ZVE-3W-83+

Overview

The ZVE-3W-83+ is a connectorized SMA high power linear amplifier from Mini-Circuits, operating within the 2000 MHz to 8000 MHz frequency range. It features a 50Ω impedance and delivers 3 watts of output power. The device provides high dynamic range performance suitable for broadband applications. The standard model utilizes case style BN1327, while the ZVE-3W-83X+ variant includes an integrated heatsink option. Electrical specifications are defined in the official Mini-Circuits datasheet ED-13284/1.

Feature Summary

• High power linear amplification with 3-watt output capability
• Wideband operation spanning 2 GHz to 8 GHz
• SMA connector interface for direct integration
• High dynamic range performance

Applications

• Broadband RF signal amplification
• Test and measurement equipment
• Military and aerospace radar systems
• Electronic warfare applications

Procurement Notes

Verify the specific part number suffix when ordering. The base model ZVE-3W-83+ does not include a heatsink, whereas the ZVE-3W-83X+ variant explicitly includes one. Confirm that the required thermal management aligns with the selected configuration before purchase. Ensure SMA connectors match system requirements.

Selection Notes

Select the ZVE-3W-83+ for applications requiring 3 watts of linear power across the 2-8 GHz spectrum. Choose the X+ suffix if active cooling or enhanced thermal dissipation via a heatsink is necessary for the specific enclosure environment. Verify input power limits, particularly noting derating requirements under no-load conditions as specified in the electrical characteristics.

Part Context

This component belongs to the Mini-Circuits ZVE series of high-power amplifiers. These units are designed for robust performance in demanding RF environments. The ZVE-3W-83+ specifically targets wideband needs where consistent gain and linearity are critical over a multi-octave bandwidth.

Replacement Considerations

The ZVE-3W-83X+ serves as a direct substitute variant differing only by the inclusion of a heatsink. No other cross-model replacements are confirmed in public documentation.