Active Transducer What? What ?

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Active Transducer Hall - Pizzo Electric Transducer Photos Voltaic The cell , the thermocouple , the thermopile
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Related questions

LVDT used for displacement measurement is a/an __________ transducer. (A) Passive (B) Active (C) Capacitive (D) None of these

Description : LVDT used for displacement measurement is a/an __________ transducer. (A) Passive (B) Active (C) Capacitive (D) None of these

Last Answer : (A) Passive

Compare active transducer with passive transducer based on working principle, example, advantage, application

Description : Compare active transducer with passive transducer based on working principle, example, advantage, application

Last Answer : Compare active transducer with passive transducer based on working principle, example, advantage, application

Write example of each type (i) Primary transducer (ii) Active transducer (iii) Electrical transducer (iv) Digital transducer

Description : Write example of each type (i) Primary transducer (ii) Active transducer (iii) Electrical transducer (iv) Digital transducer

Last Answer : (i) Active transducer:-Thermocouple, piezoelectric, photovoltaic cell (ii) Primary transducer:- Bourdon tube, bellows, (iii) Electrical transducer.:- LVDT,RVDT, Hall effect, strain gauge, ... , optical pyrometer, radiation pyrometer (iv) Digital transducer:- Linear Encoder, digital taco generator

State two examples of active transducer.

Description : State two examples of active transducer.

Last Answer : Examples of active transducer: 1. Thermocouple 2. photovoltaic cells (solar cells) 3. Piezoelectric crystals. 4. Thermoelectric 5. Magnetostrictive 6. Electrokinetic

Compare active and passive transducer.

Description : Compare active and passive transducer.

Last Answer : Active Transducer Passive transducer Don't require external power for operation. Require external power supply for operation. It is also called selfgenerating transducer. It ... energy controlling Principle. Ex-Thermocouple, piezoelectric. Ex Thermistor, Strain Gauges.

Following transducer is an active transducer:

Description : Following transducer is an active transducer: (1) Carbon Microphone (2) Piezoelectric Microphone (3) LVDT (4) Strain Gauge 

Last Answer : Following transducer is an active transducer: Piezoelectric Microphone

One of the following in an active transducer : -

Description : One of the following in an active transducer : -  a) Strain gauge b) LVDT c) Photo colt aoc cell d) Photo emissive cell

Last Answer : One of the following in an active transducer : - Photo colt aoc cell

What does transducer mean ?

Description : What does transducer mean ?

Last Answer : Transducer is a mechanical technique that converts the energy or information carrying a physical quantity into another constellation. Mercury thermometers placed in glass are a very common modifier. It converts ... a different level of the same sign ; Such as: electric converter or mechanical lever.

What is the definition of transducer ?

Description : What is the definition of transducer ?

Last Answer : All electrical and electronic devices that convert one type of energy into another type of energy are called transducers. Transducers typically convert electrical energy into mechanical or mechanical energy into electrical energy , such as microphones , loudspeakers , headphones, and so on.

What is a transducer ?

Description : What is a transducer ?

Last Answer : All electrical and electronic devices that convert one type of energy into another type of energy are called transducers. Transducers typically convert electrical energy into mechanical or mechanical energy into electrical energy , such as microphones , loudspeakers , headphones, and so on.

Which of the following endocrine gland functions as a biological clock and neurosecretory transducer ?

Description : Which of the following endocrine gland functions as a biological clock and neurosecretory transducer ?

Last Answer : Which of the following endocrine gland functions as a biological clock and neurosecretory transducer ? A. ... gland C. Pineal gland D. Thymus gland

Ras proto-oncogene encodes (A) Epidermal growth factor (EGF) (B) Receptor for EGF (C) Signal transducer for EGF (D) Nuclear transcription factor

Description : Ras proto-oncogene encodes (A) Epidermal growth factor (EGF) (B) Receptor for EGF (C) Signal transducer for EGF (D) Nuclear transcription factor

Last Answer : Answer : C

Signal transducer for glucagons is a (A) Cyclic nucleotide (B) Phosphoinositide (C) Stimulatory G-protein (D) Inhibitory G-protein

Description : Signal transducer for glucagons is a (A) Cyclic nucleotide (B) Phosphoinositide (C) Stimulatory G-protein (D) Inhibitory G-protein

