Coming back from a fishing trip completely empty handed because you don’t have a way to discover them is not only frustrating, but a bit embarrassing as well. Here at Fish Finder Fanatic our best fish finder reviews will help you discover some good ways to choose and use a fishfinder and increase your chances of finding the fish, and therefore make catching them easier! In fact, with a few tips and a bit of practice using the device, you will even be able to figure out the species of fish you can see on the screen!
So what kinds of things will we discuss on this site and in our fish finder reviews?
- What is a transducer, and what does it do?
- Should I be using a mounted or portable device?
- On my boat, where do I install my mountable fish finding device?
- When purchasing my device, what features should I be looking out for?
- What are some recommended brands of depth sounders?
- Is there a best fish finder, and if so which one?
- How do I make sure I get my money’s worth out of my fishfinder?
- What is something I shouldn’t do, and what should I do?
- What are some other advantages of having this equipment?
I will also be covering other aspects related to fishing as you will see from the informational articles. First though, I will quickly discuss the basics of these units and some common terms you will see in the reviews. Good luck with your next fishing session!
What Sonar Frequency Means In Relation To Fish-finders
This portion of a depth sounder is called the Transducer. It’s job is quite simple: turn the electronic pulses from the device into sonar waves that travel through the water. These cones then return to the transducer to get converted back into electric signals that can be displayed on the screen. An extremely important concept is to always ensure your transducer will work on the frequency of your fish finder!
So, depending on the type of fishing you are going to do, do you want a high frequency of 200 kHz, or a low frequency of 50 kHz? Your answer should depend a lot on your fishing location.
It is safe to say that a higher solar frequency is better than a low frequency. This is mainly true in fresh water applications. This is because you are probably dealing with more shallow waters. Higher solar frequencies give better details when fishing, and can work at higher speeds. Its main difference is that it typically shows less noise. Another thing about the higher frequency is that it gives a more focused image, as well as being able to show two fish, as two separate items rather than one ugly mess on a screen. High frequencies are for shallow waters, less than sixty meters. In deep saltwater places a lower frequency is preferred when fishing. The solar sound waves can travel farther distance, and so more can be spotted in the deep water although the detail and focus of the image may not be so sharp. With low frequency the sonar wave or beam is wider, and less focused (louder too) and doesn’t always give a clear image of the bottom where you are fishing.
Transmitter Power
When in deep water areas power is very important as the more powerful the transmitter is the more likely you will get a return echo. The louder the signal the more you will be able to see.
Transmitter power isn’t so important in shallow waters. Still it is important to have power that you can use, or cut back on, just in case mud or other things scatter your sonar signal.
The power of your machine is usually measured in watts, but not always. Sometimes the term peak to peak is used, and this is just the highest and lowest power. There is also RMS which is the average power. It is very easy to get confused.
With a new fishfinder I guarantee that your fishing expeditions will never be the same. Never go home empty handed again! Read all of our fish finder reviews and feel confident that you are buying the perfect model for you.
