Used AMPLIFIER RESEARCH 10W1000M7 #9091872 for sale

AMPLIFIER RESEARCH 10W1000M7 is a high-power RF linear amplifier module specifically designed for use in a variety of frequency ranges up to 1000 MHz. This advanced amplifier module features exceptional low noise, high gain, and extreme ruggedness characteristics, making it ideal for many cost-effective applications. 10W1000M7 utilizes a compact, solid state design for maximum efficiency output, and is capable of delivering 10W of average power at 1 GHz and 0.1W of average power up to 1000 MHz. The amplifier module has a temperature range of -55°C to +85°C and can be used in a wide variety of applications, including wireless communications, portable broadcasting, and many others. This high performance amplifier benefits from integrated harmonic filters which allow for improved operation in a variety of application likely to involve strong adjacent channel and harmonic distortion rejection. This feature allows the amplifier to operate with levels of linearity suitable for most demanding applications such as multiple-in multiple-out architecture. This unit comes with a number of ports which include a BNC antenna port, a type-N power port, RF in and out ports, and a grounding port. The antenna port is used to connect an antenna to amplify the received or transmitted signal, while the power port is used to connect an appropriate power supply to enable the amplifier to operate. The RF ports are used to connect a transmitter/transceiver, receiver, or other RF devices to amplify the persistent signal. The ground port is used to ensure reliable grounding for the amplifier. This simplistic and cost-effective amplifier module is the ideal choice for any customer looking for a powerful amplifying solution for their application or system. AMPLIFIER RESEARCH 10W1000M7 provides excellent, reliable, and low-cost performance in a compact and easy to install module. It operates in temperatures from -55°C to +85°C and can be used for applications such as wireless communications, portable broadcasting, and much more.