Products
The TBCG3-RN2 comb generator is primarily intended for testing radiated emission setups. It is a useful tool for validating the proper operation of the antenna and pre-amplifier, as well as the accurate set-up and configuration of the spectrum analyzer.
- 5 kHz-2 GHz,
- switchable 5, 10, 25, 50, 100 MHz,
- external: 5 kHz-200 MHz,
- 6xNiMH, AA, Charger,
- 2 monopole antennas
- Isotropic E-Field Antenna for the handheld spectrum analyzer
- Frequency range: (10) 30 MHz - 3 (3.3) GHz
- Light weight low attenuation radom
- Outer diameter approx. 150 mm
E-field, 9 kHz - 300 MHz, probe for handheld spectrum analyzer of all main manufacturers.
Usable with the following devices:
- Rohde und Schwarz FSH-Serie
- Agilent Fieldfox
- Anritsu Sitemaster, LMR-Master, Spectrum Master
- Aeroflex 9100 Handheld Spectrum Analyzer Series
- and many more...
H-field, 9 kHz - 300 MHz, probe for handheld spectrum analyzer of all main manufacturers.
Usable with the following devices:
- Rohde und Schwarz FSH-Serie
- Agilent Fieldfox
- Anritsu Sitemaster, LMR-Master, Spectrum Master
- Aeroflex 9100 Handheld Spectrum Analyzer Series
- and many more...
- Helical antenna
- 750 - 1050 MHz
- left-hand circular polarization (LHCP)
- gain: 11 dBic
- 22 mm tube
- Helical antenna
- 750 - 1050 MHz
- Right-hand circular polarization (RHCP)
- gain: 11 dBic
- 22 mm tube
- Conical Logarithmic Spiral Antenna
- The CLSA 0110 offers circular polarisation over approx. one decade up to microwave frequencies.
- Frequency Range: 1 - 10 GHz
- Polarization: either LHCP or RHCP (Left or right hand circular polarisation)
- Impedance stabilization network (ISN)
- For measurements of unsymmetrical disturbance voltage on equipment for power line communication (PLC)
- Acc. to EN 50561-3, Annex B.
list of current equipment available from inventory.
The TBFL1 is a combined transient limiter/attenuator/ high pass filter, designed to provide optimum protection of spectrum analyzer or measurement receiver inputs when carrying out conducted noise measurements or other measurements where the input levels cannot be predicted with certainty or where accidental overloads may occur.
