ノイズ研究所（NoiseKen） List of Products and Services

An overwhelmingly user-friendly discharge gun. Please compare it with guns that have lightness, weight balance, and assurance and safety for testing. - The discharge gun equipped with a touch panel has made settings "easier." (Improved operability) - It can also be battery-operated, allowing for "easy" transportation to various locations for testing. (Improved portability) - The pre-check function allows for "easy" daily inspections. *For product demonstrations or inquiries, please feel free to contact us.

• EMC/Static electricity measuring equipment

This is a new electrostatic tester that makes future electrostatic tests easier. - The discharge gun equipped with a touch panel has made settings "easy." (Improved operability) - It can also be battery-operated, allowing for "easy" transportation and testing in various locations. (Improved portability) - The pre-check function enables "easy" daily inspections. *Please feel free to contact us for product demonstrations or inquiries.

• EMC Testing

The technological innovations referred to as "CASE" (Connected, Autonomous/Automated, Shared, Electric) are diversifying at an unprecedented pace in automotive development. As the electrification of vehicles progresses, the importance of confirming the EMC resistance of electronic devices within vehicles, due to issues such as mutual interference, is increasing. The ISS-7800 Series is a testing device that outputs transient surges as required by the international standard ISO 7637, used to verify the noise immunity resistance of automotive electronic devices. The ISS-7800 Series is a testing system that incorporates pulse units mounted in a rack. It offers excellent scalability, allowing for the addition of pulse 5a/5b and Slow pulse +/− as needed. Furthermore, by controlling the entire system with software using a PC, it enables sequence testing and report generation.

• EMC Testing

This is a testing device that simulates the electrostatic discharge phenomenon from a charged human body and evaluates the resistance of electronic devices to electrostatic discharge. The electrostatic discharge that occurs when a charged human body approaches the operation panel, button switches, or casing of electronic devices generates high voltage and high-frequency noise, which can cause malfunctions in electronic devices. The electrostatic test that reproduces noise from electrostatic discharge is one of the essential immunity tests needed to prevent troubles caused by noise in the market.

• EMC Testing

The impulse noise tester simulates fast-rising high-frequency noise caused by discharges between the contacts of switching devices and arc discharges from electronic motors, allowing for the evaluation of electronic equipment's resistance to such noise. The impulse noise tester INS-S100 can output pulses starting from 50V, making it easy to evaluate the noise resistance of circuit boards and low-voltage components during product development, as well as to analyze issues that arise in the market. - The ability to output pulse voltages starting from 50V allows for easy evaluation of noise resistance on circuit boards and similar components. - The ability to change the output voltage during pulse output makes it easier to assess noise resistance. - The TEST TIME setting allows for the configuration of test duration. - It is lightweight and compact as it does not include a coupling decoupling network (CDN). - By using a coupling adapter, noise resistance evaluation against signal lines can be conducted (optional). - By using a radiation probe, noise resistance evaluation against circuit boards and similar components can be conducted (optional). *For more details, please refer to the catalog or contact us.*

• EMC Testing

It has been over 40 years since the term "EMC" began to be used in Japan, and the Noise Research Institute was established at a time when social issues related to the malfunction of electronic devices started to emerge, particularly with the spread of digital equipment. This was before the current EMC standards were systematically developed, and engineers from various companies and researchers from universities were progressing with experiments and research in a trial-and-error manner, trying to establish their own internal and industry standards and design rules. This publication aims to compile the stories of those who contributed to the establishment of EMC in society, with the hope of helping to educate current and future engineers by understanding the past, and is planned with the concept of "learning from the past to inform the future" in mind. [Contents (excerpt)] ■ "Dawn, Challenge, Gratitude" ■ Celebrating the 40th Anniversary of the Noise Research Institute ■ My Relationship with EMC ■ EMC and its 'Spirit' ■ My Encounter with EMC Research - Reflecting on 40 Years of Research Activities *For more details, please refer to the PDF document or feel free to contact us.

• EMC Testing
• Testing Equipment and Devices

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.

• EMC/Static electricity measuring equipment

This is a system that enables pre-measurements, identification of emission sources, and verification of countermeasure effectiveness, which are essential for EMC measures in the development of electronic devices. It detects the position of the electromagnetic field probe from camera images using color discrimination, performs real-time frequency analysis of the measured signals, and displays the electromagnetic field intensity levels as a heat map overlaid on the actual images of the measurement targets. - It can be used as a countermeasure tool during emission measurements. - The causes and analysis of noise generation can be easily and conveniently confirmed. - Comparisons before and after countermeasures can be easily verified. - By changing the electromagnetic field probe, measurements can be taken from the entire product down to individual components. - It is compact and convenient for portability. - A system can be built using the customer's own spectrum analyzer and electromagnetic field probe (consultation required). *For more details, please refer to the catalog or contact us.

