| 1. | Design of sinusoidal oscillator circuit based on current feedback amplifier
的正弦振荡电路设计 |
| 2. | Moc magnet oscillator circuit
主振荡电路 |
| 3. | The designing of the oscillator circuit and detailed layout are specially introduced and analyzed
论文特别对振荡器电路的设计包括详细版图进行了介绍和分析。 |
| 4. | Crystal oscillator circuit of eddy current sensor and its application in liquid resistant digital caliper
定频调幅式电涡流传感器电路及其在防水数显卡尺中的应用 |
| 5. | The simulation results indicate that the oscillator circuit with the cmos technology producing steady oscillating signal has power consumption as low as 800uw
仿真表明，采用cmos工艺能使振荡器电路在产生稳定振荡波形的同时，达到800uw的较低功耗。 |
| 6. | The sounds and images are converted into electrical signals by a microphone ( sounds ) or video camera ( images ) , amplified , and used to modulate a carrier wave that has been generated by an oscillator circuit in a transmitter
声音合图像由话筒(声音)或摄像机(图像)转换为电子信号，经过放大后，用来调制发射器中一个振荡器产生的负载电波。 |
| 7. | According to leeson model , which had proposed the relationship of noise between output and input in the feed - back oscillator , an experimental crystal oscillator circuit with high stability and low phase noise is designed
参照提出反馈振荡器中输出和输入噪声关系的李森模型,设计一高稳定低相位噪声振荡器的实验电路,并在实验中分析电路关键元件对电路整体性能的影响。 |
| 8. | The 4d oscillator circuit is simple and easy to realize in reality , which shows complicated dynamic character , and it is a hyperchaotic system , it will show great value to study and research the synchronization and control of this hyperchaotic system
四维l . c振子电路系统结构简单，具有复杂的动力学行为，是一个超混沌系统，对该系统进行同步与控制的研究将具有潜在价值。本文针对这个模型做了以下工作。 |
| 9. | After that , there was the core of project : design of the circuits in ic . the design and simulations of oscillator circuit and reference voltage circuit were placed behind it where rc oscillator ’ s design and how to build a reference voltage circuit by amplifier were discussed
文章的核心是芯片电路的设计,首先根据电路功能设计了芯片大体的结构和引脚,详细列出芯片在应用时的外围电路,对设计需要达到的参数标准做了简要介绍。 |
