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    • 3. 发明授权
    • High-speed cycle clock-synchronous memory device
    • 高速循环时钟同步存储器件
    • US06480423B2
    • 2002-11-12
    • US09873313
    • 2001-06-05
    • Haruki TodaKenji TsuchidaHitoshi Kuyama
    • Haruki TodaKenji TsuchidaHitoshi Kuyama
    • G11C700
    • G11C7/22G11C7/1072G11C11/4087
    • A high-speed clock-synchronous memory device is provided with a sense amplifier S/A shared by and between cell arrays, and a cell array controller unit CNTRLi, wherein input and output of data/command synchronous with the clock, access command supplies all address data bits (row and column) simultaneously. By acknowledging a change in bits observed between tow successive commands, regarding some of the address bits configuring an access address, the device judges whether the current access is made within the same cell array as the preceding access, between the neighboring cell arrays, or between remote cell arrays. According to the judgment, suitable command cycle is applied. At this time, the command cycle satisfies the relationship: S≧N≧F.
    • 高速时钟同步存储装置设置有由单元阵列之间和单元阵列之间共享的读出放大器S / A和单元阵列控制器单元CNTRLi,其中与时钟同步的数据/命令的输入和输出访问命令提供所有 同时地址数据位(行和列)。 通过确认在两个连续命令之间观察到的位的改变,关于配置访问地址的一些地址位,设备判断当前访问是在与先前的访问相同的单元阵列之间,相邻单元阵列之间,还是在 远程单元阵列。 根据判断,应用适当的命令循环。 此时,命令循环满足关系:S> = N> = F。
    • 4. 发明授权
    • Semiconductor memory system, and access control method for semiconductor memory and semiconductor memory
    • 半导体存储器系统以及半导体存储器和半导体存储器的访问控制方法
    • US06442088B1
    • 2002-08-27
    • US09986658
    • 2001-11-09
    • Kenji TsuchidaHaruki Toda
    • Kenji TsuchidaHaruki Toda
    • G11C700
    • G11C11/4094G11C7/1072G11C7/12G11C7/22G11C2207/002
    • In a semiconductor memory system, an SDRAM comprises a memory cell array 101 which is divided into a plurality of cell array blocks, a column decoder, a row decoder, and a sense amplifier circuit. In the SDRAM, a first operation mode with a first cycle time is set when successive access within a cell array block is conducted, a second operation mode with a second cycle time shorter than the first cycle time is set when successive access covering the cell array blocks being apart from each other is conducted, and a third operation mode with a medium cycle time is set when successive access covering the cell array blocks adjacent to each other is conducted. With the above constitution, high speed access can be realized without provision of a specific accessory circuit while suppressing overhead for the semiconductor chip size.
    • 在半导体存储器系统中,SDRAM包括被分成多个单元阵列块的存储单元阵列101,列解码器,行解码器和读出放大器电路。 在SDRAM中,当进行单元阵列块中的连续访问时,设置具有第一周期时间的第一操作模式,当覆盖单元阵列的连续访问时,设置具有比第一周期时间短的第二周期时间的第二操作模式 进行彼此分离的块,并且进行覆盖彼此相邻的单元阵列块的连续访问时,设定具有中等周期时间的第三操作模式。 利用上述结构,可以在不设置特定的附件电路的同时抑制半导体芯片尺寸的开销来实现高速访问。
    • 5. 发明授权
    • High-speed cycle clock-synchronous memory device
    • 高速循环时钟同步存储器件
    • US06295231B1
    • 2001-09-25
    • US09354102
    • 1999-07-15
    • Haruki TodaKenji TsuchidaHitoshi Kuyama
    • Haruki TodaKenji TsuchidaHitoshi Kuyama
    • G11C700
    • G11C7/22G11C7/1072G11C11/4087
    • A high-speed clock-synchronous memory device is provided with a sense amplifier S/A shared by and between cell arrays, and a cell array controller unit CNTRLi, wherein input and output of data/command synchronous with the clock, access command supplies all address data bits (row and column) simultaneously. By acknowledging a change in bits observed between two successive commands, regarding some of address bits configuring access address, the device judges whether the current access is made within the same cell array as the preceding access, between the neighboring cell arrays, or between remote cell arrays. According to the judgement, suitable command cycle is applied. At this time, the command cycle satisfies relationship: S≧N≧F.
