what type of transducer potentiometer
A transducer will take different appearances depending on the specific type. This is an electronic device that is used to convert one form of energy into another. A good example of a transducer is a microphone.
no... generator cannot be a transducer. Transducer is a device that converts one type of energy into another. Whereas generator is a device which convert any form of energy into electrical energy..
NTC is negative temp coefficient transducer,working with resistor while lm 35 is an IC type transducer
A potentiometer varies the amount of current through an electrical or electronic circuit. EX: the volume control on your radio is a potentiometer. In today's electronic circuitry, digital circuits that change resistance do the same job as the rotary type control do. They tend to be more accurate.
thermocouple,piezoelectric transducer,photoelectric transducer.
because potentiometer generate a own current
The potentiometer is a position tranducer. It forms a resistance divider, proportional to position.
Variable resistance.
High frequency response
you can search the answer at youjizz.com
Type your answer here... ferer
A transducer will take different appearances depending on the specific type. This is an electronic device that is used to convert one form of energy into another. A good example of a transducer is a microphone.
no... generator cannot be a transducer. Transducer is a device that converts one type of energy into another. Whereas generator is a device which convert any form of energy into electrical energy..
NTC is negative temp coefficient transducer,working with resistor while lm 35 is an IC type transducer
A potentiometer varies the amount of current through an electrical or electronic circuit. EX: the volume control on your radio is a potentiometer. In today's electronic circuitry, digital circuits that change resistance do the same job as the rotary type control do. They tend to be more accurate.
"Transducers" are devices that convert one form of energy into another. There are many different transducer types, converting many different forms of energy. One common example would be a microphone, which converts sound waves into an electrical signal for transmission to some type of signal amplifier. (Conversely, another example could be the speaker that receives that amplified signal, and converts it back into sound waves again.) Heat, strain, vibration, and pressure are other examples of energy that can be converted into various output signals. "Displacement" refers to how the transducer receives or measures "input information" through various forms of motion. Stretching, flexing, shaking, and pressures are examples of these motions. "Linear" refers to the design of a transducer, in that it receives information from a source in a linear, or straight, direction. So, a Linear Displacement Transducer is a device that takes some form of input energy fed to it in a straight line, and outputs a converted signal relative to the range of displacement that has taken place. (If you know what a "potentiometer" is, think of a Linear Displacement Transducer as a potentiometer that moves in and out rather than rotates left and right.)
A photovoltaic transducer is simply another name for a solar panel. A transducer changes one energy to another in this case light energy to electrical energy. The two most common type of photovoltaic transducers are silicon and selenium.