0
If we can state it in simple terms, let's do that. A phase locked loop (PLL) will lock on a signal and "hold" it if it can. The local oscillator, a voltage controlled oscillator (VCO), will be "tuned" to the signal and will "stay with it" to "optimize reception" of the signal. It will lock on that signal and change with it slightly as it changes. That's the value of a PLL: it can stay with a signal even if the frequency of the signal shifts slightly. But can the PLL "see" the signal? And what else might it see? A PLL is generally set up to look for a signal in a given range of frequencies. If you have a PLL tuner in your FM radio receiver (and who doesn't anymore?), when you tune up, say, 101.1 MHz on your dial, do you want the receiver looking for a signal on 101.1 MHz or right around there, or will you settle for a 101.3 MHz signal? See the problem? You want 101.1 MHz, and you don't want the darn machine to "slide" over to 101.3 MHz if there isn't a 101.1 MHz signal out there. Or, if it's a weak signal, you don't want to be dragged "off station" by your PLL. You just want your PLL to look where you tell it to look. Where do you tell it to look? In what is called a capture range. The capture range is the range of frequencies over which the PLL will grab and lock a signal.Apologies for taking so long to get to the point. Links? You got 'em. Look below.
What else can I help you with?
What is the difference between capture range and lock range in Phase lock loop devicee inj?
Lock Range of a PLL is the range of frequencies centered at free running frequency of VCO, around which the PLL can remain in locked state. Capture Range of a PLL is the range of frequencies centered at free running frequency of VCO, around which the PLL can acquire lock-in from an unlocked state. The relation is Capture Range<=Lock Range
What is capture range in pll?
Capture range in a Phase-Locked Loop (PLL) refers to the frequency range over which the PLL can successfully lock onto the input signal's frequency after a frequency deviation or change. It defines the maximum difference between the input frequency and the PLL's reference frequency within which the loop can achieve phase lock. If the input frequency falls outside this range, the PLL will not be able to synchronize properly. The capture range is influenced by the loop parameters, including the bandwidth and damping characteristics of the PLL.
What are the disadvantages of integrated circuits?
The disadvantages of integrated circuits include the limited range of IC resistors. Another disadvantage is that inductors cannot be formed using integrated circuits.
What is a tuning capacitor?
A capacitor whose capacitance is variable (within some range). They are usually used to adjust resonant circuits or delay circuits.
What type of products does the website Super Circuits provide?
Super Circuits sell a wide range of security products from sensors to camera. Their product range suits all type of properties including homes and schools.
How phase lock loop is used as a universal detector for Amplitude Modulation?
A phase-locked loop (PLL) can be used as a universal detector for Amplitude Modulation (AM) by utilizing its ability to track the phase and frequency of the incoming modulated signal. The PLL locks onto the carrier frequency of the AM signal, allowing it to demodulate the envelope variations caused by the modulation. By comparing the output of the PLL with the original carrier frequency, the modulation information can be extracted as the difference between the two signals. This makes the PLL an effective detector for demodulating AM signals across a wide range of frequencies and modulation depths.
What is the purpose of a range circuit breaker and how does it function to protect electrical circuits?
A range circuit breaker is designed to protect electrical circuits from overloading and short circuits. It functions by automatically cutting off the flow of electricity when it detects an abnormal increase in current, preventing damage to the circuit and reducing the risk of fire or electrical hazards.
For AC circuits what is meant by the term in phase?
Both the current and voltage are represented by sine waves. In a pure resistive circuit the current and voltage wave forms would have the positive and negatives peaks and zero crossings perfectly aligned with the other waveform. If they were 180 degrees out of phase the positive cycle peak of one would align with the negative peak of the other and would be producing zero power. In between a zero and 180 degree phase shift the Power Factor would range from 1 with zero phase shift to zero with 180 degree phase shift.Power = Current x Voltage x Power Factor.Another AnswerFor a three-phase supply, the term 'phase' describes any one of the armature windings; for a three-phase load, the term 'phase' describes any one of the three loads. The three energised conductors that join the load to the supply are called 'lines'.So phase voltages are the voltages appearing across individual armature windings or loads, whereas line voltages are the voltages appearing across a any pair of line conductors.
What amperage will a range with a rating of 12.9 kw draw?
This depends on what voltage the range is rated for and if it is single phase or three phase. At 220 volts single phase it is about 60 amps, 240 v single phase , 53 amps and at 480 v three phase about 15 amps.
What is tuning capacitor?
A capacitor whose capacitance is variable (within some range). They are usually used to adjust resonant circuits or delay circuits.
What is the limit or range of the neutral current in an unbalanced three phase system for it to be regarded as faulty?
The limit or range of the neutral current in an unbalanced three phase system is the third harmonic in single phase non-linear load current is the major contributor to neutral current.
Is a 2 phase supply the same or equivalent as 2 single phase supplies?
Not necessarily. Two single-phase supplies could be supplying the same phase, which means you don't get the same range of voltage options you get with a true two-phase supply.
