Auo higher posed by computing circuit, the more stable operating precision higher.
Auo越高，所构成的运算电路越稳定，运算精度也越高。
System to fully exploit the computing power of single-chip software instead of hardware circuits, so that greatly simplify the hardware circuit.
系统充分发掘了单片机的运算能力，以软件代替硬件电路，使硬件电路大大简化。
A simple and efficient model was presented for computing the effective capacitance of interconnect load based on simulation and integrated circuit process.
在大量仿真数据以及当前集成电路设计工艺的基础上，提出了一种简单互连线负载的有效电容计算模型。
This paper expatiates on the concept of earth short-circuit current, discussing and computing the shunt coefficient of overhead ground wires, cable lines and hybrid overhead cable lines.
为此，阐述了入地电流的概念，对输电线路架空避雷线、电缆线路及架空电缆混合供电线路的分流系数进行了探讨和计算。
Derived the formula for computing quadratic harmonics of output current in the single phase unit power factor ac DC converter based on analysis of the circuit module of the equivalent current source.
在基于对等效电流源电路模型分析的基础上，推导出了单相单位功率因数变流器输出电流二次谐波的计算公式，将输出二次谐波电流正、反向交替注入交流输入侧来抵消电流中的谐波。
This paper proposes a new algorithm for computing the maximum distance sequence, which are general for VLSI circuit test and software test technique.
本文提出了求多个测试序列极大距离的算法，该算法对数字电路的测试和软件测试技术是通用的。
CRC computing by software can hardly meet with the high speed digital system. Classic LFSR circuit and other algorithm that derived from software are generally adopting as hardware solutions.
用软件实现CRC校验码计算很难满足高速数据通信的要求，基于硬件的实现方法中，有串行经典算法LFSR电路以及由软件算法推导出来的其它各种并行计算方法。
The working principle, characteristics and electric parameter selection of the restraint EMI circuit are studied in this paper. The computing methods of electric component parameters are given.
对所设计的抑制电磁干扰电路的工作原理、特点和电气参数选择等进行了研究，给出了相应电气元件参数选择的计算方法。
A high precision computing method of equivalent circuit parameter of 3-phase induction motor is discussed in this paper.
介绍了一种运用计算机对三相感应电动机等效电路参数进行高精度计算的方法。
Greater use of parallel computing, even more aggressive power management, and tricks such as a special low-power spectrum monitor circuit, will be very much in order.
大量并行算法的应用，更苛刻的功率管理，以及一些小技巧诸如特殊的低功耗频谱监测电路等都必须大量使用。
Greater use of parallel computing, even more aggressive power management, and tricks such as a special low-power spectrum monitor circuit, will be very much in order.
大量并行算法的应用，更苛刻的功率管理，以及一些小技巧诸如特殊的低功耗频谱监测电路等都必须大量使用。
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