Ⅰ 电子电工专业的英语高手救命呀:求翻译
[Abstract] the subject of a design microcomputer regional warning system executing agencies -- sound and light alarm circuit. GB, the fire alarm system for the regional fire alarm and fault alarm, with light, and audio alarm circuit must send two different signals to show distinction. In response to this request, the circuit design of the audio alarm circuit using a loudspeaker. in the event of fire or failure of the issued under different acoustic signals, while bond with silencers. Alarm, Based on the single-chip microcomputer control regional warning system sound and light alarm circuit receiving MCU Controller of alarm signals, final warning signals using optical signal light and loudspeaker signal is displayed in the form of complete alarm function. Design corresponding oscillation circuit different frequency pulse signals, and through logic gate circuit assembly function make loudspeakers issued the warning at different frequency signal. D flip-flop used as a system reset, the report played a. function. This paper will function circuit design requirements, The circuit design and circuit analysis of the various parts of the circuit lap and debugging of the topics on the content, finally come to some conclusions.
Ⅱ 电子工程 英语
电子工程是面向电子领域的工程学。是研究电路与系统、通信、电磁场与微波技术以及数字信号处理等领域的一门工程学。对英语要求不高。
Ⅲ 电子工程专业科目英文名称及缩写
电路分析：Circuit
Analysis
模拟电路：Analog
Circuit
数字电路：Digital
Circuit
高频电路：
High
Frequency
Circuit
信号与系统：Signal
and
System
数字信号处理：Digital
Signal
Processing
单片机：Single
Chip
Microcomputer
（MCU)
通信原理:COMMUNICATION
PRINCIPLE
传感器:Sensor
微机原理：MICROCOMPUTER
PRINCIPLE
汇编语言：Assembly
Language
C语言：language
C
电磁场理论：electromagnetic
field
theory
电工学：
Electrotechnics
protel
Ⅳ 求高手翻译（关于电气专业英语的）
1 Power transformer USES a step-down transformer, the power grid voltage 220 V transform into need ac voltage. The ac voltage after rectification, can obtain electronic equipment need dc voltage.
2The design of the rectifier circuit big filter capacitance, so the power of the instantaneous large current power supply features, little noise and reaction speed, output ripple small.
3The filter circuit capactance filtering circuit, will the pulsation of the rectifier circuit output filter out most of the ingredients from a smooth direct current. This circuit adopts the 3300 u F / 100 V large capacitance C3, C4 output voltage more smooth, the power supply characteristics moment, suitable for take perceptual load
4By LM317 output voltage circuit is power, LM337 output negative supply. LM317 and LM337 are used internal thermal overload, contains over current protection, hot off and safety working area compensation of perfect protection circuit, makes the power supply can save the fuse, and so easy loss device.
Regulating circuit: to meet the needs of the different application situation and the voltage is set to can be adjusted. Output voltage calculation Uo = 1.25 by (1 + Rf/R), can choose precision resistor adjustable resistance, guarantee the precise output voltage can be adjusted.
5The protection circuit for linear power supply heat bigger, so the power to add enough radiator. Due to the high performance integrated circuits, which can simplify the circuit structure, highlight the power transformation of the key part of the problem. Through the commissioning and testing, circuit performance is good. The power not only can be used alone, also can be in other electronic equipment used in voltage or current stabilization source use
Keywords: dc power rectifier circuit voltage filter circuit circuit protection circuit
Ⅳ 电路施工图用英文怎么讲专业的
construction plans 施工平面图
electric circuit diagram 电路图
Ⅵ 电气工程专业英语翻译问题
1，当电子电路中的元器件特性遵循一般的伏安特性时，使用一般方式分析是一种工程师行业必要的练习。
2，线绕式
3，然而，这个分析任务是通过预知设计中存在的电路作用，这种作用决定于相互连接的元器件输入特性
4，这个特征等式建立在可测的电磁能量传递作用被忽略的基础上。工业工程师规定：对比电磁干扰的波长，器件是极其微小的。这个被直接用在民用航空管理的方法这篇文章上被进一步发展。
Ⅶ 英语高手帮我翻译一下，关于电路的。
翻译质量可保证，不过太长了，加点分吧？
1 Introction
1.引言
THE USE of conventional, unsymmetrical amplifier circuits in biomedical engineering is very limited, because of their inadequacy in suppressing power-line interference.常规的不对称放大器电路在生物医学工程中的使用是有限的，因为它们在抑制电力线路的干扰上存在不足之处。 Because one of the patient electrodes is directly connected to the amplifier
signal ground and the other is a high impedance point, the interference
current flows only through the grounded electrode. 因为病人的电极中有一个直接连接到放大器信号接地，另一个是高阻抗点，所以干扰电流只流过被接地的电极。The grounded electrode impedance voltage drop is amplified and leads to circuit saturation or masking of the useful biopotential
signal. 该接地电极阻抗的电压降被放大，并导致电路饱和，或者对有用生物电位信号的掩蔽。
Many biosignal acquisition devices could benefit from the use of only two electrodes. 很多生物信号采集装置可以通过仅采用两个电极而得到好处。Electrocardiogram monitoring in intensive care wards, ambulatory monitors, defibrillators etc.
