The Standing Wave Ratio 10-3000MHz Reflective Bridge SWR RF Directional Bridge for RF Network Circuit Antenna have been the very definition of a professional baseball team. The Standing Wave Ratio 10-3000MHz Reflective Bridge SWR RF Directional Bridge for RF Network Circuit Antenna have the most wins in the National League in each of the past four seasons, and they have been in the playoffs each of those four years.
Standing Wave Ratio 10-3000MHz Reflective Bridge SWR RF Directional Bridge for RF Network Circuit Antenna
Features:
The bridge is a sensor for measuring the reflection coefficient. It is used for RF network measurement. The reflected signal of the output has amplitude and phase information, and has the characteristics of wide frequency and high directivity. This bridge can be easily combined with an RF spectrum analyzer or a sweeper with a tracking source to measure the return loss of the device and the reflection of the entire frequency band. For example, a vector voltmeter or a vector voltage measuring device can be used to accurately measure the signal source. Circuit vector impedance, complete testing and debugging of the RF matching circuit. Widely used in antenna measurement and debugging, RF circuits, and measurement and debugging of broadcast, television and communication equipment.
Model: Standing wave bridge
Frequency range: 1MHz ~ 3GHz (1MHZ-2.6GHZ is relatively flat)
Characteristic impedance: 50Ω
Directionality: ≥30dB
Maximum input power: ≤0.2W
Features:
The bridge is a sensor for measuring the reflection coefficient. It is used for RF network measurement. The reflected signal of the output has amplitude and phase information, and has the characteristics of wide frequency and high directivity. This bridge can be easily combined with an RF spectrum analyzer or a sweeper with a tracking source to measure the return loss of the device and the reflection of the entire frequency band. For example, a vector voltmeter or a vector voltage measuring device can be used to accurately measure the signal source. Circuit vector impedance, complete testing and debugging of the RF matching circuit. Widely used in antenna measurement and debugging, RF circuits, and measurement and debugging of broadcast, television and communication equipment.
Model: Standing wave bridge
Frequency range: 1MHz ~ 3GHz (1MHZ-2.6GHZ is relatively flat)
Characteristic impedance: 50Ω
Directionality: ≥30dB
Maximum input power: ≤0.2W
Model: Standing wave bridge
Frequency range: 1MHz ~ 3GHz (1MHZ-2.6GHZ is relatively flat)
Characteristic impedance: 50Ω
Directionality: ≥30dB
Maximum input power: ≤0.2W
Includes :
1x board