Will The Box I Bought Work Well...
Yes. As SWR increases, more output power is dissipated as heat surrounded by the antenna, coax cable and radio final amplifier. If the radio is sufficiently powerful, you could burn out the final amplifier stage.
An extremely high SWR means that you're not putting vim into radio waves, you're merely heating the metal components contained by your radio system.
Keep it below 2:1.
Not to be a grammar cop, but your question is misstated. "Transmission" is what your transmitter sends out; "pick up" refers to the function of the heir. In any case, the answer is the same. Antenna systems are reciprocal, purpose that what's bad for the outgoing signal is also bad for the incoming signal.
2 DR. tahoe vs durango . for...
Answers: SWR stands for Standing Wave Ratio and is a measurement of the ratio of what's going out to what's being reflect back into the transmitter. High reflected power (High SWR) negate the outgoing power and not only cuts down your transmitting capability but also can plunder the transmitter as well.
Yes. As SWR increases, more output power is dissipated as heat surrounded by the antenna, coax cable and radio final amplifier. If the radio is sufficiently powerful, you could burn out the final amplifier stage.
An extremely high SWR means that you're not putting vim into radio waves, you're merely heating the metal components contained by your radio system.
Keep it below 2:1.
Not to be a grammar cop, but your question is misstated. "Transmission" is what your transmitter sends out; "pick up" refers to the function of the heir. In any case, the answer is the same. Antenna systems are reciprocal, purpose that what's bad for the outgoing signal is also bad for the incoming signal.