Activity 5:An automated QA machine selects the product in an industry based on the perfection of color,weight, and length which are expressed by the variables C, W, and L, respectively. If a feature isperfect the machine takes input as '1', '0' otherwise. Based on the conditions, machine decideswhether to reject (R) a product or not. Assume R = 1, if at least two of the features are not perfect.Otherwise, R = 0. Solve the following. (5-a) Explain the difference between digital and analogue electronics.(5-b) What is the benefit of using digital circuits for the abovementioned scenario? Explain.(5-c) Apply your knowledge of Boolean logic to form the truth table.(5-d) Write down the sum-of-product (SOP) expression.(5-e) Use K-map to find the formula for the above scenario.(5-f) Draw the circuit diagram for the given scenario using minimum number of practical gates.(5-g) Draw the circuit diagram for the given scenario using NAND gates only.(5-h) Use Multisim to verify your system.

The difference between the analogue and digital circuits needs to be explained, the advantages of…

An automated QA machine selects the product in an industry based on the perfection of color, veight, and length which are expressed by the variables C, W, and L, respectively. If a feature is perfect the machine takes input as '1', '0' otherwise. Based on the conditions, machine decides whether to reject (R) a product or not. Assume R = 1, if at least two of the features are not perfect. Otherwise, R = 0. Solve the following.

An automated QA machine selects the product in an industry based on the perfection of color, veight, and length which are expressed by the variables C, W, and L, respectively. If a feature is perfect the machine takes input as '1', '0' otherwise. Based on the conditions, machine decides whether to reject (R) a product or not. Assume R = 1, if at least two of the features are not perfect. Otherwise, R = 0. Solve the following.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter29: Dc Generators

Section: Chapter Questions

Problem 1PA: You are working as an electrician in a large steel manufacturing plant, and you are in the process...

See similar textbooks

Similar questions

QUESTION 3 is dc -Lac 0 f(t) = Ide T If ripple-free load current in steady-state is assumed, the input current is waveform of the single-phase full-wave rectifier may then be depicted as shown in the figure above for an ideal input transformer. With the assumption that the supply is ideal and perfectly smooth and ripple free load current, which implies an infinitely large load inductance, it is quite straightforward to obtain an analytical expression for the input current harmonics. The rectangular wave is defined as de 270 when 0< t < π when_π
The electrical equivalent of mechanical load in induction machine is? a. r2/s b. r2*(1-s)/s c. r2/(1-s) d. r2
Q2. Perform the following subtraction using l's and 2's complement method (Show step by step process) (i) (11010)2 – (10100)2 (ii) (1000101)2 – (1010100)2
For a horizontal sieving machine project, I want to know the minimum input power of the DC motor if the maximum total load is 10 kg equally distributed and the minimum displacement is 3 cm (per second), and also the output power to deduce the efficiency. In another way: calculate the minimum power of a DC motor to move a 10kg object horizontally for 0.3 meters, and the output power. Thank you very much
Consider a PV Module with 24 solar PV cells with the Size of each 15cm x 10cm are connected in series. Choose the correct statement for the above PV Module. (Assume necessary data) a. The output power is 2.25W and the output current is 0.09A b. The output power is 540W and the output current is 45A c. The output power is 54W and the output current is 2.25A d. The output power is 54W and the output current is 4.5A
List 3 different concepts of Electricity(gravity) not hydro generation using weights design. Each concept must have an introduction and design description. Include a photo of each trenching machine design and modeling concept. For Example : Mass electricity generation
A thermal bimorph can be used as an actuator. In this problem, you will use the principles of “crayon engineering” to design a process and mask set that will produce a silicon‐based cantilever thermal bimorph with an integrated heater and an underlying hole structure as shown below. (Silicon‐based means that the final structure is made of silicon, plus oxide, nitride, and metal as needed. You don’t have to use a plain silicon wafer, but you can’t make the whole thing out of a completely different material like metal or SU8.) A description of the structure follows; a top view is shown in Figure 2. Where a dimension is not specified (like the lateral extent of the hole), you are free to choose a process that you think makes sense. This may turn out to be an economic trade‐off (for example, cost of processes vs. wasted space on the wafer). Cantilever composition: The cantilever includes a silicon structure, a metal layer on top of that (you can choose either Al or Au), an integrated…
I have an assignment of topic: construction of DC Machine I need to write theory discussion with some figures
b) Use the ALU 74181 in the figure below and the tables (one is enough; second maybe, need to check the new kit) to implement : A + B, A – B, A. B. (MSB) (LSB) 10 (MSB) F3 F2 F1 FO S3 Cn+4 16 s2 20 U14 15 S1 14 so A3 A2 A1 AO B3 B2 B1 B0 M Cn 24 23 22 21 28 27 T26 25 (LSB) (MSB) (LSB)(MSB) (LSB) And given that under M = 1 the circuit performs the following arithmetic and logic functions according to Table 11.1. Input selection S3 Output M-H S2 SI Cn=L. F3 F2 F1 FO A 1 -A В -B A&B AxB 1 A'B 1 Ax(-B) (-A)xB (-A)x(-B) 1 1 ACTIVE HIGH DATA M-L: ARITHMETIC OPERATIONS SELECTION M-H LOGIC s3 s2 s1 so Ino carry) (with carry) F-A PLUS 1 F- LA + B) PLUS 1 F- (A + BI PLUS 1 FUNCTIONS L L F-A F-A+B F-AB F-A H FA+B F-A+T F- MINUS 1 12s COMPL) F-A PLUS AB F- IA + BI PLUS AB L L L L F-0 F-ZERO F- AB F-A PLUS AB PLUS 1 F- (A + BI PLUS AB PLUS 1 L L L H L F-AOB F- AB L L F-A MINUS B MINUS 1 F-A MINUS B F- AB MINUS 1 F- A F-A PLUS AB PLUS1 F-A PLUS B PLUS 1 F- IA + B PLUS AB PLUS 1 L H L F-A PLUS AB…
Consider the circuit shown in Figure Q7. The full-wave bridge rectifier is supplied from a transformer that has a secondary winding resistance of 52. When conducting, each diode has a forward voltage drop of 0.7 V, regardless of the current carried. D1 D4 240 V rms 50 Hz D2 D3 RL Figure Q7 (a) The transformer has a turn ratio of 10:1. Find the value of the load resistance, RL, if the peak voltage across the load is found to be 20.0 V. (b) For a load resistance of 50 2 and a transformer that gives a peak current in the load of 0.5 A, what is the power dissipated in the load? n:1
Cutting forces should be kept constant during machining operations to prevent changesin spindle speeds or work position. Such changes would deteriorate the accuracy of thework’s dimensions. A control system is proposed to control the cutting force. The plantis difficult to model, since the factors that affect cutting force are time varying and noteasily predicted. However, assuming the simplified force control model shown inFigure (ii) Determine the range K to keep the system stable using the Routh-Hurwitzcriterion.
You have developed an idea for using a poly Si surface‐ micromachined cantilever. Initially, you designed a process flow for creating this simple structure, and the process flow is detailed in the figure below. ( cross section view and top view)There are several critical errors with this process (things that won’t work or won’t produce the result). Please find the critical errors in this process flow and, where possible, suggest alternate approaches. Do not worry about the accumulation of errors, but rather treat each step assuming that the structure up to that step could be created.This structure is actually quite simple to make. Develop a simpler process flow and associated masks to create the final structure. Be sure to show cross‐sectional and planar views of all key steps in the process.