| 1. | Semiconductor devices integrated circuits part 3 : analogue integrated circuits
半导体器件集成电路第3部分:模拟集成电路 |
| 2. | In the hardware circuit part , the differences between single supply and double supply systems are present
硬件电路部分比较了单、双电源供电系统的优劣。 |
| 3. | Discrete semiconductor devices and integrated circuits part 5 - 3 : optoelectronic devices measuring methods
半导体分立器件和集成电路第5 - 3部分：光电子器件测试方法 |
| 4. | Discrete semiconductor devices and integrated circuits part 5 - 2 : optoelectronic devices essential ratings and characteristics
半导体分立器件和集成电路第5 - 2部分：光电子器件基本额定值和特性 |
| 5. | Adc semiconductor devices integrated circuits part 4 : interface integrated circuits section 2 : blank detail specification for linear analogue - to - digital converters
半导体器件集成电路第4部分:接口集成电路第二篇:线性模拟数字转换器 |
| 6. | Dac semiconductor devices integrated circuits part 4 : interface integrated circuits section 1 : blank detail specification for linear digital - to - analogue converters
半导体器件集成电路第4部分:接口集成电路第一篇:线性数字模拟转换器 |
| 7. | Semiconductor devices lntegrated circuits part 2 : digital integrated circuits section five - blank detail specification for complementary mos digital integrated circuits , series 4000b and 4000ub
半导体器件集成电路第2部分:数字集成电路第五篇cmos数字集成电路4000b和4000ub系列空白详细规范 |
| 8. | In the passive circuit part , according to the theories of microstrip line and coupled microstripwe , the characteristic of microstrip and coupled microstrip was analyzed , the x band filter and dc block circuit of amplifier have been designed by hp - ads software
为毫米波设备提供本振源。在无源电路部分，我们首先对微带线、耦合线等基本理论作了简单的介绍。 |
| 9. | In the active circuit part , based on the theories of multiplier of srd and fet , we have designed the circuit of x band 6 multiplier and ka band tripler . then they are simulated and optimized using harmonic balance method . furthermore , the results of optimization and experiments are analyzed
在有源电路部分，我们介绍了阶跃管、 fet倍频器的基本原理，在此基础上分别设计了两个倍频器电路，然后利用谐波平衡法进行了仿真，并对仿真、测试结果作出了比较。 |
| 10. | To show the designing and analyzing process of the control system , the article mainly discussed two parts . one is the power circuit part , which includes designing of the output fiher and the power transformer for the system , and also the way for igbt controlling and protecting . the other is control system for the inverter , which includes the way of producing spwm wave using microprocessor , the hard ware system of the inverter and the other assistant circuits
文中重点从两个方面分析了逆变电源控制装置的工作原理和系统设计，包括逆变电源输出滤波器的设计、逆变电源变压器的设计、 igbt的控制保护等，用单片机通过软件编程生成spwm调制波的方法、控制器硬件电路组成以及其它附属电路的开发设计等。 |
