Marine Electronics Transducer Probe: Choose Frequency

In this article we will try more information on probes transducers and their frequencies.

When you buy a probe marina, we will have to choose also with her transducer.

It can be mounted inside or outside the town, you can go to the stern or can be passes helmets among others, but also we have to choose our transducer for the probe frequency.

On The Frequency And Cone Angle
We will consider that the probes to transmit sound waves at different frequencies, this is the function of our transducer. Thus, the different frequencies change the detail of our probe. If we sailed in great depth funds we will have to use transducers probe emitting at a low frequency (50 kHz). This type of low-frequency, have a high capacity of penetration and produce more powerful echoes but decreases capacity and detail of the image we can get on the screen. We must also take into account the beam/angle, with which they work. I.e. with a low frequency (50 kHz), the beam/angle is wider, penetrating deeper.

On the other hand, the higher frequencies, suppose (200 kHz), are frequencies that are designed for shallow water, do not have a high capacity of penetration but translates with a better definition of the Fund and the angle of the beam will be narrower.

For this reason, most probes that are on the market, working with two frequencies and can split the screen, in this way, get two readings, for example: (50 kHz and 200 kHz). To be more precise, can even choose the type of transducer you want depending on the Fund which we sail.
In this article we will try more information on probes transducers and their frequencies.

When you buy a probe marina, we will have to choose also with her transducer.

It can be mounted inside or outside the town, you can go to the stern or can be passes helmets among others, but also we have to choose our transducer for the probe frequency.

On The Frequency And Cone Angle
We will consider that the probes to transmit sound waves at different frequencies, this is the function of our transducer. Thus, the different frequencies change the detail of our probe. If we sailed in great depth funds we will have to use transducers probe emitting at a low frequency (50 kHz). This type of low-frequency, have a high capacity of penetration and produce more powerful echoes but decreases capacity and detail of the image we can get on the screen. We must also take into account the beam/angle, with which they work. I.e. with a low frequency (50 kHz), the beam/angle is wider, penetrating deeper.

On the other hand, the higher frequencies, suppose (200 kHz), are frequencies that are designed for shallow water, do not have a high capacity of penetration but translates with a better definition of the Fund and the angle of the beam will be narrower.

For this reason, most probes that are on the market, working with two frequencies and can split the screen, in this way, get two readings, for example: (50 kHz and 200 kHz). To be more precise, can even choose the type of transducer you want depending on the Fund which we sail.

It Determines Where You Will Use The Probe Marina
In conclusion, we will have to take into account the background where we browse to choose the model which suits our needs, and we must keep in mind that for deep water is preferable to a low frequency transducer and a narrow beam to waters shallow a high frequency and a wider beam transducer to obtain greater detail the background. You can buy marine probeshere, where an installer can also answer your questions about what transducer for fishing Probe choose.

You can find more information about marine probes and transducers in our section of Marine electronics via bridgat.
It Determines Where You Will Use The Probe Marina
In conclusion, we will have to take into account the background where we browse to choose the model which suits our needs, and we must keep in mind that for deep water is preferable to a low frequency transducer and a narrow beam to waters shallow a high frequency and a wider beam transducer to obtain greater detail the background. You can buy marine probeshere, where an installer can also answer your questions about what transducer for fishing Probe choose.

You can find more information about marine probes and transducers in our section of Marine electronics.

Gallery

RAYMARINE B744VL Bronze Long Stem Through-Hull Transducer …

RAYMARINE B744VL Bronze Long Stem Through-Hull Transducer ...

Source: www.westmarine.com

Raymarine CPT-S 20° TH CHIRP Transducer

Raymarine CPT-S 20° TH CHIRP Transducer

Source: www.thegpsstore.com

GARMIN Airmar SS270W Thru-Hull Dual Frequency Transducer …

GARMIN Airmar SS270W Thru-Hull Dual Frequency Transducer ...

Source: www.westmarine.com

SIMRAD B60 12° Tilt Thru-Hull Dual Frequency Transducer …

SIMRAD B60 12° Tilt Thru-Hull Dual Frequency Transducer ...

Source: www.westmarine.com

GARMIN Thru-Hull Dual-Frequency 50/200kHz Transducer …

GARMIN Thru-Hull Dual-Frequency 50/200kHz Transducer ...

Source: www.westmarine.com

Raymarine B744V Bronze Thru-Hull Transducer w/ Fairing …

Raymarine B744V Bronze Thru-Hull Transducer w/ Fairing ...

Source: www.tackledirect.com

GARMIN B744V 6 Pin Bronze Thru-Hull Transducer with Depth …

GARMIN B744V 6 Pin Bronze Thru-Hull Transducer with Depth ...

Source: www.westmarine.com

Standard Horizon® DST523

Standard Horizon® DST523

Source: www.carid.com

Navico B75M 8-Pin Bronze Thru-Hull CHIRP Transducer 20 degree

Navico B75M 8-Pin Bronze Thru-Hull CHIRP Transducer 20 degree

Source: www.thegpsstore.com

Simrad DST800 Thru Hull Transducer

Simrad DST800 Thru Hull Transducer

Source: www.chsmith.com.au

HUMMINBIRD XFM 9-20 Thru-Hull Dual Frequency Transducer …

HUMMINBIRD XFM 9-20 Thru-Hull Dual Frequency Transducer ...

Source: www.westmarine.com

Raymarine Thru-Hull Downvision Transducer, A80277

Raymarine Thru-Hull Downvision Transducer, A80277

Source: www.invertersupply.com

Morgan Technical Ceramics launches new wideband transducer …

Morgan Technical Ceramics launches new wideband transducer ...

Source: www.electronics-sourcing.com

NAVICO StructureScan® HD Thru-hull Dual Frequency SideScan …

NAVICO StructureScan® HD Thru-hull Dual Frequency SideScan ...

Source: www.westmarine.com

Raymarine M78717 Retractable Transducer

Raymarine M78717 Retractable Transducer

Source: www.tackledirect.com

Lowrance 106-72 HST-WSBL Transom Mount Transducer …

Lowrance 106-72 HST-WSBL Transom Mount Transducer ...

Source: www.tackledirect.com

Transducers for CP450C Sonar Module

Transducers for CP450C Sonar Module

Source: www.raymarine.com

Simrad DST800 Plastic Thru-Hull Transducer

Simrad DST800 Plastic Thru-Hull Transducer

Source: www.tackledirect.com

Raymarine RV-300 RealVision 3D Plastic Thru-Hull Transducer 0°

Raymarine RV-300 RealVision 3D Plastic Thru-Hull Transducer 0°

Source: www.thegpsstore.com

Furuno CA50/200-12M Bronze Thru-Hull Transducer

Furuno CA50/200-12M Bronze Thru-Hull Transducer

Source: www.tackledirect.com