AN171
Abstract: No abstract text available
Text: AN171 AN171 Digital Filtering using the PDSP16256 Application Note AN171 - 1.0 July 1995 INTRODUCTION In the field of high performance filtering, engineering solutions are making increasing use of digital techniques. Digital filters are known to typically offer improved accuracy, complete predictability,
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AN171
AN171
PDSP16256
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AN171
Abstract: PDSP16256 PDSP16350 Sirius
Text: AN171 Digital Filtering using the PDSP16256 Advance Note AN171 ISSUE 1.0 July 1995 INTRODUCTION In the field of high performance filtering, engineering solutions are making increasing use of digital techniques. Digital filters are known to typically offer improved accuracy, complete predictability,
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AN171
PDSP16256
250kHz,
AN171
PDSP16256
PDSP16350
Sirius
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AN171
Abstract: PDSP16256/A
Text: AN171 Digital Filtering using the PDSP16256 Advance Note AN171 ISSUE 1.0 July 1995 INTRODUCTION In the field of high performance filtering, engineering solutions are making increasing use of digital techniques. Digital filters are known to typically offer improved accuracy, complete predictability,
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PDSP16256
AN171
AN171
250kHz,
PDSP16256/A
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AP-803
Abstract: ap803 Increasing the Accuracy of the Results AP-803 243637 243637
Text: AP-803 Newton-Raphson Method with Streaming SIMD Extensions Increasing the Accuracy of the Results from the Reciprocal and Reciprocal Square Root Instructions using the Newton-Raphson Method Version 2.1 01/99 Order Number: 243637-002 02/04/99 AP-803 Newton-Raphson Method with Streaming SIMD Extensions
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AP-803
ap803
Increasing the Accuracy of the Results
AP-803 243637
243637
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mobile phone repair
Abstract: space shuttle Antenna Factor gsm 900 mobile antenna design 4916 antenna CDMA GPRS gps antenna L shape mobile phone U111 ON4916
Text: 4916 Antenna Coupler Highlights • 3G ready solution for all mobile phone types • Wide frequency range for future technologies • Precise results with excellent RF match • Good coupling values on all phones • High repeatability using snap positions
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Low Drift Peak Detector
Abstract: No abstract text available
Text: Power Detection and Control For Mobile Handset Applications David Ripley Part 2. Power Detection Methods Power control architectures for mobile handsets can be categorized into two main groups, Direct and Indirect detection. Indirect power detection takes advantage of
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Untitled
Abstract: No abstract text available
Text: HIGH PERFORMANCE PRESSURE TRANSDUCER LONG TERM RELIABILITY MADE IN USA NIST PX5600 VOLTAGE OUTPUT PRESSURE TRANSDUCERS 350 $ The micro-geometry design of the PX5600 sensing element results in a very small, low mass sensor that reduces effects of mechanical
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PX5600
PX5600
ConnAL11
PX5600C1-015A5T,
PT06A-10-6S,
PX5600D6-7
PX5600C0-500S5T,
B-75B
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Untitled
Abstract: No abstract text available
Text: Preliminary Data Sheet Subject to Change Without Notice March 18, 2005 A1421, A1422, A1423 High Accuracy Analog Speed Sensor with Integrated Filter Capacitor Package K, 4-pin SIP The A1421, A1422, and A1423 are ac-coupled Hall-effect sensors which include
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A1422,
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A1421
Abstract: A1421LK A1422 A1422LK A1423 A1423LK A1425 AEC-Q100-002 A-1423 GPP 6
Text: Preliminary Data Sheet Subject to Change Without Notice June 16, 2004 A1421, A1422, A1423 High Accuracy Analog Speed Sensor with Integrated Filter Capacitor Package K, 4-pin SIP The A1421, A1422, and A1423 are ac-coupled Hall-effect sensors which include monolithic integrated circuits that switch in response to changing differential
