The bit-rate of a signal is 6000 bps. If 1500 signal elements are sent per second, calculate the Baud Rate and the number of bits in each signal element.
Question
The bit-rate of a signal is 6000 bps.
If 1500 signal elements are sent per second, calculate the Baud Rate and the number of bits in each signal element.
Solution
Sure, let's break it down:
-
Baud Rate: The Baud Rate is the rate at which signal elements are sent per second. In this case, it is given as 1500 signal elements per second. So, the Baud Rate is 1500 Baud.
-
Number of bits in each signal element: This can be calculated by dividing the bit-rate by the Baud Rate. The bit-rate is given as 6000 bps (bits per second) and the Baud Rate is 1500 Baud. So, the number of bits in each signal element is 6000 bps / 1500 Baud = 4 bits.
So, the Baud Rate is 1500 Baud and there are 4 bits in each signal element.
Similar Questions
The bit rate always equal the baud rate in which type of signal?Group of answer choices8PSKAll of the choicesBPSKQPSK
Find the TH1 value (in hex ) to set the baud rate to 4800, if SMOD=0. Assume that XTAL 11.0592 MHzFDF4E8FA
Find the TH1 value in decimal to set the baud rate to 9600, if SMOD=1. Assume that XTAL 11.0592 MHz-24-12-3-6
If the bit rate for a 8-QAM signal is 1500 bps, the bandwidth in Hertz is equal to __________.Group of answer choices30001500500750
Consider a BPSK modulated signal with bandwidth 19371 Hz i) Calculate the input data rate
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.