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  • Electrical and electronic engineering [3]
  • Circuit theory and circuits [3]
  • Electronic circuits [3]
  • Digital electronics [3]
  • Memory circuits [3]
  • Components, electron devices and materials [3]
  • Semiconductor materials and technology [3]
  • Semiconductor integrated circuits [3]
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  • 1983 [3]

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Method to sequentially address a large memory, suitable for LSI implementation
Author(s): R. Sundblad
Source: Electronics Letters, Volume 19, Issue 13, June 1983, p. 499 - 500
Type: Article
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A method to sequentially generate addresses to an external memory is described. The method which is based on a PRBS-generator minimises area and power consumption and maximises speed when used in IC design. The method has been tested in a dynamic memory-controller chip which was fabricated in metal gate CMOS technology.

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High-density one-device dynamic MOS memory cells
Author(s): B.S. Kiyoo Itoh, B.S. Hideo Sunami
Source: IEE Proceedings I (Solid-State and Electron Devices), Volume 130, Issue 3, 1983 , p. 127 - 135
Type: Article
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Performance of one-device cells for dynamic random-access memories is described in terms of signal, noise, speed, soft error and process complexity. From an examination of areal layout and cross-section, five kinds of cells used in commercially available 64 Kbit DRAMs are compared, placing stress on the concept of the folded-data and open-data lines. Somes new DRAM cell concepts, such as a vertically structured capacitor, are proposed on the basis of the paper. The future application limit of the one-device cell seems to exist in the optical lithography of the next generation DRAM of 1 Mbit and beyond, not in the device concept itself.

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Semi-custom IC Design and VLSI
Source: Institution of Engineering and Technology Professional Applications of Computing, 1983, p. 1 - 232
Type: Book
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The earlier chapters provide an introduction to silicon IC technology and include descriptions of the various processing techniques employed in the manufacture of microelectronic components. A heavy emphasis is placed on the design of semi-custom IC's consideration is also given to the ways in which custom VLSI circuits will be designed in future.

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