Here are some notes on the use of the fish finder. Click here to read more.

Operating principles:
The fish finder reviews can throw away with fishing rods, compatible with smartphones and tablets. When exposed to water the device switches itself on and transmitting the data for analysis and found the receiver for anglers on the water level, depth, temperature, and fish directly below the detector.

The scope of use:
Fishfinder widely used. Can be used when anglers aboard the water flowing or standing water, including statements on tape. Can hook into the road or on a boat.

Competitive strengths:

Fishfinder capable of using very detailed Google map can simultaneously position GPS, your location can be saved and even write a few more lines to note.

The simple device works with your smartphone or tablet without adding any other device. Weighing only 100 grams and a diameter of 6.5 cm is truly unique in this time of convenience.

Battery capacity:

Batteries are always in working condition. When anglers pulling it out of the water, the source will automatically shut down to save. The charger can be plugged into the electricity network at home or in the car.

Display color:
When fishfinder ownership, which means that you have everything that a professional detector can fish there. The fishfinder displays detailed lake bottom and easily distinguished through color. Anglers can get to know the hardness of the bottom, ie distinguish what is the mud, where the hard bottom and show the obstacles if any.

Color display quality is considered to be quite competitive with newer products of other competitors. Fishfinder capable of two modes governed by 55 ° and 150 °, and the relative magnitude of bottom fish.

The maximum depth to read:
A fisherman can reach read and gives detailed pictures of 100, 200, 300, 500 or 1,000 meters depth, depending on the type. What happens if I move the boat when fishing using one machine can reach about 200 meters measured depth, but we’re in more depth? Okay, you rest assured, the machine still works but the signal is reduced by slowly because it does not afford sufficient transmission wave intensity required and received its response at such a depth then .
If you keep moving, the screen will lose the signal and will signal when the boat is going into the 200m. Depending on the model, it can not show us a picture at the depth to which only shows the numbers indicating depths, and of course, these figures also disappeared when we go into the depths too.

The differences of frequency:
The pulse wave is measured in kilohertz (kHz), 1000 hertz, one hertz is one cycle of 1 second,one 1 kilohertz so that 1 unit of measurement of the wave is expressed in thousands of pulses in 1 second. If people say 455Khz will mean wave impulses emitted 455 000 in 1 second.

These impulses very short sound wave is called rhythm, it is transmitted at different frequencies, depending on the objectives to be watching. With 1 455 kHz, high frequency allowing for a more detailed and wider coverage but are not effective in the deep water.

In the 200 kHz frequency is more common in the means used, it gives us the effectiveness in the deep water and with a clear focus on the screen. The low frequencies from 50-83 kHz, then it’s good to come down despite the depth of detail will lose some detail and the clear definition will blur.

The signal beam width and small:
The signal beam is emitted at large or small, it gives us the right to choose, a signal beam has the advantage of its wide covered 1 large area, but unfortunately, it does not give us many details and focus clearly on the screen because it gives us so much information on the screen at one turn, with wide beam signals, we see a lot of fish, but manifestations of water bottom and the bottom of the structure is simple.

In contrast, the signal beam is small, gives us a clearer picture, but it shows us get each small area only, so we also see less fish even more, but it is clear of the bottom structure more accurate water. Currently, the manufacturer has sold the products with both small and large signal beam in the first machine,
How we get the advantages of both types of signal beam, and special machines found many small beams of different signals along wide turns p

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