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We can provide a comprehensive proposal including antennas, SG, AMP, and more.
● This is a system compliant with the ISO11452-9 standard. ● It adopts an efficient antenna shape method for each frequency. ● We can provide a total solution including antennas, SG, AMP, and more. ● Additionally, we can accommodate various frequencies.
![Magnetic Field Immunity Test System [for Automotive Electronic Devices]](https://image.mono.ipros.com/public/product/image/d80/2000154745/IPROS6253637411067262532.JPG?w=280&h=280)
EMC system for automotive electronic devices
● This system complies with JASO D001, ISO 11452-8, and various manufacturer standards. ● We can provide a variety of coils tailored to the size of the device under test (DUT). ● We offer a wide range of options (tables, GND planes, etc.) for conducting measurements.
Automated determination of vehicle immunity (EMS) tests using image processing and signal analysis.
[ Features ] - Automatic judgment possible through image processing and signal analysis - Capable of measuring multiple models by creating test patterns in Excel - High-speed response and high-precision measurement through FPGA implementation - Ensures safety with an abnormality monitoring function that performs real-time monitoring with sensors during measurement - Logs when and where malfunctions occur during inspection - Customizable operation screen according to requests
Proposals tailored to each specification! Radiation immunity testing system.
● We can propose systems that comply not only with international standards but also with the standards of each manufacturer. ● We can provide test systems that prioritize operability, maintainability, and safety, including band switchers and emergency stop functions. ● We offer domestically produced power amplifiers with good maintainability. ● We can propose systems that comply not only with international standards but also with the standards of each manufacturer. ● We can offer a consistent service proposal from the testing environment to equipment, jigs, and calibration.
Proposal tailored to your needs! Conductive immunity testing system.
● Proposals for systems that comply not only with international standards but also with each manufacturer's standards ● Provision of consistent services from testing environments to equipment, jigs, and calibration ● We offer power amplifiers that prioritize maintainability and operability, incorporating band switchers, directional couplers, and various protection circuits.
Irradiate the specified frequency and test level of electromagnetic waves with various antennas to evaluate resistance.
● We offer a wide range of options including anechoic chambers and fixtures tailored to your requirements. ● We can provide domestically manufactured power amplifiers rated for 1dB compression across all frequency bands. ● To accommodate recent tests simulating digital modulation, we supply domestically produced power amplifiers suitable for the application. ● We can provide systems that comply not only with international standards but also with the specifications of various manufacturers. ● We offer a consistent service from testing environments to equipment, fixtures, and calibration. ● As an alternative method, we can provide systems using G-TEM Cells.
For the reduction of man-hours and efficiency improvement of all EMC tests (immunity tests)!
- By establishing criteria for changing to a different semiconductor (IC), we can omit the re-execution of EMC tests associated with semiconductor changes, thereby achieving a reduction in man-hours. - By conducting DPI tests in the front-loading phase of product development, we can select semiconductors with high EMC resistance and anticipate a reduction in man-hours for EMC countermeasures. The DPI immunity testing method is an immunity evaluation method standardized for semiconductors (IC) by IEC standards. This test involves directly injecting RF interference power into the IC power supply on a test board equipped with the IC being evaluated, assessing the immunity resistance. The test requires gradually increasing the test level (power) for each test frequency and confirming the performance of the IC at each stage. Additionally, it is necessary to record the state of any malfunctions that occur, which is very labor-intensive and time-consuming. The DPI immunity testing system from the Noise Research Institute consistently performs everything from test execution to malfunction determination, making it a groundbreaking automation system that reduces testing time and the effort required from testers.
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.)
6GHz digital modulation compatible proximity irradiation test new system!
In recent years, with the increase of wireless devices and the growing situations where these devices are in proximity to other electronic equipment, concerns about electromagnetic interference risks have arisen. The near-field electromagnetic field immunity test generates strong electric fields using antennas designed for near-field electromagnetic field immunity at various frequencies to evaluate the resistance of the mounted electronic equipment. ● System compliant with ISO11452-9 standards ● Testing system tailored to the requirements of each automobile manufacturer ● Comprehensive proposals including antennas, SG, AMP, and more ● Support for various frequencies is also available
RF radiation immunity testing (radiated electromagnetic field immunity testing) is a breeze! There is a very easy and convenient simple testing system available.
A test system will be constructed with the minimum necessary equipment. - It is a test system that allows for evaluation in a simple and low-cost manner. - It is a test system that uses high-performance proximity antennas. - It is an effective test system for reproducing NG (non-conformance). - It can be used for preliminary studies of IEC 61000-4-3 testing. - It can be used for countermeasures against electromagnetic interference from wireless transmitters. - It can be used to reproduce communication loss due to electromagnetic interference. - Tests can be conducted within a shielded room. ★ Tests can be performed simply by selecting the test distance and setting the test level. Test distances: 100mm / 200mm / 300mm / 400mm Electric field strength: 10 V/m, etc. (The antenna input power required for testing is automatically adjusted by the signal generator.) ★ Proximity antennas such as TEM horn antennas and wideband sleeve antennas will be used. ★ We can also propose optional items such as antenna masts.
![[Test, Experiment, Analysis System] Radiation Immunity Test System](https://image.mono.ipros.com/public/product/image/c41/2000704933/IPROS91817101193650848927.png?w=280&h=280)
You can evaluate malfunctions and degradation! By using G-TEMCELL, testing can be safely conducted even without an anechoic chamber.
This system is an "Electromagnetic Immunity Testing System" that evaluates the electromagnetic resistance of test samples when exposed to electromagnetic fields. It irradiates electromagnetic noise at specified frequencies and test levels, allowing for the assessment of malfunctions or degradation of customer products. Additionally, by using the G-TEMCELL, testing can be conducted safely without the need for an anechoic chamber. The test frequency ranges from 100 kHz to 3 GHz as standard, and AM, FM, and pulse modulation can also be applied. 【Features】 ■ Improvement of operational efficiency - By managing data collectively, operational efficiency is increased. - More efficient operation of expensive equipment. ■ Reduction of burden - Reduces the burden on operators and administrators. - Safety interlock circuits help prevent accidents in advance. *For more details, please refer to the related links or feel free to contact us.
