RF | İnter Türk Cert

Learn More About Our Test Services

Radio Frequency (RF) Tests

Radio frequency tests evaluate a device's ability to transmit and receive radio frequency (RF) signals. These tests also assess the device's resilience to RF noise and ensure it does not emit RF noise into the environment.

Radio frequency tests include the following:

Transmission test: This test evaluates the device's ability to transmit RF signals.
Reception test: This test evaluates the device's ability to receive RF signals.
Noise immunity test: This test evaluates the device's resistance to RF noise.
Noise emission test: This test ensures the device does not emit RF noise into the environment.

Radio frequency tests are conducted according to the following standards:

IEC 61000-6-3: An international standard used for radio frequency testing.
EN 61000-6-3: A European standard used for radio frequency testing.
UL 61000-6-3: An American standard used for radio frequency testing.

Radio frequency tests are important to ensure radio frequency devices operate safely and efficiently. These tests verify that RF devices can function without being affected by RF noise and without emitting RF noise into the environment.

RF Tests in Industrial Sector

RF tests in the industrial sector are conducted to evaluate the performance and reliability of radio frequency (RF) devices used in industrial facilities. These tests ensure that RF devices operate without being affected by RF noise and do not emit RF noise into the environment.

RF tests in the industrial sector include the following:

Transmission test: This test evaluates the RF device's ability to transmit RF signals.
Reception test: This test evaluates the RF device's ability to receive RF signals.
Noise immunity test: This test evaluates the RF device's resistance to RF noise.
Noise emission test: This test ensures the RF device does not emit RF noise into the environment.

RF tests in the industrial sector are conducted according to the following standards:

IEC 61000-6-3: An international standard used for radio frequency testing.
EN 61000-6-3: A European standard used for radio frequency testing.
UL 61000-6-3: An American standard used for radio frequency testing.

RF tests in the industrial sector are important to ensure the safety of workers and increase the efficiency of facilities. These tests verify that RF devices operate without interference from RF noise and do not emit RF noise into the environment.

Below are some common tests used in industrial RF testing and their purposes:

Transmission test: Evaluates the RF device's ability to transmit RF signals at specified power levels and distances.
Reception test: Evaluates the RF device's ability to receive RF signals at specified power levels and distances.
Noise immunity test: Assesses the RF device's performance when exposed to RF noise at specified power levels and frequencies.
Noise emission test: Assesses whether the RF device emits RF noise at specified power levels and frequencies.

RF Tests in Heavy Industry

RF tests in heavy industry evaluate the performance and reliability of radio frequency (RF) devices used in heavy industry facilities. These tests ensure that RF devices operate without interference from RF noise and do not emit RF noise into the environment.

RF tests in heavy industry include:

Transmission test: Evaluates the RF device's ability to transmit RF signals.
Reception test: Evaluates the RF device's ability to receive RF signals.
Noise immunity test: Evaluates the RF device's resistance to RF noise.
Noise emission test: Ensures the RF device does not emit RF noise into the environment.

RF tests in heavy industry are conducted according to the following standards:

IEC 61000-6-3: An international standard for radio frequency testing.
EN 61000-6-3: A European standard for radio frequency testing.
UL 61000-6-3: An American standard for radio frequency testing.

RF tests in heavy industry are important for the safety of workers and the efficiency of facilities. They ensure RF devices work without interference or emitting unwanted RF noise.

Below are some typical tests and their purposes for RF testing in heavy industry:

Transmission test: Evaluates the RF device's ability to transmit RF signals at specified power levels and distances.
Reception test: Evaluates the RF device's ability to receive RF signals at specified power levels and distances.
Noise immunity test: Evaluates how the RF device performs when exposed to RF noise at certain power levels and frequencies.
Noise emission test: Evaluates whether the RF device emits RF noise at specified power levels and frequencies.

RF tests in heavy industry are performed on the following devices:

Radio frequency control systems
Radio frequency communication systems
Radio frequency sensors
Radio frequency motor drivers
Radio frequency power supplies

These tests aim to:

Ensure worker safety
Increase facility efficiency
Improve product quality
Comply with legal regulations
Enhance customer satisfaction

Automotive Sector EMC Tests

RF tests in the automotive sector evaluate the performance and reliability of radio frequency (RF) devices used in vehicles. These tests ensure RF devices operate without interference from RF noise and do not emit RF noise into the environment.

RF tests in the automotive sector include:

Transmission test: Evaluates the RF device's ability to transmit RF signals.
Reception test: Evaluates the RF device's ability to receive RF signals.
Noise immunity test: Assesses the RF device's resistance to RF noise.
Noise emission test: Ensures the RF device does not emit RF noise into the environment.

RF tests in the automotive sector are conducted according to the following standards:

ISO 16750-2: An international standard for evaluating electromagnetic compatibility (EMC) of automotive electronic systems.
CISPR 25: An international standard for evaluating electromagnetic compatibility (EMC) of radio equipment.
SAE J1113: An American standard for evaluating electromagnetic compatibility (EMC) of automotive electrical and electronic systems.

RF tests in the automotive sector are important to enhance automotive safety and improve the performance of automotive electrical and electronic systems. They also help manufacturers export products to international markets.

Military Sector EMC Tests

RF tests in the military sector evaluate the performance and reliability of radio frequency (RF) devices used for military purposes. These tests ensure RF devices operate without interference from RF noise and do not emit RF noise into the environment.

RF tests in the military sector include:

Transmission test: Evaluates the RF device's ability to transmit RF signals.
Reception test: Evaluates the RF device's ability to receive RF signals.
Noise immunity test: Assesses the RF device's resistance to RF noise.
Noise emission test: Ensures the RF device does not emit RF noise into the environment.

RF tests in the military sector are conducted according to the following standards:

MIL-STD-461F: A U.S. standard for evaluating electromagnetic compatibility of military systems.
MIL-STD-810G: A U.S. standard for evaluating environmental durability of military systems.
DEF STAN 00-65: A British standard for evaluating electromagnetic compatibility of military systems.

RF tests in the military sector are important to enhance military security and improve the performance of military devices. They also help military manufacturers export products to international markets.

Below are some tests and their purposes for military RF testing:

Transmission test: Evaluates the RF device's ability to transmit RF signals at specified power levels and distances.
Reception test: Evaluates the RF device's ability to receive RF signals at specified power levels and distances.
Noise immunity test: Assesses the RF device's performance when exposed to RF noise at certain power levels and frequencies.
Noise emission test: Ensures the RF device does not emit RF noise at specified power levels and frequencies.

RF tests in the military sector are performed on the following devices:

Radio frequency control systems
Radio frequency communication systems
Radio frequency sensors
Radio frequency motor drivers
Radio frequency power supplies