Ultra-Wideband RF Power Amplifier——AVBR1060U50 & AVBR1060U53
2026-03-31
AmpliVisionS presents two high-performance solid-state broadband RF power amplifiers, AVBR1060U53 and AVBR1060U50, designed for 1–6 GHz ultra-wideband applications.
Intelligent High-Power Core
Both models feature the latest GaN high-power transistors with built-in monitoring, protection, and remote control (RS-232/422/485 and network interfaces). They deliver high reliability and impact resistance, with manual gain control (0–30 dB, customizable) and automatic level control (30–50 dBm). Low spurious emissions and controlled harmonics ensure clean and stable signals. Perfect for EMC testing, CW, or pulsed radar systems, they provide wideband, high-gain RF performance.
AVBR1060U50 — Compact & Flexible
- 100W output, 3U compact chassis
- Low power consumption and fast start-up, suitable for wide temperature ranges
- Supports 5G/LTE communication signal testing
- Versatile for radar, EMC, and communication signal applications with flexible deployment
AVBR1060U53 — High-Power Flagship
- 200W output, 5U chassis
- Superior gain flatness and VSWR tolerance
- Ideal for high-power pulsed/continuous-wave radar and large-scale EMC testing
- Designed for demanding RF applications with less concern for power consumption or installation space
Selection Guide
- Need compact, low-power, fast-start design, or 5G/LTE signal testing with flexible deployment → choose AVBR1060U50
- Need maximum power output, top RF performance, and strong load tolerance → choose AVBR1060U53
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RF POWER AMPLIFIER INTERFACES & CONNECTORS
In RF systems, connectors and interfaces are often small parts of the overall design, but they still deserve careful consideration.
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2026-08-13
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RF POWER AMPLIFIER INTERFACES & CONNECTORS
In RF systems, connectors and interfaces are often small parts of the overall design, but they still deserve careful consideration.
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50W Power Amplifier Module——AVBR1060H47
The AVBR1060H47 combines RF GaN technology with a Class AB broadband architecture, providing instantaneous ultra-broadband operation for wideband RF applications.
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Choosing the right RF amplifier class requires balancing linearity, efficiency, output power, bandwidth, and other system requirements—there is no one-size-fits-all solution.
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Understanding the difference between Small Signal Gain, Linear Gain, and Saturated Gain helps engineers evaluate amplifier performance with the right expectations—not just the highest number.
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For broadband RF systems, the right amplifier selection depends not only on output power, but also on signal quality, integration needs, and operating conditions.
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IMD, IP3 & OIP3 — Three RF Parameters That Are Often Confused
When an amplifier becomes less linear, it generates more IMD. Engineers use IP3 to estimate this linearity, while OIP3 expresses the same linearity at the amplifier output.
AmpliVisionS
Tell: +86(28)61892455
E-mail: info@amplivisions.com
Address: 611731, 555 Tianjiao Road, High-Tech (West) Zone, Chengdu City, P.R. China
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