ZHL-100W-GANX+

Overview

The Mini-Circuits ZHL-100W-GANX+ is a high-power RF amplifier operating within the 20 to 500 MHz frequency range. It utilizes a Gallium Nitride (GaN) output stage, achieving typical power-added efficiency of 50%. The device provides a gain of 40 to 47 dB with flatness between ±1.5 and ±2.5 dB. It features a noise figure ranging from 7 to 12 dB and operates on a 50-ohm impedance system.

Feature Summary

• High power Galium Nitride (GaN) output stage for superior efficiency compared to GaAs or LDMOS technologies
• Wideband operation covering 20 to 500 MHz with consistent gain performance
• Robust design suitable for demanding RF environments

Applications

• Broadband RF signal amplification
• Test and measurement equipment
• Industrial RF heating applications

Procurement Notes

Verify the specific suffix designation (+) against official Mini-Circuits documentation to ensure compliance with current RoHS standards and material composition requirements. Confirm that the operating temperature range of -25 °C to 65 °C aligns with your system's thermal management capabilities. Ensure the 50-ohm interface matches your existing circuit architecture before procurement.

Selection Notes

Select this component when wideband coverage from 20 to 500 MHz is required alongside high power handling capabilities. The GaN technology offers improved efficiency over traditional GaAs or LDMOS alternatives. Consider the 40 to 47 dB gain range and the specific noise figure characteristics relative to your system sensitivity requirements. Verify that the physical package and thermal dissipation needs fit your enclosure constraints.

Part Context

This model belongs to the ZHL series from Mini-Circuits, which specializes in high-power amplifiers offering up to 100W maximum power output. The series is characterized by wide bandwidth and 50-ohm impedance compatibility. The GAN variant specifically leverages advanced semiconductor materials to enhance performance metrics such as efficiency and power density compared to earlier generation devices.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided source data.