电子信息工程专业英语作业3
电子与通信工程专业英语Unit 3 Integrated Circuit
9பைடு நூலகம்
4．Datasheets Datasheets are available for most ICs giving detailed information about their ratings and functions. In some cases example circuits are shown. The large amount of information with symbols and abbreviations can make datasheets seem overwhelming to a beginner, but they are worth reading as you become more confident because they contain a great deal of useful information for more experienced users designing and testing circuits.
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Fig 3.1 Pin numbers
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5
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If you need to remove a chip it can be gently prised out of the holder with a small flat- blade screwdriver. Carefully lever up each end by inserting the screwdriver blade between the chip and its holder and gently twisting the screwdriver. Take care to start lifting at both ends before you attempt to remove the chip, otherwise you will bend and possibly break the pins.
电子信息类专业英语Unit3 Electrical Technique
Operational Amplifiers ❖ Single-ended ❖Differential（差分） amplifiers ❖Inverting（反相） input ❖ the non-inverting input.
Unit 3上E一le页ctrica下l T一ec页hniqu返e 回
Unit 3 Electrical Technique
Passage A Analog Circuit Passage B Binary System and Logic Systems Passage C Magnitude Locked Loop
Unit 3 Electrical Technique
Impedance
Load resistor In series with Short circuit
Current
filter
Oscillator
Comparator
amplification
Invert
Saturation
Unit 3 Electrical Technique
2.Terminology
❖ “固态”的意思是当晶体管切换状态时，它的物理形式不 发生变化。晶体管中不存在可以移动的部分 。
Unit 3 Electrical Technique
Transistor vs. vacuum tube
❖ Compared to the vacuum tube , transistors were much smaller, faster, and cheaper to manufacture. They were also far more reliable and used much less power.
电子信息专业英语单元测验三
1.我们的街道和房屋靠电来照明。
2.画图比定侓更容易为人所理解
3.只要知道电压和电流，就能测定电阻。
4.大型电动机应法使用三相电流。
5.这个问题的解决办法终于找到了。
一、根据英文单词，写出中文意思（20×0.5=10 ，共10分）
英文单词汉语意思
residential
commercial
utility
conveyor
electromagnetism
opposite
distance
thumb
terminate
commutator
linear
acceleration
associatewith
in simple term
net force
law of inertia
meters per second
angular speed
external force
walk around
index finger
right-hand rule
south pole
magnetic lines
consist in
closed-loop
in dependent of
self-regulation
四、根据下面的英文解释，写出相应的英文词汇（10×2=20 20分）
1.something ,such as a machine or an engine, that produces or imparts motion ( )
4. Magnetic field sources are essentially dipolar in nature, having a north and a south magnetic poles.
电子信息工程 专业英语
1.Translate the following phrases into English.电子技术:Electronic Technology音频信号:Audio signal真空二极管:vacuum diode 半导体材料: semiconductor material分立元件:discrete component 大规模集成电路:large -scale integration circuit 电气触电:electrical contact 非线性特征: nonlinear characteristic运算放大器:operational amplifier 稳压器: voltage regulator反馈电路:feedback circuit 同相输入:non-inverting input 模拟计算机:analog computer 双列直插:dual-in-line正弦波振荡器:sinusoidal oscillator 张弛振荡器:relaxation oscillator数模转换: digital-to-analog converter信号处理:signal processing实时处理系统:real time processing system仿真器:emulator 存储单元:storage location数字滤波器:digital filter 传感器:transducer2.Translate the following phrases into Chinese.Electromotive force电动势; nonlinear resistor非线性电阻器; magnetic field磁场; dielectric constant介电常数; electric charge电荷;Information source信息来源; communication channel通信信道; message destination消息目的地; sensing element敏感元件;Natural frequency自然频率; reversible effect可逆效应; mutual inductance互感; address generator地址发生器; optical fiber光纤;Noise source噪声来源; Asynchronous transfer mode异步传输模式; negative feedback消极的反馈; alternating voltage交流电压;Sensitive measuring circuit敏感的测量电路; variable resistor可变电阻器; induced emf感应电动势3.Translate the following sentences into Chinese.①Electronics is a field of engineering and applied physics dealing with the design andapplication of devices, usually electronic circuits, the operation of which depends on the flow of electrons for the generation, transmission, reception, and storage of information.答案：电子学属于工程和应用物理学的范畴，一般研究由电子线路构成的设备的设计和应用。
电子信息工程专业英语教程Lesson3Microprocessors
2024/8/6
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A brief summary of all Pentium families
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• Pentium 4 - Introduced in 2000 (1.4-3.4GHz)
Latest Pentium architecture started out with a 400MHz system bus and 256KB L2 cache (later increased to 800MHz and 2MB). The first models contained 42 million transistors, used the 0.18 micron process and came in 423pin and 478-pin PGA packages. Intel's first Pentium 4 chipset was the 850 and supported only Rambus memory (RDRAM), but subsequent chipsets switched to DDR SDRAM.
• Difference
– Transistors – Microns – Clock speed – Data width – MIPS
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15
Brief introduction
Intel 4004
2024/8/6
Pentium IV
16
Brief introduction
Intel 4004
• Pentium II Xeon - 1998-1999 (400MHz-450MHz) Typically used in high-end and 2-way and 4-way servers, Xeon specs were like Pentium II with L2 cache from 512KB to 2MB and 100MHz system bus.
