WVA-71863HP+

Overview

The WVA-71863HP+ is a medium power high gain amplifier from Mini-Circuits, operating in the E-band frequency range of 71 GHz to 86 GHz. It features WR12 waveguide interfaces for signal input and output. The device provides a typical gain of 39 dB with excellent flatness of ±1.5 dB. It delivers a typical saturated output power of +24.5 dBm. The unit requires a wide DC operating voltage ranging from +10 V to +15 V.

Feature Summary

• High gain performance with excellent flatness across the E-band
• WR12 waveguide interface configuration for efficient coupling
• Medium power output capability suitable for radar applications

Applications

• Radar testing systems
• Automotive radar development
• Wireless communication links

Procurement Notes

Verify the specific datasheet version when ordering, as Mini-Circuits may update specifications over time. Confirm that the WR12 waveguide interface matches your system requirements. Ensure the DC supply voltage falls within the +10 V to +15 V range specified for proper operation. Check for any recent changes in pinout or mechanical dimensions if replacing existing hardware.

Selection Notes

Select this component when high gain and flat response are critical in the 71-86 GHz range. The WR12 interface dictates the physical integration method, requiring compatible waveguide components. Consider the +24.5 dBm output power limit for system link budget calculations. The wide DC voltage tolerance offers flexibility in power supply design compared to narrower ranges.

Part Context

This amplifier belongs to Mini-Circuits' WVA series of medium power amplifiers designed for high-frequency applications. The series combines high-frequency operation with flat gain characteristics. The ZVA-71863HP+ variant exists as a coaxial alternative, offering similar electrical performance but with different interface types for varied integration needs.

Replacement Considerations

The ZVA-71863HP+ serves as a functional substitute with identical electrical parameters but utilizes coaxial interfaces instead of WR12 waveguides. Verify mechanical compatibility and interface transitions when swapping between these variants. No other direct substitutes are publicly confirmed for this specific model.