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    • 6. 发明授权
    • Control of voltage regulator thermal condition
    • 电压调节器的热控制
    • US07062665B2
    • 2006-06-13
    • US10323563
    • 2002-12-18
    • Michael T. ZhangBenson D. InkleyPeter T. LiHung-Piao MaJames S. Dinh
    • Michael T. ZhangBenson D. InkleyPeter T. LiHung-Piao MaJames S. Dinh
    • G05F1/30
    • G06F1/26G06F1/206Y02D10/16
    • A system and method for automatically adjusting microprocessor activity following thermal stress of a voltage regulator is disclosed. A thermal monitoring circuit determines whether the voltage regulator has exceeded a predetermined temperature. The thermal monitoring circuit may employ a temperature-sensing component such as a thermistor to determine the temperature or may derive the temperature indirectly, based on the average input (or output) current. When the over-temperature condition occurs, a signal activates the PROCHOT#, or similar, pin on a microprocessor, throttling the microprocessor clock. Where the microprocessor includes no internal power-reducing feature, the signal throttles an external clock coupled to the microprocessor. In either case, execution of the microprocessor is slowed down. At all times, the voltage regulator maintains the ability to supply continuous current to the microprocessor.
    • 公开了一种用于在电压调节器的热应力之后自动调整微处理器活动的系统和方法。 热监测电路确定电压调节器是否超过预定温度。 热监测电路可以使用诸如热敏电阻的温度感测部件来确定温度,或者可以基于平均输入(或输出)电流间接导出温度。 当发生过温情况时,信号会激活微处理器上的PROCHOT#或类似引脚,从而节流微处理器时钟。 在微处理器不包含内部降低功耗的情况下,信号会阻塞耦合到微处理器的外部时钟。 在任一种情况下,微处理器的执行速度都会降低。 在任何时候,电压调节器保持向微处理器提供持续电流的能力。