are among the most common examples. 在重症监护病房中的心电图监控、门诊监测器、除颤器等是最常见的例子。
The most widely used technique for biosignal amplification is based on an instrumentation amplifier first-stage design, because of its ability to suppress the common mode interference
(NEUMAN, 1998). 最广泛使用的生物信号放大技术是基于一种仪表放大器的一级设计，因为它能抑制共模干扰（Neuman，1998）In two－electrode instrumentation, the
amplifier inputs must have a differential impedance that is as high as possible to avoid signal attenuation. 在双电极仪器应用中，放大器的输入必须有尽可能高的差分阻抗，以避免信号衰减。On the other hand, the amplifier should have reasonably low common mode impedance, to create a path for the common mode interference
currents without significant voltage drop, keeping both inputs in their specified operating voltage range. 另一方面，放大器的共模阻抗应该合理地低，以便为共模干扰电流创造一个通路而不致有明显的电压降，从而将两个输入都保持在它们规定的工作电压范围内。
THAKOR and WEBSTER (1980) introced a bootstrapped input stage. However, it has an inctive common mode input impedance, resulting in a very poor common mode
input current range, especially for higher frequencies. Thakor和Webster（1980）引入了一个自举（bootstapped）输入级，产生了很差的输入共模电流范围（特别是在较高的频率下）
A circuit for a two-electrode, non-differential amplifier was developed (DOBREV, 2002), the performance of which isquasi-equivalent to the differential amplifier described by DOBREV and DASKALOV (2002). Dobrev于2002年开发了一种用于双电极、无差动放大器的电路，其性能准-等效于Dobrev和Daskalov（2002）所描述的差分放大器。
Because the body as signal
source is floating and, in addition, the modern biopotential amplifiers are isolated, it is possible to drive actively one of the electrodes to the circuit common potential and thus to
balance the flowing interference currents. 因为作为信号源的人体是浮动的，而且现代的生物电位放大器是隔离的，所以有可能主动地将电极中的一个激励到电路的公共电位，并因此来平衡流过的干扰电流。
Now, a very simple, low-cost circuit of a two-electrode nondifferential
amplifier is suggested, where the interference current balancing is achieved by one operational amplifier
(OA) and two parallel RC networks.现在人们提出了一种很简单而又廉价的双电极、无差动放大器的电路，其中，干扰电流的平衡是靠一个运算放大器（OA）和两个并联的RC（阻容）网络实现的。
Ⅷ 电气工程专业英语翻译
在电路中，一个环是一个封闭的路径包含电路元件。探索周围的环电压与电压表很快表明，有一个法律管辖他们。考虑，例如，循环显示顺时针箭头图1-7a.there元素，因而有电压，是与此相关的循环。假设我们把这些volatges城，是作者和东方的极性，都在同样的意义：+ to-in顺时针方向。见图1-7a.tomeasure这些volatges，我们那儿的电压表连接在fig.1-7b。注意极性标记的电压表匹配的+和-名称标记的变量，从而vaeiable价值观是美国机械工程师学会为电压表的读数。当我们获得的电压表读数，我们发现，U + U 2 + = 0上
Ⅸ 急急急！！！请英语高手翻译：电路电工类．
With a control switch for electrical outlets, including: a socket body, for one of its top surface of one Aoru respectively, from the jack and a Snap box, and take power jack, a two-metal Next pole; a control switch, Snap in the Snap box and positioning, their input at the bottom of the two films and two respectively to a conctive film with a link from the top of the actuator switch so that the power of its two Output-output or cut off, from the jack, take two to obtain a power, through the control switch the switch, thereby control the power supply connector broken / Qualcomm.
Ⅹ 电气工程专业英语 翻译
接下来，假设所有的电流变量的方向是由节点流出而非流入，如图1-5c所示。相应的，如图1-5，为了测量出三个电流值，我们接了电流表。注意靠近节点的那端接三个电流表的正极，读数表明三值之和为0.
因此我们能够证明从节点流出的电流量和为0，事实上如果我们已经知道i1=i'1，i2=i'2.i3=-i'3，我们可以直接由等式1-1a推出等式1-1b，过程如下：（这个不写了）
最后，假设两个电流变量的方向是流入节点，一个为流出如图1-5e所示。通过处理电流的读数我们发现1-1c公式
因此我们可以证实流进节点的两个电流值等于流出节点的电流值。再者，等式1--1c可有1-1a推出来，当得知i3=-i'3，过程如下，（这个不写了）
或者我们可以通过1-1b等式，推出等式1-1c，过程如下：（这个不写了）
1-5节点电流的基本特性
德国物理学家基尔霍夫首次发现了这一定律，电路中每个节点电流都要遵从这一定律，我们称之为基尔霍夫定律。它可以用三种方式来表达，基于电流的方向。