电子信息工程专业英语模拟试题答案
电子信息工程专业英语模拟试题答案模拟试题一答案一、Decide whether each of the following statements is true (√)or false (ⅹ)(20 points)1.√2.√3.×4.×5.√6.×7.√8.√9.×10.√二、Translate the following words and phrases into English (20points)1、Inductor2、square waves3、the band-rejection filter4、discharge5、insulation resistance（2）Translate the following paragraph into Chinese(20points)二进制系统是计算机的基本语言。
八进制和十六进制系统通常在计算机通信和计算机储存信息时用。
计算机只能处理二进制系统或其它系统如八进制和十六进制中的二进制编码，所以十进制系统必须先转换成这些数字系统才能有计算机处理。
当计算机对所给的信息处理完毕后，输出的信息是以非十进制的形式打印或显示出来。
所以这些输出信息必须再转换成为十进制系统。
（3）Answer the following questions with English (40points)1.Electronics is a part of the larger field of electricity. The basic principles of electricity are also common to electronics. Modern advances in the field of computer, control system, communications have a close relationship with electronics. The field of electronics includes the electron tube, transistor, integrated circuit and so on2、Eight types3、The integrated circuit is sometimes called an IC. An integrated circuit is a small electronic device made out of a semiconductor material. The first integrated circuit was developed in the 1950s by Jack Kilby of Texas Instruments and Robert Noyce of Fairchild Semiconductor.At today’s level of development, it might comprise more than ten thousand separate electronic elements including elements of many functions, such as diodes, transistors, capacitors and resistors.模拟试题二答案a)Decide whether each of the following statements is true (√)or false (ⅹ)(20 points)1.×2.√3.×4.√5.√6.√7.×8.×9.×10、√二、Translate the following words and phrases into English (20points)1. a bridge(full-wave) rectifier.2.linear device3.timing simulation4.Alternating current circuits5.the combinatory logic electric circuit,三、Translate the following paragraphs into Chinese(40points)一个同步的计数器内部电路结构比较复杂，以保证所有的计数器输出都在每一个时钟脉冲输入时同时改变，同步的计数器可以避免异步计数器中可能出现的误计数。
电子信息工程专业英语
The ability to analyze, evaluate, and apply information critically This investments distinguishing fact from opinion, identifying biases, and evaluating the reliability of sources
02
Electronic Information Engineering English Vocabulary
Vocabulary of electronic components
Inductor
A component used to store magnetic energy, commonly represented by the symbol L.
Professional course design and learning content
Professional courses: Typical courses in Electronic Information Engineering include analog electronics, digital electronics, microelectronics, semiconductors, optoelectronics, telecommunications, signal processing, image processing, and more
Connecting multiple devices enables the exchange and forwarding of data frames.
电子信息工程专业英语翻译清华出版社EnglishforITandEE03
will experience a force (in a similar way that planets
experience a force in the gravitational field of the Sun). If
电子信息工程专业英语 翻译清华出版社
EnglishforITandEE03
2020/11/27
电子信息工程专业英语翻译清华出版 社EnglishforITandEE03
Unit 3
EM Fields, Antenna and Microwaves
电子信息工程专业英语翻译清华出版 社EnglishforITandEE03
two locations. For instance, the metal atoms in a radio
transmitter appear to transfer energy continuously. This view
is useful to a certain extent (radiation of low frequency), but
Part I
Electromagnetic Field
电子信息工程专业英语翻译清华出版 社EnglishforITandEE03
New Words
vicinity 邻近，附近 charge 电荷 photon 光子 atom 原子 catastrophe 大灾难，大祸 emission 发射，散发 incident 入射的 electrodynamics 电动力学 gravitational 重力的
•随着时间的推移，人们认识到 电场和磁场是电磁场这一整体 的两个部分。
电子信息工程专业英语翻译清华出版 社EnglishforITandEE03
电子信息工程专业专业英语三千字翻译
Unit3 computer architecture and microprocessors3--1 Computer Architecture1) Computer architecture , in computer science , is a general term referring to the structure of all or part of computer system . The term also covers the design of system software , such as the operating system (the program that controls the computer) , as well as referring to the combination of hardware and basic software that links the machines on a computer network . Computer architecture refers to an entire structure and to the details needed to make it functional . Thus , computer architecture covers computer systems , microprocessors , circuits , and system programs . Typically the term does not refer to application programs , such as spreadsheets or word processing , which are required to perform a task but not to make the system run .2)1.Design Elements3) In designing a computer system , architects consider five major elements that make up the system's hardware : the arithmetic /logic unit , control unit , memory , input , and output . The arithmetic /logic unit performs arithmetic and compares numerical values . The control unit directs the operation of the computer by taking the user instructions andtransforming them into electrical signals that the computer 's circuitry can understand . The combination of the arithmetic /logic unit and the control unit is called the central processing unit (CPU) . The memory stores instructions and data . The input input and output sections allow the computer to receive and send data , respectively .4) Different hardware architectures are required because of the specialized needs of systems and users . One user may need a system to display graphics extremely fast , while another system may have to be optimized for searching a database or conserving battery power in a laptop computer .5) In addition to the hardware design , the architects must consider what software programs will operate the system . Software , such as programming languages and operating systems , makes the details of the hardware architecture invisible to the user . For example , computers that use the C programming language or a UNIT operating system may appear the same from the user's viewpoint , although they use different hardware architectures .6)2.Processing Architecture7) When a computer carries out an instruction , it proceeds through five steps . First ,the control unit retrieves theinstruction from memory , for example , an instruction to add two numbers . Second , the control unit decodes the instruction into electronic signals that control the computer . Third , the control unit fetches the data (the two numbers) . Fourth , the arithmetic/logic unit performs the specific operation ( the addition of the two numbers ) . Fifth , the control unit saves the result ( the sum of the two numbers ) .8) Early computers used only simple instructions because the cost of electronic capable of carrying out complex instructions was high . As this cost decreased in the 1960s , more complicated instructions became possible . Complex instructions ( single instructions that specify multiple operations ) can save time because they make it unnecessary for the computer to retrieve additional instructions . For example , if seven operations are combined in one instruction , then six of the steps that fetch instructions are eliminated and the computer spends less time processing that operation . Computers that combine several instructions into a single operation are called complex instruction set computers ( CISC ) .9) However , most programs do not often use complexinstructions , but consist mostly of simple instructions . When these simple instructions are run on CISC architectures , they slow down processing because each instruction--whether simple or complex --takes longer to decode in a CISC design . An alternative strategy is to return to designs that use only simple , single--operation instruction sets and make the most frequently used operations faster in order to increase overall performance . Computers that follow this design are called reduced instruction set computers ( RISC ) .10) RISC designs are especially fast at the numerical computations required in science , graphics , and engineering applications . CISC designs are commonly used for non-numerical computations because they provide special instruction sets for handling character data , such as text in a word processing program . Specialized CISC architectures , called