Do people say

English sentences with carrier frequency in context,

29 exact matches

They all just use different carrier frequencies.
source: Redditshow contexthide context

They would, but perhaps only for officially supported carrier frequencies or bands.
source: Redditshow contexthide context

I could guess (I am not good in NMR spectroscopy at all), that if the carrier frequency is wrongly calculated on carbon (after you mess up with the proton frequency), you might have some issues with carbon decoupling.
source: Redditshow contexthide context

The biggest difference will be that an AM signal will show a large central carrier and an smaller spike or two on either side of the central carrier depending on if there is one or two sidebands on either side where an FM signal will show more like a wall of frequencies being used within it's allocated bandwidth where the center point of the wall would be considered the carrier frequency.
source: Redditshow contexthide context

FM is a little different, instead of changing the amplitude we vary the frequency of the signal within a specific bandwidth, we effective add or subtract the source from the carrier to create a variety of signals at a mostly fixed amplitude, the receiver then subtracts the carrier frequency to regain the original signal.
source: Redditshow contexthide context

Basically the AM carrier frequency provides enough power to energize and play the audio encoded in the AM signal.
source: Redditshow contexthide context

The carrier frequency is constant (e.g.
source: Redditshow contexthide context

101.1 MHz for FM station 101.1 on your radio dial) and the message will exist around that carrier frequency.
source: Redditshow contexthide context

The transmitted signal is really just a mess of frequencies surrounding a carrier frequency that is best interpreted if you know what you're looking for.
source: Redditshow contexthide context

Broadband means nothing more than sending data using multiple carrier frequencies.
source: Redditshow contexthide context

A(t) is only present as a modulation of the carrier frequency.
source: Redditshow contexthide context

Any smartphone will work on these networks, as long as the particular model will work on your chosen carrier frequency (it usually will as long as it isn't a CDMA model).
source: Redditshow contexthide context

Rather than applying the pseudo random noise to the plaintext, it is used to change the carrier frequency.
source: Redditshow contexthide context

AM receiver is pretty simple: LC circuit tuned to the carrier frequency, a diode to chop the bottom half off, then a low-pass filter to extract the audio.
source: Redditshow contexthide context

99.9 FM is the carrier frequency.
source: Redditshow contexthide context

A receiver is turned to the carrier frequency and then "demodulates" the combined waves to receive the only the signal.
source: Redditshow contexthide context

Radio signals are then centered on a "carrier frequency" which at the specific radio frequency that you tune to.
source: Redditshow contexthide context

I think someone else answered that an FM transmitter produces variations in the RF carrier frequency that are proportional to the amplitude of the audio source (within some limit, of course).
source: Redditshow contexthide context

Most radio and television receivers convert the RF carrier frequency down to a lower frequency, called an intermediate frequency (IF) first, that is usually some fixed lower frequency (e.g.
source: Redditshow contexthide context

And yes headphones are that slow, or in other words the carrier frequency of your modulation is usually that fast.
source: Redditshow contexthide context

You can get carrier frequency, amplitude, frequency density, the wave form, along with other data.
source: Redditshow contexthide context

Just because it's the same carrier frequency doesn't mean that it's the same language.
source: Redditshow contexthide context

As I understand it, max data rate depends on bandwidth and SNR - is there a connection carrier frequency as well?
source: Redditshow contexthide context

The problem is in the amount of available bandwidth at a given carrier frequency.
source: Redditshow contexthide context

This kind of reduction in percentage of the spectrum used continues as you increase the carrier frequency.
source: Redditshow contexthide context

What modulation type, carrier frequency, etc.
source: Redditshow contexthide context

Some sort of carrier frequency hijinx!
source: Redditshow contexthide context

Then one would need access to an RF upconverter to get your signal to the correct DSN carrier frequency in the S/X/Ka band (easy), a transmitter (not too hard) and a suitable antenna (hard/obvious).
source: Redditshow contexthide context

Most often they respond to a 38 Khz IR carrier, but you can get different carrier frequencies.
source: Redditshow contexthide context

Even if it was perfectly identify the center of the carrier/control frequency, the radio is going to go into "I fell off the net" mode and start sweeping for alternatives.
source: Redditshow contexthide context

It's worth noting that the photon (which, for relevant frequencies, we see as visible light) is the carrier of the electromagnetic force, a force field in which electrons actively participate.
source: Redditshow contexthide context

you do need to make sure that their frequencies match up with your carrier though.
source: Redditshow contexthide context

If you want to use 3G/4G I suggest you to check out if your carrier supports those frequencies in your area.
source: Redditshow contexthide context

The kicker is, you can have multiple carrier signals with different frequencies, modulate different data onto all the different carriers, and transmit them down the same cable at the same time.
source: Redditshow contexthide context

Letting mobile carriers buy more frequencies is the solution, but that requires FCC regulations and antenna engineering.
source: Redditshow contexthide context

Jamming a cell phone frequency is a bigger deal because those frequencies are leased to the carriers from the government.
source: Redditshow contexthide context

Because they are on the same frequency as you, they are using the same carrier that you are and you can hear them and they can hear you.
source: Redditshow contexthide context

These frequencies are the frequency of the carrier wave, and as such need to be spaced out a little bit to allow for the frequency to be manipulated slightly by the modulation scheme.
source: Redditshow contexthide context

The carrier is a simple sine wave, and both the sender and the receiver know what frequency it is supposed to be.
source: Redditshow contexthide context

I'd say he basically constructed a vocoder manually, which generally involves a carrier oscillator, modulating oscillators, and a series of band pass filters spread across the frequency range.
source: Redditshow contexthide context

Transmitting information on either AM or FM is a very different process for AM and FM, for AM you use amplifiers, often a series of them to use the original signal to affect the amplitude of an offset of your carrier, this results in a slight frequency deviation away from the center that allows the receiver to lock onto a solid central frequency and then decode the modulated signal a fixed distance of the carrier.
source: Redditshow contexthide context

You can say all you want but the fact is t mobile doesnt have nearly the coverage of other carriers and their frequency doesnt penetrate buildings very well which is why they have wifi calling.
source: Redditshow contexthide context

Back in the 60s, the early communication satellites actually broadcast a carrier signal on a certain frequency that school children could pick up on their transistor radios.
source: Redditshow contexthide context

I've never tried to hear what the are broadcasting (it's all encrypted here and I'm not trying to track them) wouldn't they be on their own specific frequency even if going through a commercial carrier or do they change channels automatically somehow?
source: Reddit

I saw cell phones emerge; I had a Motorola StarTac (analog) and eventually saw that replaced by digital phones, watched Nokia dominate, saw carriers begin to wage war over frequencies and coverages, and eventually owned a Palm Treo, what I thought was the pinnacle of technology at the time.
source: Redditshow contexthide context

I'd like to add that messages are encrypted from end to end and your carrier doesn't know the content/frequency/recipients of your messages either.
source: Reddit

The phone may not support the frequencies required by the German carrier.
source: Redditshow contexthide context

The carrier wave cycles at a constant frequency (in FM it varies).
source: Redditshow contexthide context

Generally a GSM iPhone will work in most of the world on 3G, check the frequencies for the respective carriers and phone.
source: Redditshow contexthide context

AM works by modulating (varying) the amplitude of the signal or carrier transmitted according to the information being sent, while the frequency remains constant.
source: Redditshow contexthide context