#integrated electronics

[sculpturegallery]

integrated electronics by Brian Dettmer

[aryacollege]

Must Read Books For Electronics And Communication Engineers

Books for Electronics and communication engineers

Electronics and Communications Engineering primarily involves researching, developing, designing, and testing of electronic equipment used in various systems. Also, Electronics and Communication engineers must conceptualize and oversee the manufacturing of both the systems like communications and broadcast.

This engineering branch deals with analogue transmission, microprocessors, basic electronics, solid-state devices, digital and analogue communication, analogue integrated circuits, or more. It also deals with the manufacturing of circuits, electronic devices, and communications equipment.

Top Electronics Engineering Colleges in India are offering degree course at the UG as well PG level leading to BTech (4 years) and MTech (2 years) degrees respectively. So, there are some important books that every Electronics and communication engineers should read, some of them are as follows:

Analog Electronics

The book of Analog Electronics written by L.K. Maheswari, M.M.S.Anand. It offers a comprehensive involvement to a general and applicable array of the electronic systems in analog electronics. This book completely focused on the basic concepts of the electronic devices and circuit analysis. Also, the characteristic features of this book are the inclusion of illustrative examples and output for the same. So, it includes the introduction to the emerging field of IC sensors and MEMS.

Radio Frequency Electronics: Circuit and Application

The book of Radio Frequency Electronics written by Jon B. Hagen-1996. It contains many exercises and assumes only knowledge of elementary electronic circuit and analysis for the students of best engineering colleges in India. So, this book will offer you the analysis and design of radio frequency circuits. For instance, the discussion of systems like television and radio astronomy will complement the detailed analyses of the basic circuit block. Also, this book provides us a basic knowledge about the digital aspects of switching modulators and direct digital synthesizers

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[materialsgirlny]

Ceci n'est pas une chandail

Enjoyed the wonderful panel This is Not a Sweater: Smart Garments & Functional Fabrics, at Brooklyn Fashion + Design Accelerator. An insightfull view from designers and engineers at the forefront of technology integration in soft wearables. The panelists addressed a range of topics surrounding development, application, and demand. 

The challenges facing the advancement of this industry are manifold, but the two largest hurdles both concern design. Firstly, products need to address both needs and desires of consumers; answering the question of “why wear”. Currently many products fall into a category of novelty rather than functionality. Secondly, there are significant design challenges in the integration of hard and soft components in a single unit. These are exacerbated by the varied expertise needed, often coming from experts in diffferent disciplines. 

With technological advancement as well as shifts in design this area is poised to expand into a “$38 billion industry by 2022″ (estimated). Shifts in application from sports to healthcare are predicted, with a focus on increased remote outpatient monitoring. This type of usage is particularly compelling as it addresses many of the current challenges facing smart garments: cost, production volume, and aestethics.  Most importantly it offers a compelling and messureable benefit; reducing hospital stays while increasing data collection and patient care. 

Where will the industry go next? What will be the break-out commercial product? Time will tell, but many companies are working hard to be that leader and their moment is aproching quickly. 

[sci-thefuture]

Scientists foresee a time when medical monitoring devices are integrated seamlessly into the human body, able to track a patient's vital signs and transmit them to his doctors. But one major obstacle continues to hinder technologies like these: electronics are too rigid.

Researchers at the McCormick School of Engineering at Northwestern University, working with a team of scientists from the United States and abroad, have recently developed a design that allows electronics to bend and stretch to more than 200 percent their original size, four times greater than is possible with today's technology. The key is a combination of a porous polymer and liquid metal.

[designandlovingit]

Furniture integrated electronics. Will it work / sell?