permittivity FR 4 PCB
Abstract: 1 MEGA OHM RESISTOR linear handbook MIC29502 SGX530 preset 2 mega ohm 1 MEGA OHM PRESET AN315 capacitive touch 2005 shield linear application handbook
Text: Section II. Design Guidelines This section provides information on design transition, board design guidelines, and Stratix GX device path delay issues. This section includes the following chapter: Revision History • Chapter 3, Transitioning APEX Designs to Stratix & Stratix GX
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DSLAM drawing
Abstract: DSLAM board layout hyperlynx SIGNAL INTEGRITY AND TIMING SIMULATION PC3T04 IDT74FCT3807 PMC-1990815 PC3B01 74LCX244MCT
Text: VORTEX CHIPSET RELEASED DSLAM APPS NOTE PMC-1990816 ISSUE 1 SIGNAL INTEGRITY AND TIMING SIMULATION DSLAM DSLAM APPS NOTE: SIGNAL INTEGRITY AND TIMING SIMULATION FOR THE VORTEX CHIPSET S/UNI-DUPLEX, S/UNI-VORTEX, S/UNI-APEX AND S/UNI-ATLAS Released Issue 1
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PMC-1990816
DSLAM drawing
DSLAM board layout
hyperlynx
SIGNAL INTEGRITY AND TIMING SIMULATION
PC3T04
IDT74FCT3807
PMC-1990815
PC3B01
74LCX244MCT
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simple microcontroller using vhdl
Abstract: report 7 segment LED display project Scrolling LED display project microcontroller Scrolling message display using LED matrix project scrolling message fpga application note 7 segment LED display project microcontroller using vhdl 5 to 32 decoder using 38 decoder vhdl code combinational logic circuit project XS95
Text: 2001 by X Engineering Software Systems Corp., Apex, North Carolina 27502 All rights reserved. No part of this text may be reproduced, in any form or by any means, without permission in writing from the publisher. The author and publisher of this text have used their best efforts in preparing this text. These
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XC95108
simple microcontroller using vhdl
report 7 segment LED display project
Scrolling LED display project
microcontroller Scrolling message display using LED matrix project
scrolling message fpga application note
7 segment LED display project
microcontroller using vhdl
5 to 32 decoder using 38 decoder vhdl code
combinational logic circuit project
XS95
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pa78dk
Abstract: apex datasheets
Text: EK61 EK61 EK61 PA78DK, PA79DK Evaluation Kit for PA78DK & PA79DK INTRODUCTION Fast and easy breadboarding of circuits using the PA78DK or PA79DK is possible with the EK61 evaluation kit. The EK61 includes both the universal EVAL36 board and the EVAL61 substrate. The use of EVAL36 and EVAL61 allows
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PA78DK,
PA79DK
PA78DK
PA78DK
PA79DK
EVAL36
EVAL61
apex datasheets
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VRE3050DS
Abstract: VRE3050LS
Text: VRE3050 VRE3050 VRE3050 Precision Voltage Reference FEATURES DESCRIPTION The VRE3050 is a low cost, high precision 5 V reference that operates from +10 V. The device features a buried zener for low noise and excellent long term stability. Packaged in an 8-pin SMT, the device is ideal
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VRE3050
VRE3050
1Hz-10Hz)
VRE3050DS
VRE3050LS
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SMT8 GF
Abstract: No abstract text available
Text: VRE3025 VRE3025 VRE3025 Precision Voltage Reference FEATURES DESCRIPTION APPLICATIONS The device provides ultrastable +2.5 V output with ±0.25 mV .01% initial accuracy and a temperature coefficient of 0.6 ppm/ºC. This improvement in accuracy is made possible by a unique, patented multipoint
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VRE3025
VRE3025
1Hz-10Hz)
VRE3025DS
SMT8 GF
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pa78dk
Abstract: PA79DK C1206X103K631RT EK61 R1206302JRT ERJ-8GEYJR00V C1210n4r7 12067A330JAT2A C1210N4R7C501N sqcb7m4r7cajme
Text: EK61 EK61 P r o d u c t II nn nn oo vv aa t i o n FFr roomm Evaluation Kit for PA78DK & PA79DK INTRODUCTION Fast and easy breadboarding of circuits using the PA78DK or PA79DK is possible with the EK61 evaluation kit. The EK61 includes both the universal EVAL36 board and the EVAL61 substrate. The use of EVAL36 and EVAL61 allows
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PA78DK
PA79DK
PA78DK
PA79DK
EVAL36
EVAL61
PA79DK.
