Bi-directional RF amplifiers operate in L- & S-bands
Designed for sending and receiving radio signals, Pasternack has introduced a line of bi-directional amplifiers. They are designed for use in applications such as UAVs, unmanned ground vehicles, L and S band radar, military radio, commercial air traffic control, weather and earth observation, satellites and high gain driver power amplifiers.
The bi-directional RF amplifiers from Pasternack consist of two narrow band models that operate in L-band (1.35 to 1.39GHz) and S-band (2.4 to 2.5GHz). These designs utilise highly linear Class AB LDMOS semiconductor technology. A general purpose broadband model is also featured which covers 30MHz to 3GHz and uses Class A GaAs semiconductors. Typical gain levels for these amplifiers range from 20 to 23dB with ±0.5dB gain flatness. The key advantage of these designs is fast switching capability (1ms typical) between transmit and receive states where high output power is generated, while at the same time, the sensitive receiver section has a 2.5dB noise figure and sufficient RF gain levels to maintain a high data rate link.
These models are designed for use in both military and commercial applications and are capable of supporting any signal type and modulation format, including but not limited to 3-4G telecomms, WLAN, OFDM, DVB and CW/AM/FM. The company’s bi-directional amplifiers utilise the latest technologies and design methods that offer high power density, efficiency and linearity in small lightweight environmentally sealed packages with SMA connectors. These modules also feature a quick-connect circular locking connector for DC and control functions. All designs use a single voltage supply with voltage regulation.
Tim Galla, Product Manager, Active RF Components, Pasternack, commented: “Pasternack’s selection of in-stock bi-directional amplifiers exhibit fast transmit and receive switching capabilities, long transmission range and highly efficient operation which are critical for use in applications such as UAVs and cellular networks."