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Thread: Gigaparts Sweepstakes

  1. #1

    Default Gigaparts Sweepstakes

    FT-950 Complete Station Package Sweepstakes



  2. #2

    Default

    **BONUS QUESTION**

    On the FT-2000, the torque of the Main Tuning Dial Knob may be adjusted by doing which of the following?

    Rotate the rear skirt of the knob to the right or left.
    Hold down the rear skirt of the knob, and rotate the knob itself to the right or left.
    Hold down the knob itself, and rotate the rear skirt of the knob to the right or left.
    Disassemble the radio and add shims behind the knob.


  3. #3

    Default

    **BONUS QUESTION**

    Answer the following question correctly to have your callsign submitted a second time!



    The FT-2000's Automatic Antenna Tuner may not be able to reduce an impedance mismatch greater than ____.

    3:1
    5:1
    8:1
    4:1

  4. #4

    Default

    **BONUS QUESTION**

    Answer the following question correctly to have your callsign submitted a second time!

    On the FT-2000, the "AUTO" selection of the Roofing Filter is based on the operating _____.

    mood
    mode
    band
    frequency

  5. #5

    Default

    The ATU in the FT-2000 is designed to match impedances within the range of _______________.

    1.65 Ohms to 15 Ohms
    165 Ohms to 1500 Ohms
    16.5 Ohms to 1500 Ohms
    16.5 Ohms to 150 Ohms

  6. #6

    Default

    The FT-2000 contains ________ special programmed limit memory pairs.

    1
    5
    9
    8

  7. #7

    Default

    The FT-2000 contains __________ QMB (Quick Memory Bank) memories.

    5
    55
    3
    8

  8. #8

    Default

    By default, the FT-2000's 99 regular memories are contained in one group; however, they can be arranged in up to _____ separate groups.

    8
    4
    2
    6

  9. #9

    Default

    What is the common 2-meter APRS frequency?

    144.20 MHz
    144.39 MHz
    145.02 MHz
    146.52 MHz

  10. #10

    Default

    How is antenna efficiency calculated?

    (radiation resistance / transmission resistance) X 100%
    (radiation resistance / total resistance) X 100%
    (total resistance / radiation resistance) X 100%
    (effective radiated power / transmitter output) X 100%

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