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    • 1. 发明授权
    • Wide window decoder circuit for dual phase pulse modulation
    • 宽窗口解码电路,用于双相脉冲调制
    • US07079577B2
    • 2006-07-18
    • US10937225
    • 2004-09-08
    • Daniel S. Cohen
    • Daniel S. Cohen
    • H03K9/08
    • H04L25/4902H03K9/08H03M9/00
    • A dual phase pulse modulation (DPPM) decoder circuit processes a DPPM signal, which is in the form of a series of high and low pulses whose pulse widths represent successive groups of M data bits, so as to recover data carried by the signal. Each of the 2M possible data values of an M-bit group corresponds to one of 2M distinct pulse widths. Circuit blocks determine the width of each pulse by piping the DPPM signal through a short delay chain and inputting the delayed outputs and the non-delayed signal into AND logic gates, whose outputs are used to clock flip-flop registers. The registers are reset to a known state at the start of each signal pulse and toggled to an opposite state if clocked. The registered outputs are interpreted by logic to obtain the corresponding M-bit groups.
    • 双相脉冲调制(DPPM)解码器电路处理DPPM信号,DPPM信号是脉冲宽度代表M个数据位的连续组的一系列高和低脉冲的形式,以便恢复信号携带的数据。 M位组的2个M个可能数据值中的每一个对应于2个不同脉冲宽度中的一个。 电路块通过将DPPM信号通过短延迟链进行管道来确定每个脉冲的宽度,并将延迟的输出和非延迟的信号输入到与逻辑门,其逻辑门的输出用于时钟触发器寄存器。 寄存器在每个信号脉冲开始时被复位到已知状态,并且如果计时,则被切换到相反的状态。 注册的输出由逻辑解释,以获得相应的M位组。
    • 2. 发明授权
    • Dual phase pulse modulation decoder circuit
    • 双相脉冲调制解码电路
    • US06947493B2
    • 2005-09-20
    • US10836710
    • 2004-04-29
    • Daniel S. CohenDaniel J. Meyer
    • Daniel S. CohenDaniel J. Meyer
    • H03M5/08H04L27/04H04L27/12H04L27/20
    • H03M5/08
    • A dual phase pulse modulation (DPPM) decoder circuit processes a DPPM signal, which is in the form of a series of high and low pulses whose pulse widths represent successive groups of M data bits, so as to recover data carried by the signal. Each of the 2M possible data values of an M-bit group corresponds to one of 2M distinct pulse widths. Circuit blocks determine the width of each pulse by piping the DPPM signal through a short delay chain and using the delayed outputs to clock flip-flop registers to sample the non-delayed signal. The registered output is interpreted by logic gates to obtain the corresponding M-bit groups. The decoder circuit may have two substantially identical pulse width determining blocks, one receiving the DPPM signal for measuring high pulses, and the other receiving an inverted DPPM signal for measuring the low pulses.
    • 双相脉冲调制(DPPM)解码器电路处理DPPM信号,DPPM信号是脉冲宽度代表M个数据位的连续组的一系列高和低脉冲的形式,以便恢复信号携带的数据。 M位组的2个M个可能数据值中的每一个对应于2个不同脉冲宽度中的一个。 电路块通过将DPPM信号通过短延迟链进行管道来确定每个脉冲的宽度,并使用延迟的输出将时钟触发器寄存器采样到非延迟信号。 注册的输出由逻辑门解释以获得相应的M位组。 解码器电路可以具有两个基本上相同的脉冲宽度确定块,一个接收用于测量高脉冲的DPPM信号,另一个接收用于测量低脉冲的反相DPPM信号。
    • 4. 发明授权
    • Command decoder for microcontroller based flash memory digital controller system
    • 命令解码器,用于基于微控制器的闪存数字控制器系统
    • US08327161B2
    • 2012-12-04
    • US12538781
    • 2009-08-10
    • Daniel S. Cohen
    • Daniel S. Cohen
    • G06F1/26
    • G06F9/30181G06F15/7814Y02D10/12Y02D10/13
    • A command decoder used for a microcontroller based Flash memory digital controller system includes multiple subsystems, including the command decoder, which serves as the main user interface for interpreting commands from a user and managing the priority of commands and command modes. The command decoder also stores crucial information including address, data, opcodes, and various flags registers that are used by other subsystems including the program buffer, burst read module, register block, and microcontroller. In addition, the command decoder contains clock synchronization logic, controls the sleep function of the microcontroller and serves as a test mode controller.
