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因为磁层厚度对信息分辨力有影响,所以最大的厚度是重要的。在我们所讨论的领域内发现厚度和分辨力的关系是线性的。图16为分辨力测量(位图样:01001111……),图中说明了在最坏情况位图形下确实存在的幅度减小情况。孤立位幅度(峰值1)与在拥挤位部分(1111)中的较低位(峰值4)之间的差别代表分辨力。如果磁层厚度太大,则幅度的减小将超过允许值的15％。研制了一种厚度对输出特性
Since the thickness of the magnetic layer has an influence on the information resolution, the maximum thickness is important. The relationship between thickness and resolution found in the area we are discussing is linear. Figure 16 shows the resolution measurement (bit pattern: 01001111 ...), which shows the amplitude reduction that does exist in the worst-case bit pattern. The difference between the magnitude of the isolated bit (peak 1) and the lower bit (peak 4) in the crowded bit portion (1111) represents the resolution. If the thickness of the magnetosphere is too large, the amplitude will decrease by more than 15% of the allowable value. A thickness versus output characteristic was developed