MFJ MFJ-16010 Bedienungsanleitung

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MFJ-16010 Random Wire Antenna Tuner

Thank you for purchasing the MFJ-16010 Random Wire Antenna Tuner.

GENERAL INFORMATION

The MFJ-16010 is a variable L-network designed to match the low output

impedance of your transmitter to the high impedance of a random wire (or vice

versa). It will match almost any random length of wire to any transmitter from 160

thru 10 meters. The transmitter may have an output RF power up to 200 watts. For

best results, the random wire should be as long, high, and clear of surrounding

objects as possible. Do not ground the random wire antenna.

The connectors are labeled properly to match a transmitter to a higher

impedance. This is the normal connection.

To match impedances that are lower than your transmitter impedance (such as a

mobile whip), simply interchange the normal transmitter and antenna

connections to the MFJ-16010.

Remember the MFJ-16010 is designed to match a single random wire and not a

coaxial line, even though coaxial connectors are used for both antenna and

transmitter connections (these connectors make it easy to interchange antenna

and transmitter connections).

A standard banana plug will fit nicely into the center of the S0-239 coaxial

connector and can be used to connect the single random wire in lieu of a

coaxial plug (PL-239).

A standard coaxial cable having an impedance that matches your transmitter

output impedance, should be used to connect your transmitter to the

MFJ16010. Make sure the MFJ-16010 is well grounded to the transmitter.

If you are using the MFJ-16010 to match a vertical or mobile whip, the tuner needs

to be at the feed point of the antenna and not at the transmitter end of the

coaxial transmission line.

USING THE MFJ-16010

To match high impedances, the transmitter connector of the MFJ-16010 should

be connected to your transmitter or receiver and the random wire connected to

the antenna connector. The Inductance switch of the MFJ16010 presents a

minimum inductance when pointed straight up. Low inductance is for high

frequency operation and high inductance is for low frequency operation. The

capacitor is completely closed (maximum capacitance) when the control is

pointed straight to the left. When tuning up

your transmitter, it is best to use a SWR meter. Connect the MFJ-16010 as in

figure A.

Tune your transmitter for minimum SWR using the following procedure:

1. For each position of the Inductance switch, rotate the Capacitance control

for maximum noise.

2. Apply enough transmitter power to give adequate indication on your

SWR meter. Do not apply full power while tuning for minimum SWR.

3. Turn the Inductance control for a drop in SWR.

4. Adjust the Capacitance control for minimum SWR.

5. If minimum SWR is not achieved, increase or decrease the Inductance

control one position then adjust Capacitance until minimum SWR is

achieved. If arcing between capacitor plates occurs, increase or

decrease the Inductance control one position then adjust Capacitance

control for minimum SWR.

6. After minimum SWR is obtained, full power up to 200 watts output may be

applied to the MFJ-16010.

For receiving, repeat step 1 then adjust Capacitance control for maximum

nose or signal strength.