Description
RF Demo Kit NanoVNA RF Tester Board,RF Demo Kit Board Filter Attenuator for NanoVNA-F Vector Network Analyzer-RF Demo Kit NanoVNA RF Tester Board Filter Attenuator for NanoVNA-F Vector Network Analyzer
Features:
- Signal Transmit RF Demo Kit Tester Board For NanoVNA-F Vector Network Analyzer, PCB RF Tester Board with 20cm Adapter Cables
- It is vector network analyzer learner tool.
- NanoVNA-F RF demo kit is a demo kit designed for learners of radio frequency network analysis.
- Demo kit also has built-in directional multi-segment antenna, which can be used for signal reception and transmission.
- The measurement frequency range is set on the network analyzer, and the adapter cable is used to connect the network analyzer to the calibrator on demo kit for calibration. Then the RF network measurement experiment can be carried out.
- Vector network analyzer learner tool including:
1. RLC circuit; 2. RLC circuit; 3. 33 ohm resistance, SWR=1.5; 4. 75 ohm resistance, SWR=1.5; 5. BSF Ceramic Notch, Centre Freq = 6.5MHz; 6. BPF Ceramic Filter, Centre Freq = 10.7MHz; 7. RC series circuit; 8. LC series circuit; 9. Single capacitance; 10. Single inductance; 11. Homemade low-pass filter, 3dB bandwidth 400MHz; 12. Homemade high-pass filter, 3dB bandwidth 500MHz; 13. Short Circuit; 14. Open Circuit; 15. 50 ohm Circuit; 16. Through Circuit; 17. 10dB attenuation circuit; 18. 3dB attenuation circuit
Specifications:
Item type: PCB RF tester board
Material: electronic component
Color: green
Size: about 10 x 10cm
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 includes:
1 x PCB RF tester board, 2 x 20cm adapter cables
Features:
- Signal Transmit RF Demo Kit Tester Board For NanoVNA-F Vector Network Analyzer, PCB RF Tester Board with 20cm Adapter Cables
- It is vector network analyzer learner tool.
- NanoVNA-F RF demo kit is a demo kit designed for learners of radio frequency network analysis.
- Demo kit also has built-in directional multi-segment antenna, which can be used for signal reception and transmission.
- The measurement frequency range is set on the network analyzer, and the adapter cable is used to connect the network analyzer to the calibrator on demo kit for calibration. Then the RF network measurement experiment can be carried out.
- Vector network analyzer learner tool including:
1. RLC circuit; 2. RLC circuit; 3. 33 ohm resistance, SWR=1.5; 4. 75 ohm resistance, SWR=1.5; 5. BSF Ceramic Notch, Centre Freq = 6.5MHz; 6. BPF Ceramic Filter, Centre Freq = 10.7MHz; 7. RC series circuit; 8. LC series circuit; 9. Single capacitance; 10. Single inductance; 11. Homemade low-pass filter, 3dB bandwidth 400MHz; 12. Homemade high-pass filter, 3dB bandwidth 500MHz; 13. Short Circuit; 14. Open Circuit; 15. 50 ohm Circuit; 16. Through Circuit; 17. 10dB attenuation circuit; 18. 3dB attenuation circuit
Specifications:
Item type: PCB RF tester board
Material: electronic component
Color: green
Size: about 10 x 10cm
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 includes:
1 x PCB RF tester board, 2 x 20cm adapter cables
Signal Transmit RF Demo Kit Board Filter Attenuator for NanoVNA-F Vector Network Analyzer, PCB RF Tester Board with 20cm Adapter Cables, Vector Network Analyzer Learners Tool
Current Price
$28.19
Average
$28.19
Min Price
$28.19
Max Price
$28.19
Description
RF Demo Kit NanoVNA RF Tester Board,RF Demo Kit Board Filter Attenuator for NanoVNA-F Vector Network Analyzer-RF Demo Kit NanoVNA RF Tester Board Filter Attenuator for NanoVNA-F Vector Network Analyzer
Features:
- Signal Transmit RF Demo Kit Tester Board For NanoVNA-F Vector Network Analyzer, PCB RF Tester Board with 20cm Adapter Cables
- It is vector network analyzer learner tool.
- NanoVNA-F RF demo kit is a demo kit designed for learners of radio frequency network analysis.
- Demo kit also has built-in directional multi-segment antenna, which can be used for signal reception and transmission.
- The measurement frequency range is set on the network analyzer, and the adapter cable is used to connect the network analyzer to the calibrator on demo kit for calibration. Then the RF network measurement experiment can be carried out.
- Vector network analyzer learner tool including:
1. RLC circuit; 2. RLC circuit; 3. 33 ohm resistance, SWR=1.5; 4. 75 ohm resistance, SWR=1.5; 5. BSF Ceramic Notch, Centre Freq = 6.5MHz; 6. BPF Ceramic Filter, Centre Freq = 10.7MHz; 7. RC series circuit; 8. LC series circuit; 9. Single capacitance; 10. Single inductance; 11. Homemade low-pass filter, 3dB bandwidth 400MHz; 12. Homemade high-pass filter, 3dB bandwidth 500MHz; 13. Short Circuit; 14. Open Circuit; 15. 50 ohm Circuit; 16. Through Circuit; 17. 10dB attenuation circuit; 18. 3dB attenuation circuit
Specifications:
Item type: PCB RF tester board
Material: electronic component
Color: green
Size: about 10 x 10cm
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 includes:
1 x PCB RF tester board, 2 x 20cm adapter cables
Features:
- Signal Transmit RF Demo Kit Tester Board For NanoVNA-F Vector Network Analyzer, PCB RF Tester Board with 20cm Adapter Cables
- It is vector network analyzer learner tool.
- NanoVNA-F RF demo kit is a demo kit designed for learners of radio frequency network analysis.
- Demo kit also has built-in directional multi-segment antenna, which can be used for signal reception and transmission.
- The measurement frequency range is set on the network analyzer, and the adapter cable is used to connect the network analyzer to the calibrator on demo kit for calibration. Then the RF network measurement experiment can be carried out.
- Vector network analyzer learner tool including:
1. RLC circuit; 2. RLC circuit; 3. 33 ohm resistance, SWR=1.5; 4. 75 ohm resistance, SWR=1.5; 5. BSF Ceramic Notch, Centre Freq = 6.5MHz; 6. BPF Ceramic Filter, Centre Freq = 10.7MHz; 7. RC series circuit; 8. LC series circuit; 9. Single capacitance; 10. Single inductance; 11. Homemade low-pass filter, 3dB bandwidth 400MHz; 12. Homemade high-pass filter, 3dB bandwidth 500MHz; 13. Short Circuit; 14. Open Circuit; 15. 50 ohm Circuit; 16. Through Circuit; 17. 10dB attenuation circuit; 18. 3dB attenuation circuit
Specifications:
Item type: PCB RF tester board
Material: electronic component
Color: green
Size: about 10 x 10cm
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 includes:
1 x PCB RF tester board, 2 x 20cm adapter cables
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