摘要：【中文】本发明公开了一种超低功耗基准电路及其采样方法，超低功耗基准电路包括：带隙基准模块，用于根据第一时钟输入信号产生第一自启动电压、第二自启动电压、参考基准电压；第一自启动模块，用于根据第一时钟输入信号为带隙基准模块提供第一自启动电压；第二自启动模块，用于根据第一时钟输入信号为带隙基准模块提供第二自启动电压；采样保持模块，用于根据第二时钟输入信号、第三时钟输入信号对参考基准电压进行采样、保持处理得到输出信号。本发明提出的超低功耗基准电路，通过在带隙基准模块外围增加第一自启动模块、第二自启动模块、采样保持模块，使得带隙基准模块间歇性工作，大大降低了基准电路的功耗，同时保持了输出电压的良好稳定性。 【EN】The invention discloses an ultra-low power consumption reference circuit and a sampling method thereof, wherein the ultra-low power consumption reference circuit comprises: the band-gap reference module is used for generating a first self-starting voltage, a second self-starting voltage and a reference voltage according to a first clock input signal; the first self-starting module is used for providing a first self-starting voltage for the band gap reference module according to a first clock input signal; the second self-starting module is used for providing a second self-starting voltage for the band gap reference module according to the first clock input signal; and the sampling and holding module is used for sampling and holding the reference voltage according to the second clock input signal and the third clock input signal to obtain an output signal. According to the ultra-low power consumption reference circuit, the first self-starting module, the second self-starting module and the sampling and holding module are additionally arranged on the periphery of the band gap reference module, so that the band gap reference module intermittently works, the power consumption of the reference circuit is greatly reduced, and meanwhile, the good stability of the output voltage is kept.

摘要：本发明提供一种电迁移预警电路实时在线监测系统，包括：电源、信号源、电路夹具、信号监测与数据采集设备、控制端；所述电路夹具与被测电迁移预警电路、电源、信号源、信号监测与数据采集设备分别相连接，所述信号监测与数据采集设备还与所述控制端相连接。本发明的电迁移预警电路实时在线监测系统，实现了实时在线监测电迁移预警电路的预警信号并自动进行数据采集和保存的功能，满足了电迁移预警电路测试时间长、所采集与保存数据量大的要求。而且本发明的电迁移预警电路实时在线监测系统简单易行，方便高效，便于推广应用，具有较好的市场应用前景。

摘要：【中文】本发明涉及一种多能量源协同获取的功率点跟踪电路，包括升压功率级电路和第一功率点跟踪电路，其中，升压功率级电路的第一输入端连接第一能量源的输出端，升压功率级电路的第二输入端连接第二能量源的输出端，升压功率级电路用于将第一能量源和第二能量源的工作周期穿插结合以交替获取第一能量源和第二能量源的输入能量；第一功率点跟踪电路连接升压功率级电路，用于对升压功率级电路的输出功率点进行控制，使升压功率级电路以第一功率点输出能量。该电路采用升压功率级电路，可以利用非连续导通模式的空闲时间，将不同的能量源的工作周期结合起来，实现了多种能量源的同时工作且互不干扰。 【EN】The invention relates to a power point tracking circuit cooperatively obtained by multiple energy sources, which comprises a boosting power level circuit and a first power point tracking circuit, wherein the first input end of the boosting power level circuit is connected with the output end of a first energy source, the second input end of the boosting power level circuit is connected with the output end of a second energy source, and the boosting power level circuit is used for alternately combining the working periods of the first energy source and the second energy source to alternately obtain the input energy of the first energy source and the second energy source; the first power point tracking circuit is connected with the boosting power level circuit and used for controlling an output power point of the boosting power level circuit so that the boosting power level circuit outputs energy at the first power point. The circuit adopts a boosting power stage circuit, can combine the working periods of different energy sources by utilizing the idle time of a discontinuous conduction mode, and realizes the simultaneous working of multiple energy sources without mutual interference.