Last Answer : Answer : C

Transducin is a (A) Signal transducer (B) Stimulatory G-protein (C) Trimer (D) All of these

Description : Transducin is a (A) Signal transducer (B) Stimulatory G-protein (C) Trimer (D) All of these

Last Answer : Answer : D

The sensor connected to 'signal conditioner' (6000F125) shown in the illustration is a/an ______________. EL-0094 A. thermocouple B. transducer C. inverter D. RTD

Description : The sensor connected to 'signal conditioner' (6000F125) shown in the illustration is a/an ______________. EL-0094 A. thermocouple B. transducer C. inverter D. RTD

Last Answer : Answer: B

The sensor connected to 'signal conditioner' (6000AH170) shown in the illustration is a/an _____________. EL-0094 A. thermocouple B. transducer C. inverter D. RTD

Description : The sensor connected to 'signal conditioner' (6000AH170) shown in the illustration is a/an _____________. EL-0094 A. thermocouple B. transducer C. inverter D. RTD

Last Answer : Answer: A

The sensor connected to 'signal conditioner' (6000F085) shown in the illustration is a/an ______________. EL-0094 A. thermocouple B. transducer C. inverter D. RTD

Description : The sensor connected to 'signal conditioner' (6000F085) shown in the illustration is a/an ______________. EL-0094 A. thermocouple B. transducer C. inverter D. RTD

Last Answer : Answer: D

Which sensor shown in the illustration develops its own conditioning and point setting and 'reports' directly to the 'annunciator'? EL-0094 A. Transducer B. Resistance Temperature Detector (RTD) C. Pressure Switch D. Thermocouple

Description : Which sensor shown in the illustration develops its own conditioning and point setting and 'reports' directly to the 'annunciator'? EL-0094 A. Transducer B. Resistance Temperature Detector (RTD) C. Pressure Switch D. Thermocouple

Last Answer : Answer: C

Which of the listed devices is used to measure pressure and convert it to an electrical signal? A. Transducer B. Reducer C. Transformer D. Rectifier

Description : Which of the listed devices is used to measure pressure and convert it to an electrical signal? A. Transducer B. Reducer C. Transformer D. Rectifier

Last Answer : Answer: A

A device that converts high frequency current into electromagnetic wave. A. Antenna B. Loudspeaker C. Microphone D. Transducer

Description : A device that converts high frequency current into electromagnetic wave. A. Antenna B. Loudspeaker C. Microphone D. Transducer

Last Answer : A. Antenna

What is a device that detects both vertically and horizontally polarized signals simultaneously? A. Orthomode transducer B. Crystal detector C. Optoisolator D. Isomode detector

Description : What is a device that detects both vertically and horizontally polarized signals simultaneously? A. Orthomode transducer B. Crystal detector C. Optoisolator D. Isomode detector

Last Answer : A. Orthomode transducer

______ is a device that detects both vertically and horizontally polarized signals simultaneously. A. Crystal B. Orthomode transducer C. Light transducer D. Optoisolator

Description : ______ is a device that detects both vertically and horizontally polarized signals simultaneously. A. Crystal B. Orthomode transducer C. Light transducer D. Optoisolator

Last Answer : B. Orthomode transducer

A sensing device is also called A. transistor B. thermistor C. sensor D. transducer

Description : A sensing device is also called A. transistor B. thermistor C. sensor D. transducerp

Last Answer : transducer

A computer software that provide the services to software applications beyond those available from the operating system is called A : Sensor B : Middleware C : Actuator D : Transducer

Description : A computer software that provide the services to software applications beyond those available from the operating system is called A : Sensor B : Middleware C : Actuator D : Transducer

Last Answer : B : Middleware

A device that is used to detect event or changes in the environment is called A : Sensor B : Middleware C : Actuator D : Transducer

Description : A device that is used to detect event or changes in the environment is called A : Sensor B : Middleware C : Actuator D : Transducer

Last Answer : A : Sensor

The device that is used to convert energy from one form to another is called A : Emiter B : Transducer C : Transmitter D : Receiver

Description : The device that is used to convert energy from one form to another is called A : Emiter B : Transducer C : Transmitter D : Receiver

Last Answer : B : Transducer

A device that is used to detect event or changes in the environment is called A : Sensor B : Middleware C : Actuator D : Transducer

