RF Measurements

RF Measurements: Ensuring Performance, Accuracy, and Compliance

RF measurements assess the performance and characteristics of systems, components, and devices across a wide frequency range, evaluating parameters like power, frequency, phase, and distortion. These measurements, taken with tools like spectrum analyzers and VNAs, ensure system reliability, optimize performance, and comply with regulatory standards in applications such as telecommunications and radar.

1) Anechoic Chamber

This facility characterizes antennas from 0.8 GHz to 40.0 GHz, using a near-field planner scanner and far-field tower to measure radiation patterns. The software converts near-field data to 3D far-field patterns and supports antenna arrays, RCS measurements, and applications requiring an isolated environment.

2) Electromagnetic Interference

This facility is utilized to provide EMC/EMI pre-compliance testing of commercial product. Presently, the lab has the capability to perform testing as per European standards including Conduction Emissions (CE), Radiated Emissions (RE), Radiated Immunity (RI), Harmonic & Flicker, Electrostatic Discharge and Surge, Burst & Power Fail test.

3) Rapid Prototyping & PCB Fabrication Facility

This facility is utilized to provide EMC/EMI pre-compliance testing of commercial product. Presently, the lab has the capability to perform testing as per European standards including Conduction Emissions (CE), Radiated Emissions (RE), Radiated Immunity (RI), Harmonic & Flicker, Electrostatic Discharge and Surge, Burst & Power Fail test.

Why EMI and EMS Testing Matter?

EMC compliance is crucial for industries like telecommunications, automotive, medical, and industrial electronics, ensuring stable and interference-free device operation.

Regulatory Compliance

MC testing ensures that electronic devices meet international regulatory standards such as FCC (USA), CE (Europe), CISPR, and IEC.

Product Reliability

EMI and EMS testing help manufacturers identify and eliminate potential interference-related failures.

Interference-Free Operation

Excessive electromagnetic emissions can disrupt nearby electronic devices, leading to degraded performance or complete failure.

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