based on bulk-driven and resistive subdivision techniques, an ultra-low voltage cmos bandgap reference using second-order temperature and current feedback techniques is realized.
采用二阶温度补偿和电流反馈技术,设计实现了一种基于衬底驱动技术和电阻分压技术的超低压cmos带隙基準电压源。
starting from analyzing the general principle of typical bandgap reference circuit, the design of a cmos bandgap reference circuit with adjustable output is discussed.
从分析典型的能隙基準电路的一般原理入手,重点讨论了一种输出可调节的cmos能隙基準电路的设计。
two types of cmos bandgap reference circuits are presented in this paper.
文章介绍了两种cmos带隙基準电路。