Telecommunication Quizzes Online & Trivia

There are different methods that you can use but the most effective one has to follow a certain process in order to reach the maximum level of effectiveness. There is a need to increase the antennas in both the receiver antenna area and the transmitter side. This means that E and F are good options if you want to improve the transmission. Do not underestimate the other methods that are available too. Even A, D, and G will also be very effective for your needs. What do you think will be the most ideal method for you? This will depend on your budget and the items that you already have.

The answer to this is D. DSB. For those who are not familiar with what AM stands for, this means Amplitude modulation. This is a technique that is usually done in electronic communication. This means that with the help of this, it will be easier for details to be transmitted so that the signal can be transmitted properly. Take note that AM is not being used in order to transport music. FM is used for this instead. If you would like to listen to the news or the conversations of people, AM will be your best bet to hear new stories that might be interesting to you.

There are different methods that are used to increase the maximum operation of the channel in a specific bandwidth. The best way to do so is to use MIMO at the receiver and the transmitter and also increase the channel bandwidth. If you are able to increase the bandwidth, it is the best solution as it immediately allows you to maximize the channel capacity. Simply increasing the number of antennas at the receiver or the antennas at the transmitter does not work much to increase the capacity. Reducing the noise power at the receiver is not an effective method either.

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Today, there are a lot of devices that make use of signal in transmitting so many things. They make use of the signal to perform various operations they are designed to do. Examples of those devices are multiplexer and decoder. However, there are some differences between the two. Multiplexers are devices that help in combining several input signals into a single output signal through a medium. Multiplexer usually uses wires for the transmission of various input signals to a destination. Most input signals produced by multiplexers contain raw and unused information. Decoders, on the other hand, are devices that decode and interpret multiple signals. Without a decoder, it will be very difficult to interpret any input signals being sent. Multiplexer and decoder are used by big telecommunication companies to convey input signals through multiplexer devices, while decoder devices are used to interpret the various signals. Which means, the two devices work together.

Increase signal to noise ratio at the receiver Increase the transmitter power Use multiple antennas at the receiver side (receiver antenna diversity) Use multiple antennas at the transmitter side (beam focusing) Reduce the noise power at the receiver (use advanced receiver RF design)

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To allow multiple call processing nodes to take over in case of a network down situation

Sending all the digits of the telephone number you want to reach in a single string

Its intended use.

Produce lower radiation angles.