Peer-Reviewed Journal Details
Mandatory Fields
Riza, N. A.,Madamopoulos, N.
1997
April
Ieee Microwave And Guided Wave Lettersieee Microwave And Guided Wave Letters
Microwave band demonstration of a reflective geometry fiber and free-space binary photonic delay line
Validated
()
Optional Fields
7
44
103
105103
For the first time, a modulated 2-b, one-channel binary switched, photonic time delay system (PTDS) is demonstrated that is based on a compact reflective optical delay path geometry that consists of one free-space delay line and one non-polarization-maintaining (PM) fiber delay line, Polarization switching using birefringent-mode nematic liquid crystals and a polarization noise-reduction technique are used to minimize the optical noise when using the cube polarization beamsplitters (PBS's) required in the reflective geometry delay, This gives the high electrical signal-to-noise ratios measured from 52 to 89 dB for the four settings of the delay line.For the first time, a modulated 2-b, one-channel binary switched, photonic time delay system (PTDS) is demonstrated that is based on a compact reflective optical delay path geometry that consists of one free-space delay line and one non-polarization-maintaining (PM) fiber delay line, Polarization switching using birefringent-mode nematic liquid crystals and a polarization noise-reduction technique are used to minimize the optical noise when using the cube polarization beamsplitters (PBS's) required in the reflective geometry delay, This gives the high electrical signal-to-noise ratios measured from 52 to 89 dB for the four settings of the delay line.
1051-82071051-8207
://WOS:A1997WR24600003://WOS:A1997WR24600003
Grant Details