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    • 33. 发明申请
    • Voltage monitoring circuit
    • 电压监控电路
    • US20060232290A1
    • 2006-10-19
    • US11131401
    • 2005-05-18
    • Hung KuoJenny ChenJiin Lai
    • Hung KuoJenny ChenJiin Lai
    • G01R31/02
    • G01R19/16552
    • A voltage monitoring circuit is capable of being integrated into a chip and monitoring the voltage quality. It mainly uses a first waveshaper to receive a voltage signal of a voltage source to be measured, process it to a logic signal, and output to a first logic level transformer. A first digital signal is transformed by the processing and can be recorded by a register such that a managing system can read content of the register through a bus to further determine whether the voltage source has a situation of voltage surge. Similarly, an inverter can be concatenated between a second waveshaper and a second logic level transformer to monitor whether the voltage source has undercurrent pulse. This way, an object of monitoring voltage quality in the chip with a combination of simple analog circuit can be achieved.
    • 电压监测电路能够集成到芯片中并监测电压质量。 它主要使用第一个波形器接收要测量的电压源的电压信号,将其处理为逻辑信号,并输出到第一逻辑电平变压器。 第一数字信号通过处理变换,并且可以由寄存器记录,使得管理系统可以通过总线读取寄存器的内容,以进一步确定电压源是否具有电压浪涌的情况。 类似地,逆变器可以连接在第二波形与第二逻辑电平变换器之间,以监测电压源是否具有欠电流脉冲。 这样,可以实现利用简单模拟电路的组合来监视芯片中的电压质量的目的。
    • 35. 发明申请
    • Data transmission coordinating method
    • 数据传输协调方法
    • US20060095633A1
    • 2006-05-04
    • US11257260
    • 2005-10-24
    • Ruei-Ling LinJiin Lai
    • Ruei-Ling LinJiin Lai
    • G06F13/36
    • G06F13/4027G06F13/4208G06F2213/0024
    • A data transmission coordinating method is used between a central processing unit and a bridge chip of a computer system. By entering the computer system into a coordinating state, the data transmission coordinating method is executed. The bridge chip and the CPU are informed of maximum bit numbers of each other for data transmission therebetween via the front side bus. Then, a commonly operable maximum bit number for data transmission between the CPU and the bridge chip can be coordinated according to the first and second maximum bit numbers. Once the commonly operable maximum bit number is determined, the CPU is reset to operate with the commonly operable maximum bit number. The maximum bit numbers are those of bus transmission bandwidth or bus transmission speed.
    • 在计算机系统的中央处理单元和桥接芯片之间使用数据传输协调方法。 通过将计算机系统进入协调状态,执行数据传输协调方法。 通过桥芯片和CPU通过相互之间的最大位数,以经由前端总线进行数据传输。 然后,可以根据第一和第二最大比特数来协调CPU和桥接芯片之间用于数据传输的通用可操作的最大比特数。 一旦确定了通用可操作的最大位数,则CPU被复位以通常可操作的最大位数进行操作。 最大位数是总线传输带宽或总线传输速度的位数。
    • 36. 发明授权
    • Memory modules storing therein boot codes and method and device for locating same
    • 存储有引导代码的存储器模块以及用于定位它的方法和装置
    • US06948057B2
    • 2005-09-20
    • US10114519
    • 2002-04-02
    • Jiin LaiJih-Hsin TsaiHsiang-I Huang
    • Jiin LaiJih-Hsin TsaiHsiang-I Huang
    • G06F9/445G06F15/177
    • G06F9/4401
    • A memory module storing therein boot codes, a core logic device capable of distinguishing such memory module from the other memory modules of the same module specification, and a method for realizing the boot codes from the memory module storing therein the boot codes are disclosed. All the memory modules are electrically connected to the core logic device via respective signal pins, but the memory module storing therein boot codes outputs an identifying signal different from the identifying signals outputted by the other memory modules in a booting process. Therefore, the core logic device can locate the memory module storing therein the boot codes, and the host device can accomplish the booting process by reading the boot codes from the specific memory module.
    • 存储有引导代码的存储器模块,能够将这种存储器模块与相同模块规格的其他存储器模块区分开的核心逻辑器件,以及用于从其中存储引导代码的存储器模块中实现引导代码的方法。 所有存储器模块经由相应的信号引脚电连接到核心逻辑器件,但存储器模块中存储有引导代码,在引导过程中输出与其他存储器模块输出的识别信号不同的识别信号。 因此,核心逻辑设备可以定位其中存储引导代码的存储器模块,并且主机设备可以通过从特定存储器模块读取引导代码来完成启动过程。
    • 40. 发明授权
    • Method and device for signal testing
    • 用于信号测试的方法和装置
    • US06233528B1
    • 2001-05-15
    • US09148949
    • 1998-09-08
    • Jiin LaiJyhfong LinHsin-Chieh Lin
    • Jiin LaiJyhfong LinHsin-Chieh Lin
    • G01R1300
    • G01R31/31709G01R31/3016
    • A signal-testing device used with a tester for testing a first signal and a second signal includes a selected signal generator receiving first signal and second signal for generating a selected signal the state of which is changed when first signal and second signal are in specific states, and a signal selector for selectively outputting one of first and second signals in response to the selected signal state. The present invention also provides a signal-testing method including steps of a) generating a selected signal having a plurality of pulses in response to a first signal and a second signal, b) obtaining a plurality of time differences between times when two inter-adjacent respective pulses respectively reach a specific voltage, c) obtaining a plurality of absolute values between two inter-adjacent respective time differences, and d) obtaining a phase difference by dividing by 2 an average value of the absolute values.
    • 与用于测试第一信号和第二信号的测试仪一起使用的信号测试装置包括接收第一信号的选择信号发生器和用于产生当第一信号和第二信号处于特定状态时其状态改变的选择信号的第二信号 以及信号选择器,用于响应于所选择的信号状态选择性地输出第一和第二信号之一。 本发明还提供了一种信号测试方法,包括以下步骤:a)响应于第一信号和第二信号产生具有多个脉冲的选定信号,b)获得两个相邻时间之间的多个时间差 各个脉冲分别达到特定电压,c)在两个相邻的相应时间差之间获得多个绝对值,以及d)通过将绝对值的平均值除以2来获得相位差。