• Other environmental analysis equipment
• EMC Testing

The sound source visualization system / Kanon (EPS-02S) is a system that realizes the visualization of sound in the same way as electromagnetic waves, based on the spatial electromagnetic wave visualization system (EPS-02 series). Measurements for sound control are typically conducted using sound source detection devices within soundproof facilities, but these facilities and devices are very expensive. Additionally, most sound source detection devices pick up various sounds over a wide range, making it difficult to use and measure on-site. Therefore, the "Sound Source Visualization System / Kanon" has been designed to allow for easy on-site sound measurement by incorporating a structure that gives directionality to an omnidirectional microphone. This enables simple identification and countermeasures for sound sources on-site before the final check in soundproof facilities, contributing to a reduction in costs and labor associated with sound control by decreasing the frequency of use of soundproof facilities and devices. 【Features】 - By giving directionality to the microphone, simple sound measurements can be conducted even in places without soundproof facilities. - Measurements can be taken simply by tracing the space with the microphone, allowing anyone to operate it easily. For more details, please contact us or download the catalog.

• Other measurement, recording and measuring instruments

This is an EMC tester that evaluates the resistance when charged energy from a human body or object discharges into electronic devices. It can be used to assess the performance of any electronic device powered by AC/DC, including malfunctions and performance degradation. It is a program-type tester that simplifies complex testing. The output voltage can reach up to 30kV, and it complies with IEC 61000-4-2 / ISO 10605 standards. ○ "Three pre-check functions" for more reliable testing ○ "CR unit and discharge cup automatic recognition function" to reduce attachment errors ○ Discharge cup and CR unit can be exchanged with one touch! ○ "Numeric keypad and rotary knob" for easy settings ○ "Infrared remote control" for settings from a distance (optional) ○ "Discharge detection function" to confirm discharges during air discharge ○ "Industry's lightest discharge gun (according to our research)" for easier long-duration testing ○ "LED light" to brightly illuminate the EUT ○ "Control software" that enables report creation and PC control *For more details, please refer to the catalog or contact our company.

• EMC Testing
• Other anti-static devices
• Testing Equipment and Devices

This is a testing device that simulates the generation of fast rise-time high-frequency noise caused by discharges between contacts of switching devices and arc discharges from electronic motors, in order to evaluate the resistance of electronic equipment. - The pulse width and other settings can be adjusted with just button operations, reducing the time needed for test condition setup. - It reduces the number of consumables, leading to cost savings. - The use of a short plug allows for easy switching between common and normal modes. - The TEST TIME setting enables the configuration of test duration. - Testing at a higher pulse repetition frequency has become possible. (Only for INS-S220) - The outlet panel allows for direct connection of the EUT's AC plug. (Optional) - Various tests can be conducted using different probes, coupling adapters, etc. (Optional) - By adding an external coupling device (CDN), testing of EUT power capacity in three phases is also possible. (Optional) - By using dedicated software, tests can be conducted under various test conditions. (Optional, only for INS-S420) *For more details, please refer to the catalog or contact us.

• EMC Testing

This is a test device that simulates the rapid rise of high-frequency noise caused by discharges between contacts of switching devices and arc discharges generated from electronic motors, allowing for the evaluation of electronic equipment's resistance. - Complies with IEC 61000-4-4 Ed.3 standards. - Equipped with a pre-check function, making pre-operation inspections easier. - The size has been made more compact compared to conventional models (approximately 67% in volume). - Clear panel display reduces connection errors with the power cable. - With a maximum output voltage of 5kV and a maximum pulse frequency of 2MHz, it can assess levels above standard testing. - The CDN capacity has been increased to single-phase AC240V20A and single/three-phase AC600V63A, accommodating a wider range of EUT power capacities. - A large-capacity CDN (100A or 150A) allows for superimposed testing on various EUTs (optional). - By using coupling clamps and EMS probe kits, testing on signal lines and noise resistance evaluation on circuit boards can be performed. *For more details, please refer to the catalog or contact our company.

