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Practical Guide to the Packaging of Electronics, Second Edition
There are four topics that I categorize under packaging and enclosure
design and analysis. These are electromagnetic, thermal, mechanical,
and thermomechanical analyses. We do not cover electromagnetics
here; however, its importance cannot be overstated. Unfortunately,
much of the analysis for electromagnetic interference (EMI) or electromagnetic compatibility (EMC) is done as an after event. Testing
is done once the system is developed and often coupling and interactions are ignored. EMI is difficult to calculate exactly; however,
back-of-the-envelope estimates may be developed to ensure higher
end-product compliance. Thermal analysis is concerned with calculating the component-critical temperatures. Mechanical analysis is
concerned with the housing of the electronics (from component housing to PCB to enclosure and finally to the rack) as well as the ability
of this housing to maintain its integrity under various loading conditions such as shock and vibration. Thermomechanical management is
concerned with the impact of thermal loads on the mechanical behavior of the system.
In this work, we set the foundation for thermal and mechanical analyses of electronics packaging/enclosure design.
2018-04-27
眼狀圖剖析
This paper describes what an eye diagram is, how it is
constructed, and common methods of triggering used to
generate one. It then describes different ways that information
from an eye diagram can be sliced to gain more insight. It also
discusses some basic ways that transmitters, channels, and
receivers are tested. It is designed to give an engineer new to
this feld a basic grasp of the concepts commonly used
2018-04-27
Termination Techniques for high-speed digital circuit
Transmission lines equations for coupled lines
symmetrical lines and symmetrically driven
homogeneous medium
symmetrical lines in homogeneous medium
symmetrical lines and asymmetrical driven Qualitative description of crosstalk
Terminations Measurement of crosstalk parameters How crosstalk noise can be reduced
2018-01-12
Low-Noise Electronic System Design.pdf
This is a new book to replace Low-Noise Electronic Design (0 1973). All the
relevant topics from the original book are included and updated to today's
technology. Since the emphasis has been expanded to address the total
system design from sensor to simulation to design, the title has been changed
to reflect the new scope.
A significant improvement is the change of technological emphasis. The
first book emphasized discrete component technology with extensions to ICs.
The new book focuses on IC design concepts with added support for discrete
design where necessary. Additionally, considerable theoretical expansion has
been included for many of the practical concepts discussed. This makes the
new book serve very well as a textbook.
Six completely new chapters have been added to support the current
direction of technology. These new chapters cover the use of SPICE and
PSpice for low-noise analysis and design, noise in feedback amplifiers which
are extensively used in IC designs, noise mechanisms in analog/digital and
digital/analog converters, noise models for many popular sensors, power
supplies and voltage references, and useful low-noise amplfier designs.
2018-01-12
Agilent Impedance Measurement Handbook
Agilent Impedance Measurement Handbook
A guide to measurement technology and techniques 4th Edition
2018-01-11
应届生找工作+常见电子类硬件笔试题整理大全(含答案)+硬件工程师笔试试题集大全+模拟、数字电子技术
应届生找工作+常见电子类硬件笔试题整理大全(含答案)+硬件工程师笔试试题集大全+模拟、数字电子技术
2018-01-11
0.84-THz Imaging Pixel with a Lock-in Amplifier in CMOS
An 840-GHz Schottky diode detector is
integrated with an analog lock-in amplifier in 130-nm bulk
CMOS. The integrated lock-in amplifier can support a
modulation frequency of up to 10MHz with a gain of 54dB, a
dynamic range of 42dB, and an input referred noise of less
than 10 nV/ √Hz at modulation frequencies higher than
100kHz. The integrated lock-in amplifier occupies an area of
0.17 mm2 and consumes 4.9mA from a 1.2-V supply. The
detector and on-chip lock-in amplifier combination was used
to form terahertz images.
2017-12-02
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