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    • 4. 发明授权
    • Bias circuit for a switched capacitor level shifter
    • 用于开关电容器电平移位器的偏置电路
    • US09584126B2
    • 2017-02-28
    • US14710515
    • 2015-05-12
    • Atieva, Inc.
    • Richard J. Biskup
    • H03K19/0185G01R19/00H03K17/16G01R19/165
    • H03K19/01855G01R19/0084G01R19/16542H03K17/162H03K19/018521
    • A noise resistant switch control circuit is provided. The circuit includes a low pass filter configured to couple to a first terminal of a switch and a first voltage clamp coupled to the low pass filter. The first voltage clamp is configured to couple to a control terminal of the switch and limit a voltage of the control terminal relative to the first terminal to within a first clamping range. The circuit includes a second voltage clamp coupled to an input terminal of the switch control circuit. The second voltage clamp is configured to couple to the control terminal of the switch. The second voltage clamp is further configured to reduce a level of a control voltage coupled to the second voltage clamp. The circuit includes a bias device configured to couple to the control terminal of the switch and to impress a biasing voltage to the control terminal.
    • 提供了一种抗噪声开关控制电路。 电路包括配置成耦合到开关的第一端子的低通滤波器和耦合到低通滤波器的第一电压钳位。 第一电压钳被配置为耦合到开关的控制端子,并且将控制端子相对于第一端子的电压限制在第一钳位范围内。 电路包括耦合到开关控制电路的输入端的第二电压钳位。 第二电压钳被配置为耦合到开关的控制端。 第二电压钳还被配置为降低耦合到第二电压钳的控制电压的电平。 电路包括被配置为耦合到开关的控制端子并且向控制端子施加偏置电压的偏置装置。
    • 5. 发明授权
    • Self-timed dynamic level shifter with falling edge generator
    • 具有下降沿发生器的自定时动态电平转换器
    • US09564901B1
    • 2017-02-07
    • US14972754
    • 2015-12-17
    • Apple Inc.
    • Daniel C. ChowKenneth W. JonesWilliam R. Weier
    • H03K19/0185H03K3/356H03K5/156
    • H03K19/01855H03K5/05H03K5/1565
    • A clock circuit configured to generate a falling edge independently of an input clock signal is disclosed. In one embodiment, a clock circuit includes an input circuit coupled to receive an input clock signal. A corresponding first clock signal is provided on a first clock node, while a second clock signal that is a delayed version of the first is provided on a second clock signal. The clock circuit may generate an output clock signal based on the first and second clock signals and a feedback signal received from a functional circuit coupled to receive the output clock signal. The rising edge of the output clock signal is generated dependent upon when the rising edge of the input clock signal is received. The falling edge of the output clock signal is generated by the clock circuit independently of when the falling edge of the input clock signal is received.
    • 公开了一种配置成独立于输入时钟信号产生下降沿的时钟电路。 在一个实施例中,时钟电路包括耦合以接收输入时钟信号的输入电路。 在第一时钟节点上提供对应的第一时钟信号,而在第二时钟信号上提供作为第一时钟信号的延迟版本的第二时钟信号。 时钟电路可以基于第一和第二时钟信号产生输出时钟信号,以及从耦合以接收输出时钟信号的功能电路接收的反馈信号。 输出时钟信号的上升沿取决于输入时钟信号的上升沿何时被接收。 输出时钟信号的下降沿由时钟电路产生,独立于接收到输入时钟信号的下降沿时。
    • 9. 发明申请
    • SCALABLE 2.5D INTERFACE ARCHITECTURE
    • 可扩展的2.5D接口架构
    • US20160098061A1
    • 2016-04-07
    • US14692133
    • 2015-04-21
    • Altera Corporation
    • Chee Hak Teh
    • G06F1/08H03K19/0185G06F17/50
    • H03K19/01855G06F17/5068
    • Systems and methods for interface block. The interface block includes input/output modules distributed along the interface block and a mid-stack module interspersed within the input/output modules. The input/output modules include at least one data module and at least one command module. At least one of the input/output modules is shared by an adjacent pair of channels. Each of the input/output modules is configured to interface with a memory device via a silicon interposer or equivalent. The mid-stack module is in communication with the input/output modules via programmable logic circuitry. The mid-stack module may include independent clock quadrants. Each clock quadrant is configured to operate at different phases where each phase is aligned to a respective core clock.
    • 接口块的系统和方法。 接口块包括沿着接口块分布的输入/输出模块和散布在输入/输出模块内的中间堆栈模块。 输入/输出模块包括至少一个数据模块和至少一个命令模块。 至少一个输入/输出模块由相邻的通道对共享。 每个输入/输出模块被配置为经由硅插入器或等同物与存储器件接口。 中间堆栈模块通过可编程逻辑电路与输入/输出模块通信。 中间堆叠模块可以包括独立的时钟象限。 每个时钟象限被配置为在不同的相位工作,其中每个相位与相应的核心时钟对准。