Readers should have some experience with digital circuits and ICs.
该计划涵盖射频,模拟和数字电路设计,基于FPGA和微控制器的接收器和发射器和数字信号处理。
The program covers RF, analog, and digital circuits design for receivers and transmitters and digital signal processing based on FPGA and microcontrollers.
在随后的阶段内,我们必须将这款新数字电路融合到参考级网络播放器中,而且不能影响精致的模拟音频级。
The next stage required us to integrate this new digital circuitry into a reference-level network player without affecting the delicate analogue audio stages.
在数字电路中,通常的时钟信号都是边沿变化快的信号,对外串扰大。
In digital circuits, the usual clock signals are signals with fast edge changes, and the external crosstalk is large.
重点介绍模拟和数字电路设计、电力电子和电气系统、控制和微波和毫米波技术;.
Emphasise analogue and digital circuit design, power electronics and electrical systems, control and microwave and millimetrewave technologies;
对于集成电路,尤其是数字电路,只要工艺允许,可使间距小至5~8mm。
For integrated circuits, especially digital circuits, the pitch can be less than 5-8 mils as long as the process allows.
数字电路允许的声音被放大,缩小,过滤,和导演的需要。
Digital circuitry allowed sound to be amplified, reduced, filtered, and directed as needed.
在数字电路中,通常的时钟信号都是边沿变化快的信号,对外串扰大。
(5) In digital circuits, the usual clock signal is the edge changes fast signal, the external crosstalk is large.
在数字电路中,通常的时钟信号都是边沿变化快的信号,对外串扰大。
(5) In a digital circuit, the normal clock signal is a signal with a rapid edge change, and the external crosstalk is large.
测试在与其他发射器,数字电路或由于设备的物理特性混合的发射混合中可能发生的发射。
The emissions that mayoccur in intermixing of emissions with the other transmitters, digital circuitry, or due to physical properties of the device are tested.
由于晶振在数字电路中的重要性,在使用和设计的时候我们需要小心处理:.
Due to the importance of crystal oscillators in digital circuits, we need to be careful when using and designing.
数字信号处理模式(DSP模式)使用数字电路来复制比如说演唱会大厅的音质。
DSP(for digital signal processor) modes use digital circuitry to duplicate the sound quality of, say, a concert hall.
除了设计控制单元以及模拟和数字电路外,您还需要根据客户的特定需求设计解决方案。
In addition to designing control units,as well as analogue and digital circuits, you will generate solutions for specific customer requirements.
数字电路允许的声音被放大,缩小,过滤,和导演的需要。
Digital circuitry amplified sounds, reducing, filtering, and directing them as needed.
虽然数字电路通常比较容易设计,但它们确实比同等功能的模拟电路贵一点。
Although digital circuits are generally easier to design, they do tend to be a bit more expensive than an equally tasked analog circuit..
对于集成电路,尤其是数字电路,只要工艺允许,可使间距小至5~8mm。
For the integrated circuit, especially the digital circuit, as long as the process permits, the spacing can be small to 5~8mm.
图2:DDS每个阶段的数字和模拟波形显示了它如何与大多数数字电路合成输出模拟波形。
Figure 2: The digital and analog waveforms at each stage of the DDS shows how itsynthesizes the output analog waveform with mostly digital circuitry.
数字电路设计用于解决信号接收和分析中的一类广泛问题,这些问题传统上通过模拟元件来解决。
Digital circuits designed to address a broad class of problems in signal reception and analysis that have traditionally been solved using analog components.
对于大量采用的数字电路的PCB,由于其含有丰富的高次谐波,一般不建议采用单点接地方式。
The extensive use of digital circuit PCB, due to its rich high harmonics are generally not recommended a single point grounding.
对于集成电路,尤其是数字电路,只要工艺允许,可使间距小至5~8mm。
For integrated circuits, especially digital circuits, the pitch can be as small as 5 to 8 mm as long as the process allows.
在数字电路中,FSM可以用可编程逻辑设备、可编程逻辑控制器、逻辑门和触发器或继电器来建造。
In a digital circuit, an FSM may be built using a programmable logic device, a programmable logic controller, logic gates and flip flops or relays.
由于晶振在数字电路中的决定性作用,在使用和设计的时候需要我们特别细心处理:.
Due to the importance of crystal oscillators in digital circuits, we need to be careful when using and designing.
由于输入/输出信号有几个V振荡,数字电路一般可以接受的功率噪声(小于50毫伏)。
Since the input/ output signal has a few V swing, the digital circuit is generally acceptable for power supply noise(less than 50 mV).
熟悉数字电路,可以独立设计数字电路,绘制原理图和PCB图;.
Familiar with digital circuits, you can independently design digital circuits, draw schematics and PCB diagrams;
使用FPGA来开发数字电路,可以大大缩短设计时间,减少PCB印刷电路板的面积,提高系统的可靠性。
Using FPGAs to develop digital circuits can significantly reduce design time, reduce the area of PCB printed circuit boards, and increase system reliability.
中文
Bahasa indonesia
日本語
عربى
Български
বাংলা
Český
Dansk
Deutsch
Ελληνικά
Español
Suomi
Français
עִברִית
हिंदी
Hrvatski
Magyar
Italiano
Қазақ
한국어
മലയാളം
मराठी
Bahasa malay
Nederlands
Norsk
Polski
Português
Română
Русский
Slovenský
Slovenski
Српски
Svenska
தமிழ்
తెలుగు
ไทย
Tagalog
Turkce
Українська
اردو
Tiếng việt