表目录 表2-1电源变化与静态功耗的关系… …24 表2-2工艺角与静态功耗的关系…24 表2-3温度系数… 26 表2-4电源电压和工艺角与环路交流稳定性的关系…29 表2-5电源变化与PSR的关系… 30 表2-6电源电压和工艺角与噪声的关系…32 表2-7数字控制输出参考电压。 34 表2-8带隙基准电压源的性能…36 表4-1电源变化与静态功耗的关系… 52 表4-2工艺角与静态功耗的关系… … 52 表4-3电源电压和负载与环路交流稳定性的关系… 53 表4-4电源电压和工艺角与环路交流稳定性的关系… … 58 表4-5电源电压和负载与PSRR的关系… 59 表4-6输出电压的变化… 60 表4-7电源电压和负载与噪声的关系…60 表4-8电源电压和工艺角与噪声的关系… 60 表4-9低压差线性稳压器电路的性能… 61 VIIVII 表目录 表 2-1 电源变化与静态功耗的关系····························································24 表 2-2 工艺角与静态功耗的关系 ·······························································24 表 2-3 温度系数 ························································································26 表 2-4 电源电压和工艺角与环路交流稳定性的关系···································29 表 2-5 电源变化与 PSR 的关系·································································30 表 2-6 电源电压和工艺角与噪声的关系·····················································32 表 2-7 数字控制输出参考电压···································································34 表 2-8 带隙基准电压源的性能···································································36 表 4-1 电源变化与静态功耗的关系····························································52 表 4-2 工艺角与静态功耗的关系 ·······························································52 表 4-3 电源电压和负载与环路交流稳定性的关系 ······································53 表 4-4 电源电压和工艺角与环路交流稳定性的关系···································58 表 4-5 电源电压和负载与 PSRR 的关系····················································59 表 4-6 输出电压的变化··············································································60 表 4-7 电源电压和负载与噪声的关系 ························································60 表 4-8 电源电压和工艺角与噪声的关系·····················································60 表 4-9 低压差线性稳压器电路的性能 ························································61