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A1421,
A1422,
A1423
A1423
A1421-DS
A1421
A1421LK
A1422
A1422LK
A1423LK
A1425
AEC-Q100-002
A-1423
GPP 6
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Untitled
Abstract: No abstract text available
Text: HIGH PERFORMANCE PRESSURE TRANSDUCER LONG TERM RELIABILITY MADE IN USA NIST PX5600 CURRENT OUTPUT PRESSURE TRANSDUCERS 350 $ The micro-geometry design of the PX5600 sensing element results in a very small, low mass sensor that reduces effects of mechanical
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PX5600
PX5600
Con50
CAL11
PX5600C1-015AI,
PT06A-10-6S,
PX5600D6-7
PX5600C0-500SI,
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Untitled
Abstract: No abstract text available
Text: TECHNICAL ARTICLE Applications Engineer, Analog Devices, Inc. | Share on Twitter | Share on LinkedIn | Email Have you worked with any ADC Δ-Σ or SAR and run it in an oversampling mode? Did you get the expected results? Did you encounter any problems? In some previous articles general overviews of Δ-Σ and SAR (successive
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TA12916-0-6/15
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Tackling Multi-Bit Attenuator Designs
Abstract: No abstract text available
Text: Tackling Multi-Bit Attenuator Designs Designing an accurate digital step attenuator DSA with outstanding RF/microwave performance requires careful attention to detail and knowledge of semiconductor process variables. March 2012 Eric E. Austin, Dr. Haki Cebi, and Dr. Jay Yang
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SKY12347-362LF
SKY12343-364LF
APN1002,
Tackling Multi-Bit Attenuator Designs
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Untitled
Abstract: No abstract text available
Text: Preliminary Data Sheet Subject to Change Without Notice March 21, 2005 A1425 High Accuracy Analog Speed Sensor with Integrated Filter Capacitor and Dual Zero-Crossing Output Signal Package K, 4-pin SIP The A1425 ac-coupled Hall-effect sensor is a monolithic integrated circuit that
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A1425
A1425
A1425-DS
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hall sensor 4-pin
Abstract: A1425 A1425LK AEC-Q100-002 ISO 11452-4 hall sensor 4-pin SIP
Text: Preliminary Data Sheet Subject to Change Without Notice November 10, 2004 A1425 High Accuracy Analog Speed Sensor with Integrated Filter Capacitor and Dual Zero-Crossing Output Signal Package K, 4-pin SIP The A1425 ac-coupled Hall-effect sensor is a monolithic integrated circuit that
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A1425
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A1425-DS
hall sensor 4-pin
A1425LK
AEC-Q100-002
ISO 11452-4
hall sensor 4-pin SIP
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Untitled
Abstract: No abstract text available
Text: Honeywell Hawk Resolvers 1-Inch Series, Fully-Housed Configuration DESCRIPTION Resolvers convert mechanical shaft position to an electrical signal which represents the actual shaft angle. They are variable transformers in which the stator has two phase
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000699-4-EN
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March
Abstract: resolvers shaft current transformer resolver bearing MIL-STD-461F 8 speed resolver honeywell resolvers
Text: DESCRIPTION Resolvers convert mechanical shaft position to an electrical signal which represents the actual shaft angle. They are variable transformers in which the stator has two phase windings mechanically displaced by 90°. The output consists of two sine waves that are phase shifted by 90°. They provide
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000699-2-EN
March
resolvers
shaft current transformer
resolver bearing
MIL-STD-461F
8 speed resolver
honeywell resolvers
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AVR055: Using a 32kHz XTAL for run-time calibration of the internal RC
Abstract: ATCAN90 8002D working of crystal 8mHZ oscillator ATTINY13 application examples ATtiny2313 4Mhz STK501 atmega32 programming in c C code for ATMEGA8 ATMEGA16 xtal 32768
