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Bias Tee Series

Bias Tee Series

The MBT-series of bias tees is based on Maury’s patented broadband capacitor (US Patent 9,614,267) which simultaneously enables the industry’s widest bandwidth, lowest insertion loss and lowest return loss in a coaxial bias tee up to 18 GHz. In addition, its unique design makes it ideal for pulsed applications, including pulsed IV and pulsed load pull characterization, without distorting the voltage and current waveforms allowing for cleaner pulses with minimal overshoots.

Specifications

Frequency Range

Insertion Loss

Max Voltage/Current

Max RF Rating CW

Max RF Peak Power

DC BW

0.3 GHz to 18 GHz

0.28 to 1.5 dB

100V/5A

50W/5A

250W/15A

10 MHz

 

Features & Benefits

  • High RF Power Handling
  • High Breakdown Voltage
  • High Current Handling
  • Low Insertion Loss
  • Excellent Return Loss
  • Pulsing Capable

Filters

Connector 1

Connector 2

Current (DC/RMS, A)

Current (pulsed, A)

Frequency Range (GHz)

Gender 1

Gender 2

Insertion Loss (dB)

Power (DC, W)

Return Loss (dB)

Name Connector 1Connector 2Current (DC/RMS, A)Current (pulsed, A)Frequency Range (GHz)Gender 1Gender 2Insertion Loss (dB)Power (DC, W)Return Loss (dB)
MBT18-7-1000 7mm7mm120.35-18FemaleFemale0.281022
MBT18-7-5000 7mm7mm5156-18FemaleFemale1.15015
MBT18-NFM-5000 Type NType N5156-18FemaleMale1.15015
MBT18-NMF-5000 Type NType N5156-18MaleFemale1.15015
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Related Resources

01

A Practical Guide to Load Pull Measurements

From fundamental concepts to advanced techniques, learn how load pull optimizes the performance of RF/microwave systems in this comprehensive eBook.

02

Mixed-Signal Instrumentation for Large-Signal Device Characterization and Modelling

This thesis concentrates on the development of advanced large-signal measurement and characterization tools that support transistor technology development, model extraction and validation, and design of PAs that address these new communication standards.

03

High-Speed Harmonic Active Load Pull at 5G FR1 Frequencies

This video provides an introduction to active load pull and the MT2000 mixed-signal active load pull system, demonstrating how to perform high-speed fundamental, second and third harmonic single-tone pulsed-CW active load pull at 3 GHz—taking hundreds of measurements in minutes. 

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