• Testing Equipment and Devices
• Image Processing Equipment
• Other measurement, recording and measuring instruments

This is a testing device that simulates the 'high-energy induced lightning noise' induced in power distribution lines and communication lines due to ground potential fluctuations caused by lightning strikes, and evaluates the resistance of electronic devices. ○ Compliant with IEC 61000-4-5 Ed.3 standards ○ Maximum output voltage of 15kV (maximum superimposed voltage: AC superimposed part: 15kV, telecom superimposed part: 6kV) It allows for reliability evaluation tests of lightning surge tests, including destructive testing. ○ Equipped with manual and program modes: It features a manual mode for standard tests and single-shot conditions, and a program mode for conducting continuous tests under different conditions using remote software. Test conditions can be easily set according to the application. ○ Excellent safety features such as interlocks. ○ Standard waveform check terminal: You can check the output waveform with your oscilloscope and BNC cable. ○ An isolation transformer necessary for power supply protection against leakage current in the superimposed circuit is available (optional). ○ To prevent resonance with the power supply, the constant switching of the decoupling circuit is possible (custom order). *For details, please refer to the catalog or contact our company.*

• EMC Testing
• Testing Equipment and Devices
• Other electronic measuring instruments

This is a test device that simulates the 'high-energy induced lightning noise' caused by potential fluctuations in the ground due to lightning, which is induced in power distribution lines and communication lines, allowing for the evaluation of the resistance of electronic devices. It can confirm the insulation withstand voltage against induced lightning at levels that cannot be verified with the combination waveforms required by IEC standards. ○ Compliant with JEC 210/212 standards ○ Maximum output voltage: 20kV It can confirm the lightning insulation withstand voltage against induced lightning at levels that cannot be verified with combination surges. ○ Maximum output current: 4000A It allows for a robust current destruction test against surge absorbers. ○ Standard equipped with 1/100 waveform check terminal You can verify the output waveform using only your oscilloscope and a 1/10 voltage probe. ○ Built-in isolation transformer An isolation transformer is built-in for surge back protection, making it easy to wire the primary side power input and the test sample.

• EMC Testing
• Testing Equipment and Devices
• Other inspection equipment and devices

The SWCS-900 series damping vibration wave tester simulates the rapid high-frequency noise generated by switches and other devices during ON/OFF operations, and is used to evaluate the resistance of electronic and electrical equipment. The SWCS-900-1M can conduct tests in accordance with power standard B-402 (2007) and IEC 61000-4-18 (Ed.1.0) standards. ○ Tests can be conducted in compliance with IEC 61000-4-18 (2006) standards. ○ It can output a maximum voltage of 3kV, allowing for ample testing. ○ The adoption of a touch panel provides an easily visible setting screen. ○ The tester can switch between common mode/normal mode internally and can change the applied phase. ○ It has a built-in power line CDN (AC240V/DC125V 20A). ○ A large-capacity CDN can be combined (optional). *For more details, please refer to the catalog or contact our company.

• EMC Testing
• Testing Equipment and Devices

This product is a damping vibration wave tester compliant with the IEEE C37.90.1-2012 standard. - It can conduct tests in accordance with the IEC 61000-4-18 (2006) standard. - It can conduct tests in accordance with the power standard B-402 (2007). - It can conduct tests in accordance with the IEEE C37.90-2012 standard. - It outputs a maximum voltage of 3kV, allowing for ample testing. - The use of a touch panel provides an easily visible setting screen. - The tester allows for switching between common mode/normal mode and changing the applied phase internally. - By using a coupling balun, normal mode tests compliant with the IEEE C37.90-2012 standard can also be conducted. - It has a built-in power line CDN (AC240V/DC125V 20A). *For more details, please refer to the catalog or contact our company.

• EMC Testing
• Testing Equipment and Devices
• EMC/Static electricity measuring equipment

The damping vibration wave tester simulates the rapid high-frequency noise generated by switches and other devices during ON/OFF operations, and it is used to evaluate the resistance of electronic and electrical equipment. ○ It can output a maximum voltage of 1.5kV. ○ The repetition cycle can be varied from 0.4Hz to 400Hz. ○ The output resistance can be varied from 50 to 200Ω (in 10Ω steps). *For more details, please refer to the catalog or contact our company.

• EMC Testing
• Testing Equipment and Devices

It can be used for performance evaluation of electronic and electrical devices affected by power voltage fluctuations, which may cause malfunctions or reduced functionality. This testing device simulates voltage fluctuations and instantaneous power outages of commercial power sources (AC100/200V) to evaluate the resilience of electronic devices. It is tested across various industries not only to meet the requirements of the international standard IEC61000-4-11 but also for resilience evaluation against voltage fluctuations and momentary interruptions. ○ It is a testing device compliant with IEC 61000-4-11 Ed.2 standards. ○ The multi-socket allows for direct connection of the EUT's AC adapter. ○ Test parameters specified by the standards can be easily set via the front panel. (Voltage fluctuation tests are conducted using software.) ○ User-defined tests that are not bound by standards can be performed through control using PC software. ○ DC instantaneous interruption tests can also be conducted. (DC125V, 16A max) *For details, please refer to the catalog or contact our company.

