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BiCMOS technology for telecommunications
Proceedings of IEEE Bipolar/BiCMOS Circuits and Technology Meeting BIPOL-93, 1993A diverse, high performance set of integrated semiconductor devices is required to achieve the performance goals of modern telecommunication systems. BiCMOS is an ideal choice where a blend of high-speed, high-drive, mixed-voltage and analog-digital performance is required.
null Hadaway +3 more
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1990
For high performance LSI and VLSI digital circuit applications, BiCMOS technology has become predominantly driven from a CMOS processing base. The principle reason for this is that LSI and VLSI digital BiCMOS circuits tend to be CMOS-intensive because of power dissipation limitations (for example, high density ECL I/O SRAMs and gate arrays).
R. A. Haken +3 more
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For high performance LSI and VLSI digital circuit applications, BiCMOS technology has become predominantly driven from a CMOS processing base. The principle reason for this is that LSI and VLSI digital BiCMOS circuits tend to be CMOS-intensive because of power dissipation limitations (for example, high density ECL I/O SRAMs and gate arrays).
R. A. Haken +3 more
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BiCMOS Technology and Applications
1993Preface. 1. Introduction to BiCMOS A.R. Alvarez. 2. Device Design J. Teplik. 3. BiCMOS Process Technology R.H. Eklund, R.A. Haken, R.H. Havemann, L.N. Hunter. 4. Process Reliability R. Lahri, J. Shibley, D. Merrill, H. Wang, B. Bastani. 5. Digital Design P. Raje. 6. BiCMOS Standard Memories H.V. Tran, P.K. Fung, D.B. Scott, A.H. Shah. 7.
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1997
Several BiCMOS drivers have been developed throughout the years. Figure 6.1 shows some examples of these circuits. They can be divided into two categories: partial swing BiCMOS drivers (Figure 6.1(a) & (d)), and full-swing BiCMOS drivers (Figure 6.1(b), (c), (e), and (f)).
Muhammad S. Elrabaa +2 more
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Several BiCMOS drivers have been developed throughout the years. Figure 6.1 shows some examples of these circuits. They can be divided into two categories: partial swing BiCMOS drivers (Figure 6.1(a) & (d)), and full-swing BiCMOS drivers (Figure 6.1(b), (c), (e), and (f)).
Muhammad S. Elrabaa +2 more
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1990
Over the past few years, memory performance has been the primary demonstration vehicle for BiCMOS technologies. Intrinsic gate delay, power dissipation and area have been regarded as the theoretical indications for technology performance and density. In a similar manner memory access time, memory power dissipation and memory size have been regarded as ...
H. V. Tran +3 more
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Over the past few years, memory performance has been the primary demonstration vehicle for BiCMOS technologies. Intrinsic gate delay, power dissipation and area have been regarded as the theoretical indications for technology performance and density. In a similar manner memory access time, memory power dissipation and memory size have been regarded as ...
H. V. Tran +3 more
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A Perspective On BiCMOS Trends
1993The era of modern BiCMOS technology started in the early 1980s [10.1,10.2] with the promise of significantly improving SRAM and logic (gate array) performance and greater integration of mixed-signal analog systems. Over a decade latter what has been realized? The fastest commercially available SRAMs in the world, ranging in densities from 1K to 1M, are
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