1)MOSMOS管
1.Application of Relay with MOS;MOS管繼電器應用探討
2.Design of a Low-voltage Low-power MOSFET-only Voltage Reference;一種全MOS管結構低壓低功耗電壓基準源的設計
3.Test indicates that the speed control system,using low power MOS and PWM,features a better performance,improved driving safety and reliabiliy,and easier maintenance.介紹了蓄電池叉車的發展狀況以及應用,以降壓斬波電路為基礎分析了調速系統的工作原理,設計出調速系統硬件電路圖以及軟件流程圖,實驗證明采用低功耗導通關斷全控制型器件MOS管和PWM調速技術的調速控制器具有優越的調速性能,可提高蓄電池叉車的安全性、可靠性和易維修性。
英文短句/例句
1.The low-frequency power amplifier based on MOS tube基于MOS管低頻功率放大器的設計
2.Design of Novel Inverter Based on νMOS基于神經MOS管的新型反相器設計
3.The Design and Simulation of the Hybrid Circuits with Single Electron Transistors and MOS;單電子晶體管和MOS管的混合電路設計與仿真
4.Design and Research for Multi-Valued Circuits Based on Neuron-MOS;基于神經MOS管的多值邏輯電路設計和研究
5.Design of multi-valued double-edge-triggered D flip-flop based on clock-controlled neuron MOS transistor基于鐘控神經MOS管的多值雙邊沿D觸發器設計
6.Research on the Simulation Method for ESD Protection Device GGNMOS after Turning onESD保護器件柵接地N型MOS管開啟后區域模擬方法
7.complementary mos transister互補 mos 晶體管
8.The Study of Bipolar Voltage Controlled MOS Field Effect Transistor on SOI;SOI上雙極壓控MOS場效應管的研究
9.2-D Numerical Simulation of Thermal Relaxation Time of MOS DiodeMOS二極管熱弛豫時間的二維數值模擬
10.Design of a Novel Comparator Using Floating-gate MOS Single Transistor新型浮柵MOS單管動態比較器設計
11.Improving the Reliability of Power MOSFET Package提高MOS功率晶體管封裝可靠性技術研究
12.All-Region Noise Models for Mosfets and Their Applications in Low-Noise Operational Amplifier DesignMOS晶體管全區域噪聲模型及其在低噪聲運放設計中的應用
13.Application of Charge Pumping Technology on High-Voltage MOSFET Reliability Investigation電荷泵技術在高壓MOS晶體管可靠性研究中的應用(英文)
14.mos ion implantationmos結構離子注入
15.mos array integrated circuitmos陣列集成電路
16.floating gate avalanche injection type MOS memory浮柵雪崩注入 MOS存儲器
17.Study and Fabrication of SOI/SiGe MOS Device;SOI/SiGe MOS器件研究和制備
18.Study on AlGaN/GaN MOS-HEMT's CharacteristicsAlGaN/GaN MOS-HEMT器件特性研究
相關短句/例句
MOSFET['m?sfet]MOS管
1.A Kind of High Voltage Switch Power Made by Low Voltage MOSFET;用低壓MOS管設計高壓開關電源的實現方法
2.MOSFET Short-channel Effect and Its Behavioral Modeling;MOS管短溝道效應及其行為建模
3.The system is constituted a high-power short-circuit switches by using of high-power MOSFET parallel group, and the achievement of short-circuit shunt control simulation system by using of S7-200 PLC and MP370.本課題主要研究的是超大功率短路開關組的設計與系統控制:采用大功率MOS管來設計構成大功率短路開關組;采用S7-200 PLC與MP370配合,實現短路分流模擬系統的控制。
3)MOS transistorMOS晶體管
1.A kind of intelligent PV module consisting of MOS transistor,MCU,and infrared device is developed.設計了一種基于MOS晶體管、單片機、紅外收發裝置的智能光伏組件,其原理是單片機通過定時測試兩路太陽電池片的輸出電壓來判斷各路電池片的實際工作情況,根據其工作狀態來控制起續流作用的MOS晶體管的工作狀態,并且單片機把得到的總電量值保存在內部EEPROM中,需要了解組件自從安裝后的發電總量時,用手持抄表器很方便地通過組件上的紅外收發模塊得到EEPROM中的數據。
2.Based on I-V characteristics of single-electron transistor and the idea of MOS digital circuit design,an inverter using the single-electro and MOS transistors is proposed and some other logic gate circuits are educed.基于單電子晶體管的I-V特性和MOS晶體管的邏輯電路設計思想,提出了1個單電子晶體管和MOS晶體管混合的反相器電路,進而推導出其它基本邏輯門電路,并最終實現了一個半加器電路。
3.Both nMOS and pMOS transistors with two-edged and multi-finger layouts are fabricated in a standard commercial 0.在商用標準0·6μm體硅CMOS工藝下,設計了采用普通單柵及多柵版圖結構的nMOS和pMOS晶體管作為測試樣品,討論其經過γ射線照射后的總劑量輻照特性。
4)power MOSFET功率MOS管
1.Some problems are discussed with the proposed circuit,such as the floating gate drive for the power MOSFET,the dead time setup of the complementary PWM outputs,the reasons to form the oscillation and the way to opti.結合設計的控制驅動電路,討論了功率MOS管柵極浮置驅動、互補脈寬調制死區時間設置的問題,分析了驅動電路中振蕩產生的原因,并給出優化方法。
5)MOS in parallelMOS管并聯
1.A study was carried out on three-level circuit, MOS in parallel etc.對三電平電路、MOS管并聯等進行了研究。
6)MOSFET['m?sfet]MOS晶體管
1.Novel Pressure Sensor Using MOSFETs;新型MOS晶體管式壓力傳感器
2.Similar to the piezoresistors, MOSFET .研究表明,在應力作用下,MOS晶體管的源漏電流的大小會隨著溝道區所受應力大小而變化,具有類似壓敏電阻的力敏效應。
延伸閱讀
管山吃山﹐管水吃水1.比喻干什么事情﹐就靠什么生活。
