We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photomixers and a pair of telecom-wavelength CW lasers. The presented optoelectronic VNA is free-space coupled and can operate continuously from 0.1 THz to 1 THz with a resolution of 2 MHz. We demonstrate two different applications with it: the determination of the material properties of a quartz wafer and the characterization of a terahertz distributed Bragg reflector (DBR)
Scientific progress in the terahertz (0.1-10 THz) region of the electromagnetic spectrum has been im...
With recent progress in the area of electronically tunable solid-state sources it is possible to ful...
With recent progress in the area of electronically tunable solid-state sources it is possible to ful...
We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photo...
We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photo...
We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photo...
We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photo...
We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photo...
Photonic Vector Network Analyzers (PVNA) provide a viable solution to the rising demand for efficien...
Photonic Vector Network Analyzers (PVNA) provide a viable solution to the rising demand for efficien...
Photonic Vector Network Analyzers (PVNA) provide a viable solution to the rising demand for efficien...
Photonic Vector Network Analyzers (PVNA) provide a viable solution to the rising demand for efficien...
Photonic Vector Network Analyzers (PVNA) provide a viable solution to the rising demand for efficien...
Photomixing Terahertz systems become competitive with electronic systems in terms of dynamic range. ...
Photomixing Terahertz systems become competitive with electronic systems in terms of dynamic range. ...
Scientific progress in the terahertz (0.1-10 THz) region of the electromagnetic spectrum has been im...
With recent progress in the area of electronically tunable solid-state sources it is possible to ful...
With recent progress in the area of electronically tunable solid-state sources it is possible to ful...
We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photo...
We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photo...
We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photo...
We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photo...
We present a 2-port terahertz vector network analyzer (VNA) based on four continuous-wave (CW) photo...
Photonic Vector Network Analyzers (PVNA) provide a viable solution to the rising demand for efficien...
Photonic Vector Network Analyzers (PVNA) provide a viable solution to the rising demand for efficien...
Photonic Vector Network Analyzers (PVNA) provide a viable solution to the rising demand for efficien...
Photonic Vector Network Analyzers (PVNA) provide a viable solution to the rising demand for efficien...
Photonic Vector Network Analyzers (PVNA) provide a viable solution to the rising demand for efficien...
Photomixing Terahertz systems become competitive with electronic systems in terms of dynamic range. ...
Photomixing Terahertz systems become competitive with electronic systems in terms of dynamic range. ...
Scientific progress in the terahertz (0.1-10 THz) region of the electromagnetic spectrum has been im...
With recent progress in the area of electronically tunable solid-state sources it is possible to ful...
With recent progress in the area of electronically tunable solid-state sources it is possible to ful...