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    • 3. 发明授权
    • Versatile CMOS decoder
    • 多功能CMOS解码器
    • US4176287A
    • 1979-11-27
    • US896071
    • 1978-04-13
    • James J. Remedi
    • James J. Remedi
    • H03M7/20H03M13/51H03K17/60H03K5/18H03K13/00
    • H03M13/51H03M7/20
    • A CMOS decoder capable of providing a one of n, a two of n, or a three of n decoded output, where n is equal to the number of outputs of the decoder and is a function of the number of bits in a digital signal to be decoded. A first plurality of transistors are used to precharge each of the decoder's outputs to a first voltage potential. A second plurality of transistors are placed in series between the first node and each of the outputs. The second plurality of transistors are controlled by the coded digital signal that is being decoded. The number of decoded outputs can be varied by connecting some of the outputs to some of the transistors of the second plurality of transistors or by connecting others of the outputs to junctions formed by the series placed transistors. In a preferred embodiment, a pair of back-to-back inverters are connected to each of the outputs to provide a static decoder.
    • 能够提供n,n中的n个或n个解码输出中的三个的CMOS解码器,其中n等于解码器的输出数,并且是数字信号中的位数的函数 被解码。 使用第一多个晶体管来将每个解码器的输出预充电到第一电压电位。 在第一节点和每个输出之间串联放置第二多个晶体管。 第二多个晶体管由被解码的编码数字信号控制。 可以通过将一些输出连接到第二多个晶体管的一些晶体管或通过将其他输出连接到由串联放置的晶体管形成的结而改变解码输出的数量。 在优选实施例中,一对背对背反相器连接到每个输出以提供静态解码器。
    • 4. 发明授权
    • Virtual power supply ROM
    • 虚拟电源ROM
    • US4145759A
    • 1979-03-20
    • US895848
    • 1978-04-13
    • James J. Remedi
    • James J. Remedi
    • G11C17/00G11C17/12G11C17/18G11C11/40
    • G11C17/126
    • A read-only-memory is provided on a semiconductor chip having a reduced number of power supply lines. The memory has a plurality of storage cells arranged in an array. Vertical lines define columns of the memory. Every other vertical line is coupled to a first node. The first node is controllably coupled to a first voltage potential to controllably precharge the first node. The vertical lines not connected to the first node are connected to an output node. P channel field effect transistors are used to couple the vertical lines to the first node and to the output node. A plurality of N-channel field effect transistors controllably couple the vertical lines to a second voltage potential. A vertical line on one side of the column of memory cells is used to provide a precharge voltage to the cell while a vertical line on the other side of the column of memory cells is used to conduct stored information from the cell to the output node. The vertical lines are shared by adjacent columns of memory cells thereby reducing the number of power supply lines.
    • 在具有减少数量的电源线的半导体芯片上提供只读存储器。 存储器具有以阵列布置的多个存储单元。 垂直线定义存储器的列。 每隔一条垂直线耦合到第一个节点。 第一节点被可控地耦合到第一电压电位以可控制地预充电第一节点。 未连接到第一个节点的垂直线连接到输出节点。 P沟道场效应晶体管用于将垂直线耦合到第一节点和输出节点。 多个N沟道场效应晶体管可控制地将垂直线耦合到第二电压电位。 存储单元列的一侧上的垂直线用于向单元提供预充电电压,而存储单元列的另一侧上的垂直线用于将存储的信息从单元传送到输出节点。 垂直线由存储器单元的相邻列共享,从而减少电源线的数量。
    • 8. 发明授权
    • CMOS Decoder
    • CMOS解码器
    • US4165504A
    • 1979-08-21
    • US895849
    • 1978-04-13
    • James J. Remedi
    • James J. Remedi
    • H03M7/00H04Q3/00
    • H03M7/005
    • A CMOS digital decoder has a plurality of circuits having first and second output nodes. A first transistor is used to precharge the first output node and a second transistor is used to precharge the second output node. A third transistor responsive to an enable signal is used to enable the decoder. A fourth transistor is coupled between the third transistor and the first output node and a fifth transistor is coupled between the third transistor and the second output node. A plurality of transistors can be in series between the fourth transistor and the third transistor, or the plurality of transistors can be in parallel between the first and second output nodes depending upon the type of decoder output desired. The decoder can be made a static decoder by coupling a pair of back-to-back inverters to each of the output nodes.
    • CMOS数字解码器具有多个具有第一和第二输出节点的电路。 第一晶体管用于对第一输出节点进行预充电,第二晶体管用于对第二输出节点进行预充电。 响应于使能信号的第三晶体管用于使能解码器。 第四晶体管耦合在第三晶体管和第一输出节点之间,第五晶体管耦合在第三晶体管和第二输出节点之间。 多个晶体管可以串联在第四晶体管和第三晶体管之间,或者多个晶体管可以在第一和第二输出节点之间并联,这取决于所需的解码器输出的类型。 通过将一对背对背反相器耦合到每个输出节点,可以将解码器制成静态解码器。