For example: if the primery winding on the transformer were 250 turns and the 1250 turns on the secondary, what is the turn ratio? Well what you do is you take 1250 divide that by 250 will give you 5. So the answer would be 1:5 since 1 will be on the top of the 250 and the 5 would be on the top of the 1250. IN ALL STEP UP Transformers HAVING A TURNS RATIO MORE THAN ONE...BECAUSE IT STEPS UP VOLTAGE.
the most basic transformers have at least two coils, a primary and a secondary. A transformers nameplate will provide you with the max allowed voltage and current, as well as a voltage per turn ratio. for example a step down transformer could have a primary of 120 volts and a secondary of 24 volts this would give you a ratio of 5:1.
well when you see on basis of output voltage the centre tapped transformers is .
Debtor turn over ratio = Total sales / debtors By using this formula debtor turnover ratio can be found.
A: Transformers are designed with a turn ratio of 1:xxx the ratio can be 1.001 for instance then 1 volt input will transform into 1milli volt out that is the basics
Current transformers are not voltage transformers. Current transformer are used for metering or protection purposes, with single turn primary. Generally the secondary current is either 1Amps or 5Amps.
Count the turns ratio of the windings. The voltage ratio is equal to the turns ratio. The current ratio is equal to the inverse of the turns ratio. For instance, a power transformer with a 10:1 turn ratio (primary to secondary) running on 120V will produce 12V. If it consumes 1 ampere from the input, it will provide 10 amperes to the output.
Read the manual
Turn it on, step in, get wet. Turn it off, apply soap and shampoo. Step in, turn it on, rinse. Turn off, step out.
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It depends on what you wish to turn it into!
Typically a transformer is designed for a specific turn ratio x:y the fact is that is only true if the power is held as designed for that ratio
no