Digitally Tunable 20 MHz to 550 MHz Bandpass
AM3155 is a digitally tunable bandpass filter covering the 20 MHz to 550 MHz frequency range. It is packaged in a 13.5mm x 24mm QFN package or in an RF shielded module. The filter provides 32 selectable lowpass cutoff states and 32 selectable highpass cutoff states with 5 digital control bits each for a total of 1024 unique states. The AM3155 also offers on chip power and control line filtering to help reduce component count for maximum space savings.
AM3155 is an excellent front-end for a receiver providing both low insertion loss and valuable flexibility for tuning center frequency and bandwidth. Its small size, weight, and power consumption make it an attractive solution for demanding low SWaP applications.
Evaluation board includes SMA input and output connectors and SMA voltage input unless otherwise requested. AM3155 evaluation board also includes DIP switches for control of the filter settings. This switch is included with the evaluation board unless otherwise requested (100mil pitch header compatible). Evaluation board includes AM3155.
The AM3155 is also available as a RF-shielded module with dimensions 2.0″ x 2.5″ x 0.65″. With field-replaceable SMA connectors and power/control over USB, the AM3155-M is ideally suited for lab use, receiver protection, and a variety of EMI reduction applications. AM3155-M requires software control via a USB. With the module is included a graphical interface for control of the various states of the AM3155. The AM3155 module also includes a user manual showing how to operate the board using the provided GUI.
Note: Information on how to operate the AM3155-M without the GUI via sending commands over USB available upon request.
You may purchase the individual HPF or LPF from the AM3155 by viewing the AM3150 or the AM3151 product pages for more information.
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Purpose-Built MMIC Components
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Leverage the latest in solid-state GaAs technology with off-the-shelf, broadband MMIC devices that operate at high frequency to enable portable and low-power platforms.
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