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MAX2117
Complete, Direct-Conversion Tuner for MMDS Applications

Industry's Only ZIF Tuner for China MMDS Applications


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Description
The MAX2117 low-cost, direct-conversion tuner is intended for receiving MMDS transmissions in the 470MHz to 1000MHz band. The MAX2117 is designed to be used in consumer set-top boxes and is compatible with most DVB-S demodulators.

The MAX2117 directly converts the QPSK broadcast signals from the antenna to baseband using a broadband I/Q downconverter. The tuner provides differential I and Q outputs to the demodulator IC.

The device includes an LNA and an RF variable-gain amplifier, I and Q downconverting mixers, and baseband lowpass filters with programmable cutoff frequency control and digitally controlled baseband variable-gain amplifiers. Together, the RF and baseband variable-gain amplifiers provide more than 80dB of gain-control range. The IC is compatible with virtually all QPSK demodulators.

The MAX2117 includes fully monolithic VCOs, as well as a complete frequency synthesizer. Additionally, an on-chip crystal oscillator is provided along with a buffered output for driving additional tuners and demodulators. Synthesizer programming and device configuration are accomplished with a 2-wire serial interface. The IC features a VCO autoselect (VAS) function that automatically selects the proper VCO. For multituner applications, the device can be configured to have one of two 2-wire interface addresses. A low-power standby mode is available whereupon the signal path is shut down while leaving the reference oscillator, digital interface, and buffer circuits active, providing a method to reduce power in single and multituner applications.

The MAX2117 is the most advanced MMDS tuner available today. The low noise figure eliminates the need for an external LNA. A small number of passive components are needed to form a complete MMDS front-end solution. The tuner is available in a very small 28-pin thin QFN package.

NOTE: This product requires use of the following:

  • MAX2112/2117/2119/2120 Software

    Key Features   Applications/Uses
    • 470MHz to 1000MHz Frequency Range
    • Monolithic VCO: No Calibration Required
    • High Dynamic Range: -75dBm to 0dBm
    • 4MHz to 40MHz Integrated Variable BW LP Filters
    • Single +3.3V ±5% Supply
    • Low-Power Standby Mode
    • Address Pin for Multituner Applications
    • Differential I/Q Interface
    • I²C 2-Wire Serial Interface
    • Very Small 28-Pin Thin QFN Package

     
  • MMDS

    Application Notes
  • Application Note 4256: Extended Characterization for the MAX2112/MAX2120 Satellite Tuners - MAX2117

    Evaluation Kits
  • MAX2117EVKIT

    Design Guides
  • WIRELESS (PDF)

    Reliability Reports
  • Show FIT data for:
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    Software/Models
  • MAX2112/2117/2119/2120 Software

    Ordering Information
    Notes:

    1. Other options and links for purchasing parts are listed at: http://www.maxim-ic.com/sales.
    2. Didn't Find What You Need? Ask our applications engineers. Expert assistance in finding parts, usually within one business day.
    3. Part number suffixes: T or T&R = tape and reel; + = RoHS/lead-free; # = RoHS/lead-exempt. More: SeeFull Data Sheet or Part Naming Conventions.
    4. * Some packages have variations, listed on the drawing. "PkgCode/Variation" tells which variation the product uses. Note that "+", "#", "-" in the part number suffix describes RoHS status. Package drawings may show a different suffix character.


    Devices: 1-2 of 2

    MAX2117 Free
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    Package: TYPE PINS FOOTPRINT
      DRAWING CODE/VAR *
    Temp RoHS/Lead-Free?
    Materials Analysis
    MAX2117CTI+  
    THIN QFN;28 pin;26 mm²
    Dwg: 21-0140L (PDF)
    Use pkgcode/variation: T2855+3*
    0°C to +70°C RoHS/Lead-Free: Lead Free
    Materials Analysis
    MAX2117CTI+T  
    THIN QFN;28 pin;26 mm²
    Dwg: 21-0140L (PDF)
    Use pkgcode/variation: T2855+3*
    0°C to +70°C RoHS/Lead-Free: Lead Free
    Materials Analysis

    More Information
  • New Product Press Release 2008-03-07 

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    Document Ref.: 19-0986; Rev 1; 2008-06-19
    This page last modified: 2008-06-19




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