1) back clamping
反向钳位
2) negative clamping
负向钳位
3) positive clamping
正向钳位
4) clamping-and-feedback circuit
钳位和反馈电路
1.
After analyzing the difficulty to realize a high-speed and low-voltage TTL gate by tradition idea,a TTL circuits to turn on amplification-state by the using of emitter follower clamping-and-feedback circuit is presented and the high-speed and low-voltage TTL AND-NOT gate of delay-time tpd<1ns is designed mainly in this paper.
本文在分析低压TTL门按传统方式实现高速的困难之后,首先提出一个利用射极跟随器钳位和反馈电路组成的导通于放大状态低压TTL电路,并设计出延迟时间tpd<1ns的高速低压TTL与非门。
5) back shifting
反向移位
1.
In order to obtain edge information,an edge detectio n method in noisy image using back shifting wavelet coefficients of correlative s cales to construct a filter and produce the edge image is presented.
为了更好提取出边缘,提出利用小波层间系数之间的相关性通过反向移位构建滤波器从而提取图像边缘。
6) back clamping
反向箝位
补充资料：Ik(反向运动)
ik (反向运动)
inverse kinematics(ik)反向运动是使用计算父物体的位移和运动方向，从而将所得信息继承给其子物体的一种物理运动方式。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条