Electro-vacuum terahertz sources
Up to 1 W output power | 80—360 GHz frequency range | Electronic frequency tunability |
Continuous wave operation | Backward-wave oscillator technology | Customer-focused solutions |
Powerful terahertz sources
TeraSense has mastered technology to manufacture powerful electro-vacuum terahertz sources. The technology resides on a backward wave oscillator effect. An electron gun emits an electron beam that is longitudinally focused by an external magnetic field. The magnetic field is created by a permanent NdFeB magnet. The beam is interacting with a slow-wave structure. As a result, a traveling wave that moves backwards against the beam is generated. The wave is coupled to the output waveguide near the electron gun. By changing the acceleration voltage, the frequency of the device can be electronically tuned in a certain range. The electro-vacuum terahertz sources generate an immense output power. This property opens the doors for a number of long-awaited applications in terahertz frequency range.
Backward-wave oscillator specifications
Generator type | Standard frequency | Custom frequency | Frequency tunability | Linewidth | Peak power | Oscillator weight (dimensions) |
---|---|---|---|---|---|---|
TERASOURCE-3 | 100 GHz | 80-120 GHz | 10 GHz | < 10 MHz | 0.5-1 W | 5 kg (18x18x18 cm) |
TERASOURCE-2 | 140 GHz | 120-160 GHz | 15 GHz | < 15 MHz | 0.5-0.75 W | 8 kg (18x18x18 cm) |
TERASOURCE-1.5 | 200 GHz | 160-240 GHz | 20 GHz | < 20 MHz | 0.2-0.5 W | 10 kg (18x18x18 cm) |
TERASOURCE-1 | 300 GHz | 240-360 GHz | 30 GHz | > 30 MHz | 0.05-0.1 W | 13 kg (18x18x18 cm) |
Power supply specifications
Output voltage: | 0-5 kV |
Beam current: | 0-200 mA |
Voltage ripple: | < 0.5 V |
Heater voltage: | 0-5 V |
Heater current: | 0-7 A |
Weight / Dimensions: | 20 kg (45x45x20 cm) |