← 返回 JSSC 论文列表JSSC 2006第11期Power Management0.18μm CMOS
/86/68/68-Hopping Accelerators for On-Chip Power Supply Circuit to Achieve Nanosecond-Order
提出一种用于片上电源电路的866868跳频加速器，实验验证其纳秒级瞬态响应能力。
5 ns瞬态时间，等效25k逻辑门负载
跳频加速器片上电源纳秒级响应线性稳压器DC-DC转换器
▸创新点1：跳频加速器设计（方法创新）：提出了一种新型跳频加速器电路，通过优化频率切换机制，显著提升了电源电路的瞬态响应速度，实现了纳秒级的瞬态时间。
▸创新点2：纳秒级瞬态响应（性能创新）：通过结合线性稳压器和快速跌落技术，实现了小于5纳秒的瞬态响应时间，相比传统方案加速了两个数量级，显著提升了系统性能。
▸创新点3：线性稳压器快速跌落技术（电路创新）：引入了一种新型线性稳压器快速跌落技术，有效降低了电源电压的跌落时间，提高了电源系统的动态响应能力。
▸创新点4：控制稳定性改进（系统创新）：通过优化控制算法和自动时序生成技术，提升了系统的控制稳定性，减少了电源波动，增强了系统的可靠性。
Abstract
A /68/68-hopping accelerator for on-chip power supply circuits is proposed and the effectiveness of the accelerator cir- cuit is experimentally verified. The quick dropper with the linear regulator enables nanosecond-order transient time in on-chip dis- tributed power supply systems. The measured transition time is less than 5 ns with a load circuit equivalent to 25-k logic gates in 0.18- m CMOS. This is to be compared with the case without the accelerator of the order of s and thus the acceleration by two or- ders of magnitude is achieved. Extensions of the basic approach are also discussed including implementation of the quick dropper for a switching DC–DC converter, the control stability improvement, automatic timing generation, and the parasitic element effects of the power lines.