digital signal processors , exist to accelerate processing of digitized audio and video signals .11)3.Open and Closed Architectures12) The CPU of a computer is connected to memory and to the outside world by means of either an open or a closed architecture . An open architecture can be expanded after the system has been built , usually by adding extra circuitry ,such as a new microprocessor computer chip connected to the main system . The specifications of the circuitry are made public , allowing other companies to manufacture these expansion products .13) Closed architectures are usually employed in specialized computers that will not require expansion , for example , computers that control microwave ovens . Some computer manufacturers have used closed architectures so that their customers can purchase expansion circuitry only from them . This allows the manufacture to charge more and reduces the options for the consumer .14)work Architecture15) Computers communicate with other computers via networks . The simplest network is a direct connection between two computers . However , computers can also be connected over large networks , allowing users to exchange data , communicate via electronic mail , and share resources such as printers .16) Computers can be connected in several ways . In a ring configuration , data are transmitted along the ring and each computer in the ring examines this data to determine if it is the intended recipient . If the data are not intended fora particular computer , the computer passes the data to the next computer in the ring . This process is repeated until the data arrive at their intended destination . A ring network allows multiple messages to be carried simultaneously , but since each message is checked by each computer , data transmission is slowed .17) In a bus configuration , computers are connected througha single set of wires , called a bus . One computer sends data to another by broadcasting the address of the receive and the data over the bus . All the computers in the network look at the address simultaneously , and the intended recipient accepts the data . A bus network , unlike a ring network , allows data to be sent directly from one computer to another . However , only one computer at a time can transmit data . The others must wait to send their messages .18) In a star configuration , computers are linked to a central computer called a hub . A computer sends the address of the receiver and the data to the hub , which then links the sending and receiving computers directly . A star network allows multiple messages to be sent simultaneously , but it is more costly because it uses an additional computer , the hub , to direct the data .19)5.Recent Advances20) One problem in computer architecture is caused by the difference between the speed of the CPU and the speed at which memory supplies instructions and data . Modern CPUs can process instructions in 3 nanoseconds ( 3 billionths of a second ) . A typical memory access , however , takes 100 nanoseconds and each instruction may require multiple accesses . To compensate for this disparity , new computer chips have been designed that contain small memories , called caches , located near the CPU . Because of their proximity to the CPU and their small size , caches can supply instructions and data faster than normal memory . Cache memory stores the most frequently used instructions and data and can greatly increase efficiency .21) Although a large cache memory can hold more data , it also becomes slower .To compensate , computer architects employ designs with multiple caches . The design places the smallest and fastest cache nearest the CPU and locates a second large and slower cache farther away . This arrangement allows the CPU to operate on the most frequently accessed instructions and data at top speed and to slow down only slightly when accessing the secondary cache . Using separatecaches for instructions and data also allows the CPU to retrieve an instruction and data simultaneously .22) Anther strategy to increase speed and efficiency is the use of multiple arithmetic/logic units for simultaneous operations , called super scalar execution . In this design , instructions are acquired in groups . The control unit examines each group to see if it contains instructions that can be performed together . Some designs execute as many as six operations simultaneously . It is rare , however , to have this many instructions run together ,so on average the CPU does not achieve a six-fold increase in performance . 23) Multiple computers are sometimes combined into single systems called parallel processors . When a machine has more than one thousand arithmetic/logic units , it is said to be massively parallel . Such machines are used primarily for numerically intensive scientific and engineering computation .Parallel machines containing as many as sixteen thousand computers have been constructed .3-3 VLIW Microprocessors24) When Transmeta Corp. revealed its new Crusoe of processors last month ,experts weren’t surprised to learn that the chips are based on Very Long Instruction Word(VLIW)technology .VLIW has become the prevailing philosophy of microprocessor design , eclipsing older approaches such as RISC and complex instruction set computing(CISC) .25) All microprocessor designs seek better performance within the limitations of their contemporary technology. In the 70s of 20th century ,for example ,memory was measured in kilobytes and very expensive .CISC was the dominant approach because it conserved memory .26) In the CISC architecture . there can be hundreds of program instructions-simple commands that tell the system to add numbers, store values and display results. If all instructions were the same length , the simple ones would waste memory .Simple instructions require as little as 8 bits of storage space , while the most complex consume 120 bits .27) Variable-length instructions are more difficult for a chip to process, though, and the longer CISC instructions are especially complex. nonetheless ,to maintain software compatibility, modern chips such as Intel’s Pentium III and Advanced Micro Devices Inc.’s Athlon must still work with all troublesome CISC instructions that were designed in the 1980s , even though their original advantage-memory conservation-isn’t as important .28) In the 1980s , RAM chips got bigger and bigger in capacity while their prices dropped . The emphasis in CPU design shifted to relatively simple , fixed-length instructions , always 32 bits long .Although this wastes some memory by making programs bigger ,the instructions are easier and faster to execute .29) The simplicity of RISC also makes it easier to design superscalar processors-chips that can execute more than one instruction at a time .This is called instruction-level parallelism. Almost all modern RISC and CISC processors are superscalar. But achieving this capability introduced significant new levels of design complexity.30) VLIW chips can cost less , burn less power and achieve significantly higher performance than comparable RISC and CISC chips But there are always trade-offs. One is code expansion-programs grow larger , requiring more memory. Far more important , though , is that compilers must get smarter .A poor VLIW complier will have a much greater negative impact on performance than would a poor RISC or CISC compiler .31) VLIW isn’t a magic bullet , but it’s the new wave in microprocessor design .Within a few years , it’s certain that at least some of your software will be running on VLIW chips .单元3 电脑体系和微处理器3-1 电脑体系电脑体系，在电脑科技中，是一个依据整个或部分电脑结构的通用术语，这个术语也包含软件系统的设计，例如这个操作系统（控制电脑的程序），以及依据这个在电脑网络中连接主机的硬件和基本的软件的结合体。
电子信息专业英语——3+Unit+13+Microwave+and+Satellite+Communications
Passive in dictionary
❖ Receiving or subjected to an action without responding or initiating an action in return.
