Mini-circuits ZVE-3W-83+

The Mini-Circuits ZVE-3W-83+ is a high-power wideband RF amplifier delivering 30–40 dB gain across the 2000–8000 MHz band. Built for signal amplification in demanding transmission and communication systems, it provides +31.5 to +33 dBm output at 1 dB compression and +33.5 to +35 dBm at 3 dB compression. The amplifier operates from a 15 VDC supply with internal regulation across 13–18 VDC input, drawing a maximum of 1.5 A. Input and output VSWRs are 1.5:1 and 1.4:1 typical, respectively, with a noise figure of 5.8 dB and third-order intercept point of +42 dBm typical. Gain flatness remains within ±1.15 dB typical (±2.0 dB maximum) across the operating band.

– Technical Specifications

Frequency & Gain
• Frequency range: 2000–8000 MHz
• Gain: 30 dB (min) to 40 dB (max)
• Gain flatness: ±1.15 dB (typical), ±2.0 dB (max)

Power Output
• Output power at 1 dB compression: +31.5 dBm (typical) to +33 dBm (max)
• Output power at 3 dB compression: +33.5 dBm (typical) to +35 dBm (max)
• Output IP3: +42 dBm (typical)

Impedance & Noise
• Input VSWR: 1.5:1 (typical)
• Output VSWR: 1.4:1 (typical)
• Noise figure: 5.8 dB (typical)

Power Supply
• DC supply voltage: 15 VDC
• Supply current: 1.5 A (max)
• Internal voltage regulation: 13–18 VDC input range

– Key Features

• SMA connectors for RF I/O
• Coaxial form factor with integrated heatsink
• Maximum base-plate temperature: 85°C; external heat sink required (max 2°C/W thermal resistance)
• Operating temperature range: −40°C to +85°C (base plate)
• Storage temperature range: −55°C to +125°C
• Weight: 120 grams (without heatsink)
• RoHS and REACH compliant

– Typical Applications

• Satellite communications
• Line-of-sight transmitters
• Signal generators
• Spread-spectrum communications
• Radar systems
• Wireless networks

– Compatibility & Integration

The amplifier integrates into systems requiring SMA-based RF interconnects and standard 15 VDC supplies with ±3 VDC tolerance. Thermal management via external heatsink is mandatory for sustained operation near maximum ratings.