Q18: Multiple Choice - The following is an example of an IPV4 address a. FA-CD-10-25-47-59 b. 192.168.1.100 c. semifore@louisiana.edu d. (337) 555-2121 e. 123 East Fifth Street f. http://www.google.com
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- (i) Below (figure 1) is an example of a VHDL code for a multiplexer. --multiplexer.vhd --Common Multiplexer LIBRARY ieee; USE ieee.std_logic_1164.ALL; ENTITY multiplexer IS PORT(el, d3, d2, d1, d0 : IN STD_LOGIC; a,b.c,d,e,f.g.h.ij.k,lm,n:OUT STD LOGIC); END multiplexer; ARCHITECTURE mult OF multiplexer IS SIGNAL input : STD LOGIC_VECTOR (4 downto 0); SIGNAL output : STD LOGIC_VECTOR (13 downto 0); BEGIN input ca el & d3 & d2 & d1 & d0; WITH input SELECT "00000010000001"WHEN "10000",--Input A "00000010000001"WHEN "10001",- "00000010000001"WHEN "10010",- "00000010000001"WHEN "10011",- "00000011001111"WHEN "10100" "00000011001111"WHEN "10101 "00000011001111"WHEN "10110" "00000011001111"WHEN "10111" "10011110000001"WHEN "11000" "10011110000001"WHEN "11001" "10011110000001"WHEN "11010, "10011110000001"WHEN "11011" "10011111001111"WHEN "11100" "100111110011i1"WHEN "11101",- "10011111001111"WHEN "11110",-- "10011111001111"WHEN "11111":-. "00000010000001" -00 --"00000011001111"-01…Are the following statements correct or wrong? Justify your answer. GTO requires very low current applied to its gate to be turn off. IGBT is a voltage driven device. BJT is more efficient than IGBT in high power applications. Thyristors are used only for low voltage, low current applications. MOSFETs are used for high frequency applications.Q4/ Why the performance of multimode graded index is better than multimode step index? Q5/ Design fiber optics communication system with analogue input and then measure the performance of the three types of fiber optics configurations. After that, answer the following questions: 1. Which configuration is the better? Comment! 2. Which parameters that improve the performance of multimode step index? Comment! 3. Which parameters that improve the performance of multimode graded index? Comment! 4. Which parameters that improve the performance of single mode step index? Comment! 5. If we need to increase the fiber length from 1 km to 15 km. which configuration is used? Comment!
- Hello please solve this problem using the KVL and KCL method. This is from the 6th edition of NISE control systems engineering, Thank you very much.1. Are the following statements correct or wrong? (a) Thyristors are used only for low voltage, low current applications. (b) MOSFETs are used for high frequency applications. (c) BJT is more efficient than IGBT in high power applications. (d) GTO requires very low current applied to its gate to be turn off. (e) IGBT is a voltage driven device. 2. Are the following statements correct or wrong? (a) Thyristors are preferred to be used in the output stage of 10W IMHz transmitter. (b) MOSFETs are preferred to be used for 1000 kW motor control circuit. (c) TRIAC is used for lighting dimmer circuits. (d) IGBT in high voltage de rectifier circuits (above 5kV level). (e) BJT is the fastest switching device in power applications. Choose the correct answer for the following questions (3-7): 3. The conditions which must be satisfied to turn on the thyristor with its current is more than its latching current are: (a) The anode is more positive than the cathode and a positive current pulse is…1. Are the following statements correct or wrong? (a) Thyristors are used only for low voltage, low current applications. (b) MOSFETs are used for high frequency applications. (c) BJT is more efficient than IGBT in high power applications. (d) GTO requires very low current applied to its gate to be turn off. (e) IGBT is a voltage driven device. 2. Are the following statements correct or wrong? (a) Thyristors are preferred to be used in the output stage of 10W IMHz transmitter. (b) MOSFETs are preferred to be used for 1000 kW motor control circuit. (c) TRIAC is used for lighting dimmer circuits. (d) IGBT in high voltage de rectifier circuits (above 5kV level). (e) BJT is the fastest switching device in power applications. Choose the correct answer for the following questions (3-7): 3. The conditions which must be satisfied to turn on the thyristor with its current is more than its latching current are: (a) The anode is more positive than the cathode and a positive current pulse is…
- Consider the line of code below. analogWrite(11, 84); The voltage at pin 11 is turns on (at 5V for Uno) and off at 500 Hz. This PWM frequency is the default value for Arduino boards. How many microseconds is the voltage at pin 11 high?These multiple choice question from DIGITAL COMMUNICATIONS course.just write for me the final answer. 9) According to sampling theorem a. Ts is equal to 1/2fm b. Ts is lesser than 1/2fm c. Ts is greater than 1/2fm d. Ts is lesser than or equal to 1/2fmHow many states the PN sequence generator of DB20 have? • What is the length of PN sequence generator of DB20?
- Photos - Screenshot (46).png 72% / Fullscreen 1.The term SMA represents. 2.F type connectors are used in CCTV systems [True/False]. 3.RG 59 coaxial cable is 10base 5 coaxial cable. [True/False] 4.The segment length for RG11coaxial cable in SAT TV is 5.The segment length for twisted pair cable is 6.UHF connectors are used in public address systems [True/False]. 7.RG 58 thin coaxial cable is 10base 5 coaxial cable. [True/False] 8.The segment length for coaxial cable is 9.The segment length for fiber optic cable is 10.In fiber optics type of signal flows. 10:09 13/12/2021Q6: Sectoring is a way to do what? a. Achieve branch circuits. b. Put each phone call in a different time slot. c. Do SS7 look-ahead call placement. d. Partition Voice mail boxes e. It is an ISDN-PRI way of brining in trunks f. Achieve frequency reuse. g. None of the above(b) Figure Q.4b shows an Adder/Subtractor circuit implemented using Adder Q. The delay for XOR = 2t, OR = AND=1t and cascadable full adder is used for ripple carry adder. Assume inputs X, Y and ADDSUB have arrived at Ot. Analyze the critical path delay for the circuit if:- X[7.4] YI7.4] 4. A[3.0] A[3.0] lo"cle C4 C8 C4 Adder Q co C4 Adder Q co ADDSUB Sum(3.0] Sum[3.0] Z17.4] Figure Q.4b i. Adder Q is a 4-bit Ripple-Carry Adder. Show your analysis in Table Q.4b.i. ii. Adder Q is a 4-bit Carry-Lookahead Adder. Show your analysis in Table Q.4b.ii. Table Q.4b.i Table Q.4b.ii To Node Delay To Node Delay Z3 Z3 С4 С4 Z7 Z7 C8 C8 Page 14 of 21
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