默许的
❖ Accepting or submitting without objection or resistance; compliant.
Unit 4 Microelectronics
Microelectronics
Words and Expressions ▪ Terminology ▪ Vocabulary
Text tour Notes Exercises
Unit 4 Microelectronics
Vocabulary
Microwave n 微波 Impetus n 动力，促进，冲力 Foresight n 先见，远见，深谋远虑 Block n 块，街区 vt 阻止，限制 adj大块的 Embody v 呈现，具体表达 Latter adj 后者的，近来的，后面的
❖ Active, the most neutral, merely means being in a state of action as opposed to being passive or quiescent ▪ an active toddler ▪ an active imagination
▪ the ground stations and the satellites
▪ The principle of Satellite Communication
Unit 4 Microelectronics
电子信息工程专业专业英语考卷
电子信息工程专业《专业英语》课程期末考试试题专业、班级：姓名：学号：共 6 页第 1 页三、根据英文缩写写出中文含义（每题 0.5 分，二十个小题，共 10 分）1). CDMA2). ALU3). DAS4). HLL5). SCR6). I/O7). MIPS8). MMX9). DCS10). HDD11). PLA12). VSWR13). DC14). FDM15). GBW16). TDM17). IP18). DCT19). MRI20). PCM四、将下列句子翻译为中文（每题 2 分，五个小题，共 10 分）1). At present, the state of most semiconductor device technology is such that the device design and process technology must be supplemented by screening and inspection procedures, if ultimate device reliability is to be obtained and controlled．2). The converter is essentially a highly over –sampling 1-bit ADC (the comparator) followed by digital filtering and decimation to realize the processing gain. The effective performance of the converter is greatly enhanced by the addition of circuitry to shape the quantization noise such that, instead of being uniformly spread throughout the 0 to fs/2 band, it is minimized in the band of interest.3). Although the individual integrated circuits might cost as little as 10 cents each, the cost of designing the printed circuit board for such a system and the cost of assembling the board are very significant and this design style is no longer cost-effective.4). Rather than just matching the abilities of the human ear, these systems are designed to exceed the limits of hearing. It's the only way to be sure that the reprod uced music is pristine.5). In the case that the object types in a video sequence belong to known object classes, knowledge-based coding can be employed, which uses a wireframe specially designed to describe the recognized object type. Several approaches have been developed to code human heads using predefined wireframes. Using a predefined wireframe increases coding efficiency because it is adapted to the shape of the object. Sometimes. this technique is also referred to as model based coding.五、将下列句子翻译为相应的英文（每题 3 分，五个小题，共 30 分)1). 在测量应用中，选择合适的探头是获得最佳信号保真度的关键。
【精品】电子信息工程专业英语课后答案
电子信息工程专业英语课后答案电子信息工程专业英语-教师用书Part 1第一课关于电子技术一、课文习题参考答案Ⅰ. （1） alternating current circuits （2） semiconductor diodes（3） passive component（4） the combinatory logic electric circuit（5） rectification（6） Laplace transform（7） inductor（8） Fourier series and Fourier transformⅡ.（1）控制理论（2）场效应管三极管（3）布尔代数（4）稳压（5）相关性和功率谱密度（6）滤波器类型（7）模/数转换器（8）时序逻辑电路的分析与综合Ⅲ.(1)Electronics is a part of the larger field of electricity. The basic principles of electricity are also common to electronics. Modern advances in the field of computer, control system, communications have a close relationship with electronics. The field of electronics includes the electron tube, transistor, integrated circuit and so on.(2) Direct current circuits & Alternating current circuits,Analog electronics,Digital electronics,signal and systems,Circuit theory and design, Control theory, Microcontrollersystems,Computer programming for engineering applications.(3) This curriculum mainly introduces the characteristics of semiconductor devices in linear application scope.The content involved in semiconductor diodes (PN junction diodes, special purpose diodes), transistors (field effects and bipolar transistors), signal amplifiers, practical amplifiers, biasing circuits, operationalamplifiers circuit and other circuits (rectification, regulation and DC power supplies).(4) This partial studies take the basicelectric circuit theory and the operational amplifier knowledge as the foundation. The main study goal is to enhance understanding of the electric circuit theory. Its main content includes the elementary theory in circuit theory (network functions, characteristic frequencies), types offilter (lowpass,bandpass), review of operational amplifiers (design of first and second order using operational amplifiers, cascade design), filter characteristics(Butterworth, Chebyshev, frequency transformations in design, sensitivity design of passive LC ladder filters and a brief introduction to switched capacitor filters).(5) Perfect.二、参考译文电子学的发展电子学是电学的一部分。
电子信息英语专业作业
Three-Stage Large Capacitive Load Amplifier withDamping-Factor-Control Frequency CompensationAbstract—A novel damping-factor-control frequency compensation (DFCFC) technique is presented in this paper with detailed theoretical analysis. This compensation technique improves frequency response, transient response, and power supply rejection for amplifiers , especially when driving large capacitive loads. Moreover, the required compensation capacitors are small and can be easily integrated in commercial CMOS process. Amplifiers using DFCFC and nested Miller compensation(NMC) driving two capacitive loads, 100 and 1000 pF, were fabricated using a 0.8-_m CMOS process with Vtn = 0.72 V and Vtp = 0.75 V. For the DFCFC amplifier driving a 1000-pF load, a 1-MHz gain-bandwidth product, 51 phase margin, 0.33-V/_ sslew rate, 3.54-_s settling time, and 426-_W power consumption are obtained with integrated compensation capacitors. Compared to the NMC amplifier, the frequency and transient responses of the DFCFC amplifier are improved by one order of magnitude with insignificant increase on the power consumption.Key words—Damping factor, frequency