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    • 7. 发明申请
    • Fully Integrated Adjustable DC Current Reference Based on an Integrated Inductor Reference
    • 基于集成电感器参考的完全集成可调直流电流参考
    • US20140132239A1
    • 2014-05-15
    • US13924594
    • 2013-06-23
    • Bogdan Alexandru Georgescu
    • Bogdan Alexandru Georgescu
    • G05F1/56
    • G05F1/461
    • A novel fully integrated adjustable DC current reference is developed. The reference current is set by the ratio of a DC voltage generated using a band-gap reference and a tuned resistor based on an inductor reference. An AC signal is necessary to develop a relationship between the resistor tuned and the inductor reference. A computation unit which could be designed as an analog circuit is necessary to compute the value of the resistor in relationship to the reference inductor. Classic circuits are used to develop and analyze the relationship between the reference inductor and the tunable resistor that sets the DC current reference. Results show that the value of the inductance is insensitive to process, voltage and temperature variations. Therefore, assuming the DC bandgap reference voltage is insensitive to changes in process, voltage and temperature variations, so is the the DC current reference.
    • 开发了一种全新的全集成可调直流电流参考。 参考电流由基于电感基准的使用带隙基准产生的直流电压和调谐电阻的比设定。 需要一个交流信号来产生电阻调谐和电感参考之间的关系。 可以设计为模拟电路的计算单元需要计算与参考电感相关的电阻值。 经典电路用于开发和分析参考电感和可调电阻之间的关系,用于设置直流电流参考。 结果表明,电感值对工艺,电压和温度变化不敏感。 因此,假定直流带隙参考电压对工艺,电压和温度变化不敏感,直流电流参考也是如此。
    • 9. 发明授权
    • Fully integrated adjustable DC current reference based on an integrated inductor reference
    • 基于集成电感器参考的完全集成可调直流电流参考
    • US09170589B2
    • 2015-10-27
    • US13924594
    • 2013-06-23
    • Bogdan Alexandru Georgescu
    • Bogdan Alexandru Georgescu
    • G05F3/16G05F3/20G05F1/46
    • G05F1/461
    • A novel fully integrated adjustable DC current reference is developed. The reference current is set by the ratio of a DC voltage generated using a band-gap reference and a tuned resistor based on an inductor reference. An AC signal is necessary to develop a relationship between the resistor tuned and the inductor reference. A computation unit which could be designed as an analog circuit is necessary to compute the value of the resistor in relationship to the reference inductor. Classic circuits are used to develop and analyze the relationship between the reference inductor and the tunable resistor that sets the DC current reference. Results show that the value of the inductance is insensitive to process, voltage and temperature variations. Therefore, assuming the DC bandgap reference voltage is insensitive to changes in process, voltage and temperature variations, so is the DC current reference.
    • 开发了一种全新的全集成可调直流电流参考。 参考电流由基于电感基准的使用带隙基准产生的直流电压和调谐电阻的比设定。 需要一个交流信号来产生电阻调谐和电感参考之间的关系。 可以设计为模拟电路的计算单元需要计算与参考电感相关的电阻值。 经典电路用于开发和分析参考电感和可调电阻之间的关系,用于设置直流电流参考。 结果表明,电感值对工艺,电压和温度变化不敏感。 因此,假设直流带隙参考电压对工艺,电压和温度变化的变化不敏感,直流电流参考也是如此。