![surili akhiyon wale karaoke surili akhiyon wale karaoke](https://i.ytimg.com/vi/xwqP2geTOiI/default.jpg)
Also, seems to be easier to find duplexers that do 25 MHz easily, without adding cans.
Surili akhiyon wale karaoke full#
Although theoretically, it is also easier to achieve the necessary isolation for full duplex (repeater) using 25 MHz vs 12 MHz split. And what is out there works better at the band edges closer to where it was designed to operate.
![surili akhiyon wale karaoke surili akhiyon wale karaoke](https://i0.wp.com/nepalisongslyrics.com/wp-content/uploads/2021/01/hqdefault-2021-01-09T144322.665.jpg)
Naturally 900 MHz gear for ham use is hard to come by, so equipment availability is probably the biggest advantage to the 25 MHz split. This is because the commercial 900 gear uses 890-896/935-941 MHz with a -39 MHz split. Many amateurs feel that eventually the -25 MHz split will become commonplace and all state and national band plans will adopt it. While the national band plan as well as many state band plans call for a -12 MHz split for FM repeaters, an increasing number of states are changing their band plans to reflect the growing number of FM repeaters using -25 MHz splits. The band is ours (subject to sharing limitations) and we should use it, even though we will suffer some problems from time to time with other services. This is a band that's wide open to the experimenter and it awaits exploring and exploiting. Unfortunately there are NO off-the-shelf 33cm radios on the amateur market, most likely due to the lack of international allocations for this band. However, if you can get a repeater up in the air with a good antenna and feedline, it’s going to work quite well. This is not necessarily a disadvantage, as it results in great building penetration. Objects that get in the way, cause the signal to bounce in different directions. This is where a RF signal can take different paths when propagating from a source to a destination. Multipath propagation is much more pronounced on this band than 440. You get the expected faster mobile flutter or picket-fencing on noisy signals (just as 70 centimeters is faster than 2 meters) due to the extremely short wavelength. That and monitoring 800-MHz trunked public-safety radio. A lot of hams actually have some experience in nearby spectrum 800-MHz cell phones. Band characteristics are pretty similar to 70 centimeters (440 MHz) in terms of local propagation and in some ways better.