compensation, large capacitive load, multistage amplifier.I. INTRODUCTIONWith the rapid decrease in the supply voltage in VLSI, more circuit designers are aware of the importance of low-voltage multistage amplifiers. However, all multistage amplifiers suffer close-loop stability problems due to their multiple-pole nature. Therefore, many frequency compensation topologies have been proposed [1]–[6]. As mentioned by Eschauzier et al. [1] and Huijsing et al. [2], multistage amplifiers suffer bandwidth reduction, and a single-stage amplifier is optimum on bandwidth. Compared to a single-stage amplifier, the gain-bandwidth products of a two-stage simple Miller compensated (SMC) amplifier and a three-stage nested Miller compensated (NMC) amplifier are reduced to half and one quarter, respectively [1], [2]. As a result, other advanced topologies, such as multipath NMC (MNMC), hybrid NMC (HNMC), multipath HNMC (MHNMC), and nested Gm-C compensation (NGCC), were developed to overcome the bandwidth reduction problem [1]–[5]. For these topologies, which are based on NMC, pole–zero cancellation and feed-forward technique are used to extend the bandwidth. However, from the findings shown in Fig. 1, the bandwidth improvements by the above-mentioned topologies over NMC are not sufficient, and the provided bandwidths are narrower than the bandwidth of a single-stage amplifier. In addition ,tradeoffs between bandwidth and other amplifier characteristics such as settling time and power consumption are required. In particular, higher power consumption is needed to increase the bandwidth when the amplifier is required to drive a large capacitive load such as the error amplifier in a linear regulator. Furthermore, both small-signal and settling behavior should be improved at the same time in order to obtain a fast amplifier [7]. Nevertheless, the above-mentioned topologies are mainly concerned with the improvement of the frequency response.Another issue to be considered is the optimum number of gain stages. Generally, frequency compensation techniques for three-stage amplifiers are adequate for practical purposes since three-stage amplifiers maintain a good compromise between the voltage gain (100 dB) and power consumption. Any extra gain stage complicates the circuit structure and increases the complexity of the frequency compensation.With respect to the above problems, a novel damping-factor control frequency compensation (DFCFC) technique [8] is presented in this paper. As illustrated in Fig. 1 and shown later in the paper, this topology substantially increases the bandwidth of a three-stage amplifier, especially when driving large capacitive loads. The improvement can be as large as one order of magnitude. Furthermore, a DFCFC amplifier is able to provide a wider bandwidth than a single-stage amplifier with significantly improved transient response and power supply rejection ratio. To achieve the above enhancements, the required values of the compensation capacitors are small, and there is a small increase on the power consumption and circuit complexity.In the next section, a brief review on NMC is given. The purpose of the review is to take NMC as a common reference when comparing DFCFC to all published topologies. DFCFC is introduced in Section III. The transfer function, stability criteria, transient response, and power supply rejection ratio are addressed. In Sections IV and V, the implementation of the structure and experimental results are presented. Finally, the conclusion of this paper is given in Section VI.II. BRIEF REVIEW ON NMCThe structure and equivalent circuit of a three-stage amplifier using NMC is shown in Fig. 2. The transconductance, output resistance, and lumped output parasiticcapacitance of the gain stages are notated by , and, respectively. and are the compensation capacitors, andis the loading capacitance. It should be noted that in order to obtain negativecapacitive feedback loops by and the gains of the second stage andoutput stage are positive and negative, respectively. As there are three high impedance nodes in the structure, there are three poles. Solving the equivalent circuit with the following assumptions: 1) is calculated aswhere is the dc gain, andis the dominant pole. To stabilize the NMC amplifier, the NMC amplifier should have third-order Butterworth frequency response [9] in unity-feedback configuration, and and should obey the following dimension conditions [1]–[3]:From the second-order function at the denominator of (1), the positions of thesecond and third pole depend on and ,and the damping factor of thesecond-order function is controlled by . From (1) and (3), the nondominantpoles depends on and thus depends on the loading capacitance . This is not preferable as the loading capacitance will affect the location of the nondominant poles and therefore affects the stability of the amplifier. When driving a large capacitive load, a larger is required, and the nondominant poles will locate at rather low frequencies. Therefore, the bandwidth of an NMC amplifier is poor. Substituting the dimension conditions of and into (1), the second and third pole willform a complex pole with damping factor of . The gain-bandwidth product and phase margin are [1]From the above results, the gain-bandwidth product decreases as the loading capacitance increases. The only method to in crease the bandwidth of an NMCamplifier is to enlarge by increasing the quiescent current and size of the transistors of the output gain stage. Moreover, from the design point of view, NMC is not suitable for low-power design as the previously stated assumption, , may not be valid. Although small bias current and small transistor size can reduce such that is smaller than , the same does not apply to . This is due to the small bias current at the input stage which reduces the slew rate of the amplifier [10]–[15] and the small size of the input differential pair, which introduces a largeoffset voltage [15]. Thus, NMC may not be suitable for amplifiers driving large capacitive loads and in low-power designs.REFERENCES[1] R. G. H. Eschauzier and J. H. Huijsing, Frequency Compensation Techniques for Low-Power Operational Amplifiers. Boston, MA: Kluwer, 1995.