RF Demo Kit NanoVNA RF Tester Board Filter Attenuator for NanoVNA-F Vector Network Anaylzer
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Product details
Condition
New
Location
International
Bob Shop ID
615167321
Description:
? - PCB board in size of 10 x 10cm - Vector network analyzer learner tool - RLC series and parallel circuit 1 - RLC series and parallel circuit 2 - 33 ohm resistance, SWR=1.5 - 75 ohm resistance, SWR=1.5 - BSF ceramic notch filter, center frequency 6.5MHz - BPF ceramic filter, centre frequency 10.7MHz - RC series circuit - LC series circuit - Capacitor - Inductance - Homemade low-pass filter, 3dB bandwidth 400MHz - Homemade high-pass filter, 3dB bandwidth 500MHz - Short-circuit calibration circuit - Open-circuit calibration circuit - 50 ohm load calibration circuit - Straight-through - 10dB attenuation circuit - 3dB attenuation circuit - Each set of functional circuits ? Applications:
? - Can be used with NanoVNA-F to measure 6.5M ceramic notch filter?? - Can be used wtih NanoVNA-F to measure homemade low-pass-filter, 3dB bandwidth about 400MHz ? Package Included:
? 1 x PCB RF Tester Board 2 x 20cm Adapter Cables
Details Pictures:
?
? - PCB board in size of 10 x 10cm - Vector network analyzer learner tool - RLC series and parallel circuit 1 - RLC series and parallel circuit 2 - 33 ohm resistance, SWR=1.5 - 75 ohm resistance, SWR=1.5 - BSF ceramic notch filter, center frequency 6.5MHz - BPF ceramic filter, centre frequency 10.7MHz - RC series circuit - LC series circuit - Capacitor - Inductance - Homemade low-pass filter, 3dB bandwidth 400MHz - Homemade high-pass filter, 3dB bandwidth 500MHz - Short-circuit calibration circuit - Open-circuit calibration circuit - 50 ohm load calibration circuit - Straight-through - 10dB attenuation circuit - 3dB attenuation circuit - Each set of functional circuits ? Applications:
? - Can be used with NanoVNA-F to measure 6.5M ceramic notch filter?? - Can be used wtih NanoVNA-F to measure homemade low-pass-filter, 3dB bandwidth about 400MHz ? Package Included:
? 1 x PCB RF Tester Board 2 x 20cm Adapter Cables
Details Pictures:
?