HIMA数字量输出模块F3330

产品标题:HIMA数字量输出模块F3330

型号： F3330

品牌：HIMA

                                                                   产品详情资料：

注意，在Little Endian设备中，存储器的***有效字节在多字节写入后存储在***字节地址中（如图示的L字传输），而反射存储器的有效字节在这种传输后存储在字节地址中。相反，处理器认为从***字节地址检索的数据是多字节读取后的***有效字节。从字节地址检索的数据被认为是有效字节。将图1-2中的Little Endian Pentium的行为与使用Big Endian处理器（如第30页图1-3中的Motorola 68040）的相同L字传输进行对比。注意，Big Endian 68040以与Little Endian Pentium微处理器完全不同的方式处理相同的L字传输。在多字节传输（如图示的Lword传输）期间，Big Endian处理器将其***有效字节写入内存中的字节地址，而其有效字节写入***地址。在读取操作期间，情况正好相反：***字节地址中的数据被认为是的，而地址中的字节被认为是***的。

                         产品英文详情料:

Note that in Little Endian devices, the Memory’s least significant byte is stored in the lowest byte address after a multiple-byte write (such as the Lword transfer illustrated), while the Reflective Memory’s most significant byte is stored in the highest byte address after such transfers. Conversely, the processor considers data retrieved from the lowest byte address to be the least significant byte after a multiple-byte read. Data retrieved from the highest byte address is considered to be the most significant byte. Contrast the behavior of the Little Endian Pentium in Figure 1-2 with the same Lword transfer using a Big Endian processor like the Motorola 68040 in Figure 1-3 on page 30. Note that the Big Endian 68040 handles the same Lword transfer in a completely different manner than the Little Endian Pentium microprocessor. During a multiple-byte transfer like the Lword transfer illustrated, a Big Endian processor writes its least significant byte in the highest byte address in memory, while its most significant byte is written to the lowest address. The converse is true during read operations: the data in the lowest byte address is considered to be the most significant, while the byte in the highest address is considered to be the least significant.

免责声明：

AMIKON我们销售新产品和停产产品，独立渠道购买此类特色产品。阿米控不是本网站特色产品的授权分销商、经销商或代表。本网站上使用的所有产品名称/产品图片、商标、品牌和徽标均为其各自所有者的财产。带有这些名称,图片、商标、品牌和徽标的产品描述、描写或销售仅用于识别目的，并不表示与任何权利持有人有任何关联或授权。