[2] J. H. Huijsing, R. Hogervorst, and K.-J. de Landen, “Low-power lowvoltage VLSI operational amplifier cells,” IEEE Trans. Circuits Syst. I,vol. 42, pp. 841–852, Nov. 1995.[3] R. G. H. Eschauzier, L. P. T. Kerklaan, and J. H. Huijsing, “A 100-MHz 100-dB operational amplifier with multipath nested Miller compensation structure,” IEEE J. Solid-State Circuits, vol. 27, pp. 1709–1717, Dec. 1992.[4] R. G. H. Eschauzier, R. Hogervorst, and J. H. Huijsing, “A programmable1.5 V CMOS class-AB operational amplifier with hybrid nested Miller compensation for 120 dB gain and 6 MHz UGF,” IEEE J.Solid-State Circuits, vol. 29, pp. 1497–1504, Dec. 1994.[5] F.You, S. H. K. Embabi, and E. Sánchez-Sinencio, “Multistage amplifier topologies with nested G -C compensation,” J. Solid-State Circuits, vol. 32, pp. 2000–2011, Dec. 1997.[6] H. T. Ng, R. M. Ziazadeh, and D. J. Allstot, “A multistage amplifier technique with embedded frequency compensation,” IEEE J. Solid-State Circuits, vol. 34, pp. 339–347, Mar. 1999.[7] R. J.Widlar, “Design techniques for monolithic operational amplifiers,”IEEE J. Solid-State Circuits, vol. SSC-4, pp. 184–191, Aug. 1969.[8] K. N. Leung, P. K. T. Mok, W. H. Ki, and J. K. O. Sin, “Dampingfactor- control frequency compensation technique for low-voltage lowpower large capacitive load applications,” in ISSCC’99 Dig. Tech. Papers,1999, pp. 158–159.[9] G. C. Temes and J. W. LaPatra, Introduction to Circuit Synthesis and Design, 1st ed. New York: McGraw-Hill, 1977.[10] B. Y. Kamath, R. G. Meyer, and P. R. Gray, “Relationship bet ween frequency response and settling time of operational amplifier,” IEEE J. Solid-State Circuits, vol. SCS-9, pp. 347–352, Dec. 1974.[11] C. T. Chuang, “Analysis of the settling behavior of an operational amplifier,” IEEE J. Solid-State Circuits, vol. SSC-17, pp. 74–80, Feb. 1982.[12] R. Klinke, B. J. Hosticka, and H.-J. Pfleiderer, “A very-high-slew-rate CMOS operational amplifier,” IEEE J. Solid-State Circuits, vol. 24, pp. 744–746, June 1989. [13] B.W. Lee and B. J. Sheu, “A high slew-rate CMOS amplifier for analog signal processing,” IEEE J. Solid-State Circuits, vol. 25, pp. 885–889, June 1990.[14] P. R. Gray and R. G. Meyer, Analysis and Design of Analog Integrated Circuits. New York: Wiley, 1984.[15] R. Gregorian and G. C. Temes, Analog MOS Integrated Circuits for Signal Processing, 1st ed. New York: Wiley, 1986.[16] J.W. Nilsson, Electric Circuits. Reading, MA: Addison-Wesley, 1993.[17] H. C. Yang and D. J. Allstot, “Considerations for fast settling operational amplifiers,” IEEE Trans. Circuits Syst., vol. 37, pp. 326–334, Mar. 1990.。
(完整版)电子信息技术专业英语试题卷
2013～2014学年第一学期1106-1107班《电子信息技术专业英语》试卷（考试时间90分钟）一、单词翻译（20%）1. switch 11. component2. device 12. circuit3. instruction 13. resistor4. junction 14. capacitor5. combination 15. diode6. manufacture 16. transistor7. structure 17. current8. principle 18. voltage9. wafer 19. amplifier 10. analog20. insulator二、词组互译（20%） 1. 广泛应用于 11. electronic circuit 2. 把…. 分成…… 12. variable resistor 3. 打算…… 13. direct currents 4. 根据…… 14. integrated circuit 5. 将…..应用于 15. forward bias 6. 提到、指 16. N-type material 7.由……组成 17. electronic counter 8. 用做…… 18. frequency synthesizer 9. 被称做…… 19. digital instrument 10. 形成 20. operational amplifier三、判断正误，用“T ”或“F ” 表示(10%)1. The conductivity of semiconductors is higher than that of insulators But lower than that of conductors. ( )2. Silicon materials can conduct electricity when they are in purestate. ( )3. A semiconductor of n-type means that the pure material have been added impurities with three outer electrons. ( )班级 学号 姓名4. It is called forward bias if a diode is connected to an external voltage to make the p-type region positive and the n-type region negative. ( )5. An n-type and a p-type material created side by side can form a p-n junction. ( )四、回答问题（15%）1. What component can restrict the flow of electrons?2. What component can be used to change AC into DC?3. What component can amplify small signal?4. Material can be divided into three types, what are they?5. What function can integrated circuits perform?五、句子翻译（20%）1. The transistor acts as a switch.2. Diodes conduct electricity in only one direction.3. Digital ICs can be used in computers.4. ICs have a small size and low cost and therefore they are widely used in different fields.5. Substance can be divided into three types: conductors, semiconductors andinsulators.六、段落翻译（15%）An integrated circuit look like nothing more than a tiny chip of metal, perhaps one-half of a centimeter on a side, and not much thicker than a sheet of paper. It is so small that if it fell on the floor, it could be easily swept up with the dust. Although it is very small, it represents the most highly skilled technology at every step of its manufacture. At today’s level of development, it might comprise more than ten thousand separate electronic elements including elements of many different functions, such as diodes, transistors, capacitors and resistors.2013～2014学年第一学期1106-1107班《电子信息技术专业英语》补考答题卷（考试时间90分钟）一、单词翻译（20%）1.__________________________ 11. ________________________2.__________________________ 12._________________________3.__________________________ 13._________________________4. _________________________ 14. _________________________5.