3 5 inch full color tft.
Ft991a roofing filters.
Ic 7610 was more radio then i needed so i sold it and bought the ftdx3000 and a ft991a.
Selectable 3 and 15khz roofing filters.
The triple conversion circuit structure allows highly flexible gain distribution at each stage.
In the box with the ft 991a you ll find a mh 31a8j hand microphone dc power cord 25a spare fuse and a.
The yaesu ft 991a has a 3khz roofing filter.
It comes equipped with a variety of features that help put it ahead of other models from more established manufacturers and it s also one of the most versatile ham radios available.
The frg 7700 had a real time clock and i was quite happy with the local oscillator stability the selectivity of the roofing filters and the birdies were somewhat of an issue but otherwise it was a really nice receiver.
The yaesu ft991a is compact lightweight and portable weighing in at just 9 7lbs.
This feature weakens interfering signals and delivers high quality audio.
All messages by.
I had a ic7300 and a ic 7610.
The roofing filters do a fantastic job for rejecting a noise at the band.
In the process of selling the ic 7300.
The icom ic 7300 on the other hand has an rf direct sampling system.
I really like the 3000.
The 60 meter band is supported.
General coverage receive is.
Here is a compact lightweight package suitable for portable mobile and base installations.
3khz roofing filter for enhanced performance the ft 991a now includes a 3khz roofing filter for the triple conversion receiver that effective attenuates interfering signals and enables outstanding performance while still producing high quality audio.
If you leave the roofing filter setting on auto you ve probably seen how it will automatically switch between 6khz 3khz and 600hz.
The ft 991a from yaesu is a high end product from a company that usually specializes in more affordable ham radios.
The ft 991a is a radio i will keep in my ownership and will be much used.
Direct frequency entry is available.
The 1st if frequency incorporates selectable robust 3 khz and 15 khz roofing filters that effectively attenuate interfering signals.
With this the rf signals are converted into digital data then filtered through the fpga field programmable gate array.
Digital filters did not exist in the 80 s also waterfall displays and the ability to easily store and recall frequencies.