晶体管

Load-shaping snubbers have been used in conjunction with bipolar transistors to lower the trajectory below the second breakdown limit.

负荷整形缓冲电路已被用于与双极晶体管，以降低弹道下面第二个分项限额。

Roger since the invention of the transistor oscillation push-pull single transformer DC converters, is to achieve high-frequency conversion control circuit beginning in 1957 the U.S. investigation self-invented the push-pull Two-transformer, 1964 U.S. scientists have proposed abolition of the frequency of the series switching power supply transformer, as envisaged in this power to the volume and weight of the decline was a fundamental way.

Roger发明的自激振荡推挽晶体管单变压器直流变换器，是实现高频转换控制电路的开端，1957年美国查赛（Jen Sen发明了自激式推挽双变压器，1964年美国科学家们提出取消工频变压器的串联开关电源的设想，这对电源向体积和重量的下降获得了一条根本的途径。

An integrated circuit substrate (22) is provided with a transistor gate member (36) that has opposing sidewalls.

集成电路衬底(22)被提供成具有带相反的侧壁的晶体管栅元件(36)。

No remarkable resonance peak, limiting factor in laser diodes, is observed during this modification in transistor laser structure.

谐振峰是限制激光二极管性能的因素之一，而在这种晶体管激光器结构中，没有观察到明显的谐振峰。

Diffraction limit ; near field optics ; Super RENS ; super high density optical data storage ; near field photolithography ; namometer photonics transistor ; nonlinear optical device

衍射极限；近场光学；超分辨率近场结构；超高密度光学数据存储；近场光刻；纳米光子学晶体管；非线性光学器件

The experimental performance of various rectifiers and transistors, which have been demonstrated, is discussed.

该文总结了宽禁带SiC和GaN功率半导体器件研发的最新进展，包括各种功率二极管和功率晶体管。

Since the first transistor was invented in 1947, the microelectronics science and technology focused on integrated circuit has been developed rapidly with Moor's law, and was considered as the rapidest science and technology developed in the history of human being. And it has infiltrated in lots of technological fields, such as computer, electronics, communication, auto-control, instrument, and so on. It becomes the mark and foundation of development of information age. Microelectronics covers lots of fields, such as the theories of semiconductor, design, fabrication, packaging and assembly, test, etc.

自1947年晶体管诞生以来，以集成电路为核心代表的微电子科学与技术沿摩尔定律发展迅速发展，它是人类史上发展最为迅速的一门学科，它已快速渗透到计算机、电子、通讯、自动控制、仪器仪表等各个领域，它已广泛应用于国民经济的各个领域及人们的日常工作和生活设置中，它已成为整个信息时代的标志和基础。

A lot of parts were changed in the preamp itself: many capacitors, transistors, etc....

许多地方改变了在前置本身：许多电容器，晶体管，等等。。。

A load modulating device comprises means (4) for polarising the housing of the transistor (M2, M3), at the first supply voltage or at the second voltage, in accordance with a logic modulation signal.

载荷调制装置包括一些偏压装置(4)，它可以根据逻辑调制信号，使一个或两个晶体管(M2、M3)的阱偏置到第一电源电压或第二电源电压。

It remains of primary importance in the manufacture of transistors and of components for other devices such as rectifiers and photocells.

至今，仍是制造晶体管、整流器和光电池的重要材料。

This paper discusses design and realizable methods of remote test output interface from logical design angle.

本文从逻辑设计的角度讨论遥测输出接口的设计及实现方法。

This also 星体投射plies to buildings, structures and geological features.

这也适用于建筑物和地质特征。