- 更多网络例句与缓冲电路相关的网络例句 [注：此内容来源于网络，仅供参考]
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The working process , the principle and the parameter calculation method of the Undeland buffer circuit .
分析了Undeland 缓冲电路的工作过程及原理，并介绍了缓冲电路参数计算方法，最后用仿真的方法验证了电路的缓冲效果。
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One of the driving circuit switching power supply, buffer circuit, the main control circuit and magnetic components to optimize the design.
其中，对开关电源的驱动电路、缓冲电路、控制电路及主要磁元件进行优化、设计。
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The paper analyses the working process and the principle of undeland buffer circuit ,introduces the calculating method of parameter of buffer circuit ,and proves the effect of the circuit buffer by simulation.
分析了Undeland 缓冲电路的工作过程及原理，介绍了缓冲电路参数计算方法，最后用仿真的方法验证了电路的缓冲效果。
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In this paper,first,we analyse and design the main circuits of the power supply,and we explain how to use the three-phase spwm wave generator SA4828,and then we also explain the IGBT drive module EXB841,after that,we discuss the IGBT buffer circuit and the protective circuits of the system.finally,we discuss the process of the software design.
在本文中，我们首先对电源主电路进行分析与设计，然后对SA4828三相SPWM波发生器的使用和编程进行了介绍，还对IGBT驱动模块EXB841进行了介绍，另外，我们还讨论了IGBT管的缓冲电路和系统的保护电路，同时分析了系统的软件设计过程。
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The transient design problems of high-frequency transformer and its buffer circuit of main circuit are discussed in detail and the influence of variation of the elements parameters on the main circuit transient behavior is explored qualitatively and quantitatively.
围绕逆变电源主电路动态过程的设计问题，重点讨论了功率脉冲变压器及其缓冲电路的设计要点，定性和定量地探讨了器件参数变化对主电路动态过程的影响，在仿真的基础上，实现计算机辅助优化设计。
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Secondly, the driver circuit, the control circuit, magnetic component of the power supply are designed and optimized.
其次，对开关电源的驱动电路、缓冲电路、控制电路及主要磁元件进行优化、设计。
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Based on the analysis of some configurations of the lossless snubber circuit, a lossless snubber circuit topology is proposed, corresponding theoretical analysis, simulation and experiment on IGBT is carried out.
在对已有的无损耗缓冲电路分析基础上提出了一种适用于IGBT的谐振无损耗缓冲电路的拓扑结构，并进行了理论分析和实验研究。
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This system adopted microprocessor 89C51 as the kernel component, and consisted of limiting amplifier circuit, buffer circuit, level indicating, audio-frequency decoding circuit, coding and decoding system for microprocessor, COM port communication circuit and etc.
系统以单片机89C51为核心部件，由限幅放大电路、缓冲电路、电平指示、音频解码电路、解码指示、单片机解码编码系统、串口通讯电路等模块组成。
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Nowadays the snubbers in IGBT inverters are traditional clamp RCD snubbers yet, which can convert some energy back to power supply so that the dissipation is low.
目前，在实际IGBT逆变桥电路中，缓冲电路大多还是传统的钳位式RCD缓冲电路，这种电路可以把能量部分回馈电源，故损耗相对较小。
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The methods to achieving balanced current are presented and simulated in this paper. Thirdly, the snubbers are designed to compress the switching voltage transient. When IGBT is abruptly turned off, trapped energy in the circuit stray inductance is dissipated in IGBT, causing a voltage overshoot and damaging IGBT.
针对IGBT工作过程中出现的电压尖峰、电流尖峰和大的开关损耗问题，本文首先从理论上详细分析了IGBT逆变桥缓冲电路的工作原理，推导出缓冲电路各元件的参数计算公式，讨论了缓冲电路各元件参数对关断电压波形的影响并进行了仿真分析。
- 更多网络解释与缓冲电路相关的网络解释 [注：此内容来源于网络，仅供参考]
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buffer address register：缓冲地址寄存器
buffer action 缓冲酌 | buffer address register 缓冲地址寄存器 | buffer circuit 缓冲电路
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buffer circuit：缓冲电路
buffer 缓冲器 | buffer circuit 缓冲电路 | bulk modulus 体积弹性模量
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buffer circuit：缓冲电路, 阻尼电路 隔离电路
sleepily 想睡地, 困倦地 | buffer circuit 缓冲电路, 阻尼电路 隔离电路 | alternating stress intensity 交变应力强度
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buffer circuit：缓冲电路,阻尼电路
缓冲筒,减震器 buffer case | 缓冲电路,阻尼电路 buffer circuit | 缓冲线圈 buffer coil
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buffer circuit：缓冲油路[电路]
buff;软皮,米色,抛光,消声器,缓冲器,阻尼器 | buffer circuit;缓冲油路[电路] | buffer module;缓冲装置[模块]
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off buffer circuit：截止缓冲电路
off beam axis scattering 离光束轴散射 | off buffer circuit 截止缓冲电路 | off cathode current 熄火阴极电流
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circuit buffer：电路缓冲存储器
circuit breaker for short circuit use 短絡用遮断器 | circuit buffer 电路缓冲存储器 | circuit capacity 电路能力,电路容量,线路容量
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SBCS interface Bus CircuitS：接口总线电路
14SBCSingle Board Computer单板机,单板微型计算机 | 15SBCSync Burst Cache同步脉冲串高速缓冲存储器 | 16SBCS interface Bus CircuitS接口总线电路
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sleepily：想睡地, 困倦地
mooring 停泊处 | sleepily 想睡地, 困倦地 | buffer circuit 缓冲电路, 阻尼电路 隔离电路
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snubber：缓冲
(1)回能吸收电路[1]:是将缓冲(snubber)电容上的储能返回电源或负载,或称为无损吸收电路. (5)零电流关断(ZCS)和零电流转换(ZCT):是指先将主开关管的电流减小到零,再关断主开关管. 零电流转换(ZCT)是指在主开关管两端并联一谐振电容、谐振电感与辅助开关管串联通路,