtering, and
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AHDL adder subtractor
Abstract: 3-bit binary multiplier using adder VERILOG 8 bit binary multiplier using adders
Text: Implementing FIR Filters January 1996, ver. 1 Introduction in FLEX Devices Application Note 73 The finite impulse response FIR filter is used in many digital signal processing (DSP) systems to perform signal preconditioning, antialiasing, band selection, decimation/interpolation, low-pass filtering, and
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AHDL adder subtractor
Abstract: EPF8452A EPF8820A parallel adder using VERILOG
Text: Implementing FIR Filters January 1996, ver. 1 Introduction in FLEX Devices Application Note 73 The finite impulse response FIR filter is used in many digital signal processing (DSP) systems to perform signal preconditioning, antialiasing, band selection, decimation/interpolation, low-pass filtering, and
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ad9122
Abstract: 2.0b1 diode conclusion digital thermometer 1093 329 AD9148 AD9516 AN-1093
Text: AN-1093 APPLICATION NOTE One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106, U.S.A. • Tel: 781.329.4700 • Fax: 781.461.3113 • www.analog.com Synchronization of Multiple AD9122 TxDAC+ Converters by Yi Zhang latency variation up to one data clock period. The interpolation
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AN-1093
AD9122
16-bit,
AN09334-0-9/10
2.0b1 diode
conclusion digital thermometer
1093 329
AD9148
AD9516
AN-1093
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chroma chip
Abstract: rnd110 TMC2242B TMC2242C RND-100
Text: www.fairchildsemi.com TMC2242C Application Note D1 Video YCbCr4:2:2 interpolation using two TMC2242C Chips Until now, doubling the sampling rate of a D1 (“4:2:2”) component video channel with off-the-shelf components has required three interpolating filter chips and an external shift
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TMC2242C
75MHz
27MHz
AN00002242C
chroma chip
rnd110
TMC2242B
RND-100
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km3701
Abstract: KM3702 3701a KM3702AD KM3702A
Text: raTOKO KM3702AD/AQ INTERPOLATION COPROCESSOR FEATURES APPLICATIONS • Interfaces Directly with an 8 Bit Microprocessor ■ Motion Control Systems ■ Wide Application Range ■ Robotics ■ Reduced Number of Counter ICs ■ Drawing Machines ■ Reduced Parts Count
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KM3702AD/AQ
KM3702A
KM3701
KM3702
3701a
KM3702AD
KM3702A
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oscilloscope pc
Abstract: AN9517 staircase generator circuit DAC oscilloscope pc adc 100 74F04 74F541 HI5714 HI5721 folding amplifier
Text: TM No. AN9517 Application Note August 1995 Using the HI5714 Evaluation Board Author: Juan C. Garcia Features Assuming no interpolation were to be performed, the number of folding amplifiers necessary to implement an 8-bit conversion using a folding ratio of 16 would be DC at 16.
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AN9517
HI5714
HI5721
oscilloscope pc
AN9517
staircase generator circuit DAC
oscilloscope pc adc 100
74F04
74F541
HI5721
folding amplifier
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folding amplifier
Abstract: schematics for a LA amplifier 74F04 74F541 HI5714 HI5721 ICL8069
Text: No. AN9517 Application Note August 1995 Using the HI5714 Evaluation Board Author: Juan C. Garcia Features Assuming no interpolation were to be performed, the number of folding amplifiers necessary to implement an 8-bit conversion using a folding ratio of 16 would be DC at 16.
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HI5714
HI5721
folding amplifier
schematics for a LA amplifier
74F04
74F541
HI5721
ICL8069
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i2c tone volume
Abstract: automatic volume control bass booster circuits loudness control ic dc volume tone control circuit simple bass pre amplifier Volume Control Electronics AN96085 dc tone loudness control ic bass treble loudness control circuit
Text: APPLICATION NOTE Guide-line for CASP software design, tone /volume part AN96085 Philips Semiconductors Guide-line for CASP software design, tone / volume part Application Note AN96085 Abstract The audio part of the Car radio Analog Signal Processor CASP provides new features like Analog Step Interpolation (ASI), Audio Blend Control (ABC), and fully programmable loudness. Introducing and use of additional system parameters into the software makes the system very flexible in application for different radio concepts.
