Table of Contents
What is HIRF in aviation?
High Intensity Radiated Field testing, commonly referred to as HIRF testing, is designed to verify and ensure safety during flight and landing of new and/or modified aircraft.
What does HIRF stand for?
High-Intensity Radiated Fields
High-Intensity Radiated Fields (HIRF) Protection for Aircraft Electrical and Electronic Systems.
What produces HIRF?
EMC antennas in HIRF testing are used to create the electromagnetic field. These transmitting antennas produce radio waves and microwaves that are emitted from the antenna with high intensity and strength, creating HIRF.
What are the sources of HIRF?
HIRF sources include radio and TV transmitters, airport and weather radar, and various military systems, both ground-based and airborne.
What causes Hirf?
The electromagnetic HIRF environment exists because of the transmission of electromagnetic RF energy from radar, radio, television, and other ground-based, shipborne, or airborne RF transmitters.
What does Hirf stand for?
What are EMC antennas in HIRF testing?
EMC antennas in HIRF testing are used to create the electromagnetic field. These transmitting antennas produce radio waves and microwaves that are emitted from the antenna with high intensity and strength, creating HIRF. Advanced Test Equipment Rentals carries a variety of antennas HIRF and other types of test.
What equipment is used to perform HIRF testing?
Equipment used to perform HIRF tests include signal generators, pulse amplifiers, RF power meters, EMC antennas, and field strength monitors and probes. A signal generator is an electronic device that generates repetitive or non-repetitive electronic signals in either digital or analog formats.
What are HIRF regulations and why are they important?
To prevent such disasters from occurring, HIRF regulations exist to ensure that aircraft electrical and electronic systems will continue to operate safely without interruption, failure, or malfunction.