• Testing Equipment and Devices
• Power Supplies
• EMC Testing

This is a testing device that simulates various transient surge phenomenon noises in vehicles as required by the international standard ISO 7637-2 (2011 edition) to evaluate the resistance of onboard electronic equipment. - Complies with ISO 7637-2 (2011 edition) standards* - Compatible with vehicle testing for 12V/24V/42V systems. - Each pulse waveform is housed in individual enclosures, allowing for standalone use. - Equipped with a high-capacity CDN (60V/50A). - Can supply power to devices under test (DUT) up to 200A (optional). - Programmable testing is available with Japanese-compatible Windows software (optional). - Other individual manufacturer specifications can also be accommodated (please inquire separately). *Some features may not be supported. Please contact us for details.

• Testing Equipment and Devices
• Other measurement, recording and measuring instruments
• EMC Testing

This is a testing device that simulates various transient surge phenomena in vehicles based on the environmental testing method guidelines for automotive electronic devices "JASO D 001-94" established by the Society of Automotive Engineers of Japan, and evaluates the resistance of onboard electronic devices. - Testing in accordance with the JASO D001-94 standard (issued by the Society of Automotive Engineers of Japan) - Compatible with 12V/24V vehicle testing. - Output surge waveforms can be selected with a single touch. *For more details, please refer to the catalog or contact our company.

• Testing Equipment and Devices
• Other measurement, recording and measuring instruments
• EMC Testing

Simultaneously reproducing up to 4-channel fluctuation phenomena. Outputting actual vehicle waveform data obtained from the oscilloscope with high precision. Equipped with malfunction judgment function considering long-duration tests (optional).

• Testing Equipment and Devices
• Power Supplies
• EMC Testing

This product is a probe designed to directly inject noise at any location, in combination with an impulse noise tester and a damped vibration wave tester. It can conduct tests for high-frequency surge resistance (burst waveform) and high-frequency surge resistance (impulse waveform) of automotive electronic components. It is used in combination with a coil for decoupling. 【Specifications】 ■ Coupling capacitor: 470pF, 0.01μF ■ Cable length: 0.7m (coaxial part 0.6m, exposed part 0.1m) ■ Compatible testers: - SECS-931SD - FNS-AX3 series, FNS-AX4 series *For more details, please refer to the PDF document or feel free to contact us.

• EMC Testing
• Testing Equipment and Devices
• EMC/Static electricity measuring equipment

● A schedule management feature that allows for a quick overview of measurement progress and results by product quantity and operating mode. ● Simultaneous pass/fail judgment for two types of limit values (e.g., regulatory limit value + radio band limit value) is possible. ● Data can be overlaid for visualization, allowing for comparison of up to four datasets. ● Software that supports a fast measurement speed with the "time domain scan function."

• EMC Testing

The wideband sleeve antenna is an antenna developed to efficiently conduct electromagnetic wave immunity evaluation tests (high-frequency contact and near-field electromagnetic field immunity tests) emitted from wireless devices such as mobile phones. In conventional strong electromagnetic field immunity tests in the near field, it was necessary to replace antennas according to individual frequencies, which required significant effort and time. However, by using this wideband sleeve antenna, antenna replacement is no longer necessary, significantly reducing test time. 【Features】 ○ Due to its wide frequency characteristics, tests can be conducted without replacing the antenna. ○ It has a power handling capacity of 30W, allowing for strong electromagnetic field testing. For more details, please contact us or download the catalog.

• antenna

- 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/Static electricity measuring equipment

● 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.

• EMC Testing
• Environmental Test Equipment

● 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.

• EMC Testing
• Environmental Test Equipment

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.)

• Other inspection equipment and devices
• EMC Testing

● 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.

• EMC Testing
• Environmental Test Equipment

● We can propose systems that comply with various standards such as CISPR, EN, VCCI, and FCC. ● We offer a wide range of options for measurements (antenna elevation systems, turntables, wooden tables for measurements, GND planes, etc.). ● We can propose affordable simple measurement systems. ● We can provide a consistent service proposal from the measurement environment to equipment, fixtures, and calibration.

