将多至640.000个(外径为14密耳,内径为9密耳)铁氧体磁心的存储器的每个磁心定位于精确模板中,在计算机存储器装配中是第一步。这本身是一个困难的任务。但在连续操作中保持磁心定位也是一个现实的难题。生产小型计算机的麻省 East Natick 数字设备公司提出了从压力敏感的带子和片子直到从读出和驱动线上钩挂磁心一些生产组装磁心存储器的方法。这些方法的着眼点是解决人工在存储矩阵中从定位磁心开始一直到最终组装 Locating each core of a memory up to 640.000 (14 mil outer diameter, 9 mil inner diameter) ferrite cores in a precise template is the first step in computer memory assembly. This in itself is a difficult task. However, maintaining the core positioning in continuous operation is also a real problem. Massachusetts-based Nat Natick Digital Equipment Corp., a maker of small computers, has proposed ways to assemble magnetic core memory from pressure-sensitive tapes and wafers until it can be snapped from readout and drive wires. The focus of these approaches is to address the labor in the storage matrix from positioning the core to the final assembly