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RF Engineering Calculators

Interactive engineering tools for RF system design, propagation analysis, filter design, and wireless communication.

GENERAL RF ENGINEERING TOOLS

Battery Backup Design
Calculate required capacity for system autonomy

RF Intermodulation
Multi-transmitter frequency analysis for preventing receiver interferencee

MIMOMAX Budget Link
Calculate modulation, throughput and number of audio channels relationship

Solar System Design
Calculate required solar power for system autonomy

RF Signal Distance
Calculates maximum line-of-sight propagation distance

Free Space Path Loss
Calculate unobstructed line-of-sight signal propagation loss

MPE
Calculate and map MPE footprints across multiple antenna sites. (FCC OET 65 and ICNIRP 2020)

RF SYSTEM DESIGN WORKFLOW (Low Band)

1. DEFINE REQUIREMENTS

RF System Design Requirements
Calculates System Isolation Requirements
Determines Antenna Placement

2, DESIGN INDIVIDUAL RF COMPONENTS.

Pass Cavity
Calculate attenuation of unwanted frequencies
Required in Tx branches

Pass\Reject Cavity
Calculate attenuation of unwanted frequency
It is used in duplexer configuration

Notch Cavity
Calculate attenuation of unwanted frequency

Circulator Insertion Loss
Required in Tx branches to prevent Intermodulation

Antenna Separation
Determines RF isolation based on antennas' separation

Critical Length Cable (CLC)
Calculates optimum cable lengths for combiner and multicoupler systems.

3. DESIGN VALIDATION

LB RF System Design Validation

Validates transmitter, receiver and crystal isolation performance.

Looking for a complete RF design?

Use the RF System Design Workflow to calculate isolation, cavity performance, antenna separation, cable lengths and validate your complete repeater or multicoupler system.

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