Refer attached figure of an axial reluctance force actuator on Image 1. While ignoring core reluctances, find the reluctance force, F, if x = 0.004 m and I = 5 A using the atached force expression on attached image 2. 1) Axial Reluctance ActuatorAn axial reluctance force actuator is shown in Figure 1. The actuator is excited by a coil of N=||500 turns and the positive direction of current flow is indicated by the arrow. The core has aconstant cross sectional area with width, w = 0.04 m, and depth, d= 0.04 m. For your initialanalysis ignore core reluctances but do not neglect fringing.w = 0.04 mw = 0.04 mN = 500 turns3ww = 0.04 mw = 0.04 mw = 0.04 mw = 0.04 mW =w = 0.04 m3w田 dRF= -dx

Given: An axial reluctance force actuator is shown in the figure below: The actuator is excited by…

Refer attached figure of an axial reluctance force actuator on Image 1. While ignoring core reluctances, find the reluctance force, F, if x = 0.004 m and I = 5 A using the atached force expression on attached image 2.

Refer attached figure of an axial reluctance force actuator on Image 1. While ignoring core reluctances, find the reluctance force, F, if x = 0.004 m and I = 5 A using the atached force expression on attached image 2.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

Relationship of the two - direct relationship, inverse relationship, no effect Atomic Packing Factor – Slip Process Elastic Modulus – Bond Strength Temperature (Superconductor) – Diamagnetism Vacancies of Si – Charge carriers Stress Amplitude – Fatigue Life
What is the concept of the magnetic circuit? Give examples of DC analysis of magnetic circuits
A half-wave rectifier with a reservoir capacitor is connected to an AC mains supply(220Vrms, 50Hz) via a 20:1 transformer. What value of the capacitor is needed forthe ripple voltage of X% of the peak input voltage? The load takes a maximum currentof ???? mA. X= 12% mA = 160
2. AC-core with a gap of 0.0001m has a coil number of 100 and a current of 10mA. First find the Reluctance of the core given that the Iron core has a negligible reluctance and only the air reluctance contributes to the majority of reluctance. The core has a cross sectional area of 2cm^2. Next find the flux flowing thru the C-core.
Kindly answer and explain. Thanks!
What is easier to smooth single-phase or three-phase rectifier circuits? And why?
Q4. For the three-phase fully-controlled bridge rectifier circuit shown with purely resistive load: a. Sketch the output voltage waveform. a = 30° b. Determine the ripple factor & input power factor. VA= 240 V(V) VB RL 2202 2n
1) a) As depicted in the figure, input voltage is 120 Volts (RMS) and diode drops are 0.7 Volts. Design this circuit with given two ac outputs and calculate turns ratio of live transformer. voltage i) 10 V ii) 100 V 2) b) Consider a circuit using Si diodes and 10 k ohms resistors. Design this clipper circuit with output ranges below; i) -0.7 V and above ii) +2.1 V and above iii) +1.4 V c) As given in the figure a clamper circuit with the input +10V- signal Vi is proposed to design. Determine the output voltage with the exact solution step by step. Sketch transfer characteristic Vo versus V₁. V₂ Vo H 2RS -10V- -2√ 01 Vo Trims
Good and organised Ans result up vote
(₁) For Single-phase half-controlled bridge rectifier shown in the figure ! 2 1- Derive a formula for mean load voltage. 2. Draw the waveforms of Vo, isola 13, iy and to Load and 2=45°. assuming highly inductive T₁ Du VS 22
DA shunt generator is used to charge a battery of 100 cells in series. If each cell has a terminal p.d. of 2.5V at the completion of charge and is of internal resistance 0.001 Q calcu- Cate the e.m.f. to be generated to give a charging current of 15A at the end of charge. Assume that the armature and field resistances are 0.2 2 and 200 2 respectively and the cables onnecting the generator to the battery have a resistance of 0.6 Q.
14.3 V Answer the following questions, since the minimum voltage value to transmit the zener diode in the figure given above is 9V and the power of this Zener diode is 0.3 watts. a) draw a parallel Clipper circuit that will give the output signal given in the figure. b) enter the name of the parallel Clipper circuit that will give this output voltage.