SKIPPER 38 kHz Transducers
SKIPPER 38 kHz Transducers is a Norwegian ISO9001:2015 approved manufacturer of IMO Wheelmarked Echo Sounders and Speed Logs for Navigation. The SKIPPER 38 kHz Transducer is IMO Wheelmarked with SKIPPER ESN200. It is able to reach down to approx. 1500 m in good conditions.
Transducer Frequency : | 38 kHz |
Mounting Options : | |
Range : | Approx. 1500 m – depending on water/bottom quality |
Material : | Rubber |
Approvals : | MED-B with SKIPPER ESN200 only |
Weight : | 12 kgs |
A transducer is an electronic device that converts energy from one form to another. The process of converting energy from one form to another is known as transduction.
To determine the exact magnitude of physical forces such as temperature and pressure is difficult. But, if these physical forces are converted into an electrical signal, then their values can be easily determined using a meter. The primary function of transducers is to convert a physical force into an electrical signal so that it can be easily handled and transmitted for measurement.
Here, we have listed the various advantages of converting a physical quantity into an electrical signal:
A transducer consists of the following two important parts:
Transducers have other vital parts such as signal processing equipment, amplifiers and power supplies.
It is the part of a transducer that responds to the physical sensation. The response of the sensing element depends on the physical phenomenon.
The transduction element of the transducer converts the output of the sensing element into an electrical signal. The transduction element is also called the secondary transducer.
There are two types of transducers, as follows:
An input transducer or a sensor takes in physical energy and converts it into an electrical signal that can be read. A microphone, for example, converts physical sound waves into an electrical signal that can be transferred through wires.
A sensor is a device that measures a physical quantity. For example, in a mercury thermometer, the mercury simply expands when the temperature rises to give a reading to the user. Here there are no electrical inferences or changes. On the other hand, a transducer measures similar quantities as a sensor but the signal in a transducer is converted from one form to another. This is the reason why transducers are also referred to as energy converters.
The choice of the transducers used for measuring the physical quantity depends on the following factors.
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Source: byjus.com
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