Teknologi layar sentuh adalah tren masa kini yang user-friendly (misalnya touchscreen untuk ponsel/HP), di belakang layar seolah-olah itu hanya selembar kaca bening, benar-benar terdiri dari banyak lapisan pada permukaan kaca. Kaca itu sendiri juga diproses khusus untuk tahan banting pada ketinggian tertentu. Semua yang tampak begitu sederhana, ternyata menjadi sebuah toko nano-teknologi canggih, begitu kecil sehingga tidak mudah terlihat oleh mata yang tak terlatih skala nya.
Penulis utama dari analis dan merekomendasikan RD jurusan solusi teknis di salah satu layar sentuh besar produksi perusahaan kelas dunia, berusaha menyajikan sepotong pengetahuan teknologi nano manufaktur touch sensor tampilan panel canggih dari sudut pandang teori nano dan juga dalam hal praktik, buku ini adalah kelanjutan dari buku telah diterbitkan dan diharapkan mampu memberikan gambaran dari seluruh jajaran teori dan teknik-teknik yang melatar-belakangi touch layar pembuatan dan apa yang dilakukan sensor layar produsen dan kesulitan teknis yang dihadapi dan cara mengatasinya. Selain itu, penulis sengaja memasukkan bab 4 berisi baru ide-the terakhir di desain konduktif jalur dan ini akan memberikan nilai tambah bagi pembaca. Materi yang disampaikan meliputi:
Teori √ Perekat polimer
Teknologi tampilan √
√ Pembelajaran kasus
Ide-ide desain baru sensor konduktif √
Bagaimana menganalisis √ kegagalan/kerusakan
Gambaran singkat tentang proses pembuatan Touchscreen √
Touch screen technology is the trend of the present that is user-friendly (e.g. touchscreen for mobile phone/HP), behind the scenes as if it was just a sheet of clear glass, is actually made up of many layers on the surface of the glass. The glass itself is also processed specifically for hardiness at a specific height. All that seems so simple, it turned out to be a sophisticated nano-technology store, so small his scale so that is not easily visible to the untrained eye.
The lead author of the analyst and recommending technical solutions Department-level RD in one of the large touch-screen production company world class, tries to present a piece of knowledge of nano-technology manufacturing/touch sensor display panel a sophisticated from the perspective of the theory of nano and also in terms of practice, this book is a continuation of the first three books have been published and are expected to be able to give an overview of the whole range of theories and techniques that melatar-belakangi touch screen making and what is done by a the sensor screen manufacturer and technical difficulties encountered and how to handle it. In addition, author intentionally enter Chapter 4 contains new ideas-the last in the design of conductive lines and this will provide added value to the reader.
The material presented includes:
Theory of polymer adhesive √
√ Display Technology
√ Learning Cases
New Design Ideas Of The Conductive Sensor √
How To Analyze The Failure/Damage √
An Outline Of The Process Of Making Touchscreen √
The lead author of the analyst and recommending technical solutions Department-level RD in one of the large touch-screen production company world class, tries to present a piece of knowledge of nano-technology manufacturing/touch sensor display panel a sophisticated from the perspective of the theory of nano and also in terms of practice, this book is a continuation of the first three books have been published and are expected to be able to give an overview of the whole range of theories and techniques that melatar-belakangi touch screen making and what is done by a the sensor screen manufacturer and technical difficulties encountered and how to handle it. In addition, author intentionally enter Chapter 4 contains new ideas-the last in the design of conductive lines and this will provide added value to the reader.
The material presented includes:
Theory of polymer adhesive √
√ Display Technology
√ Learning Cases
New Design Ideas Of The Conductive Sensor √
How To Analyze The Failure/Damage √
An Outline Of The Process Of Making Touchscreen √
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