EMC Testing in the 5G and IoT Era!
In recent years, with the increase of non-contact power supply and wireless devices, there is growing concern about the risk of electromagnetic interference as these devices come into proximity with other electronic equipment. Proximity irradiation immunity testing evaluates the resistance of electronic devices to magnetic and electric fields emitted from nearby antennas. The low-frequency band generates a magnetic field using a loop antenna, while the high-frequency band generates an electric field using a TEM horn antenna. (In the case of high-frequency bands for automotive equipment, an ultra-wideband sleeve antenna is used to generate the electric field.)
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basic information
【Testing for Consumer and Industrial Equipment】 ● Compliant with IEC 61000-4-39 standard ■ Summary Specifications (Magnetic Field Immunity) Frequency Range: 9 kHz – 150 kHz / 150 kHz – 26 MHz Test Level: 30 A/m / 3 A/m Modulation Method: AM 1 kHz 80%, Pulse 2 Hz or 1 kHz (Duty Cycle: 50%) ■ Summary Specifications (RF Immunity) Frequency Range: 380 MHz – 6 GHz Test Level: 300 V/m Modulation Method: Pulse 2 Hz, 217 Hz, 1 kHz (Duty Cycle: 50%) 【Testing for Automotive and In-Vehicle Equipment】 ● Compliant with ISO 11452-9 standard and various automotive manufacturers ■ Summary Specifications (RF Immunity) Frequency: 26 MHz – 6 GHz Maximum Input Power: 20 W (dependent on test system) Modulation Method (examples): CW, AM 1 kHz 80%, PULSE (50 Hz, 217 Hz, 1600 Hz Duty=50%), LTE / IEEE 802.11.a / AWG / g (OFDM) / AWGN (White Noise), etc.
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Applications/Examples of results
For livelihood and industrial equipment For automobiles and in-vehicle equipment
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Download All Catalogs![[RF-related products and testing systems] Proximity irradiation immunity testing system](https://image.mono.ipros.com/public/catalog/image/01/4c9/588067/IPROS24743659036383167847.jpeg?w=120&h=170)
Company information
Our company was founded in 1975 as "a company that manufactures noise testing equipment to reproduce the malfunction of electronic devices" at a time when the term "EMC" began to be used as the phenomenon of malfunctions associated with the spread of computers was becoming a social issue. Since then, we have provided products that reproduce (output/measure) electrical noise phenomena such as electrostatic discharge, high current phenomena during lightning strikes, transient phenomena in automobiles, and visualization of electromagnetic fields, as well as contracted EMC testing services (contract testing site "Test Lab Funabashi") and technical materials such as "NoiseKen News" (formerly Technical Reports) and "Testing Method Guidebooks," leading to the adoption of our brand "NoiseKen" by over 5,000 customers in dozens of countries worldwide. Based on our history and achievements, we will continue to challenge the reproduction of electrical noise, which is the foundation of our establishment, while also responding to changes in the nature of testing and measuring instruments, including automation and simulation, aiming to be "a company that makes EMC testing easy for our customers." In doing so, we intend to contribute to EMC and noise countermeasures and create a "NoiseKen" that is recognized as a lasting presence by everyone.
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