Load-Pull Measurement Services

Maximize RF PA Efficiency and Linearity

Our RF Application team can offer load-pull measurement services on RF power amplifier transistors based on GaN or LDMOS technologies and other RF-ICs. Our load pull measurement setup enables full and precise characterization of such devices.

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About

Load-pull measurement Service

We understand that the accuracy of your load-pull measurements forms the foundation for the success of your RF project. That is why we use advanced Vector-Receiver Load Pull technology in our in-house RF laboratory. This enables our RF Application engineers to measure the actual impedances and wave currents at the DUT directly and in real-time, resulting in unparalleled insight into your Power Amplifier's performance, efficiency, and linearity.

Full Harmonic Characterization

We perform Harmonic Load-Pull measurements up to second harmonic, on both the source and load sides (0.6–18.0 GHz). This insight is crucial for optimizing power and efficiency.

Powerful Vector Analysis

Our Vector-Receiver method measures the a- and b-waves directly at the DUT reference plane. This is essential for the accurate determination of the DUT's performance.

CW and Pulsed RF Analysis

We support both Continuous Wave (CW) and Pulsed RF signals, with peak output powers up to 500 Watts in pulsed mode. This analysis allows us to monitor thermal effects and evaluate your transistors' performance under real-world conditions.

Dedicated for RF power amplifier

Our in-house test lab specializes in RF Power Amplifier (PA) characterization (GaN/LDMOS). With over 35 years of expertise in this field we can help you optimize your RF project.  

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Our in house measurement lab

Ready to validate your PA design?

Our in-house lab in Borne, the Netherlands, is equipped with high-quality Maury and Rohde & Schwarz instrumentation, managed by a team of more than 30 experienced IC designers.

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Capabilities

Our Load-Pull measurement system has the following capabilities:

  • Harmonic load-pull measurements at source and load (0.6-9.0 GHz)

  • Fundamental load-pull measurements at source and load (0.6-18.0 GHz)

  • S-parameter measurements (0.1-18 Ghz)

  • All measurements can be performed in Continuous Wave (CW) or with a pulsed RF signal

  • DUT maximum output power is 50 Watt in CW or 500 Watt for pulsed RF, Bias voltage is applied in DC

Instruments

Our Load-pull bench consists of the following instruments and components:

  • Two Maury harmonic tuners (0.6-18.0 GHz)

  • Two Maury low loss couplers (0.1-18.0 GHz)

  • Rohde & Schwarz vector network analyzer (26 GHz)

  • Keysight power supplies & Keithley multimeters

  • Dassault systems IVCAD software

  • Anteverta universal test fixture for leaded devices

  • Multiple custom test fixtures for SMT and leaded devices

Our Global Partners

Customer
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Our clients rely on Bruco Integrated Circuits for advanced RF and analog/mixed-signal IC design, from initial specification to qualified silicon. Explore feedback from partners who value our technical expertise and end-to-end solutions.

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35+

Years of experience in custom IC design

2M+

Delivered IC Solutions
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GaN HEMT Characterization: Custom Load-Pull Fixture Design

We designed a custom low-loss load-pull fixture to characterize Guerrilla RF’s GaN HEMTs, enabling precise impedance modeling for Doherty PA

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Multi-Stage GaN Doherty PA: Integrated RF Power Line-up

We engineered a complete RF power chain integrating a custom GaN Doherty PA, NXP LDMOS drivers, and pSemi phase control for optimized effici

FAQ

Maximize RF PA with our load pull measurement service

Explore Bruco IC's comprehensive load-pull measurement services up to the harmonics to optimize PAE, linearity, and intermodulation products.

Ask more information
What is the advantage of Vector-Receiver Load Pull compared to traditional mechanical load pull?
What types of Power Amplifiers and technologies can Bruco IC measure?
Do you also offer measurements in the mmWave band (> 30 GHz)?
How is the measurement data used in the rest of the ASIC design process?
Are you capable of performing Pulsed RF measurements for thermal management?
What are the total costs and lead time for a load-pull characterization project?
Contact

Ask for more info

Request the complete overview of our load-pull specifications via the form and discuss your project with one of our RF engineers.

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Let's connect

You can get in touch with us via our online web form, e-mail or phone.

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