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RF Power Sensors
±0.5% Accuracy
Pulse/CW

The 7037 and 7039 Series deliver ±0.5% metrology-grade accuracy for precise RF power measurement in the most demanding semiconductor applications.

Supporting both Pulsed RF and CW signals, these sensors provide reliable RF data essential for RF generator calibration, process control, tool qualification, and consistent production performance.

Protect your calibration process—and your budget—with sensors built to grow with your fab.

Engineered for Precision

The Bird® 7037 and 7039 Series RF Power Sensors are purpose-built for engineers who demand traceable accuracy and repeatable results in semiconductor development and production environments.

With ±0.5% power measurement accuracy at calibrated frequencies, these sensors deliver lab-grade precision for both CW and pulsed RF signals, ensuring every calibration, qualification, and test meets the highest standards.

Whether you're tuning RF generators, verifying tool performance, or maintaining process stability, the 7027 and 7029 Series provides the RF data you need—reliably, repeatably, and with confidence.

Get Expert Help View Datasheet
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±0.5% Power Measurement Accuracy

Engineered for precision, the 7037 Series delivers ±0.5% accuracy for CW and pulsed signals at calibrated frequencies—giving engineers the confidence to qualify, verify, and monitor RF sources with traceable, repeatable results.

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Gated Time-Domain Measurements

With support for up to four independent gate sets, the 7037 and 7039 simplifies analysis of complex or multilevel pulse structures, enabling more detailed insight into signal behavior at the microsecond level.

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Pulse Width and Repetition Versatility

Capture pulse widths as short as 1 µs and repetition rates from 10 Hz to 100 kHz (sensor dependent). Ideal for evolving semiconductor applications that demand precise pulse characterization.

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Seamless Automation & Integration

Control and collect data with ease using a standard SCPI command set. Whether through the UI or an API, the 7037 and 7039 Series streamlines automated test and calibration workflows, improving consistency across the fab.

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NIST-Traceable Calibration

Each sensor is calibrated with full NIST traceability, ensuring measurement integrity and compliance for high-reliability applications in both R&D and production environments.

Comparing 7037 & 7039 Series
±0.5% Accuracy

xx = input connector type, yy = output connector type.

Need something more specific? Let’s build it together.
Contact Bird to discuss your application and request a sensor that fits your exact requirements.

Model Number
Frequency Range
Power Range
Connectors
Pulse Repetition Rate
Get Quote
7037-1-524001-xxyy Get Quote
400 kHz ±10%
25 W to 25 kW
QC
10 Hz to 11.25 kHz
7037-1-544301-xxyy Get Quote
2 MHz ±10%
10 W to 10 kW
QC
10 Hz to 50 kHz
7037-1-595701-xxyy Get Quote
13.56 MHz ±5%
100 W to 10 kW
QC
100 Hz to 100 kHz
7037-1-616101-xxyy Get Quote
40.68 MHz ±5%
75 W to 7.5 kW
QC
100 Hz to 100 kHz
7037-1-625801-xxyy Get Quote
60 MHz ±5%
60 W to 6 kW
QC
100 Hz to 100 kHz
7037-1-605801-xxyy Get Quote
27.12 MHz ±5%
60W to 6 kW
QC
100 Hz to 100 kHz
7039-1-775901-3030 Get Quote
27.12 MHz ±5%
100 W to 20 kW
1-5/8" EIA Flanged
100 Hz to 100 kHz
7039-1-717001-3030 Get Quote
40.68 MHz ±5%
100 W to 20 kW
1-5/8" EIA Flanged
100 Hz to 100 kHz
7039-1-625901-3030 Get Quote
60 MHz ±5%
100 W to 60 kW
1-5/8" EIA Flanged
100 Hz to 100 kHz
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What’s at Stake?

Inaccurate RF doesn’t just skew data—it compromises your entire process.

In semiconductor manufacturing, tight control over RF power is critical to achieving uniform results, maximizing yield, and maintaining tool-to-tool consistency. When your measurements drift or lack traceability, the risks multiply—miscalibrated generators, unstable processes, and wafers that don’t meet spec.

The Bird 7037 and 7039 Series delivers ±0.5% accuracy and NIST-traceable calibration, giving engineers the confidence to trust their measurements and keep production on track.

Because in high-precision environments, uncertainty isn’t just inconvenient—it’s costly.

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Precision RF Sensor FAQs

Have more questions? Get Expert Help>

What's the real difference between accuracy levels in my RF sensors?

How often should I calibrate my RF sensors?

Why is traceability important in RF power measurement?

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Outdated Sensors Are a Hidden Risk - Replace Yours with the 7037 or 7039

This is perfect for you if:

  • You need precise, reliable RF power readings to maintain tight process control

  • You're tired of second-guessing legacy sensors during calibration or maintenance

  • You want the confidence to catch issues early and protect your yield

Upgrade to the Bird 7037/39 now - because in semiconductor manufacturing, precision isn’t optional.

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Get a Quote for the ±0.5% Sensor 

Fill in the form, and we’ll send a quote within 1 business day.

Need a Recalibration?
We've Got You Covered.

Keeping your RF sensors accurate is simple with the Bird Service Center. Just use the link below - quick, simple, and handled by the experts who know your products the best. We'll get your sensor back in action fast, with the confidence you can count on.

In a hurry? Ask about our Expedited services.

 

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