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    • 12. 发明授权
    • Power-rail ESD clamp circuits with well-triggered PMOS
    • 具有良好触发的PMOS的电源轨ESD钳位电路
    • US06912109B1
    • 2005-06-28
    • US09604067
    • 2000-06-26
    • Ming-Dou KerMau-Lin Wu
    • Ming-Dou KerMau-Lin Wu
    • H01L27/02H02H9/00
    • H01L27/0266
    • A new ESD (Electrostatic Discharge) protection circuit with well-triggered PMOS is provided for application in power-rail ESD protection. A PMOS device is connected between the VDD and VSS power lines to sustain the ESD overstress current during the time that the ESD voltage is applied between the VDD and the VSS power lines. In deep submicron CMOS p-substrate technology, the weak point of ESD overstress control is typically associated with the NMOS device. For this reason, the invention uses a power-rail ESD clamp circuit that incorporates a PMOS device. Applying gate-coupled and N-well triggering techniques, the PMOS can be turned on more efficiently when the ESD overstress is present between the power lines. For p-substrate CMOS technology, it is difficult to couple a high voltage to the substrate of the NMOS device while high voltage is readily coupled to the N-well of a PMOS device. The proposed ESD clamp circuit can be applied efficiently to protect the ESD overstress between power rails.
    • 提供了具有良好触发PMOS的新型ESD(静电放电)保护电路,用于电力轨道ESD保护。 在VDD和VSS电源线之间施加ESD电压的时间期间,PMOS器件连接在VDD和VSS电源线之间以维持ESD过应力电流。 在深亚微米CMOS p衬底技术中,ESD过应力控制的弱点通常与NMOS器件相关。 因此,本发明使用包含PMOS器件的电力 - 轨道ESD钳位电路。 应用栅极耦合和N阱触发技术,当电源线之间存在ESD过应力时,可以更有效地开启PMOS。 对于p衬底CMOS技术,难以将高电压耦合到NMOS器件的衬底,同时高电压容易地耦合到PMOS器件的N阱。 提出的ESD钳位电路可以有效地应用于保护电源轨之间的ESD过载。
    • 13. 发明申请
    • DUPLICATE DETECTION CIRCUIT FOR RECEIVER
    • 用于接收器的双重检测电路
    • US20070089041A1
    • 2007-04-19
    • US11163398
    • 2005-10-17
    • Mau-Lin Wu
    • Mau-Lin Wu
    • H03M13/00
    • H04L1/0045H03M13/09H04L1/0052H04L1/0061H04L1/0072H04L1/1829
    • A duplicate detection circuit for a receiver includes a CRC generator for generating a CRC value of frame header information, and a control circuit coupled to the CRC generator. The control circuit has a first output, a second output, and a control input. When the control input is not set, the control circuit outputs the CRC value at the first output. When the control input is set, the control circuit outputs the CRC value at the second output. A buffer has an input coupled to the first output of the control circuit. A compare circuit has an input coupled to an output of the buffer and another input coupled to the second output of the control circuit. The compare circuit compares a CRC value at the second output of the control circuit with a CRC value stored in the buffer, and outputs a duplicate indication when detecting a match.
    • 用于接收机的重复检测电路包括用于产生帧头信息的CRC值的CRC发生器和耦合到CRC发生器的控制电路。 控制电路具有第一输出,第二输出和控制输入。 当控制输入未设定时,控制电路在第一个输出端输出CRC值。 当控制输入被设置时,控制电路在第二个输出端输出CRC值。 缓冲器具有耦合到控制电路的第一输出的输入。 比较电路具有耦合到缓冲器的输出和耦合到控制电路的第二输出的另一个输入的输入。 比较电路将控制电路的第二输出端的CRC值与存储在缓冲器中的CRC值进行比较,并在检测到匹配时输出重复指示。