Jetfire was not a prime but was old when he was alive he went from decepticon to autobot
and whellie converts 2
Your Pokemon has fallen in love with the foe. You know have a half chance of your Pokemon attacking =/ You can use Red Flute, or switch out your Pokemon to end the effect.
No, and Yes. Remote Revenge can only change the target to another legal target that the opponent controls. Old Vindictive Magician cannot target its own controller's monsters, meaning it's impossible for Remote Revenge to work against it. Remote Revenge could not be activated against it.But Man-Eater Bug has no such restriction, and at the very least, could be forced to target itself for destruction.
the ole' berate and switch
No, Episode 2 was the last of the Switch OVAs.
Open up the menu and select Pokemon then press A on the pokemon you want to switch then choose Switch and select the pokemon you want to switch it with. You can also switch using the PC by grabbing the pokemon and then moving it to a different spot.
'De-energise' simply means to 'disconnect' or to 'switch off. When you switch off the supply to a transformer's primary winding, it de-energises.
A 'voltage transformer', together with a 'current transformer', belong to a class of transformers called 'instrument transformers', whose purpose is to enable high voltages and currents to be safely measured by reducing their values to lower levels, while electrically-isolating these high voltages/currents from the measuring instruments. These transformers are also used to provide input to protective relays.A 'power transformer' is a transformer used in the electricity transmission and primary distribution systems, whose function is to either step up generated voltages (11 - 25 kV in the UK) to transmission levels (400 kV in the UK), or to step down these high voltages at 'load centres', such as towns and cities.
transformer YES but transmission is 475kv and distribution is 16kv and finally one phase out of a transformer on a pole or on the ground. An electric switch yard will have transformers to reduce to distribution voltage.
We use double rating transformer, in this we have two type of cooling . ONAN & ONAF, According to cooling we have two rating.
since the dc resistance is very low if you close the switch during a peak voltage time you have a very high current for at least a portion of the first cycle Most large transformers use a starting reactor
Yes, there is a well-defined standard for "water-mist" sprinkler systems for protection of electrical transformers and switch-gear, including required minimum spacing according to the voltages present.
It steps down voltage by moving the iron core spacing. Mostly using on high current welding transformer. Easy to achieve changing output voltageand does not need to use high power selector to switch voltage
The size of any switch depends on current it carries. Your statement is true for step down transformers. The primary is HV hence less current, so the tap changer is on primary side.
As long as the voltage insulation factor of the conductors are the same and they are of the same circuit fed by the primary side of the transformer's disconnect switch then yes the two feeders can be run together. It is not usually done though because the transformers feeders usually start at an MCC or splitter of one voltage and the load side of the transformer usually goes to a distribution point of some sort at a different voltage.
All transformers are magnetic. A transformer is two (or more) coils of wire wound together. The varying magnetic field created by the primary winding induces a current in the secondary coils proportional to the ratio of the number of turns. You're probably refering to a switchmode powersupply as a "electronic transformer" (which is bad nomenclature, by the way). A switch mode supply actually contains a normal transformer in its core, along with circuitry to allow for a wide input fange and a narrow output range.
specially for high voltage operation
OCTC means off circuit tap changer (off load tap changer) and OLTC means on load tap changer. in octc we can change the tap position while the transformer is in off condition only. we can not change the tap position of octc in charged condtion of the transformer. the tap position of octc can be change in deenrgise condion of transformer only means if you nwant to chang the tap position firstly you will have to deenrgise the power transformer then you can change the tap position of octc.while in oltc we can change the tap position of OLTC in charged condition of power transformer. This is the basic diffirence between OCTC and OLTC.generally the OCTC used in single phase generating transformer (G.T.Power Transformer) and OLTC used in three phase powwer transformers like standby transformer and auto transformer in power plants and switch yards. for any other question please mail me at (ashu_uit2007@yahoo.co.in )