IEEE
You are not logged in, please sign in to edit > Log in / create account  

Category:Equivalent circuits

SHARE |

From GHN

(Difference between revisions)
Jump to: navigation, search
 
Line 1: Line 1:
IEEE GHN Category
 
 
[[Image:Equalization Circuit Callans 1863 induction coil.jpg|thumb|right|A 1863 induction coil built by Nicholas J. Callan with a vibrating mercury contact breaker in the primary circuit, actuated by the magnetic field in the primary, which interrupted the primary current - Wires carrying large voltage differences would not lie adjacent to each other, reducing the risk of insulation breakdown]]
 
[[Image:Equalization Circuit Callans 1863 induction coil.jpg|thumb|right|A 1863 induction coil built by Nicholas J. Callan with a vibrating mercury contact breaker in the primary circuit, actuated by the magnetic field in the primary, which interrupted the primary current - Wires carrying large voltage differences would not lie adjacent to each other, reducing the risk of insulation breakdown]]
 +
 +
A theoretical circuit that retains all the electrical characteristics of a given circuit
  
 
[[Category:Circuit_types|{{PAGENAME}}]]
 
[[Category:Circuit_types|{{PAGENAME}}]]

Latest revision as of 15:55, 18 January 2013

A 1863 induction coil built by Nicholas J. Callan with a vibrating mercury contact breaker in the primary circuit, actuated by the magnetic field in the primary, which interrupted the primary current - Wires carrying large voltage differences would not lie adjacent to each other, reducing the risk of insulation breakdown
A 1863 induction coil built by Nicholas J. Callan with a vibrating mercury contact breaker in the primary circuit, actuated by the magnetic field in the primary, which interrupted the primary current - Wires carrying large voltage differences would not lie adjacent to each other, reducing the risk of insulation breakdown

A theoretical circuit that retains all the electrical characteristics of a given circuit

Pages in category "Equivalent circuits"

This category contains only the following page.

G