Bipolar Digital Circuits
A typical bipolar integrated circuit process provides n-p-n transistors as the primary active device, various diode and resistor structures, and lateral p-n-p transistors of rather poor performance. This range of components gives the bipolar process the flexibility to make a wide variety of digital and analogue circuits on the same process, or even the same chip.
KeywordsSchottky Diode Solid State Circuit Gate Delay Noise Margin Programmable Logic Array
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- 1.‘Analysis and Design of Integrated Circuits’ Meyer, Lynn and Hamilton (McGraw-Hill).Google Scholar
- 4.‘World Market Forecast,’ Electronics, 13 January 1981, pages 121–142.Google Scholar
- 5.‘Gate Array - A Special Report,’ J. G. Posa, Electronics, 25 September 1980, pages 145–158.Google Scholar
- 7.J. Lohstroh, ‘Performance comparison of ISL and I2L’, IEEE International SolidState Circuits Conference 1979.Google Scholar
- 8.P.H. Saul, A. Fairgrieve and A. Fryers, ‘Monolithic Components for 100 MHz Data Conversion’, IEEE J. Solid State Circuits SC-15, 3, June (1980).Google Scholar
- 9.P. H. Saul, P. J. Ward and A. J. Fryers, ‘An 8-Bit, 5ns Monolithic D/A Converter Subsystem’, IEEE J. Solid State Circuits SC-15, 6, (1980).Google Scholar
- 10.P.H. Saul, ‘Successive Approximation Analog-to-Digital Conversion’, IEEE J. Solid State Circuits SC-16, 3, (1981).Google Scholar
- 11.P. Schwarz, V. Blatt and CCA. Priest, ‘A Multi-channel CODEC and Filter Subsystem’, ISSCC 79, February 14, 1979, pp. 30–31. in 0Google Scholar