HSMP-3862-TR1

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HSMP-3862-TR1 is a high power double-balanced Schottky-diode-barrier mixer. It is designed to operate over the frequency range of 12.4GHz to 18GHz. Its low insertion loss and excellent isolation over a wide band makes it ideal for a variety of RF applications.

The HSMP-3862-TR1 is constructed as a two diode symmetric mixer with a rectangular ground plane forming the center conductor and two Schottky diodes mounted on it. The package provides an input and output port for each diode. The device is constructed of a monolithic surface mount module (SMM) assembly containing all components, including flux-resistant filter ferrite beads.

When an RF input signal is applied at the input port of the HSMP-3862-TR1 diode, the signal is split into two signals by the diode’s diffraction effect. The signal then travels along the center conductor to the output port of the diode. At this point, the signal is converted from AC to DC. This DC signal then travels through the filter ferrite beads, where the signal is filtered and amplified. The processed signal is then output at the output port.

The HSMP-3862-TR1 is well suited for a variety of RF applications, such as cellular base stations, airborne navigation systems, automotive communications, microwave radio links, and radar systems. For example, it can be used as an active mixers, as an up/down converter, as a harmonic filtering stage, and as a noise figure source. It is ideal for high frequency applications such as cellular, wideband data communications, and satellite communication systems.

The HSMP-3862-TR1 has excellent RF characteristics over a wide range of frequencies. It has a low noise figure of 4.3 dB, a low insertion loss of 1.3 dB, a very low conversion loss of 4 dB, and a wide dynamic range of 40 dB. It also has an impressive isolation of 40 dB over a broad frequency range.

In summary, the HSMP-3862-TR1 is a high power double-balanced Schottky-diode-barrier mixer with excellent RF characteristics. Its low noise figure, low insertion loss, low conversion loss and wide dynamic range make it an ideal choice for a wide range of RF applications such as cellular base stations, airborne navigation systems, automotive communications, microwave radio links, and radar systems.

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