SMP1331-003LF

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The SMP1331-003LF is a wideband RF amplifier designed for L-band applications along with RF amplification and phase detection. It can be used in a variety of applications such as a test stand, outdoor monitoring station, or an embedded tracking system. This device is a solid state device that works using Schottky diodes, inductors, and capacitors to amplify and phase detect the RF signals.

This logic-controlled RF amplifier combines state-of-the-art microwave abilities with the flexibility of logic-controlled options. The SMP1331-003LF offers up to 25 dB gain over a frequency range from 1100 to 2000 MHz. This wide-range capabilities and programmability make it ideal for applications with dynamic frequency and gain requirements. The small size and low-voltage capabilities, combined with an integrated closed-loop temperature compensation, also make it suitable for a variety of outdoor and embedded applications.

The SMP1331-003LF is powered by one supply, typically +5V. When the device is in operation, two forward bias currents flow through two Schottky diodes, resulting in the device being able to provide amplified signals without the need for external calibration. In addition, the device has a built-in phase detector, which provides an accurate measurement of phase and frequency of the incoming signal.

The SMP1331-003LF is a versatile RF amplifier with a wide range of applications. Its wide bandwidth, low-voltage, and temperature compensation capabilities make it suitable for a variety of embedded, outdoor, and test-stand applications. In addition, the device is capable of providing accurate measurement of phase and frequency of the incoming signal, making it an ideal device for use in tracking systems, communication systems, and other RF detection applications.

The SMP1331-003LF is a reliable RF amplifier that is capable of providing an effective and accurate signal performance with minimal power consumption. Its wide bandwidth, low-voltage, and temperature compensation capabilities make it ideal for a variety of embedded, outdoor, and test-stand applications. This device is a key component for applications with dynamic frequency and gain requirements, and its small size and inexpensive price make it an attractive solution for many applications.

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