Description : A device that is used to detect event or changes in the environment is called A : Sensor B : Middleware C : Actuator D : Transducer

Last Answer : A : Sensor

A computer software that provide the services to software applications beyond those available from the operating system is called A : Sensor B : Middleware C : Actuator D : Transducer

Description : A computer software that provide the services to software applications beyond those available from the operating system is called A : Sensor B : Middleware C : Actuator D : Transducer

Last Answer : B : Middleware

The device that is used to convert energy from one form to another is called A : Emiter B : Transducer C : Transmitter D : Receiver

Description : The device that is used to convert energy from one form to another is called A : Emiter B : Transducer C : Transmitter D : Receiver

Last Answer : B : Transducer

The device that is used to convert energy from one form to another is called A : Emiter B : Transducer C : Transmitter D : Receiver

Description : The device that is used to convert energy from one form to another is called A : Emiter B : Transducer C : Transmitter D : Receiver

Last Answer : B : Transducer

The device that is used to convert energy from one form to another is called A : Emiter B : Transducer C : Transmitter D : Receiver

Description : The device that is used to convert energy from one form to another is called A : Emiter B : Transducer C : Transmitter D : Receiver

Last Answer : B : Transducer

A computer software that provide the services to software applications beyond those available from the operating system is called A : Sensor B : Middleware C : ActuatorD : Transducer

Description : A computer software that provide the services to software applications beyond those available from the operating system is called A : Sensor B : Middleware C : ActuatorD : Transducer

Last Answer : B : Middleware

Which of the following is the component of machine that is responsible for controlling a mechanism system? A : Sensor B : Middleware C : Actuator D : Transducer

Description : Which of the following is the component of machine that is responsible for controlling a mechanism system? A : Sensor B : Middleware C : Actuator D : Transducer

Last Answer : C : Actuator

A device that is used to detect event or changes in the environment is called A : Sensor B : Middleware C : Actuator D : Transducer

Description : A device that is used to detect event or changes in the environment is called A : Sensor B : Middleware C : Actuator D : Transducer

Last Answer : A : Sensor

From the following, which one is also known as low-frequency Transducer? (A) Stroboscope (B) Accelerometer (C) Vibrometer (D) None of the above

Description : From the following, which one is also known as low-frequency Transducer? (A) Stroboscope (B) Accelerometer (C) Vibrometer (D) None of the above

Last Answer : (C) Vibrometer

The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that A Its natural frequency is very low in comparison to the frequency of vibration B Its natural frequency is very high in comparison to the frequency of vibration C Its natural frequency is equal to the frequency of vibration D Measurement of vibratory motion is without any reference point

Description : The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that A Its natural frequency is very low in comparison to the frequency ... is equal to the frequency of vibration D Measurement of vibratory motion is without any reference point

Last Answer : C Its natural frequency is equal to the frequency of vibration

The instrument that measures the displacement of a vibrating body is called__________ a. seismometer b. transducer c. accelerometer

Description : The instrument that measures the displacement of a vibrating body is called__________ a. seismometer b. transducer c. accelerometer

Last Answer : a. seismometer

When a transducer is used in conjunction with another device to measure vibration, it is called a a. vibration sensor b. vibration pickup c. vibration actuator

Description : When a transducer is used in conjunction with another device to measure vibration, it is called a a. vibration sensor b. vibration pickup c. vibration actuator

Last Answer : b. vibration pickup

The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that a) its natural frequency is very low in comparison to the frequency of vibration b) its natural frequency is very high in comparison to the frequency of vibration c) its natural frequency is equal to the frequency of vibration d) measurement of vibratory motion is without any reference point

Description : The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that a) its natural frequency is very low in comparison to the frequency ... is equal to the frequency of vibration d) measurement of vibratory motion is without any reference point

Last Answer : c) its natural frequency is equal to the frequency of vibration

The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that ______. (A) its natural frequency is very low in comparison to the frequency of vibration (B) its natural frequency is very high in comparison to the frequency of vibration (C) its natural frequency is equal to the frequency of vibration (D) measurement of vibratory motion is without any reference poin

Description : The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that ______. (A) its natural frequency is very low in comparison to the ... is equal to the frequency of vibration (D) measurement of vibratory motion is without any reference poin