    • 高速时钟同步存储装置设置有由单元阵列之间和单元阵列之间共享的读出放大器S / A和单元阵列控制器单元CNTRLi,其中与时钟同步的数据/命令的输入和输出访问命令提供所有 同时地址数据位(行和列)。 通过确认在两个连续命令之间观察到的位的变化,关于配置访问地址的一些地址位,设备判断当前访问是在与先前访问相同的单元阵列之间,相邻单元阵列之间还是在远程单元之间 阵列 根据判断,应用适当的命令循环。 此时,命令循环满足关系:S> = N> = F。
    • 6. 发明授权
    • Semiconductor memory system, and access control method for semiconductor memory and semiconductor memory
    • 半导体存储器系统以及半导体存储器和半导体存储器的访问控制方法
    • US06256258B1
    • 2001-07-03
    • US09411373
    • 1999-10-04
    • Kenji TsuchidaHaruki Toda
    • Kenji TsuchidaHaruki Toda
    • G11C800
    • G11C11/4094G11C7/1072G11C7/12G11C7/22G11C2207/002
    • In a semiconductor memory system, an SDRAM comprises a memory cell array 101 which is divided into a plurality of cell array blocks, a column decoder, a row decoder, and a sense amplifier circuit. In the SDRAM, a first operation mode with a first cycle time is set when successive access within a cell array block is conducted, a second operation mode with a second cycle time shorter than the first cycle time is set when successive access covering the cell array blocks being apart from each other is conducted, and third operation mode with a medium cycle time is set when successive access covering the cell array blocks adjacent to each other is conducted. With the above constitution, a high speed access can be realized without provision of a specific accessory circuit while suppressing overhead for the semiconductor chip size.
    • 在半导体存储器系统中,SDRAM包括被分成多个单元阵列块的存储单元阵列101,列解码器,行解码器和读出放大器电路。 在SDRAM中,当进行单元阵列块中的连续访问时,设置具有第一周期时间的第一操作模式,当覆盖单元阵列的连续访问时,设置具有比第一周期时间短的第二周期时间的第二操作模式 进行彼此分离的块,并且进行覆盖彼此相邻的单元阵列块的连续访问时,设定具有中等周期时间的第三操作模式。 利用上述结构,可以在不设置特定附件电路的同时抑制半导体芯片尺寸的开销来实现高速访问。
    • 9. 发明授权
    • Semiconductor memory system, and access control method for semiconductor memory and semiconductor memory
    • 半导体存储器系统以及半导体存储器和半导体存储器的访问控制方法
    • US06335904B1
    • 2002-01-01
    • US09852037
    • 2001-05-10
    • Kenji TsuchidaHaruki Toda
    • Kenji TsuchidaHaruki Toda
    • G11C800
    • G11C11/4094G11C7/1072G11C7/12G11C7/22G11C2207/002
    • In a semiconductor memory system, an SDRAM comprises a memory cell array 101 which is divided into a plurality of cell array blocks, a column decoder, a row decoder, and a sense amplifier circuit. In the SDRAM, a first operation mode with a first cycle time is set when successive access within a cell array block is conducted, a second operation mode with a second cycle time shorter than the first cycle time is set when successive access covering the cell array blocks being apart from each other is conducted and a third operation mode with a medium cycle time is set when successive access covering the cell array blocks adjacent to each other is conducted. With the above constitution, a high speed access can be realized without provision of a specific accessory circuit while suppressing overhead for a semiconductor chip size.
    • 在半导体存储器系统中,SDRAM包括被分成多个单元阵列块的存储单元阵列101,列解码器,行解码器和读出放大器电路。 在SDRAM中,当进行单元阵列块中的连续访问时,设置具有第一周期时间的第一操作模式,当覆盖单元阵列的连续访问时,设置具有比第一周期时间短的第二周期时间的第二操作模式 进行彼此分开的块,并且进行覆盖彼此相邻的单元阵列块的连续访问时,设定具有中等周期时间的第三操作模式。 利用上述结构,可以在不设置特定附件电路的同时抑制半导体芯片尺寸的开销,实现高速访问。