RF Transformer Calculator

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transformer
impedance
calculation
ratio

This page provides information about RF transformer calculators and their applications. The most common core used for RF transformers is the toroid.

A toroid is a circular, doughnut-shaped core usually made of a special type of powdered iron material. To create an RF transformer, copper wire is wound on the toroid to create both primary and secondary windings.

Inputs

Outputs

EXAMPLE:

  • Input impedance = 5 Ω
  • Output impedance = 50 Ω
  • Ratio of Np to Ns = 0.316

Hence, Primary turns are 3.16 times more than the Secondary turns.

RF Transformer Equation

The following equation or formula is used for the RF Transformer calculator:

RF Transformer equation for calculator

Balanced Attenuator Calculator and Formula

Balanced Attenuator Calculator and Formula

Calculate resistor values for balanced attenuator circuits using our online tool. Understand the underlying formula for impedance and attenuation calculations.

attenuator
balanced attenuator
rf
T Attenuator Calculator and Formula

T Attenuator Calculator and Formula

Calculate resistor values for T attenuators with our calculator and explore the formulas behind its function in RF circuits.

attenuator
calculator
rf
RF Attenuator Pad Calculator

RF Attenuator Pad Calculator

Calculate resistor values for π-type and T-type RF attenuator pads, including formulas for impedance and attenuation.

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attenuator
calculator
Microwave Transmission Line Basics

Microwave Transmission Line Basics

Understand the fundamentals of microwave transmission lines, including types, characteristics, and impedance calculations, essential for RF energy transport.

microwave
transmission line
rf