sahu Member Jan 30, 2011 #1 how can calculate [ formula] primary \ secondary winding current calculation for automatic stabilizer? Attachments New Bitmap Image.zip 14 KB · Views: 857
how can calculate [ formula] primary \ secondary winding current calculation for automatic stabilizer?
crutschow Well-Known Member Most Helpful Member Jan 30, 2011 #2 The winding currents in a transformer are proportional to the relative turns ratio or the relative voltage ratio between windings.
The winding currents in a transformer are proportional to the relative turns ratio or the relative voltage ratio between windings.
sahu Member Jan 31, 2011 #3 crutschow said: The winding currents in a transformer are proportional to the relative turns ratio or the relative voltage ratio between windings. Click to expand... pl explain as eqe formet
crutschow said: The winding currents in a transformer are proportional to the relative turns ratio or the relative voltage ratio between windings. Click to expand... pl explain as eqe formet
crutschow Well-Known Member Most Helpful Member Jan 31, 2011 #4 If "eqe formet" is "equation" in English then: Iin * Nin = Iout * Nout Iin * Vin = Iout * Vout
sahu Member Jan 31, 2011 #5 crutschow said: If "eqe formet" is "equation" in English then: Iin * Nin = Iout * Nout Iin * Vin = Iout * Vout Click to expand... Iin=I|P current ,Nin=Turn(Primary) Iout=O|P current ,Nout=turn(secondry) & v= voltage i am right ?
crutschow said: If "eqe formet" is "equation" in English then: Iin * Nin = Iout * Nout Iin * Vin = Iout * Vout Click to expand... Iin=I|P current ,Nin=Turn(Primary) Iout=O|P current ,Nout=turn(secondry) & v= voltage i am right ?
ericgibbs Well-Known Member Most Helpful Member Jan 31, 2011 #6 sahu said: Iin=I|P current ,Nin=Turn(Primary) Iout=O|P current ,Nout=turn(secondry) & v= voltage i am right ? Click to expand... hi, Look here. Transformer
sahu said: Iin=I|P current ,Nin=Turn(Primary) Iout=O|P current ,Nout=turn(secondry) & v= voltage i am right ? Click to expand... hi, Look here. Transformer
sahu Member Feb 1, 2011 #7 ericgibbs said: hi, Look here. Transformer Click to expand... not suitable for stabilizer . i have a data can u explan........... o\p power=5000va i\p=95v (95v to 290v) o\o=200v to 240v primary \ secondary winding details as attach doc ..... Attachments 1ph_dig_stab_tr_detail.pdf 94.5 KB · Views: 852
ericgibbs said: hi, Look here. Transformer Click to expand... not suitable for stabilizer . i have a data can u explan........... o\p power=5000va i\p=95v (95v to 290v) o\o=200v to 240v primary \ secondary winding details as attach doc .....