本发明用以调节对电容的充电时间，从而调整复位信号的最大占空比，以改善上述降压转换器的输出纹波。
The invention is used for regulating the time for charging the capacitor, further adjusts the maximum duty cycle of the reset signal and improves the output ripple of the buck converter.
频率响应和瞬态响应的仿真结果表明，这种方法显著改善了LDO降压转换器的频率响应，并极大地提高了其稳定性。
Results from simulations of both frequency and transient responses show that the frequency response and stability of the LDO regulator are greatly improved by using the proposed method.
本文给出一种用于降压型DC-DC转换器的自调节型斜坡补偿电路。
This paper gives a design of self-regulation slope compensation circuit applied to buck DC-DC converters.
在采用降压开关功率开关转换器降低正输入电压的同时，通常还需要一个额外的低功率负输出电压。
When we use low-dropout switching power switching converter to reduce positive input voltage, we usually need an extra low - power negative output voltage.
因此，本论文提出数位控制的方法来改善上述缺点，以提高降压型转换器的暂态与稳态性能。
In this thesis, a digital control method is presented to improve the transient and steady-state responses of the buck power converter .
无论是能量收集降压变换器或电池降压-升压转换器可以提供能量到设备的输出引脚。
Either the energy-harvesting buck converter or the battery buck-boost converter can deliver energy to the device's output pin.
此外，LTC 3330包括一个单独的降压-升压转换器设计为通过外部电池驱动。
In addition, the LTC3330 includes a separate buck-boost converter designed to be driven by an external battery.
笔者介绍的迟滞开关功率转换器LM 3485，旨在实现一种能够满足大量不同降压要求而无须进行补偿的开关调整器解决方案。
LM3485 Hysteretic Switch Power Regulator can solve the problem, which satisfies the different requirements under different voltages without any compensation.
笔者介绍的迟滞开关功率转换器LM 3485，旨在实现一种能够满足大量不同降压要求而无须进行补偿的开关调整器解决方案。
LM3485 Hysteretic Switch Power Regulator can solve the problem, which satisfies the different requirements under different voltages without any compensation.
应用推荐