EMC Chambers

Shielding Innovation, Ensuring Compliance

Our EMC Chambers are engineered to provide optimal environments for electromagnetic compatibility (EMC) testing, ensuring your devices meet international standards for electromagnetic interference (EMI) and electromagnetic susceptibility (EMS). Whether for R&D, compliance testing, or pre-certification, our chambers offer unparalleled precision and reliability.

Our Solutions

Build Your Own Chamber With Tekiknow.

Establishing Your Own Chamber Demands Collaboration The EMC chamber process offers a comprehensive solution that includes consulting, validation, and verification. It involves various stages, beginning from the consulting. Our expert team will manage each phase, keeping you informed every step of the way. Lets See the Each Step.

Step 1

Consulting

This process includes collecting detailed information about your needs. By assessing your challenges and requirements, our expert Application team will deliver tailored solutions to meet your specific needs.

Step 2

Design & Development

Create tailored solutions with detailed designs.

Step 3

Planning

Strategize and organize resources for execution.

Step 4

Production

Manufacture high-quality components.

Step 5

Delivery

Ensure timely and secure product transport.

Step 6

Installation

Set up systems with precision and care.

Step 1

Consulting

Assess client needs and provide expert advice.

Step 7

Validation & Verification

Test and confirm system compliance and performance.

Step 3

Planning

Strategize and organize resources for execution.

Step 1
Consulting

This process includes collecting detailed information about your needs. By assessing your challenges and requirements, our expert Application team will deliver tailored solutions to meet your specific needs.

Step 2
Design & Development

Craft customized solutions through comprehensive designs. Leveraging insights from our expert team, we will begin designing your bespoke chamber. You will also receive the design for review and approval.

Step 3
Planning

This involves strategizing and organizing resources for successful execution. It encompasses thorough planning from production to the validation process, clearly defining each phase of the chamber process. This approach ensures that your chamber arrives at the right time.

Step 4
Production

Manufacturing top-notch components. We will commence production only after all aspects have been confirmed. Once production is complete, a quality check will be conducted to ensure standards are met. Additionally, this process includes a testing phase to guarantee optimal performance.

Step 5
Delivery

Ensure timely and secure product transport. We will handle the transport of your chamber from Tekiknow. The team of experienced professionals is dedicated to providing exceptional service, ensuring that your shipment arrives on time and in perfect condition

Step 6
Installation

Establish systems with accuracy and attention to detail. Our expert technical team is committed to tackling any challenges that may come up. Our experienced team will guarantee the full installation of the chamber at your location, adhering to the agreed-upon plan.

Step 7
Validation

This includes validating the chamber as specified. You will there during the chamber validation process. Following the testing, you will receive your reports. Personalized technical training will be provided to ensure optimal chamber usage for the best outcomes.

Step 8
Maintenance

Our comprehensive maintenance plans cover everything from routine inspections to emergency repairs, providing peace of mind and reliability. You can focus on your core operations, knowing that your Chamber is in expert hands

Build Your Own Chamber

Design the perfect EMC chamber tailored to your specific testing needs. Provide your details, such as name, email, phone number, industry type, compliance standards, DUT size, and testing requirements. Specify the application, including automotive, military & aerospace, telecom, or multimedia. Choose chamber types like radiated emissions or immunity testing, and select standards for full compliance, pre-compliance, or a combination chamber.

Build Your Own Chamber

Design the perfect EMC chamber tailored to your specific testing needs. Provide your details, such as name, email, phone number, industry type, compliance standards, DUT size, and testing requirements. Specify the application, including automotive, military & aerospace, telecom, or multimedia. Choose chamber types like radiated emissions or immunity testing, and select standards for full compliance, pre-compliance, or a combination chamber.

Build Your Own Chamber

Design the perfect EMC chamber tailored to your specific testing needs. Provide your details, such as name, email, phone number, industry type, compliance standards, DUT size, and testing requirements. Specify the application, including automotive, military & aerospace, telecom, or multimedia. Choose chamber types like radiated emissions or immunity testing, and select standards for full compliance, pre-compliance, or a combination chamber.

Step into the 1st Level with Confidence:

Your Journey to a Customized Chamber Begins Here.

 

Dynamic Chamber Selection Form

Validation& Verification

IEEE 299 / EN 50147-1

Shielding Effectiveness is the cornerstone of reliable EMC testing. It ensures that electromagnetic chambers provide a controlled, interference-free environment necessary for accurate and repeatable measurements.
By isolating test setups from external noise and preventing internal signal leakage, SE upholds the integrity of test results, supports compliance with industry standards, and enables the development of robust, interference-resilient technologies.
Tekiknow Chamber provides a Shield effectiveness of 100dB, with an extended performance reaching 120dB. This extended performance is typically utilized in high-performance applications and specific high-frequency requirements.

NSA

As part of validating such a test site, Normalized Site Attenuation (NSA) is used. NSA confirms that the test site is suitable for precise EMC testing within the frequency range of 30 MHz to 1 GHz and ensures that reflections or interference do not introduce significant measurement errors. NSA measurements compare the site’s performance to theoretical free-space conditions, with deviations required to remain within ±4 dB for a site to be considered valid for EMC testing.

SVSWR

EMI test sites used for radiated emission measurements in the frequency range of 1 GHz to 18 GHz require site validation to ensure compliance with performance standards. This validation is typically achieved through the measurement of Site Voltage Standing Wave Ratio (sVSWR), which quantifies the ratio of the maximum to the minimum received signal. These variations occur due to interference between the direct (intended) signal and reflected signals within the test environment.
There are two different approaches for demonstrating compliance with the acceptance criteria:
The sVSWR Method: This method follows the guidelines outlined in CISPR 16-1-4 and focuses on measuring the ratio of received signal variations caused by standing waves in the site.
The Time Domain sVSWR (TD sVSWR) Method: This approach, specified in ANSI C63.25, utilizes time-domain analysis to separate direct and reflected signals, enabling more precise characterization of the site’s performance.

NSIL

Chambers are now being validated for magnetic field emission testing in the frequency range of 9 kHz to 30 MHz, as outlined in the updated CISPR 16-1-4:2023 standard. This evaluation ensures these sites can provide accurate measurements for magnetic field emissions. The validation process is similar to classical Normalized Site Insertion Loss (NSIL) but focuses on the magnetic field instead of the electric field.

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“Tekiknow Technologies specializes in EMI/EMC and RF shielding solutions with a focus on innovation, quality, and sustainability. We deliver reliable, customized solutions tailored to your needs.”

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