Basis of the electric solenoid actuator, Electrical Engineering

There is a force on the plunger required to do to move it into or out of the gap and work must be done by or against this force. The conservation of energy dictates that the change in the electrical energy stored in the magnetic field equals the work done in moving the magnetic material in or out of the core.  

2068_electric solenoid actuator.png

(It is usually assumed that the current will be kept constant as the plunger moves, so I is independent of x) 

Posted Date: 8/27/2012 6:25:16 AM | Location : United States







Related Discussions:- Basis of the electric solenoid actuator, Assignment Help, Ask Question on Basis of the electric solenoid actuator, Get Answer, Expert's Help, Basis of the electric solenoid actuator Discussions

Write discussion on Basis of the electric solenoid actuator
Your posts are moderated
Related Questions
Determine self inductances of coils: The number of turns in two coupled coils A and B are 600 and 1700 respectively. While a current of 6 A flows in coil B, the total flux in

State about the Embedded Web Technology Embedded Web Technology (EWT) This is a new technology which uses the Internet in real time to interact/control with a device which

State and prove parallelogram law of forces and explain it''s applications

Q. Point charges, each of √4πε 0 C, are located at the vertices of an equilateral triangle of side a. Determine the electric force on each charge.



Explain in brief steps to develop a Microprocessor based computer system. The design of a microcomputer system should begin with the CPU module. It modules establishes the fund

Q. In a depletion MOSFET for which V P = 3 V and I DSS = 11mA, the drain current is 3mA when v DS is set at the largest value that will maintain ohmic region operation. Find v G

Determine Total magnetic flux: A ring is composed of three sections. The cross-sectional area is 0.001 m2 for each section. The mean lengths of each section are l a = 0.3 m,

what is the effect of back emf ?