5 December 2023
- 01:1401:14, 5 December 2023 diff hist +9 Power:Transformer Load Tap Changers No edit summary current
- 01:0101:01, 5 December 2023 diff hist +194 Power:Transformer Load Tap Changers →IV. Principle of Operation
- 00:5800:58, 5 December 2023 diff hist +191 Power:Transformer Load Tap Changers →IV. Principle of Operation
- 00:5700:57, 5 December 2023 diff hist 0 N File:Reactive Auto-transformer Switching.png No edit summary current
- 00:5500:55, 5 December 2023 diff hist 0 N File:Resistive Switching.png No edit summary current
- 00:5200:52, 5 December 2023 diff hist +2,076 Power:Transformer Load Tap Changers →III. Types of Regulation
- 00:4300:43, 5 December 2023 diff hist +36 Power:Transformer Load Tap Changers →III. Types of Regulation
- 00:3500:35, 5 December 2023 diff hist +168 Power:Transformer Load Tap Changers →III. Types of Regulation
- 00:3400:34, 5 December 2023 diff hist 0 N File:Bias Winding.png No edit summary current
- 00:3100:31, 5 December 2023 diff hist 0 N File:Coarse-fine.png No edit summary current
- 00:3100:31, 5 December 2023 diff hist +94 Power:Transformer Load Tap Changers →III. Types of Regulation
- 00:2900:29, 5 December 2023 diff hist 0 N File:Reversing.png No edit summary current
- 00:2800:28, 5 December 2023 diff hist +98 Power:Transformer Load Tap Changers →III. Types of Regulation
- 00:2600:26, 5 December 2023 diff hist 0 N File:Linear.png No edit summary current
- 00:2100:21, 5 December 2023 diff hist +2,108 Power:Transformer Load Tap Changers →Two Types of Tap Changers
- 00:0900:09, 5 December 2023 diff hist +1,456 Power:Transformer Load Tap Changers →II. General Description of LTC
- 00:0300:03, 5 December 2023 diff hist +845 Power:Transformer Load Tap Changers No edit summary
4 December 2023
- 23:5123:51, 4 December 2023 diff hist +337 Power:Transformer Load Tap Changers No edit summary
- 23:5023:50, 4 December 2023 diff hist 0 N File:Load Tap Changer.webp No edit summary current
- 23:3723:37, 4 December 2023 diff hist +1,199 N Power:Transformer Load Tap Changers Created page with "== I. Introduction == The flicker of the house lights in the evening when most people are at home and started using electricity for household chores is a sign of a load tap changer (LTC) tap change. The increase in electrical load on the distribution network causes the voltage to sag below its nominal value. This voltage sage triggers a signal to the LTC to change taps to adjust the voltage back to its nominal value with some tolerance. There are many applications of tr..."
1 December 2023
- 01:0101:01, 1 December 2023 diff hist −87 Template:Tutorials →Electrical Engineering Tag: Manual revert
- 01:0001:00, 1 December 2023 diff hist +87 Template:Tutorials →Electrical Engineering Tag: Reverted
- 00:5800:58, 1 December 2023 diff hist +63 Template:Tutorials →Electrical Engineering
- 00:1800:18, 1 December 2023 diff hist +6 MediaWiki:Common.css No edit summary current
- 00:1300:13, 1 December 2023 diff hist +74 MediaWiki:Common.css No edit summary
- 00:0200:02, 1 December 2023 diff hist +21 Basics:Circuit Breaker Characteristics →Fault-current limitation
- 00:0000:00, 1 December 2023 diff hist 0 N File:Prospective and actual currents.svg No edit summary current
30 November 2023
- 23:5923:59, 30 November 2023 diff hist +3 Basics:Circuit Breaker Characteristics →Selectivity categories and rated short-time withstand current (Icw)
- 23:5923:59, 30 November 2023 diff hist +33 Basics:Circuit Breaker Characteristics →Selectivity categories and rated short-time withstand current (Icw)
- 23:5823:58, 30 November 2023 diff hist 0 N File:Category A circuit-breaker.svg No edit summary current
- 23:5423:54, 30 November 2023 diff hist 0 N File:Category B circuit-breaker.svg No edit summary current
- 23:2923:29, 30 November 2023 diff hist +54 Basics:Circuit Breaker Characteristics →Short-circuit relay trip-current setting (Im)
- 23:2423:24, 30 November 2023 diff hist 0 N File:Circuit breaker with advanced electronic trip unit.svg No edit summary current
- 23:2223:22, 30 November 2023 diff hist +11 Basics:Circuit Breaker Characteristics →Example
- 23:2123:21, 30 November 2023 diff hist +62 Basics:Circuit Breaker Characteristics →Short-circuit relay trip-current setting (Im)
- 23:1923:19, 30 November 2023 diff hist 0 N File:Thermal-magnetic circuit breaker.svg No edit summary current
- 23:1723:17, 30 November 2023 diff hist −56 Basics:Circuit Breaker Characteristics →Short-circuit relay trip-current setting (Im)
- 22:5722:57, 30 November 2023 diff hist −1 Basics:Circuit Breaker Characteristics →Example
- 22:5622:56, 30 November 2023 diff hist +13 Basics:Circuit Breaker Characteristics →Example
- 22:5222:52, 30 November 2023 diff hist 0 N File:Compact NSX630N circuit breaker.svg No edit summary current
- 22:4422:44, 30 November 2023 diff hist −21 Basics:Circuit Breaker Characteristics →Example
- 22:3922:39, 30 November 2023 diff hist +92 Basics:Circuit Breaker Characteristics →References
- 22:3722:37, 30 November 2023 diff hist −792 Basics:Circuit Breaker Characteristics →Example
- 22:3622:36, 30 November 2023 diff hist −1 Basics:Circuit Breaker Characteristics →Rated current (In)
- 22:3422:34, 30 November 2023 diff hist +70 Basics:Circuit Breaker Characteristics →Rated operational voltage (Ue)
- 22:3122:31, 30 November 2023 diff hist +9,116 Basics:Circuit Breaker Characteristics →Rated short-circuit breaking capacity (Icu or Icn)
- 22:2922:29, 30 November 2023 diff hist −24 Basics:Circuit Breaker Characteristics →Fundamental Characteristics
- 22:2822:28, 30 November 2023 diff hist +34 Basics:Circuit Breaker Characteristics No edit summary
- 22:2722:27, 30 November 2023 diff hist +9,973 N Basics:Circuit Breaker Characteristics Created page with "__TOC__ The fundamental characteristics of a circuit-breaker are: *Its rated voltage Ue *Its rated current In *Its tripping-current-level adjustment ranges for overload protection (Ir{{fn|1}} or Irth{{fn|1}}) and for short-circuit protection (Im){{fn|1}} *Its short-circuit current breaking rating (Icu for industrial CBs; Icn for domestic-type CBs). == Rated operational voltage (Ue) == This is the voltage at which the circuit-breaker has been designed to operate..."
