Toroidal transformer counter
Calculation of high frequency toroidal transformer.
What's Toroidal transformer counter APK?
Toroidal transformer counter is a app for Android, It's developed by Gary Maclafer author.
First released on google play in 8 years ago and latest version released in 8 years ago.
This app has 100 download times on Google play and rated as 3.29 stars with 7 rated times.
This product is an app in Tools category. More infomartion of Toroidal transformer counter on google play
The calculation is presented for high frequency toroidal transformer, manufactured on a ferrite ring core.
Input: voltage of the primary winding, voltage of the secondary winding, the current density of the primary winding, the current density of the secondary winding, the secondary current, a magnetic induction core, the frequency of the voltage, section of the core (outer diameter, inner diameter, height), the number of cores, core diameter ( wires) of the primary winding wire diameter (wire) of the secondary winding, the primary winding length, the length of the terminals of the secondary winding.
Output: number of turns in the primary winding, the number of turns in the secondary winding, the number of wires (wires) in the primary winding, the number of wires (wires) in the secondary winding wire diameter (wire) of the primary winding wire diameter (wire) of the secondary winding length harness (wire) of the primary winding, the length of the harness (wire) of the secondary winding.
ATTENTION! The total number of turns in the calculation shall be rounded to the nearest whole value.
Input: voltage of the primary winding, voltage of the secondary winding, the current density of the primary winding, the current density of the secondary winding, the secondary current, a magnetic induction core, the frequency of the voltage, section of the core (outer diameter, inner diameter, height), the number of cores, core diameter ( wires) of the primary winding wire diameter (wire) of the secondary winding, the primary winding length, the length of the terminals of the secondary winding.
Output: number of turns in the primary winding, the number of turns in the secondary winding, the number of wires (wires) in the primary winding, the number of wires (wires) in the secondary winding wire diameter (wire) of the primary winding wire diameter (wire) of the secondary winding length harness (wire) of the primary winding, the length of the harness (wire) of the secondary winding.
ATTENTION! The total number of turns in the calculation shall be rounded to the nearest whole value.