Last Answer : (C) its natural frequency is equal to the frequency of vibration

The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that a) its natural frequency is very low in comparison to the frequency of vibration b) its natural frequency is very high in comparison to the frequency of vibration c) its natural frequency is equal to the frequency of vibration d) measurement of vibratory motion is without any reference poin

Description : The accelerometer is used as a transducer to measure earthquake in Richter scale. Its design is based on the principle that a) its natural frequency is very low in comparison to the frequency ... is equal to the frequency of vibration d) measurement of vibratory motion is without any reference poin

Last Answer : c) its natural frequency is equal to the frequency of vibration

Which of the following is not the basis for subclassifying β adrenergic receptors into β1 and β2 : A. Selectivity of agonists B. Selectivity of antagonists C. Transducer pathway of response effectuation D. Organ selective location

Description : Which of the following is not the basis for subclassifying β adrenergic receptors into β1 and β2 : A. Selectivity of agonists B. Selectivity of antagonists C. Transducer pathway of response effectuation D. Organ selective location

Last Answer : C. Transducer pathway of response effectuation

Which of the following is not the basis for subclassifying β adrenergic receptors into β 1 and β 2: A. Selectivity of agonists B. Selectivity of antagonists C. Transducer pathway of response effectuation D. Organ selective location

Description : Which of the following is not the basis for subclassifying β adrenergic receptors into β 1 and β 2: A. Selectivity of agonists B. Selectivity of antagonists C. Transducer pathway of response effectuation D. Organ selective location

Last Answer : C. Transducer pathway of response effectuation

Give one application each of following transducer: (i) LVDT (ii) RVDT (iii) Capacitive (iv) Piezoelectric

Description : Give one application each of following transducer: (i) LVDT (ii) RVDT (iii) Capacitive (iv) Piezoelectric

Last Answer : i) LVDT ➢ LVDT used to measure force ➢ LVDT used to measure strain ➢ LVDT used to measure weight ➢ LVDT used to measure tension ➢ LVDT used to measure pressure ➢ The ... flow meters, non-destructive test (NDT) equipment's ➢ Piezoelectric materials are used in ultrasonic transducers.

List any two specifications of electrical pressure transducer.

Description : List any two specifications of electrical pressure transducer.

Last Answer : Specifications of electrical pressure transducer: - 1. Root Sum Squares (RSS) 2. Non-Linearity 3. Hysteresis 4. Non-Repeatability 5. Long-Term Stability 6. Zero Offset 7. Span ... Size 10. associated circuit 11. sensitivity 12. self-generated or external power source 13. Miscellaneous

Give classification of transducer on any two factors

Description : Give classification of transducer on any two factors

Last Answer : The transducers can be classified as: - 1. Active and passive transducers. 2. Analog and digital transducers. 3. On the basis of transduction principle used. 4. Primary and secondary transducer 5. Transducers and inverse transducers

The device in communication satellites which receives signals from an earth station and transmits them to different directions is (1) Transformer (2) Transistor (3) Transponder (4) Transducer

Description : The device in communication satellites which receives signals from an earth station and transmits them to different directions is (1) Transformer (2) Transistor (3) Transponder (4) Transducer

Last Answer : Transponder

List any four types of transducer.

Description : List any four types of transducer.

Last Answer : Types of Transducer based on Quantity to be Measured Temperature transducers Pressure transducers Displacement transducers Flow transducers Types of Transducer based on the Principle of ... Whether an External Power Source is required or not Active Transducer Passive Transducer

Define : (i) Sensor (ii) Transducer

Description : Define : (i) Sensor (ii) Transducer

Last Answer : (i) Sensor : A device which detects or measures a physical property and records, indicates, or otherwise responds to it. (ii) Transducer : a device that converts variations in a physical quantity, such as pressure or brightness, into an electrical signal, or vice versa.

Explain Piezo-electric transducer with diagram. State its applications, advantages and disadvantages.

Description : Explain Piezo-electric transducer with diagram. State its applications, advantages and disadvantages.

Last Answer : Explanation: Principle of operation: When a pressure or force or vibration applied to the crystalline material like quartz crystal or crystalline substances then an e.m.f. is generated across the ... destructive test (NDT) equipment's 4) Piezoelectric materials are use in ultrasonic transducers.