C1206X103K631RT
EK61
R1206302JRT
ERJ-8GEYJR00V
C1210n4r7
12067A330JAT2A
C1210N4R7C501N
sqcb7m4r7cajme
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pin configuration 1K variable resistor
Abstract: EPC1441 EPC16 EPCS128 EPCS16 EPCS64 EPC8QC100 EPC8QC100 Pinout fpga JTAG Programmer Schematics ic 11105 circuits diagraM
Text: Configuration Handbook Preliminary Information 101 Innovation Drive San Jose, CA 95134 www.altera.com Config-1.3 September 2007 Copyright 2007 Altera Corporation. All rights reserved. Altera, The Programmable Solutions Company, the stylized Altera logo, specific device designations, and all other words and logos that are identified as trademarks and/or service marks are, unless noted otherwise, the trademarks and
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proper circuit board layout ir 2113
Abstract: amp quality crimping handbook AN315 pin configuration 1K variable resistor linear handbook MIC29502 NORTHROP GRUMMAN SYSTEMS CORPORATION intel atom microprocessor linear application handbook linear application handbook national semiconductor
Text: Stratix GX Device Handbook, Volume 3 101 Innovation Drive San Jose, CA 95134 408 544-7000 www.altera.com SGX5V3-1.2 Copyright 2006 Altera Corporation. All rights reserved. Altera, The Programmable Solutions Company, the stylized Altera logo, specific device designations, and all other words and logos that are identified as trademarks and/or service marks are, unless noted otherwise, the trademarks and
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C1206X103K631RT
Abstract: C1210N4R7C501N pa78dk PA79DK C1206N330J501RT sqcb7m4r7cajme R1206000ZRT EVAL36
Text: EK61 EK61 o dd uu cc tt IInnnnoovvPA79DK aatti ioonn FFr roomm EK61 P rPA78DK, Evaluation Kit for PA78DK & PA79DK INTRODUCTION Fast and easy breadboarding of circuits using the PA78DK or PA79DK is possible with the EK61 evaluation kit. The EK61 includes both the universal EVAL36 board and the EVAL61 substrate. The use of EVAL36 and EVAL61 allows
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noovvPA79DK
PA78DK,
PA78DK
PA79DK
PA78DK
PA79DK
EVAL36
EVAL61
C1206X103K631RT
C1210N4R7C501N
C1206N330J501RT
sqcb7m4r7cajme
R1206000ZRT
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hyperlynx
Abstract: IBIS Models APEX II Devices 20KC2
Text: Simulating Altera Devices with IBIS Models January 2003, ver. 1.0 Introduction Application Note 283 High-performance systems that involve complex clock trees or high-data rates tightly constrain design parameters, creating a significant challenge for board designers. Also, because of the short design time and high cost,
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768E
Abstract: cookbook hyperlynx 12866 8943e
Text: Simulating Altera Devices with IBIS Models November 2003, ver. 1.1 Introduction Application Note 283 High-performance systems that involve complex clock trees or high-data rates tightly constrain design parameters, creating a significant challenge for board designers. Also, because of the short design time and high cost,
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Untitled
Abstract: No abstract text available
Text: VRE3025 VRE3025 VRE3025 Precision Voltage Reference FEATURES DESCRIPTION APPLICATIONS The device provides ultrastable +2.5 V output with ±0.25 mV .01% initial accuracy and a temperature coefficient of 0.6 ppm/ºC. This improvement in accuracy is made possible by a unique, patented multipoint
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VRE3025
VRE3025
1Hz-10Hz)
VRE3025DS
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smt-8
Abstract: No abstract text available
Text: VRE3025 VRE3025 VRE3025 Precision Voltage Reference FEATURES DESCRIPTION APPLICATIONS The device provides ultrastable +2.5 V output with ±0.25 mV .01% initial accuracy and a temperature coefficient of 0.6 ppm/ºC. This improvement in accuracy is made possible by a unique, patented multipoint
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VRE3025
VRE3025
1Hz-10Hz)
VRE3025DS
smt-8
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Untitled
Abstract: No abstract text available
Text: VRE3050 VRE3050 VRE3050 Precision Voltage Reference FEATURES DESCRIPTION The VRE3050 is a low cost, high precision 5 V reference that operates from +10 V. The device features a buried zener for low noise and excellent long term stability. Packaged in an 8-pin SMT, the device is ideal
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VRE3050
VRE3050
1Hz-10Hz)
VRE3050DS
