-transparent.png){kind=logo}
Photonic generation of phase-coded microwave signals with tunable carrier frequency. 2013
Center for Information Photonics & Communications, School of Information Science & Technology, Southwest Jiaotong University, Chengdu, Sichuan 610031, China.
A photonic scheme to generate a phase-coded microwave signal with tunable carrier frequency based on a simple single-trip and two-pass structure is proposed. Facilitated by the fiber Bragg grating and phase modulator along the trip, both frequency doubling and signal phase coding could be achieved simultaneously. Phase-coded microwave signals at 20 and 22 GHz are experimentally generated.
| UI | MeSH Term | Description | Entries |
|---|
Related Publications
H-Y Jiang, and
L-S Yan, and
J Ye, and
W Pan, and
B Luo, and
X Zou
July 2014,
Optics letters,
H-Y Jiang, and
L-S Yan, and
J Ye, and
W Pan, and
B Luo, and
X Zou
June 2014,
Optics express,
H-Y Jiang, and
L-S Yan, and
J Ye, and
W Pan, and
B Luo, and
X Zou
March 2013,
Optics letters,
H-Y Jiang, and
L-S Yan, and
J Ye, and
W Pan, and
B Luo, and
X Zou
August 2020,
Applied optics,
H-Y Jiang, and
L-S Yan, and
J Ye, and
W Pan, and
B Luo, and
X Zou
October 2013,
Optics letters,
H-Y Jiang, and
L-S Yan, and
J Ye, and
W Pan, and
B Luo, and
X Zou
September 2013,
Optics letters,
H-Y Jiang, and
L-S Yan, and
J Ye, and
W Pan, and
B Luo, and
X Zou
January 2019,
Optics letters,
H-Y Jiang, and
L-S Yan, and
J Ye, and
W Pan, and
B Luo, and
X Zou
June 2018,
Applied optics,
H-Y Jiang, and
L-S Yan, and
J Ye, and
W Pan, and
B Luo, and
X Zou
March 2020,
Optics letters,
H-Y Jiang, and
L-S Yan, and
J Ye, and
W Pan, and
B Luo, and
X Zou
February 2017,
Optics express,
