Master calibration methods for field strength meters across 30 Hz to 1 GHz, with practical setups you can use in the lab or field.
This guide presents step-by-step procedures for calibrating antennas and measurement systems. It covers multiple approaches, including standard-antenna, standard-field, and injection methods, with guidance on site selection, equipment, and data interpretation. You’ll learn how to manage variables such as antenna height, spacing, polarization, and cable lengths to improve accuracy and repeatability.
- How to set up dipole and loop antennas for reliable calibration across a wide frequency range.
- Procedures for calibrating voltage standards, crystal diodes, and unknown receiving antennas.
- Practical notes on minimizing errors from site conditions, cabling, and instrument tolerances.
- Comparison of methods to help you choose the right technique for your needs.
Ideal for readers who work with field strength meters, antenna systems, or RF calibration in laboratory or field environments.
The book presents concrete, equipment-focused instructions that aim to make complex calibration tasks clearer and more reproducible in real-world settings.