## Capacitive and Inductive Transformers

Synthesize a transformer using uncoupled reactances (*C*_{1}, *C*_{2}, or *L*_{1}, *L*_{2}) with a transformation ratio *n*. The transformer transforms *R* into *R*_{p}.

n |
= | 0 |
---|---|---|

C_{1} |
= | 0 |

C_{2} |
= | 0 |

*Fill out the fields, you can use SI suffixes in your numbers e.g. 10k would be 10 kilo. Capitalization matters, as 1m would be 1 milli and 1M would be 1 mega. Finally, press the "Synthesize" button to get the result.*

The transformers are shown below. Here the resistor *R* is transformed into *R*_{p}.

*Uptransformation of resistor through uncoupled capacitances or inductances. The expressions assume R >> 1/ ωC_{2} and R >> ωL_{2} respectively.*

The calculator uses formulas given above, which are based on series to parallel conversions assuming that R >> 1/*ωC*_{2} and R >> *ωL*_{2}.