Equipment

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Contact person: Marco Spirito

Probe stations

- SUSS PA200 Semiautomatic Probe System: Semiautomatic Probe System with extender modules manipulators, only N/S with high magnification microscope and camera view.

- Cascade Microtech M150 Probe Station: Manual Probe System with extender modules manipulators, only N/S with high magnification microscope and camera view.

- Automatic Piezo Probe Station: Custom developed fully automatic Probe Station with extender modules manipulators, only N/S with high magnification microscope and camera view.

- SUSS PA200 manual Probe System: Modified manual Probe System with high magnification microscope and camera view.

- Cascade Microtech Summit 9000: Manual probe station with high magnification microscope.

Contact person: Marco Spirito

Frequency extenders

- WR10 band: covering 75 to 110 GHz. Two Anritsu WR10 modules and two modified Agilent N5260 extenders with an output power of +20 dBm and a dynamic range of >100 dB

- WR6.5 band: covering 110 to 170 GHz. Two VDI N5262BW modules with an output power of +9 dBm and a dynamic range of >100 dB

- WR5.1 band: covering 140 to 220 GHz. Two VDI extenders with an output power of -1 dBm and a dynamic range of >80 dB

- WR3.4 band: covering 220 to 325 GHz. Two OML extenders with an output power of -23 dBm and a dynamic range of >75 dB

- WR2.2 band: covering 325 to 500 GHz. Two VDI extenders with an output power of -8 dBm and a dynamic range of >100 dB

Contact person: Marco Spirito

Vector Network analyzers

Dielectric characterization setup fully customized to determine the complex dielectric permittivity of different materials. Two directive antennas, pointing one at each other, where the dielectric material is placed in between them, covering an approximately frequency range between 140 and 220 GHz.

Contact person: Marco Spirito

Signal Analyzers

Dielectric characterization setup fully customized to determine the complex dielectric permittivity of different materials. Two directive antennas, pointing one at each other, where the dielectric material is placed in between them, covering an approximately frequency range between 140 and 220 GHz.

Contact person: Marco Spirito

Arbitrary Wave Generators

Dielectric characterization setup fully customized to determine the complex dielectric permittivity of different materials. Two directive antennas, pointing one at each other, where the dielectric material is placed in between them, covering an approximately frequency range between 140 and 220 GHz.

Contact person: Marco Spirito

Signal Generators

Dielectric characterization setup fully customized to determine the complex dielectric permittivity of different materials. Two directive antennas, pointing one at each other, where the dielectric material is placed in between them, covering an approximately frequency range between 140 and 220 GHz.