Text: AVR055: Using a 32kHz XTAL for run-time calibration of the internal RC Features 8-bit Microcontrollers • • • • • • • Application Note Calibration using a 32 kHz external crystal Adjustable RC frequency with maximum +/-2% accuracy Tune RC oscillator at any operating voltage and temperature
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AVR055:
32kHz
8002D-AVR-07/08
AVR055: Using a 32kHz XTAL for run-time calibration of the internal RC
ATCAN90
8002D
working of crystal 8mHZ oscillator
ATTINY13 application examples
ATtiny2313 4Mhz
STK501
atmega32 programming in c
C code for ATMEGA8
ATMEGA16 xtal 32768
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8002C
Abstract: calibration definition RC oscillator ATCAN90 ATmega3290 ATTINY13 application examples STK501 working of crystal 8mHZ oscillator atmega32 atmega32 programming in c
Text: AVR055: Using a 32kHz XTAL for run-time calibration of the internal RC Features 8-bit Microcontrollers • • • • • • • Application Note Calibration using a 32 kHz external crystal Adjustable RC frequency with maximum +/-2% accuracy Tune RC oscillator at any operating voltage and temperature
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AVR055:
32kHz
8002C-AVR-02/06
8002C
calibration definition
RC oscillator
ATCAN90
ATmega3290
ATTINY13 application examples
STK501
working of crystal 8mHZ oscillator
atmega32
atmega32 programming in c
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IMCS 700
Abstract: Ablebond 71-1 TC729 TC724 tc725
Text: MMICB Reliability Application Note # 42 May 1993 1.0 Introduction This application note provides information regarding the reliability performance of GaAs integrated circuits and components fabricated with the MMICB process at MWTC. The objective is to compile and summarize the reliability test results in a
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IMCS 700
Abstract: Ablebond 71-1 TC729 Traveling Wave Amplifier 273th Ta2N TC724
Text: MMICB Reliability Application Note # 42 Marketing May 1993 1.0 Introduction This application note provides information regarding the reliability performance of GaAs integrated circuits and components fabricated with the MMICB process at MWTC. The objective is to compile and summarize the reliability test results in a
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ad7112
Abstract: AD7111 AD7111A AD7512 AD7512DI ADG512 AN-364
Text: ANALOG ► DEVICES AN-364 APPLICATION NOTE ONE TECHNOLOGY WAY • P.O. BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 Enhancing the Performance of the AD7111A and AD7112 LOGDACs by Albert O'Grady The AD7111A and AD7112 LOGDACs LOGDAC are
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AN-364
AD7111A
AD7112
17-bit
AD7111
AD7512
AD7512DI
ADG512
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siemens hall ferrite
Abstract: No abstract text available
Text: SIEMENS Magnetics 1.1 Magnetic units and definitions 1.1.1 Magnetic flux <I> The magnetic flux <1> results as a product of electric voltage and time. The S.l. unit of magnetic flux is the Weber Wb or the Volt-second (Vs). If the magnetic flux <J>changes
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80C196KB
Abstract: 80C196KC a0041 8XC196KC instruction set 80c196KB users 80C196KC Users Guide A0040 2002H 8XC196KB 80196KB
Text: Analog-to-Digital Converter 9 CHAPTER 9 ANALOG-TO-DIGITAL CONVERTER This chapter provides an overview of the analog-to-digital A/D conversion process and describes how to program the A/D converter, read the conversion results, and interface with external circuitry. It also describes the transfer function and error sources.
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A0139-C0
10-bit
A0085-A0
80C196KB
80C196KC
a0041
8XC196KC instruction set
80c196KB users
80C196KC Users Guide
A0040
2002H
8XC196KB
80196KB
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RMS-to-DC Converter
Abstract: 442J Model 442J 7c2 5t 442L AC1016
Text: ANALOG DEVICES Wideband, High Accuracy True RMS-to-DC Converter FEA TUR ES Dc to 8M H z Response -3dB High Accuracy: With Mo Ext. Trim : ±2m V ±0.15% of Rdg., max With Ext. Trim : ±1m V ±0.05% of Rdg., max Low D rift: ± (35/uV ±0.01% of R eading)/’C max, 442L
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200/ls
10/zF
RMS-to-DC Converter
442J
Model 442J
7c2 5t
442L
AC1016
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