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为什么要采用混合技术?——从技术观点来看:正如下述例子表明的那样,混合技术比之普通的印刷电路板结构和单块集成电路在技术上有很多优点。这些优点包括:功率、频率、稳定性、可靠性、尺寸、柔软性、精度、形状因数、重量、电路密度和速度等。大密度和高速度:能够表示出混合技术特点的混合封装是计算机微型工艺公司的4096——彼特随机存取存储器。这里,它们是金属——氧化物——半导体(MOS)与双极技术的最好结合。由于把MOS 用于存储、把双极用于读出或激励电路中,所以,在1.5时宽的封装中存储器的存取时间大约为400毫微秒,功率损耗为0.4毫
Why hybrid technology? - From a technical point of view: Hybrid technology offers many technical advantages over plain printed circuit boards and monolithic integrated circuits, as the following examples show. These advantages include: power, frequency, stability, reliability, size, softness, accuracy, form factor, weight, circuit density and speed. Large Density and High Speed: A hybrid package capable of representing mixed-technology features is the 4096-peter random access memory of Computer Microtechnology. Here, they are the best combination of metal-oxide-semiconductor (MOS) and bipolar technology. Because MOS is used for storage and the bipolar is used for sensing or stimulating circuits, the memory access time in a 1.5-wide package is approximately 400 nanoseconds with a power loss of 0.4 milliseconds