Dear Students,
Question bank for unit 3 & 4 as follows :
Part -A
1.
Illustrate the defibrillator output waveform and indicate output energy level.
2.
State the three types of exchangers used in HEMODIALYSIS system
3.
Point out the typical ranges of pacemaker parameters
4.
Define tele stimulation. Give its biomedical application
5.
Summarize the different types of pacemakers
6.
List two important factors that demand internal pace maker’s usage
7. Draw the circuit diagram of DC
Defibrillator and give its output specifications
8.
Describe the names of the batteries used in implantable pace makers
9. What is a dialyzer?
10.
Compare the internal and external pacemakers.
11.
Point out the disadvantages of DC defibrillator.
12.
Tell about defibrillation
13.
Formulate the vital capacity of a person who has a total lung capacity of 5.95
liters, if volume of the lung of air
14.
Give the difference between external and internal defibrillator.
15.
Generalize that since the lungs contain no musculature what makes them to expand
and contract in breathing
16.
Write the meaning of fibrillation. How do you correct for it?
17.
Point out advantages of rectangular wave defibrillator?
18.
Classify the different types of dialyzer
19.
Summarize the classification of Pacing modes
20.
Identify when the demand pacemaker is used?
21.
What is the difference between intra and extra corporeal Pacemaker?
22. Draw the discharge pulse of the DC Defibrillator
23.
How do we design efficient Biotelemetry system?
24.
Bring out need of patient plate in surgical diathermy.
25.
What are the batteries used for implantable pacemaker?
26.Discuss
the application of Bio-Telemetry
27.
Recall the different elements in biotelemetry
28.
Point out the frequencies used for bio-telemetry.
29.
State the meaning of the term radio pill.
30.
Distinguish between frequency division multiplex system and time division
multiplex system used in transmission of bio signals.
31.
Name the modulation techniques used for biotelemetry. Mention the reason for
adopting that modulation scheme
32.
Show the block diagram of a Bio-Telemetry system.
33.
Point out the advantages of biotelemetry system.
34.
Demonstrate the two methods of shortwave diathermy.
35.
Identify the devices used to protect against electrical hazards
36.
Differentiate the types of diathermy
37.
What do you meant by diathermy?
38.
Explain the safety precaution to be taken while handling radio isotopes.
39.
Enumerate the principle of tele stimulation
40.
Compile the basic purpose of the safety measures used with electrically
susceptible patients
41.
Summarize the uses of biotelemetry.
42.
Predict the medical transmitting frequencies. Why it is necessary to specify
them?
43.
Describe various modulation techniques used for transmitting a bio signal in a
telemetry system
44.
Classify shortwave and microwave diathermy
45.
Illuminate the application of diathermies
Part -B
1.
What is pacemaker? What are different types of pacemaker? (8)
2.
Explain the R wave inhibited pacemaker with neat block diagram. (8)
3.
Summarize the functions and application of dialyzer.
4.
Demonstrate the circuit diagram of fixed rate parameters and explain its
working principle. (8)
5.
Analyze the working of synchronized dc defibrillator. (8)
5.
Generalize points about the working and types of a dialyzer?
6.
Show the working principle of ventricular triggered pacemaker with neat
diagram.
7.
Define what is pacemaker. Describe the different types of pacemakers.
8.
Discuss the following with neat diagrams. (i) R-wave inhibited pacemaker (8)
(ii) R-wave triggered pacemaker. (8)
9.
Explain the following. (i)AC defibrillator (8) (ii) DC defibrillator (8
10.
Describe the atrial synchronous pacemaker.
11.
Compare the following (i) Dual peak DC defibrillator. (8) (ii) DC defibrillator
with synchronizer. (8)
12.
Explain single channel ECG bio telemetry system with neat diagram?
13.
Describe the working and construction of radio pill with an example
14.
Discuss the following with respect to electrical safety (i) Ground fault
interrupter (3) (ii) Isolation transformer (3) (iii) Line Isolation monitors
(3) (iv) Grounding (3)
15.
Enumerate the salient features of microwave diathermy
16.
Illustrate the block diagram of short wave and ultrasonic diathermy and
explain.
17.
Compare and explain the telemetry circuit diagram for the transmission of EMG,
ECG, EEG and respiration rate?
18.
Discuss the basic concepts (including the modulation types) of radio
transmission used in bio telemetry.
19.
Generalize the problems associated with the implant telemetry circuits? Explain
the subcarrier biotelemetry?
20
(i) describe the surgical diathermy? (8) (ii) Write short notes on frequency
selection with respect to biotelemetry?
(8)
21.
Elaborate the multiple channel telemetry systems with neat diagrams.