    • 用于基于微控制器的闪存数字控制器系统的命令解码器包括多个子系统,包括命令解码器,其用作解释来自用户的命令的主用户界面,并管理命令和命令模式的优先级。 命令解码器还存储关键信息,包括由包括程序缓冲器,突发读取模块,寄存器块和微控制器的其他子系统使用的地址,数据,操作码和各种标志寄存器。 此外,命令解码器包含时钟同步逻辑,控制微控制器的睡眠功能,并作为测试模式控制器。
    • 6. 发明授权
    • Dual phase pulse modulation system
    • 双相脉冲调制系统
    • US07260151B2
    • 2007-08-21
    • US10961980
    • 2004-10-08
    • Daniel S. CohenJohn L. Fagan
    • Daniel S. CohenJohn L. Fagan
    • H04B14/04
    • H04L25/4902H03M5/08H04L25/4904H04N1/00127H04N2201/0015H04N2201/0065
    • A system configured to transmit and receive data signals over a data link in serial fashion using dual phase pulse modulation (DPPM) is described. The data link may be, for example, a one or two wire unshielded twisted pair (UTP) cable. An exemplary system includes a configurable interface able to accept parallel data from an external source, such as a microprocessor or an imaging device. The interface is externally programmable for a particular data format. An encoder is coupled to the configurable interface and converts parallel data into serial output data, the serial output data having high and low data pulses with each of the high and low data pulses encoded to have one of 2M distinct data pulse widths. The system further includes a decoder coupled to the configurable interface, which is able to convert the serial input data into parallel data.
    • 描述了被配置为通过数据链路以串行方式使用双相位脉冲调制(DPPM)来发送和接收数据信号的系统。 数据链路可以是例如一根或两根非屏蔽双绞线(UTP)电缆。 示例性系统包括能够接收来自诸如微处理器或成像设备的外部源的并行数据的可配置接口。 该界面可外部编程为特定的数据格式。 编码器耦合到可配置接口并将并行数据转换为串行输出数据,串行输出数据具有高和低数据脉冲,其中高和低数据脉冲中的每一个被编码为具有2 / 不同的数据脉冲宽度。 该系统还包括耦合到可配置接口的解码器,其能够将串行输入数据转换为并行数据。
    • 7. 发明授权
    • Dual phase pulse modulation encoder circuit
    • 双相脉冲调制编码电路
    • US07103110B2
    • 2006-09-05
    • US10836703
    • 2004-04-29
    • Daniel S. CohenJohn L. FaganMark A. Bossard
    • Daniel S. CohenJohn L. FaganMark A. Bossard
    • H04L27/04H04L27/12H04L27/20
    • H03M5/08
    • An dual phase pulse modulation (DPPM) encoder circuit converts data into a series of high and low signal pulses, each of whose time durations or pulse widths represents a group of M data bits, with the alternating high and low pulses representing successive groups. The encoder circuit may include a set of parallel-in, serial-out shift registers that subdivide received data words into the M-bit groups, a state machine that specified the pulse durations for each received group, e.g., by incrementing a state that indicates selected signal pulse transition times, a system clock delay chain with multiple taps, a multiplexer controlled by the state machine for successively selecting different taps, and a toggle flip-flop that is clocked by the multiplexer output.
    • 双相脉冲调制(DPPM)编码器电路将数据转换为一系列高和低信号脉冲,其中每个时间持续时间或脉冲宽度表示一组M个数据位,交替的高和低脉冲表示连续的组。 编码器电路可以包括一组并行的串行输出移位寄存器,其将接收到的数据字细分到M位组中,状态机指定每个接收到的组的脉冲持续时间,例如通过递增指示 选择的信号脉冲转换时间,具有多个抽头的系统时钟延迟链,由状态机控制的用于连续选择不同抽头的多路复用器,以及由多路复用器输出计时的开关触发器。