__________________________ 15.________________________ 6 ._________________________ 16.________________________ 7 ._________________________ 17.________________________8. _________________________ 18.________________________ 9 ._________________________ 19.________________________ 10._________________________ 20.________________________ 二、词组互译（20%）1.__________________________ 11. ________________________2.__________________________ 12._________________________3.__________________________ 13._________________________4. _________________________ 14. ________________________5.__________________________ 15.________________________ 6 ._________________________ 16.________________________ 7 ._________________________ 17.________________________8. _________________________ 18.________________________ 9 ._________________________ 19.________________________ 10._________________________ 20.________________________三、判断正误，用“T ”或“F ” 表示(10%)1._____2._____3.______4.______5.________(10%)。
电子信息工程专业英语教程课后练习题含答案
电子信息工程专业英语教程课后练习题含答案第一部分：综合练习阅读下面短文，完成题目Organic light-emitting diodes (OLEDs) are popular for use in displays because they can be made flexible, thin, and lighter in weight than traditional displays. OLEDs are also more environmentally friendly as they do not require a backlight, which increases their energy efficiency.1. What are the advantages of using OLEDs over traditional displays?Answer:The advantages of using OLEDs over traditional displays include that they can be made flexible, thin, and lighter in weight, and they are more environmentally friendly.2. Why are OLEDs more environmentally friendly than traditional displays?Answer:OLEDs are more environmentally friendly than traditional displays because they do not require a backlight, which increases their energy efficiency.完成下面句子，使其意思与原文相同1. The growth of social media platforms has led to an increase in cyberbullying.Answer:An increase in cyberbullying has been caused by the growth of social media platforms.2. The researchers found that there was a significant difference between the two groups.Answer:A significant difference between the two groups was found by the researchers.第二部分：专业术语练习选择最恰当的词汇，完成下面句子1. _______ is a circuit that can perform a single operation.A. DecoderB. EncoderC. Flip-flopD. GateAnswer:D. GateExplanation:A gate is a circuit that performs a single operation, such as AND, OR, or NOT.2. _______ refers to the process of converting an analog signal into digital form.A. SynthesisB. ModulationC. SamplingD. QuantizationAnswer:C. SamplingExplanation:Sampling refers to the process of converting an analog signal into digital form, where the value of the signal is sampled at regular intervals.根据定义给出对应术语1. The study of electronic devices and circuits.Answer:Electronics2. A device that supports the transfer of data between different networks.Answer:Gateway第三部分：阅读理解请阅读下面短文，并根据所提出的问题选择正确的答案。
电子信息工程专业英语作业
电子信息工程专业英语作业1、中国的万里长城是世界上最长最伟大的城墙，它东起山海关，西至嘉峪关，全长13400公里。
2、各族人们的代表共聚一堂，商讨国家大事。
3、一句话，我们赞成这样的世界，每个国家的人民都扎根于自己的文化土壤中，又汲取其他它民族文化的丰富营养。
4、千里之行，始于足下。
5、第一个阶段工作所需的时间是相当长的，绝不是一朝一夕所能完成的。
6、中国人死都不怕，还怕困难吗？老子说过：“民不畏死，奈何以死惧之”7、这本新书的出版是文化界的大事。
8、那个风光明媚的小岛上的居民，无论男女老少，都能歌善舞。
9，那个摩托车已经第二次因为超速驾驶被警察逮住了。
10、第六条，坚持区域经济协调发展，逐步缩小地区发展差距。
1, the Great Wall of China is the world's longest the Great Wall, it east to shanhaiguan, west to jiayuguan, the total length of 13400 km.2, representative of people of all ethnic groups get together to discuss national affairs.3, in a word, we approve of this world, every country's people rooted in their own cultural soil, and learn from other it rich nutrition of national culture.4, every journey begins with a single step.5, the time needed for the first stage work is fairly long, is by no means be accomplished overnight.6, the Chinese dead all not afraid, not afraid of difficulties? Lao tze said: \"people are not afraid of death, but to fear death\"7, the cultural event of the publication of the book is.8, the scenery beautiful island residents, whether men or women, old and young, are good at.9, the motorcycle has a second caught by police for speeding.10, article 6, adhere to the coordinated development of regional economy, and gradually narrow the gap in development among regions1, the great wall of China is the world's longest and most great wall, eastfrom Shanhaiguan, West Jiayuguan, full-length 13400 kilometers.The representatives of 2 people, of all ethnic groups, discuss the national affairs.3, in a word, we agree to such a world, people in every countryrooted in theirown culture, and draw rich nutrition other national culture.4, a journey of a thousand miles begins with a single step.For the 5, the first phase of the work time is very long, is not a short duration of time to complete the.6, the Chinese people are not afraid of death, afraid ofdifficulties? I said: "fear no death, but since the death to fear"7, the new book was the cultural event.8, the beautiful island residents, regardless of people of all ages and both sexes, are good at singing and dancing.9, the motorcycle has been second times caught by the police for speeding.10, sixth, adhere to the coordinated development of regional economy, gradually narrow the development gap between regions.1, China's Great Wall is the longest in the world's greatest city walls, it east from Shanhaiguan, west to Jiayuguan, length of13,400 km.2, on behalf of the people of all ethnic groups come together to discuss national issues.3, in a word, we are in favor of such a world, the people of every country are rooted in the soil of their own culture, but also learn from other ethnic culture rich in nutrients it.4, a thousand miles begins with one step.5, the first phase of work is needed for a long time, is not something that can be done.6, China died are not afraid, afraid of difficult? I said: "Minbuweisi even death to fear."7, the publication of this new book is a cultural event.8, the beautiful scenery of the island's inhabitants, both young and old, all singing and dancing. 