• EMC Testing
• Environmental Test Equipment

●We can propose systems that comply with various standards such as CISPR, EN, FCC, and VCCI. ●We offer a wide range of options for measurements. ●We can propose affordable simple measurement systems.

• EMC Testing
• Environmental Test Equipment

This system is designed to measure noise terminal voltage using an EMI receiver that functions as a spectrum analyzer, allowing for simple measurement of noise terminal voltage. Conductive noise from the test sample installed in the shielded room is detected using a pseudo power circuit network, and the frequency and intensity are measured with a spectrum analyzer. 【Features】 - Easy measurement of noise terminal voltage according to various standards such as CISPR and VCCI. - Low-cost simple measurement of noise terminal voltage. - Easy operation with software control. - Includes a manual that allows beginners to easily set up and perform measurements. - Options available such as ground planes and measurement tables. *For more details, please refer to the PDF document or feel free to contact us.

• EMC Testing
• Testing Equipment and Devices

● We can propose systems that comply with various standards such as CISPR and EN standards. ● We can propose low-cost simple measurement systems. ● We can provide a consistent service from the measurement environment to equipment, fixtures, and calibration.

• EMC Testing
• Environmental Test Equipment

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

• EMC Testing
• Other electronic measuring instruments

● 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.

• EMC Testing
• Environmental Test Equipment

● This system complies with ISO 11452-3/5, R10, and various manufacturers' standards. ● We provide peripheral devices such as harness support fixtures and bonding plates to improve the reproducibility of tests. ● We offer a wide range of options (tables, GND planes, etc.) for conducting measurements.

• EMC Testing
• Environmental Test Equipment

The "BCI Test System" is a testing system that evaluates the resistance of electronic devices connected to a harness when subjected to strong electromagnetic field noise. In a shielded room or anechoic chamber, electromagnetic noise at specified frequencies and test levels is injected using an injection probe on bundled wires, and resistance is evaluated. There are two testing methods: the actual measurement method and the substitution method. 【Features】 ■ We can provide injection probes and current monitor probes suitable for frequency ranges and harness diameters. ■ A variety of optional fixtures are available to improve the reproducibility of tests. ■ We offer pseudo power supply circuit networks (LISN/AN) that comply with various testing standards. *For more details, please refer to the PDF document or feel free to contact us.

• EMC Testing
• Testing Equipment and Devices

● This is a system compliant with ISO 11452-4 and various manufacturers' standards. ● We can provide injection probes and current monitor probes suitable for frequency ranges and harness diameters. ● We offer a variety of optional fixtures to improve the reproducibility of tests. ● We can provide pseudo power supply circuit networks (LISN/AN) compatible with various test standards.

• EMC Testing
• Environmental Test Equipment

● This is an immunity test that is scheduled to be incorporated into the international standard ISO 11452-2. ● It is a system that uses high-efficiency antennas and power amplifiers.

• EMC Testing
• Environmental Test Equipment

● This is a system that complies with JASO D001 and ISO 11452-10 standards. ● It is an isolation transformer with a structure that allows for easy connections.

• EMC Testing
• Environmental Test Equipment

● 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.

• EMC Testing
• Environmental Test Equipment

● A system compatible with CISPR12, CISPR25, R10, SAE J1113-41, JASO D002-1, JASO D008, and various manufacturer standards.

• EMC Testing
• Environmental Test Equipment

●Provision of design and construction according to usage purposes and standards ●Easy adjustment of dimensions due to the panel system ●Simple dismantling, relocation, and reassembly due to layout changes after installation

• EMC Testing

● Proposal for design and construction based on installation conditions ● Suggestions for safety, durability, and cost reduction using radio wave absorbers according to the intended use ● Provision of safety devices and ancillary equipment in dark rooms for automotive standard testing ● Proposal for design considering the arrangement of testing equipment and access ● Ensuring stable characteristics through knockdown construction methods

• EMC Testing
• Environmental Test Equipment

The "Free Choice Antenna Mast" is an antenna mast that can accommodate various antennas, electromagnetic field probes, and sensors. There are holder assemblies and poles available for mounting various antennas and probes. Each individual part can be purchased separately. For more details, please contact us. 【Product Parts Lineup (Excerpt)】 ■ Antenna Mast Application - Model Name: 03-00082A / 03-00085A - Product Name: Antenna Mast - Overview Specifications: H 1800mm (Pole Height) Standard Pole with Scale ■ Antenna Mast Parts - Model Name: 03-00082A - Product Name: Standard Pole - Overview Specifications: Scale MAX 1800mm *For more details, please refer to the PDF document or feel free to contact us.

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