The Rohde & Schwarz BBA150 is a solid-state broadband amplifier engineered for research, development, production, and electromagnetic compatibility testing across multiple frequency bands. The modular architecture supports flexible multi-band operation within a single unit, delivering nominal output power from 15 W to 3000 W depending on frequency and model configuration. Built to withstand 100% output mismatch, the BBA150 maintains rated power up to 6:1 VSWR and survives RF short circuits or open conditions without damage.
Technical Specifications
RF Performance
• Frequency coverage: 4 kHz to 6 GHz across five switchable bands (A: 9 kHz–250 MHz; AB: 4 kHz–400 MHz; BC: 80 MHz–1 GHz; D: 0.69–3.2 GHz; E: 2.5–6 GHz)
• Output power: 15 W to 3000 W at 1 dB compression point; dual-band models rated 30 W/15 W, 60 W/15 W, 60 W/30 W, 60 W/60 W, 110 W/30 W, and 110 W/60 W
• Gain flatness: ±3.0 dB or better
• Input/output impedance: 50 Ω nominal
• Output mismatch tolerance: 100% with rated power delivery to 6:1 VSWR
• Modulation support: Amplitude, frequency, phase, pulse, and OFDM
• RF connectors: N female or 7/16 DIN female for input, forward output, and optional reflected output power
Electrical & Thermal
• DC blocking: ≤50 V DC
• Transient voltage category: II per IEC 60364-4-443
• Circuit protection: Automatic 20 A all-pole breaker
• Thermal shutdown: +50 °C ambient temperature
Physical & Cooling
• Form factor: 19″ rackmount, 4 HU; desktop operation supported
• Cooling: Air-cooled with lightweight aluminum-copper heat sink
– Key Features
• Full mismatch tolerance eliminates external load conditioning
• Multi-band switching for single-unit operation across 4 kHz to 6 GHz
• Sample ports for forward and reflected power monitoring (front or rear panel access)
– Typical Applications
EMC testing, RF research and development, production testing, and signal amplification across VLF through microwave frequencies.
– Compatibility & Integration
Local operation via front panel, remote control through web GUI over LAN, or automated control via Ethernet using SCPI commands.