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Untitled
Abstract: No abstract text available
Text: VRE3025 VRE3025 P r o d u c t IInnnnoovvaa t i o n FFr roomm Precision Voltage Reference Features DESCRIPTION Applications The device provides ultrastable +2.5 V output with ±0.25 mV .01% initial accuracy and a temperature coefficient of 0.6 ppm/ºC. This improvement in accuracy is made possible by a unique, patented multipoint
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VRE3025
VRE3025
1Hz-10Hz)
VRE3025DS
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LT1798
Abstract: MAX616X LT1460 LT1461 REF102 REF19X VRE4100 VRE4125
Text: VRE4112 VRE4100 VRE4125 VRE4141 P r o d u c t I n n o v a t i o nF r o m Product Innovation From Precision Voltage Reference Features ♦ +1.250, +2.500, +4.096 V Output ♦ Initial Error: ± 0.05% Max. ♦ Temperature Drift: 1.0 ppm/ºC Max. ♦ Low Noise: 2.2 VP-P 0.1 Hz-10 Hz, 1.024 V
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VRE4112
VRE4100
VRE4125
VRE4141
ADR29X,
REF19X
LT1460,
LT1461,
LT1798,
MAX616X,
LT1798
MAX616X
LT1460
LT1461
REF102
REF19X
VRE4100
VRE4125
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SMT8 GF
Abstract: smt-8
Text: VRE3025 VRE3025 P r o d u c t IInnnnoovvaa t i o n FFr roomm Precision Voltage Reference Features DESCRIPTION Applications The device provides ultrastable +2.5 V output with ±0.25 mV .01% initial accuracy and a temperature coefficient of 0.6 ppm/ºC. This improvement in accuracy is made possible by a unique, patented multipoint
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VRE3025
VRE3025
1Hz-10Hz)
VRE3025DS
SMT8 GF
smt-8
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VRE3050
Abstract: VRE3050A VRE3050B VRE3050C VRE3050J VRE3050K VRE3050L
Text: VRE3050 VRE3050 P r o d u c t IInnnnoovvaa t i o n FFr roomm Precision Voltage Reference Features DESCRIPTION The VRE3050 is a low cost, high precision 5 V reference that operates from +10 V. The device features a buried zener for low noise and excellent long term
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VRE3050
VRE3050
1Hz-10Hz)
VRE3050DS
VRE3050A
VRE3050B
VRE3050C
VRE3050J
VRE3050K
VRE3050L
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VRE3025DSREVH
Abstract: smt-8
Text: VRE3025 VRE3025 PP rr ooVRE3025 dduucctt TI encnhonvoal toi go yn FFrroomm Precision Voltage Reference FEATURES DESCRIPTION APPLICATIONS The device provides ultrastable +2.5 V output with ±0.25 mV .01% initial accuracy and a temperature coefficient of 0.6 ppm/ºC. This improvement in accuracy is made possible by a unique, patented multipoint
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VRE3025
VRE3025
1Hz-10Hz)
VRE3025DS
VRE3025DSREVH
smt-8
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Untitled
Abstract: No abstract text available
Text: Recommended Soldering Techniques Introduction The soldering process is the means by which electronic components are mechanically and electrically connected into the circuit assembly. Adhering to good soldering practices will preserve the inherent reliability of the original
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AP02014
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Untitled
Abstract: No abstract text available
Text: Buy On-Line - BuyAltera.com Download Center Products End Markets Frequently Asked Questions Technology Training Support About Altera Buy Online Literature Sign in/register myAltera Account Search Home > Buy Online > View Cart Customer Service View Cart
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544-2646-ND
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an17820
Abstract: an17820 a
Text: Application Note 1782 Author: Allen M. Earman Ambient Light Sensor ISL29023 Opto-Mechanical Reference Design Introduction Contents Ambient Light Sensors have become widely established components in digital display products. Virtually every contemporary flat display, regardless of backlighting
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ISL29023)
AN1782
an17820
an17820 a
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Untitled
Abstract: No abstract text available
Text: PW M BASICS APÉX APPLICATION NOTE 30 P U L S E WIDTH MODULATION AM PLIFIER M I C R O T E C H N O L O G Y 1.0 h t t p ://WWW.APEXMICROTECH.COM 800 546-APEX (800) 546-2739 INTRODUCTION T h is note is divided into three section s. T h e first section provides
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546-APEX
AN30U
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