Table of Contents
- 1 What is an electric analog?
- 2 What is the electrical analogue of inertia?
- 3 What is analog used for?
- 4 What is an analog component?
- 5 Which of the following is analogous to mass in electricity?
- 6 What is an overload in an electric circuit?
- 7 How is mass similar to an inductance in a circuit?
- 8 How are electrical system and mass spring system similar?
What is an electric analog?
[ə′lek·trə·kəl ′an·ə‚läg] (physics) An electric circuit whose behavior may be described by the same mathematical equations as some physical system under study.
What is the electrical analogue of inertia?
Electrical reactance : physical inertia analogy – Electrical Engineering Stack Exchange.
Which is equivalent to mass in electricity?
inductance
Analogy of Force and Current: In this analogy, mechanical force is considered to be current in an electrical device. Hence, the equivalent quantity of mass in electricity is inductance.
What is electromagnetic analogue of mass in mechanics?
Self inductance plays the role of inertia, which is the electromagnetic analogue of mass in mechanics.
What is analog used for?
Analog signals are commonly used in communication systems that convey voice, data, image, signal, or video information using a continuous signal.
What is an analog component?
Analog Electronics Analog circuits are usually complex combinations of op amps, resistors, caps, and other foundational electronic components. Analog circuits can be very elegant designs with many components, or they can be very simple, like two resistors combining to make a voltage divider.
What is the analogue of mass in force current analogy?
The element ‘mass’ in the mechanical system corresponds to an inductor in the electrical network. Here, x represents the amount of displacement and v is the velocity. As here B represents the frictional force constant thus corresponds to resistance in the electrical network.
What is analogue of mass in rotational motion?
Hint: Moment of Inertia is defined as the analogue of mass in rotational motion.
Which of the following is analogous to mass in electricity?
There are two types of electrical analogies of translational mechanical systems. Those are force voltage analogy and force current analogy….Force Current Analogy.
| Translational Mechanical System | Electrical System |
|---|---|
| Force(F) | Current(i) |
| Mass(M) | Capacitance(C) |
What is an overload in an electric circuit?
A circuit overload occurs when the amount of current flowing through the circuit exceeds the rating of the protective devices. If the current exceeds 15 amps, the circuit breaker will open up, cutting off any more current flow. Without overload protection wires can get hot, or even melt the insulation and start a fire.
How is a magnetic circuit analog to an electric circuit?
The analogies between electric and magnetic circuits are two: the electric circuit quantity of current is analogous to magnetic circuit quantity flux. (Both of these quantities are ’solenoidal’ in the sense that they have no divergence).
How is an LC oscillator an electrical analog?
Electrical Analog. LC oscillator A physically different system with an equivalent DE and analogous “motion” consists of a series electric circuit contaning capacitance Cand inductance Las shown in the figure. In this, the charge on the capacitor, C, varies in time in the same way as the displacement of the mass on a spring.
How is mass similar to an inductance in a circuit?
Explanation: Mass, is analogous to the inductance in the force-voltage analogy in the series form as all the elements of the circuit are connected in the parallel. This discussion on Mass, in force-voltage analogy, is analogous to:a)Chargeb)Currentc)Inductanced)ResistanceCorrect answer is option ‘C’.
How are electrical system and mass spring system similar?
The initial conditions determine the arbitrary constants giving Q(t) = Q 0 cos(w t). This result is identical in form with that for the mass on a spring. Therefore the electrical system and the mechanical system are said to be analogous. The equivalence between them is exhibited in x ~ Q, m ~ L, k ~ 1/C.