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AN96085
i2c tone volume
automatic volume control
bass booster circuits
loudness control ic
dc volume tone control circuit
simple bass pre amplifier
Volume Control Electronics
AN96085
dc tone loudness control ic
bass treble loudness control circuit
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signal 11uA incremental for TTL
Abstract: gemac IP200 SPIRead32 IP1000 converter 11uA for TTL 2U 37 diode IP501 IP200 MAX803L SG-8002CA
Text: IP1000 IP501 IP200 Interpolation Circuits for Incremental Measuring Systems Application Note
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IP501
IP200
IP501
IP200.
100kHz,
OUTS180
signal 11uA incremental for TTL
gemac IP200
SPIRead32
IP1000
converter 11uA for TTL
2U 37 diode
IP200
MAX803L
SG-8002CA
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CH7308
Abstract: upscaler AN-90 Bios Modification Program Chrontel CH7308 Chrontel AN-90 opcode sheet lvds ch7308b nonlinear CH7308A
Text: AN-90 Chrontel CHRONTEL CHRONTEL CHRONTEL Application Notes CH7308 LVDS Upscaler Coefficient Programming Guide 1. Introduction This application note focuses on the basic guidelines on how to program the upscaler coefficients for the CH7308 LVDS output. Many types of graphics and video displays in use today require that the graphics data be scaled from lower resolution
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AN-90
CH7308
upscaler
AN-90
Bios Modification Program
Chrontel CH7308
Chrontel AN-90
opcode sheet
lvds ch7308b
nonlinear
CH7308A
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pn qpsk
Abstract: STEL-9244 low bit rate qpsk modulator STEL-1109 ttc fireberd 6000 3032h STEL-1209 x8 encoder qpsk modulator stel Scrambler
Text: Application Note 127 How to Select the STEL-1109 Register Values Technical Staff, May 1997 are also compatible with the default settings of the STEL9244 burst receiver. The purpose of this application note is to help users of the STEL-1109 Digital Modulator ASIC to understand the register programming process. The presentation is in the form of
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STEL-1109
STEL9244
STEL-1209
STEL1109
pn qpsk
STEL-9244
low bit rate qpsk modulator
ttc fireberd 6000
3032h
x8 encoder
qpsk modulator stel
Scrambler
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AD9786
Abstract: AN747 AN-747
Text: AN-747 APPLICATION NOTE One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106 • Tel: 781/329-4700 • Fax: 781/326-8703 • www.analog.com Timing Synchronization for Multiple AD9786 TxDACs by Steve Reine INTRODUCTION The AD9786 is a high performance, high speed DAC
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AD9786
CDMA2000,
AN747
AN-747
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AN_285
Abstract: Application Notes
Text: Application Note AN_285 FT800 Demo Application - Logo Animation Version 1.0 Issue Date: 2014-03-17 This document is to introduce the Logos Demo Application running on both MSVC and Arduino. The objective of the Demo Application is to enable users to become familiar with the usage of the FT800, the design flow, and display
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FT800,
AN_285
Application Notes
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decimation filters
Abstract: FPGA IMPLEMENTATION of Multi-Rate FIR
Text: Upgrading a FIR Compiler v3.1.x Design to v3.2.x Application Note 387 May 2005, ver. 1.0 Introduction This application note is intended for designers who have an FPGA design that uses the Altera FIR Compiler MegaCore® function version 3.1.0 or earlier and want to upgrade their design to the FIR Compiler version 3.2.0
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8059 microcontroller
Abstract: thermistor conversion table MCP6SX2 10K thermistor NTC 50-9 640 1k thermistor 2322 640 6.. NTC thermistors, accuracy line 113 y Analysis on the ADC picdem 2 plus demo board 2006 interfacing sensors
Text: AN897 Thermistor Temperature Sensing with MCP6SX2 PGAs Key specifications include [1, 2]: Kumen Blake and Steven Bible Microchip Technology Inc. INTRODUCTION This application note shows two designs that use a precise, negative temperature coefficient NTC
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AN897
MCP6S22
MCP6S92)
DS00897C-page
8059 microcontroller
thermistor conversion table
MCP6SX2
10K thermistor
NTC 50-9
640 1k thermistor
2322 640 6.. NTC thermistors, accuracy line
113 y
Analysis on the ADC
picdem 2 plus demo board 2006 interfacing sensors
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