RF Microwave Calibration , Rezonans Calibration Laboratory provides RF calibration services. Accredited RF Power and Frequency measurements can be performed in the 0-18 GHz range. Services are also available in the 18 GHz – 26.5 GHz range, but outside of this scope.
Our company offers boutique services using top-of-the-line equipment that meets international standards.
The device groups for which we perform RF Microwave Calibration are listed below.
| Rf signal generator | RF Power meter |
| Frequency Counter | Function Generator |
| Power Splitter – Divider | Rf Antenna test |
| Spectrum Analyzer | Network Analyzer |
| Rf Power Amplifier | Rf site master |
| Attenuator | Communication Test Set |
| Signal Generator | Rf Level Generator |
| Rf Level Meter | Variable Attenuator (< 20 GHz) |
| RF Power meter and Sensor (< 26,5 GHz) | Fixed Attenuator (< 20 GHz) |
| Rf Oscillator | Rf power sensor (< 20 GHz) |
RF power, time, frequency, amplitude, Vswr, and voltage calibration parameters are measured. For RF power measurements, we can perform calibration measurements for power levels between -70 and +20 dBm (+43 dBm 20w) within the 0-18 GHz range and outside the 18-26.5 GHz range.
For frequency calibration, we use a Meinberg Network time server to maximize measurement accuracy. We can achieve measurements with an accuracy of 10⁻12.
For RF power measurements, our laboratory uses world-renowned attenuators to measure RF power of 100W and above. As a company, we offer high-end RF and microwave calibration services, difficult to find in Turkey, for your critical projects in the defense and aerospace industries, with our US-based (NAC-008-CL) ISO/IEC 17025 accreditation.
Pushing the Boundaries of Microwaves: Unlike standard laboratories, we provide services with the lowest uncertainty rates across a wide spectrum up to the 26.5 GHz frequency band.
High Power Expertise: With our 200W RF Attenuator and Amplifier infrastructure, we reliably and accurately measure the high output power of your radar and jammer systems.
Precise Timing: We meet your time and frequency synchronization (NTP/PTP) needs with Meinberg Time Network according to international standards.
International Audit Compliance: Thanks to our ILAC-MRA signature, we produce certificates that will be directly accepted in your export projects without the need for an additional approval process. RF Microwave Calibration
Our Key CMC Capabilities:
Frequency: 20 GHz and above, high-stability measurement.
RF Power: Pulse Modulation analysis power measurement.
Connection Quality: Use of “Phase Stable” cables such as Huber+Suhner and Pasternack, and Huber-Suhner and Amphenol connector adapter sets in all measurements.
As a company, we provide not only calibration certificates but also engineering data and design verification certificates.
We perform on-site measurements to speed up your processes.
Technical Verification and Performance Testing.
We do not keep the devices of our contracted companies waiting for a week; we provide results the same day.
Preparation: Preparing the device to be calibrated and the necessary reference standards. Ensuring the device is clean and in working order.
Connections: Connecting the device and reference standards correctly using appropriate cables and adapters.
Measurements: Reading the values of the device at specific points (frequency, power level, etc.) using the reference standards.
Comparison: Comparing the measured values with the reference values and identifying deviations.
Documentation: Preparing a calibration certificate that includes the calibration results, the reference standards used, the environmental conditions, and the uncertainty analysis.
In high-frequency engineering, maintaining signal integrity requires meticulous control over Voltage Standing Wave Ratio (VSWR) and amplitude deviations. When operating in the microwave spectrum, minor impedance mismatches between test ports and device connectors trigger unwanted signal reflections. These reflections attenuate the transmitted power and introduce measurement uncertainties. Our laboratory utilizes phase-stable test setups to isolate these variables, executing multi-point technical verification that quantifies insertion loss and return loss with extreme precision. By addressing these parameters, we ensure that your communication test sets and signal generators deliver repeatable performance under rigorous field conditions.
Modern electronic warfare altyapısı, components such as radar jammers, signal transceivers, and complex military antenna arrays require broad dynamic range testing to guarantee operational readiness. For high-output counter-unmanned aerial systems (C-UAS), even a fraction of a decibel (dB) variance in RF power amplification can compromise defensive envelopes. Our ISO/IEC 17025 accredited methodology focuses on verifying linear performance across wide power ranges, utilizing high-reputation attenuators to safe-test equipment operating at 100W and beyond. This meticulous data verification mitigates risk, ensuring electronic countermeasures function seamlessly against target frequencies without interfering with adjacent friendly communication bands.
Achieving a measurement accuracy threshold of 10⁻¹² demands an environment where thermal drift and phase noise are strictly controlled. Frequency oscillators, synthesizers, and primary counters are highly susceptible to environmental fluctuations, which directly manifest as timing jitter or spectral impurities. By anchoring our reference standards to a stratum-1 Meinberg time server infrastructure, we eliminate localized time-base errors. This creates a fully traceable calibration loop required for multi-channel synchronization, high-speed telemetry, and satellite communications, transforming raw engineering data into verified performance metrics that pass international aerospace audits.
In high-frequency electronics, RF microwave calibration is not just a maintenance routine; it is a strict requirement for system survival. When deploying advanced communication setups, precise RF microwave calibration ensures that signal drift, phase noise, and attenuation losses do not compromise data integrity. To learn more about our commitment to international standards, you can explore details About Us and see how we maintain peak measurement precision. Without regular validation from an accredited RF microwave calibration laboratory, test instruments suffer from cumulative hardware degradation. This specialized RF and microwave calibration process safeguards your infrastructure against costly operational blind spots and catastrophic field failures.
Achieving peak performance in electronic warfare, radar telemetry, and aerospace networks demands exact power and frequency metrics. Professional RF microwave calibration directly resolves impedance mismatches and Voltage Standing Wave Ratio (VSWR) issues that distort high-frequency transmissions. By utilizing phase-stable test loops, our comprehensive Our Services isolate variables such as insertion loss and return loss. This rigorous technical verification guarantees that your spectrum analyzers and signal generators maintain absolute linear accuracy across wide dynamic ranges. If your defense or aerospace project requires urgent validation, feel free to Contact Us directly for a custom engineering solution.
We are here to ensure your measurements are beyond reproach. Contact us today for accredited calibration solutions.
