Explain the importance of analog processing in electronics and instrumentation
Answer:
Given that
Importance of analog processing in electronics and instrumentation
An analog processing method offers little variety in the modes of image processing. On the contrary, digital processing has a wider application, and various methods have been proposed (a) a general view of our apparatus; and (b) a schematic flow of data. The facsimile receiver in this system is also used to display the simulated through-focal TEM images.
Instrumentation is the basic process control in industry. In industrial control a wide number of variables temperature, flow, level, pressure, and distance can be sensed simultaneously. All of these can be interdependent variables in a single processing require a complex microprocessor system for total control. Due to more advancement in technology and the efficient measurement techniques instruments that we are using today may be obsolete in future.
1)During specifying the instrumentation the main objectives of the designer are
2)Safe plant operation
3)High production rate
4)To maintain the product composition within the specified quality limits.
5)Lowest production cost
A method of storing, processing and transmitting information through the use of distinct electronic or optical pulses that represent the binary digits 0 and 1.
Less expensive,More reliable,Easy to manipulate,Flexible,Compatibility with other digital systems
Only digitised information can be transported through a noisy channel without degradation
Integrated networks.
Explain the importance of analog processing in electronics and instrumentation
Question 1 Digital Electronics and Combinational Logic 1a) Analog and Digital Electronics i. Write either "digital" or "analog" in this to indicate whether the property in that row is - typical of digital electronics or analog electronics. The first row has been completed as an example. Property Digital/Analog Difficult, manual circuit design Analog Continuous valued signals Tolerant of electrical noise Circuit state tends to leak Intolerant of component variations ii. In older cars the timing of the electrical pulses to...
Please analyze the full-wave rectifier circuit given
above. (Analog Electronics)
D4 D1 220Vrms 50HZ 24Vrms 50Hz D3 D2 C 47UF R. 1KO
The market consensus is that Analog Electronics Corporation has an ROE = 15%, a beta of 1.90, and plans to maintain indefinitely its traditional plowback ratio of 1/5. This year’s earnings were $3.20 per share. The annual dividend was just paid. The consensus estimate of the coming year’s market return is 16%, and T-bills currently offer a 5% return. a. Find the price at which Analog stock should sell. (Do not round intermediate calculations. Round your answer to 2 decimal...
Explain how a base analog can cause a mutation, including how the base analog gets incorporated into a DNA sequence.
EE2002-ANALOG ELECTRONICS (TEL) (Part 1: P02E_Diode-Easy) 4 P02E Q10 The voltage across RL is V in Figure Q10. Assuming the diode is ideal. 10 K R1 10 K 10 K DC 5 V R2 R Figure Q10 Answer: (correct to 2 decimal places) w
24. a) Explain the requirements for an instrumentation amplifier. b) Explain the different classifications of analogue to digital characteristics with figures ADC) and compare particular sampling instant, the signal voltage vs is 2 V and s1 is opened. If the Vo V and Vs and the e) At a voltage Vs subsequently rises to 3 V, determine the voltages Ve through R2. (10) v =v, D. Figure Q4 (a) Total END OF EXAMINATION PAPER
22. Explain at least two inherit advantages (e.g. relative figures of merit, instrumentation, etc.) of electroanalytical methods of analysis as compare to other methods (i.e. UV-vis, etc.)
With examples, explain the two types of signals (Analog and Digital) and two types of data (Analog and Digital). With the above combinations, provide the real life applications and examples for the communication of the above four combinations. (10 marks)
Using the real mail delivery as the analog to explain the idea of multiplexing and demultiplexing.
Discuss the importance of implementing measures to militate against electrical interference (electrical noise) in a modern electric instrumentation system.