検索結果
2021
2019
High electron mobility transistors
100%
Resonance
68%
Tuning
67%
Composite materials
50%
Networks (circuits)
47%
Power amplifiers
100%
Electric lines
84%
Composite materials
58%
High electron mobility transistors
58%
Mobile telecommunication systems
58%
2018
Trung, N. K. ,
Ogata, T. ,
Tanaka, S. &
Akatsu, K. ,
2018 4月 1 ,
In: IEEE Transactions on Power Electronics. 33 ,
4 ,
p. 3218-3231 14 p. , 7934398.
研究成果: Article › 査読
Wireless power transfer
100%
Printed circuit boards
43%
Networks (circuits)
39%
Damping
21%
Signal interference
15%
Phase noise
100%
Resonators
87%
Electric lines
77%
Inductance
73%
Parasitic
57%
2016
Tanaka, S. ,
Katayose, T. ,
Nishizawa, H. ,
Hosoya, KI. ,
Ishikawa, R. &
Honjo, K. ,
2016 7月 1 ,
In: IEICE Transactions on Electronics. E99C ,
7 ,
p. 830-836 7 p. 研究成果: Article › 査読
Monolithic microwave integrated circuits
100%
Capacitor
90%
Resonators
83%
Capacitors
69%
Phase noise
31%
2015
Trung, N. K. ,
Ogata, T. ,
Tanaka, S. &
Akatsu, K. ,
2015 ,
In: IEEJ Journal of Industry Applications. 4 ,
6 ,
p. 703-713 11 p. 研究成果: Article › 査読
Wireless power transfer
100%
Networks (circuits)
47%
Inductance
32%
Resonators
100%
Electric lines
88%
Resonance
84%
Composite Material
53%
Velocity
44%
2007
Hosoya, K. ,
Suzuki, Y. ,
Amamiya, Y. ,
Yamazaki, Z. ,
Mamada, M. ,
Fujihara, A. ,
Kawanaka, M. ,
Tanaka, S. ,
Wada, S. &
Hida, H. ,
2007 1月 1 ,
In: IEICE Transactions on Electronic. E90-C, p. 1685-1701 研究成果: Article › 査読
2006
Bito, Y. ,
Yamakawa, Y. ,
Tanaka, S. &
Iwata, N. ,
2006 8月 1 ,
In: IEEE Electron Device Letters. 27 ,
8 ,
p. 636-639 4 p. 研究成果: Article › 査読
Heterojunctions
100%
Field effect transistors
81%
Drain Current
59%
Threshold voltage
56%
Voltage
55%
Hosoya, K. ,
Tanaka, S. ,
Amamiya, Y. ,
Niwa, T. ,
Shimawaki, H. &
Honjo, K. ,
2006 8月 1 ,
In: IEEE Transactions on Circuits and Systems I: Regular Papers. 53 ,
8 ,
p. 1670-1682 13 p. 研究成果: Article › 査読
Heterojunction bipolar transistors
100%
Phase noise
90%
Resonators
79%
Microwave oscillators
26%
Lithography
18%
2005
Kuroda, N. ,
Fujihara, A. ,
Ikenaga, Y. ,
Ishizaki, H. &
Tanaka, S. ,
2005 9月 8 ,
In: Japanese Journal of Applied Physics, Part 1: Regular Papers and Short Notes and Review Papers. 44 ,
9 A ,
p. 6412-6416 5 p. 研究成果: Article › 査読
Molecular beam epitaxy
100%
Organic chemicals
99%
Heterojunction bipolar transistors
76%
Chemical vapor deposition
75%
bipolar transistors
69%
Niwa, T. ,
Ishigaki, T. ,
Kurosawa, N. ,
Shimawaki, H. &
Tanaka, S. ,
2005 4月 ,
In: IEICE Transactions on Electronics. E88-C ,
4 ,
p. 672-677 6 p. 研究成果: Article › 査読
Breakdown Voltage
100%
Heterojunction bipolar transistors
79%
Power amplifiers
66%
Composite materials
38%
Electric breakdown
37%
2004
Suzuki, Y. ,
Yamazaki, Z. ,
Amamiya, Y. ,
Wada, S. ,
Uchida, H. ,
Kurioka, C. ,
Tanaka, S. &
Hida, H. ,
2004 12月 ,
In: IEEE Journal of Solid-State Circuits. 39 ,
12 ,
p. 2397-2402 6 p. 研究成果: Article › 査読
Demultiplexing
100%
Flip flop circuits
78%
Multiplexing
68%
Heterojunction bipolar transistors
39%
Microstrip lines
38%
Fluorescence Maxima
100%
Heterojunction bipolar transistors
89%
Resistance
15%
Negative Resistance
100%
Negative resistance
81%
Phase noise
62%
Resonators
54%
Microwaves
51%
2003
2002
2001
2000
Kaneko, T. ,
Tanji, K. ,
Amamiya, Y. ,
Niwa, T. ,
Shimawaki, H. ,
Tanaka, S. &
Wada, K. ,
2000 1月 1 ,
In: NEC Research and Development. 41 ,
1 ,
p. 44-48 5 p. 研究成果: Article › 査読
Bipolar transistors
100%
Monolithic microwave integrated circuits
92%
Variable frequency oscillators
90%
Phase noise
87%
Millimeter waves
80%
1998
Tanaka, S. N. I. ,
Amamiya, Y. ,
Murakami, S. ,
Shimawaki, H. ,
Goto, N. ,
Takayama, Y. &
Honjo, K. ,
1998 ,
In: IEEE Transactions on Electron Devices. 45 ,
1 ,
p. 36-44 9 p. 研究成果: Article › 査読
Wave power
100%
Parasitic
92%
Heterojunction bipolar transistors
89%
Millimeter waves
74%
Voltage
54%
S.Tanaka, S. T. ,
Madihian, M. ,
Toyoshima, H. ,
K.Honjo, K. H. &
Tanaka, S. ,
1998 12月 1 ,
In: Asia Pasific Microwave Conference (APMC). p. 559-662 研究成果: Article › 査読
1997
1996
1995
Current Gain
100%
Boltzmann Equation
94%
Transport Property
52%
Fluxes
45%
Ballistics
41%
carrier mobility
100%
diffusion coefficient
79%
kinetic energy
51%
semiconductor diodes
41%
heterojunctions
28%
1994
Carrier transport
100%
Flux Method
91%
Heterojunction bipolar transistors
76%
bipolar transistors
69%
heterojunctions
56%