7. Given the following ASK signal (Note: vertical lines denote bit divisions):(single bit)) (Lower Voltage '0', Higher Voltage '1') (MSB on the left)AE a.m1tUd10Me-5-10+a) What is the resulting bit stream?b) What is the bit rate?c) What ASCII character was transmittedTime(ns)160

Answered: Image /qna-images/answer/4576f4e3-1d23-45e0-8120-ff63fcdb6f9c.jpg

7. Given the following ASK signal (Note: vertical lines denote bit divisions): (single bit)) (Lower Voltage '0', Higher Voltage '1') (MSB on the left) «Ea m 1 t U d 10 3 e 5 -10- a) What is the resulting bit stream? b) What is the bit rate? c) What ASCII character was transmitted Time(ns)

7. Given the following ASK signal (Note: vertical lines denote bit divisions): (single bit)) (Lower Voltage '0', Higher Voltage '1') (MSB on the left) «Ea m 1 t U d 10 3 e 5 -10- a) What is the resulting bit stream? b) What is the bit rate? c) What ASCII character was transmitted Time(ns)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

Question 1. Which base, hex or octal, is more commonly used today as a shorthand representation for binary numbers and why? To answer, refer to Table 2.1 and consider the following: a. which base, hex or octal, will require fewer digits to represent a binary number? And b. given that a byte is comprised of 8 bits, which base, hex or octal, can be more compactly used to represent an 8-bit (1-byte) binary number? Assume a byte value of 11111111 and convert to octal and hex. Write your answers, including explanations, in your lab journal. Table 2.1: Numbers 0 to 31 and 56 to 71 in decimal (base 10), binary (base 2), octal (base 8), and hexadecimal (base 16). Decimal Binary Octal Hex Decimal Binary Octal Hex 00 0000 00 00 56 11 1000 70 38 01 0001 01 01 57 11 1001 71 39 02 0010 02 02 58 11 1010 72 ЗА 03 0011 03 03 59 11 1011 73 3B 04 0100 04 04 60 11 1100 74 3C 05 0101 05 05 61 11 1101 75 3D 06 0110 06 06 62 11 1110 76 ЗЕ 07 0111 07 07 63 11 1111 77 3F 08 1000 10 08 64 100 0000 100 40 09…
7. Convert each binary number to decimal: (b) 101010.01 tes 1000001.11 tu) 110011.11 idi 1111000.101 tg 1011010.1010 te) 1011100.10101 (hi 1111111.11111 ---ntat ha nnrh nt the fnllewine numbers
Convert decimal number 54.3125 to fixed point binary notation. How many bits are needed? Suppose there are only 8 bits available. What is the numerical error?
Q3. Perform following arithmetic operations: a. (6767)10 + (3592)10 using BCD b. (C7C)16 - (BOE)16 using 16’s complement Q4. A code 1011011 needs to be sent to the receiver. Using, hamming code find out the code- word and the mechanism to check the corrected data when error occurred at 4th bit. (Assumptions: Right to Left with Odd Parity) 05 (o) Convort the following logie ooto cirouit into o Rooloon ov riting Rooloon
Question 1 (Mandatory) If the a digital pattern repeats itself as 000111111100011111110001111111 .…...... the time interval for each logic state is 0.1 ms, what is the frequency and duty cycle of this digital waveform? 1 kHz, 30% duty cycle. 1 kHz, 70% duty cycle. 10 kHz, 70% duty cycle. 1 kHz, 80% duty cycle. Question 2 (Mandatory) The hexadecimal equivalent for decimal 922 is A93. 39A. 1093. 3910.
Rewrite the following high-level code to a RISC-V assembly function. The function linear search (int int size, int target) searches a * nums, specified integer target in an integer array nums. Assume a0, al, and a2 hold base address of nums array, array size and the searching value target, respectively. int linear_search(int * nums, int size, int target) { int * arrEnd = nums + size 1; while (nums <= arrEnd && *nums != target) nums++; if ( nums <= arrEnd) return (arrEnd - nums) / sizeof (int) + 1; return -1; }
Write VHDL code for a 16-bit register, with an Asynchronous Reset active Low and a Load signal active Low. The clock is triggered on the positive edge.
Question 3 How many BCD code bits and how many straight binary bits would be required to represent the decimal number 34? O 12 BCD, 6 binary O 8 BCD, 8 binary 8 BCD, 6 binary O 8 BCD, 12 binary
7. Convert these decimal numbers first to hexadecimal, then binary, then octal, then back to decimal. As a check the final answer should agree with the original number. a) 23.48 b) 4.16 c) 28.28 8. Convert these decimal numbers first to 6 bit signed 2's complement binary. Then find the 2's complement of each number. Finally, add the two binary numbers (pos/ neg) together (should = 0) a) 23 b) -31 c) -17 9. Compute the following decimal arithmetic problems in 8 bit signed binary a) 93-63 b) -31+111 c) 17-128 10. What range of decimal numbers can be expressed in the following number systems? a) 8 bit signed 2's complement? b) 8 bit unsigned binary c) 16 bit signed 2's complement? d) 16 bit unsigned binary.
6. [8.34/16.7 Points] DETAILS Convert to hexadecimal, and then give the ASCII code for the resulting hexadecimal number (including the code for the hexadecimal point). (Round to two digits past the hexadecimal point. Enter all digits of the ASCII code.) (a) 333.2210 hexadecimal ASCII (b) 182.8110 hexadecimal ASCII Need Help? Submit Answer 14D.38 B6.CF Read It PREVIOUS ANSWERS RKFUNLD7 1.5.035. Watch It 16 16 X x MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER
Perform the following conversions: a. (601)10 to binaryb. (551)10 to octalc. (BC1)16 to decimald. (6D)16 to binarye. (142)8 to Hexadecimal
Q2) Write the Assembly language instructions required to find: Z-X/Y, where X and Y are 16- bit numbers stored in BX and CX, respectively. Store the result at 91F00H in the data segment, and store the remainder at 55A80H in the stack segment. Assume that X and Y are: 1) Unsigned numbers 2) Signed numbers