9, that the motorcycle has been the second time the police caught speeding.10, 6, insisted coordinated regional economic development, and gradually narrow the development gap between regions.1, the great wall of China is the world's longest and most great wall, east from Shanhaiguan, West Jiayuguan, full-length 13400 kilometers.The representatives of 2 people, of all ethnic groups, discuss the national affairs.3, in a word, we agree to such a world, people in every country rooted in their own culture, and draw rich nutrition other national culture.4, a journey of a thousand miles begins with a single step.For the 5, the first phase of the work time is very long, is not a short duration of time to complete the.6, the Chinese people are not afraid of death, afraid of difficulties? I said: "fear no death, but since the death to fear"7, the new book was the cultural event.8, the beautiful island residents, regardless of people of all ages and both sexes, are good at singing and dancing.9, the motorcycle has been second times caught by the police for speeding.10, sixth, adhere to the coordinated development of regional economy, gradually narrow the development gap between regions。
电子信息工程专业英语写作范文
电子信息工程专业英语写作范文Electronic engineering has always fascinated me. It's a blend of creativity and practicality, allowing me to bring ideas to life through circuits and code. Sometimes, I feel like a magician, turning invisible waves into something tangible and useful.One of the coolest things about this field is the constant evolution. New technologies emerge every day, and it's up to us to keep up with the pace. Whether it's a tiny microchip or a giant satellite, we're involved in making it work. It's like being a part of a never-ending puzzle, always challenging and exciting.One project I'm particularly proud of was building a smart home system. It was a combination of hardware and software, and every detail had to be perfect. I remember staying up late, tweaking codes and testing connections, just to get the lights to dim to the right level. But when it finally worked, the sense of accomplishment wasincredible.The community in electronic engineering is also great. People from all over the world share their knowledge and experiences. Forums and online communities are filled with helpful tips and tricks, making it easier for beginners to get started. And when you face a tricky problem, there's always someone willing to lend a hand.So, in a nutshell, electronic engineering is not just a job or a career; it's a.。
英语 电子信息工程3
Unit 3 Electrical Technique
· Op-amp Basics In its simplest form, a conventional op-amp consists of a differential amplifier (bipolar or FFT) followed by offset compensation and output stages, as shown in Figure 3.3. All of those elements are integrated on a single chip and housed in an
provided via RB, and this is results in a forward bias (VBE) at the
base emitter junction.
Unit 3 Electrical Technique
Figure 3.1 Common Emitter Circuit
IC package. The differential amplifier has a high-impedance
(constant-current)“tail” to give it a high input impedance and a high degree of common-mode signal rejection. It also has a highimpedance collector (or drain) load, to give it a large amount of signal-voltage gain (typicallyabout 100 dB).
circuit is designated common emitter, or sometimes grounded
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Lesson eight 第八课
Ⅱ.翻译句子，并注意remain和above的词类和词义
2. In this case the voltage applied must remain unchanged.
在这种情况下，那个应用电压必须保持不变
4. If you take 3 from 8, 5 remain.
如果从8中拿走3，剩5.
6. The above property was discovered by Faraday.
法拉第发现以上性质。
8. Lenz states that the self-induced emf impedes any change of current and tends
to support the former current value. The above is known as Lenz’s law.
楞茨陈述自感电动势阻止电流的变化而保持先前电流的值。
上面就是我们所知的楞
次定律。
Ⅲ.翻译句子，注意some的词义
2. That radio receiver weighs some five kilograms.
那个无线接收器重五公斤。
4. Some element in the substance is not known.
物质中的一些元素是人们不知道的。
Ⅳ.翻译句子，注意句中one 的不同用法和词义。
2. This concept was discussed in Chapter One.
这个概念在第一张讨论过。
4. No one can lift this equipment.
没人能举起这件设备。
6. This chapter will deal with one of the three functions of a turning circuit.
这章我们将介绍螺旋电路三个功能中的一个。
8. Before one studies a system, it is necessary to define and discuss some
important terms.
在研究一个系统之前，确定且讨论一些重要的术语是有必要的。
Ⅴ.画出句中的名词从句，说明其种类，并将句子译成汉语。
2. These experiments do not show which particles.
这些实验不能显示他们的粒子结构。
4. The operating point is determined by how much bias is used.
操作要点是被用多少偏压决定的。
6. It is not important how this voltage is produced.
这个电压是怎么产生的并不重要。
8. It may be questioned whether this approach is the best for the physicist.
这种方式最适合于医生可能会被质疑。
10. This ball may be used to determine whether that body is charged.
这个球可能用于检测是否身体是带电的。
12. It is known that charged particles emit electromagnetic waves whenever they
are accelerated.
众所周知的当电子被加速他们就会发射电磁波。
14. The value of this factor determines how fast the amplitude of the current
decreases.
这个因数的值决定了增幅管中电流减小的速度。
Ⅵ.翻译短语
1. A. 在一定程度上
On one certain level
B. 很明显
Very clear
C. 恢复原来的调制电压
Recover modulating voltage
2. A. the order of picowatts
皮瓦的排序
B. all the modulation systems
所有的调制系统
C. quite likely to be accompanied by lots of other undesired signals.
很可能伴随有很多其他不想要的信号
Ⅶ.将句子译成英语
3.Maybe the law is very useful
4.Ohm discovered that between current, voltage and resistance exists a simple
relation.
5.Whether the conclusion is right still wait for prove.。