ZHL-100W-52-S+

Overview

The ZHL-100W-52-S+ is a high-power coaxial amplifier from the ZHL series, manufactured by Mini-Circuits. It operates within a frequency range of 50 MHz to 500 MHz and provides a typical gain of 52 dB. The device delivers up to 100 Watts of output power and features an excellent third-order intercept point (OIP3) of +58 dBm. It requires a supply voltage of 24 VDC with a current draw of 10.5 A. The unit utilizes SMA connectors and is housed in the BT1165 case style.

Feature Summary

• Class A amplifier design supporting continuous operation up to 100 Watts
• High linearity performance with +58 dBm typical OIP3
• Robust construction allowing tolerance for open or short circuit conditions without damage

Applications

• Wideband push-pull amplifiers
• VHF/UHF receivers and transmitters
• Broadband telecom infrastructure

Procurement Notes

Verify that the specific suffix 'S+' indicates the required connector type and compliance status as defined by Mini-Circuits documentation. Confirm that the 24 VDC power supply meets the 10.5 A current requirement for proper thermal management and performance. Ensure SMA interface compatibility with existing system cabling before integration.

Selection Notes

Select this component when high linear output power near 100 Watts is required across the 50-500 MHz band. The 52 dB gain suits applications needing significant signal boosting without excessive stages. Consider the substantial 10.5 A current draw and associated power supply needs during system design.

Part Context

This model belongs to the ZHL series of high-power amplifiers from Mini-Circuits. These units are designed for demanding RF environments requiring robust power handling and wide bandwidth. The ZHL series is commonly utilized in professional broadcast, military, and industrial communication systems where reliability and linearity are critical.

Replacement Considerations

The ZHL-100W-52X-S+ is a related variant within the same family. Verify if the X-series offers necessary adjustments in gain flatness or noise figure while maintaining similar power and frequency specifications.