1) Turning errors
换向误差
2) transfer error
转换误差
1.
In the practical measuring, the leak electricity resistances of outside integration capacitance in the A/D transformation MC14433 influence its transfer accuracy, and transfer error tendency is nonlinear.
在实际应用中,发现A/D转换器MC14433的外接积分电容的漏电阻影响它的转换精度,且使转换误差呈非线性变化。
3) error switch
误差切换
1.
The convergence rate of error switch algorithm (ESA) is rapid and the error of the steady state is on the small side,however,the switch dot is ambiguity thus resulting in that the algorithm diverge and the remain error is larger.
为了克服传统常模量算法 ( Constant module algorithm,CMA) [1 ]和基于误差切换的盲均衡算法 ( Errorswitch algorithm,ESA) [2 ] 的缺点 ,本文利用 MQAM( Multiple quadrature amplitude modulation)信号的分布特点 ,给出了适于数字通信系统的一种新的基于多模误差切换的盲均衡算法。
2.
In this paper, a new blind equalization algorithm based on the error switching is proposed for MQAM communication system, taking advantage of the distribution property of the constellation of MQAM.
在 CMA算法基础上 ,利用多电平正交幅度调制 (MQAM)信号的分布特点 ,提出了一种适合于 MQAM数字通信系统的误差切换的盲均衡算法 (ESA)。
3.
A new variable step-size blind equalization algorithm based on the multi-mode error switch is proposed by considering the characteristics of the Multiple Quadrature Amplitude Modulation(MQAM) signals.
利用多电平正交幅度调制(MQAM)信号的分布特点,提出了一种适合MQAM数字通信系统的新的基于多模误差切换的变步长盲均衡算法。
4) switch error
切换误差
1.
According to the characteristic of errors and the way which is introduced, we classifythem into two reasonable classes which are switch error and response error.
按照引入误差的机制、误差的特点等,将各种误差合理地分为两类:切换误差和响应误差。
5) reduced eror
换算误差
6) mapping fault
变换误差
补充资料：换向机构
利用不同控制方法使从动件改变运动方向的机构，常与其他机构联合使用。这种机构的具体形式很多，如利用皮带、齿轮、摩擦轮、棘轮、螺旋或离合器等换向。刨床、冲床、车床和汽车等都广泛应用换向机构。图为三星齿板换向机构。当三星齿板处于位置Ⅰ时，主动齿轮通过惰轮1、2使从动齿轮反向转动;当三星齿板处于位置Ⅱ时,惰轮1与主动齿轮脱开,从动齿轮不转；当三星齿板处于位置Ⅲ时,惰轮2与主动齿轮和从动齿轮同时啮合，使从动齿轮与主动齿轮同向转动。
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