| Description | | | Kit Contents:RF Trainer, 6 x RF Cable, 2 x Antenna, N to SMA Adapter, Power Card, Software CD, Experiment Book. The GRF-1300A is a well design ed training kit capable of producing a 3MHz baseband signal and a carrier signal up to 900MHz. The GRF-1300A is also able to perform AM and FM RF circuit experiments as well. The practical exercises in the training kit meet the needs of most general RF courses. The GRF-1300A consists of three modules, namely: a baseband module, an RF Synthesizer/FM module and an AM module. The baseband module can simulate a baseband signal and includes sine, square or triangle waveforms. Its output frequency and amplitude are ad justable. During experiments the three kinds of waveforms can be arbitrarily switched back and forth to meet the signaling requirements of each of the different experiments. | | Series Key Features
- PR-01: AC voltage probe, 150kHz ~ 30MHz
- PR-02: Electric field probe, 30MHz ~ 3GHz
- ANT-04: Magnetic field probe, 30MHz ~ 3GHz
- ANT-05: Magnetic field probe, 30MHz ~ 3GHz
- ADP-002: Adaptor SMA(F) to N-type (M)
- GTL-303: RF testing cable SMA(M) to SMA(M)
GKT-008 EMI Near Probe Set comprises of four probes, including the PR-01, PR-02, ANT-04, and ANT-05. The antenna factors of these four probes are built in the EMC Pretest function of the GSP-9330 spectrum analyzer. ANT-04 and ANT-05 are EMI magnetic field probes, which can maximally sustain 50Vdc. ANT-04 and ANT-05 magnetic field probes will collocate with ADB-008 DC block to avoid damaging spectrum analyzer and the RF input terminal of DUT receiver. PR-01 is an AC voltage probe, which can maximally sustain CAT II, 300VAC, PR-01 AC voltage probe will collocate with GPL-5010 transient limiter and BNC (M) to SMA (F) adapter to avoid damaging spectrum analyzer and the RF input terminal of DUT reciever. PR-02 is an EMI electric field probe, which can maximally sustain CAT I 50V DC. PR-02 electric field probe will collocate with ADB-008 DC block to avoid damaging spectrum analyzer and the RF input terminal of DUT receiver. | |
