Matching Networks
Design RF impedance matching networks and analyze VSWR, return loss, stubs, directional couplers, and Wilkinson power dividers.
- Pi-T Network Calculator
Design Pi-T matching networks by calculating component values for impedance transformation and matching.
- VSWR and Return Loss Calculator
Calculate Voltage Standing Wave Ratio (VSWR) and Return Loss for transmission lines and matching networks.
- L-Network Impedance Matcher
Design L-network impedance matching circuits using series and shunt components. Calculate component values to match source and load impedances at a specified operating frequency.
- Impedance Matching Network Designer
Design impedance matching networks for RF and microwave applications using various topologies and component configurations.
- Directional Coupler and Hybrid Calculator
Analyze directional couplers and hybrid circuits for RF power division, signal combining, coupling, and isolation applications.
- Double-Stub Matching Calculator
Design double-stub impedance matching networks using two adjustable stubs. Calculate stub positions and lengths to achieve impedance matching in transmission line systems.
- Single-Stub Matching Calculator
single-stub impedance matching networks using open-circuited or short-circuited stubs. Calculate the required stub position and length using transmission line theory and Smith Chart principles.
- Wilkinson Power Divider Calculator
Design Wilkinson power dividers for RF and microwave applications. Calculate the required resistor values and transmission line lengths for equal power division and isolation.