갈륨비소쇼트키다이오드 SÖZCÜĞÜ KORECE DİLİNDE NE ANLAMA GELİR?
Korece sözlükte 갈륨비소쇼트키다이오드 sözcüğünün tanımı
Gallium arsenide Schottky diyot Bir diyot, altın, nikel, tungsten, molibden, vanadyum, vb. Gibi ince bir metal filminin oluşturulmasıyla ve galyum arsenitinin bir yarı iletken substratında bir bileşikten vakumla buharlaştırma, elektro-kaplama, dekompozisyon gibi bir yöntemle Schottky bariyerinin oluşturulmasıyla oluşturulur. . Mikrodalga ve milimetre dalgasının küçük bir sinyal osilatörü ve algılama, mikser ve parametre için bir cihaz olarak kullanılır.
«갈륨비소쇼트키다이오드» İLE İLİŞKİLİ KORECE KİTAPLAR
갈륨비소쇼트키다이오드 sözcüğünün kullanımını aşağıdaki kaynakça seçkisinde keşfedin.
갈륨비소쇼트키다이오드 ile ilişkili kitaplar ve Korece edebiyattaki kullanımı ile ilgili bağlam sağlaması için küçük metinler.
1
Semiconductor Device Physics and Design - 241페이지
Problem 5.8 The capacitance of a Pt-n-type GaAs Schottky diode is given by 1 (C(μF)) 2 The diode area is 0.1 cm2. Calculate the built-in voltage Vbi, the barrier height, and the doping concentration. = 1.0 × 105 − 2.0 × 105 V Problem 5.9 ...
Umesh Mishra, Jasprit Singh,
2007
2
Fabrication of GaAs Devices - 225페이지
As previously noted, gate sinking will result in a reduction in drain current for an FET, and it will result in a change in either the Schottky barrier height (<f>t>), the ideality factor (n) or the doping level for a Schottky diode. TiPtAu gates have been ...
Albert G. Baca, Carroll I. H. Ashby, Institution of Electrical Engineers,
2005
3
Control Components Using Si, GaAs, and GaN Technologies:
Consider the input power level Pa = 5 W and R s = 1 Ω, the total power dissipated PD in the limiter diodes is about 0.31W. If Rth is 120°C/W of the diode on the GaAs substrate placed on a heat sink, the increase in diode junction temperature is ...
4
Advances in Broadband Communication and Networks - 98페이지
The chapter authors have earlier summarized their own experience with resistive GaAs pHEMT mixers [30] as yielding larger bandwidths at the expense of lower conversion gains compared to GaAs Schottky diode mixers. Reference [16] also ...
Johnson I. Agbinya, Oya Sevimli, Sam Reisenfeld,
2008
5
GaAs Microelectronics: VLSI Electronics Microstructure Science
IMPATT Diodes The IMPATT diode, like the Gunn diode, is a negative resistance device. The mechanism is entirely different, however. The basic IMPATT diode consists of a Schottky barrier or p-n junction reverse biased into avalanche ...
Norman G. Einspruch, William R. Wisseman,
2014
6
GaAs and Related Materials: Bulk Semiconducting and ... - 311페이지
They have concluded that the annealing-induced changes in the diode characteristics can be attributed to a shift in the interface Fermi level pinning position and not to the formation of an AlGaAs interface layer. The (OOl)GaAs surface has a ...
7
Semiconductor Devices and Integrated Electronics - 132페이지
Hsu, S.T., “Flicker noise in metal semiconductor Schottky barrier diodes due to multistep tunneling processes,” IEEE Trans. Electron Devices, ED-18, 1971, p. 882. Huang, C.I., and S.S. Li, “Reverse I-V characteristics in Au-GaAs Schottky diode ...
8
Frontiers in Electronics: Future Chips : Proceedings of ... - 263페이지
Simulation results have revealed a dramatic influence on the second harmonic power of the Schottky diode at the transverse polar-optical frequency and in the vicinity of one-half of the transverse polar-optical frequency. The transverse ...
Yoon-Soo Park, Michael Shur, William Tang,
2002
9
Fundamentals Of Semicon Dev - 499페이지
Solution: (i) Silicon Schottky Barrier Diode: For silicon, — - = 0.6. Hence substituting in the Eqn (10.38), we obtain. A* = 72 A/cm2/( degree kelvin) . mo Considering the situation with large values of Dir the Fermi level is pinned to VV0 and ...
10
Radio Engineering for Wireless Communication and Sensor ...
Antti V. R ̈ais ̈anen, Arto Lehto. charge is suddenly released when the bias is reversed: A short reverse current pulse is generated. This extremely nonlinear behavior is utilized in the step- recovery diode, which is used in frequency ...
Antti V. R ̈ais ̈anen, Arto Lehto,
2003