Yes, multiple frequencies, channels, signals etc. can be radiated from a single transmitter.
For several technical, economic, and political reasons, it's not done in the 'broadcast'
services ... plain old AM and FM radio, and TV ... but it's quite common in some other
radio services.
narrowband
Yes, a transmitter concentrates signal energy at a single frequency or in a small range of frequencies through a process called modulation. This allows the transmitter to transmit data efficiently over a specific bandwidth without causing interference with other signals.
An FM transmitter is an accessory that connects to an iPod and converts its audio into FM airwaves, so that you can listen to it with an FM radio. Some are fixed to a single frequency while others can adjust their output to different frequencies.
Your garage door and your neighbors transmitter are on the same frequency. You will probably need to change one of the frequencies.
Yes, you can attach multiple devices to an IR transmitter, but it depends on the specific model and its capabilities. Some IR transmitters are designed to control multiple devices simultaneously, while others may require a separate transmitter for each device. Additionally, if using a universal remote, it may be possible to program it to control multiple devices through a single IR transmitter. Always check the specifications and compatibility of your equipment before attempting to connect multiple devices.
smart means SINGLE MODULE AUTO REGULATED TRANSMITTER
yes
Coherent light (like a laser) is a single frequency. Polychromatic light is, by definiation, multiple frequencies and cannot be coherent.
no as this would increase the load on a single processor thereby causing reduced performance also different frequencies of other processors will not match the given proccssor
There is a thing called an FM Expander that boosts FM frequencies. (Apologies if this is not what you wanted to know)
As FM is transmitted using VHF, the transmitting range is more a matter of Line of Sight than transmitter power as these frequencies only follow straight lines.
A single electron can produce different types of radiation. Radiation, frequency, and wavelength all rely on each other. If an electron can produce multiple types of radiation, it can also produce different wavelengths and frequencies, because the wavelengths and frequencies are dependent on the radiation type.