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Aw07a 1.5-490mhz Antenna Analyzer Hf/vhf/uhf Swr Antenna Tes

Este produto estĂĄ indisponĂ­vel no momento.

    Descrição

    The AW07A Antenna Analyzer is a compact, battery-powered RF impedance analyzer. It can test the VSWR status of an antenna, measure impedance and reactance components, and help you solve antenna problems.
    The unit consists of six basic parts: variable oscillator, frequency counter, independent oscillator, 50 ohm RF bridge detector, A-D converter, and microcontroller. This compact product is built to meet the needs of solid-state construction and field testing. The operating frequency range of the unit extends from HF to 490MHz. The unit operates from 1.5 to 71 MHz in six overlapping bands, including 110-185MHz, 300-490MHz SWR measurement.
    Note: There is no built-in battery, it needs to be powered by a power adapter (external power supply, lower than 12v, higher than 11v). Internal positive, external negative. Or you can disassemble the shell and install batteries for it.

    Function:
    Signal source
    Capacitance meter
    Inductance meter
    Display reactance value
    Display impedance value
    SWR value from 1.1 to 9.99
    RF strength meter
    High frequency counter
    Specifications:
    Band coverage:160m, 80m, 40m, 20/30m, 10/15m, 6m, 2m, 70cm
    RF output level:2Vpp
    SWR range:1-9.9
    Impedance range:10-500 ohms
    External power supply:DC 10.8-12V
    Battery:8xAA batteries (not included)
    Power consumption:Less than 150mA (HF band, B/F Off);Less than 165mA (VU band, B/L Off)
    Due to different batches, there may be differences in product appearance, color, and printed text, which will not affect the use.
    Colour:Black
    Material:Metal
    Size:155x100x55mm/6.1x3.9x2.2in

    Package Contents:
    1 * Antenna analyzer
    2 * Antenna connector adapter
    1 * Connection cable

    Only the above package content, other products are not included.
    Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.