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摘要

Hi-BiCMOS的目标是将接近ECL的速度性能和接近CMOS的集成密度结合起来。介绍了一种高性能1.3 μ m BiCMOS技术及其在专用集成电路(asic)中的应用。这个Hi-BiCMOS门阵列包含3072个门和90个输入/输出缓冲器。双极晶体管的包含使该阵列能够支持TTL(晶体管-晶体管逻辑)和ECL逻辑接口。采用1.3 μ m的两层金属硅栅极工艺技术制备了Hi-BiCMOS存储加逻辑栅极阵列。它包含大约10 K逻辑门,4.6 kb的三端口RAM和220个输入/输出缓冲区。开发了Hi-BiCMOS标准单元库,以提高微处理器设计的设计效率。巨单元,如alu,寄存器,rom, ram,乘法器和其他宏函数都可以作为宏库的一部分
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Perspective on BiCMOS
The objective of Hi-BiCMOS is to combine speed performance approaching that of ECL and integration density approaching that of CMOS. A high-performance 1.3- mu m BiCMOS technology and its applications to ASICs (application-specific integrated circuits) are described. This Hi-BiCMOS gate array contains 3072 gates and 90 input/output buffers. The inclusion of bipolar transistors enables this array to support both TTL (transistor-transistor logic) and ECL logic interfaces. A Hi-BiCMOS memory-plus-logic gate array has also been fabricated using a 1.3- mu m drawn two-layer metal silicon gate process technology. It contains approximately 10 K logic gates, 4.6 kb of triple port RAM, and 220 input/output buffers. A Hi-BiCMOS standard cell library has been developed to improve design productivity in microprocessor designs. Megacells such as ALUs, registers, ROMs, RAMs, multipliers and other macrofunctions are available as part of the macro library.<>
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BiCMOS ASICs: technology and applications Custom RISC has international applications Synthesis of analog ASICs using optimization in conjunction with circuit simulation techniques ECL ASIC, a practical choice of high performance systems In-circuit-emulation in ASIC architectural core designs
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