Calculate the dc voltage before and after encoding

Assignment Help Electrical Engineering

Reference no: EM131186846

8B/10B code #3

Assume that the present running disparity value of an 8B/10B encoder is +2.

a. Write the 30-bit sequence that will be transmitted if the encoder receives the bit sequence 00000316.

b. Calculate the percentage of transitions before and after encoding.

c. Calculate the DC voltage before and after encoding.

Reference no: EM131186846

Questions Cloud

Report addressing quantitative analysis project : Using what you have researched and studied throughout Modules 1 - 7, write a report addressing a quantitative analysis (QA) project. Here, you are asked to select a business of interest and develop QA best practices that can be developed and implemen..

Write the 20-bit sequence that will be transmitted : Write the 20-bit sequence that will be transmitted if the encoder receives the bit sequence F8FF16.

What is the euro-denominated return on dutch deposits : What is the euro-denominated return on Dutch deposits for this investor? What is the (riskless) euro-denominated return on British deposits for this investor using forward cover?

Write paper on child abuse reporting issues and resources : Write a 700- to 1,050-word paper on child abuse reporting issues and resources. Describe what could result when the following occur: Families or individuals will not agree to receiving help.

Calculate the dc voltage before and after encoding : Write the 30-bit sequence that will be transmitted if the encoder receives the bit sequence 00000316.

Upgrading a from paper mode to digital mode : You are upgrading a from paper mode to digital mode where customer is stored digitally. Present solution for a waste management to save its data using a program rather storing it on paper.

How many information bits are conveyed by each encoder : Suppose that the following sequence of symbols must be transmitted: (-2, +2), (0, 0), (+2, -2), (0, 0), (-2, +2), (0, 0), . . . . Draw the corresponding waveform in each pair of wires (use the clock period, T, as your time unit).

Calculate and explain the resulting symbol rate : Suppose that the following sequence of symbols is allowed and must be transmitted: (-2, -1, +1, +2), (0, +1, -1, 0), (-2, -1, +1, +2), (0, +1, -1, 0), . . . . Draw the corresponding waveform in each pair of wires using the clock period, T, of part..

Draw the corresponding 33-bit waveform : Assume that the character string "Hi!", encoded using the ASCII code, must be transmitted using an asynchronous transmission protocol similar to that seen in Figure 7.2, which includes start, stop, and parity bits. Draw the corresponding 33-bit wa..

User Account

All Pages