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Following on from the BR-200 is the new BR-210 from Kuranishi. This professional class analyser measures resonance, VSWR and impedance. Improvements have been incorporated, and buttons are now used instead of slide switches, improving reliability, and SO-239 socket now at top of unit instead of on the side.
The BR-510A covers a frequency range of 1.8-170MHz and 300-500MHz and measures impedance (z) 1.8-170MHz. This antenna analyser compliments the other analysers in the range. Supplied with 50 Ohm dummy load reference for measuring filter performance etc.
The MFJ-207 has many uses. It can be used to find the resonant frequency of your antenna and gives you a direct readout of the antenna’s SWR. The frequency coverage is approximately from 1.75 to 30MHz in five bands and provides a very smooth reading of SWR at high frequencies. A phono connector is provided for an external frequency counter.
The MFJ-208 VHF SWR Analyser is a handy tool for measuring the resonant frequency of your antenna and the frequency at which the antenna has the lowest SWR. A phono connector is available for an external frequency counter as well as for a number of other uses.
The MFJ-209 Antenna Analyser is an easy to operate, versatile test instrument for analysing nearly any 50 ohm RF system. Covers all Amateur bands between 160m to 2m. For precise frequency measurement the station transceiver or small portable receiver may be used as a monitor.
The MFJ-217 6m SWR Analyser is a handy tool for measuring the resonant frequency of your antenna and the frequency at which the antenna has the lowest SWR. A phono connector is available for an external frequency counter as well as for a number of other uses.
The MFJ-218 2m SWR Analyser is a handy tool for measuring the resonant frequency of your antenna and the frequency at which the antenna has the lowest SWR. A phono connector is available for an external frequency counter as well as for a number of other uses.
You can use the MFJ-220A to adjust dipoles, verticals, yagis, quads and other antennas to determine their SWR, resonant frequency, and bandwidth. Test and tune stubs and coax lines, determine velocity factor, impedances and estimate losses of transmission lines. Also use as a signal source for testing and alignment.
You can use the MFJ-220B to adjust dipoles, verticals, yagis, quads and other antennas to determine their SWR, resonant frequency, and bandwidth. Test and tune stubs and coax lines, determine velocity factor, impedances and estimate losses of transmission lines. Also use as a signal source for testing and alignment.
You can use the MFJ-220C to adjust dipoles, verticals, yagis, quads and other antennas to determine their SWR, resonant frequency, and bandwidth. Test and tune stubs and coax lines, determine velocity factor, impedances and estimate losses of transmission lines. Also use as a signal source for testing and alignment.
You can use the MFJ-220D to adjust dipoles, verticals, yagis, quads and other antennas to determine their SWR, resonant frequency, and bandwidth. Test and tune stubs and coax lines, determine velocity factor, impedances and estimate losses of transmission lines. Also use as a signal source for testing and alignment.
You can use the MFJ-220E to adjust dipoles, verticals, yagis, quads and other antennas to determine their SWR, resonant frequency, and bandwidth. Test and tune stubs and coax lines, determine velocity factor, impedances and estimate losses of transmission lines. Also use as a signal source for testing and alignment.
You can use the MFJ-220F to adjust dipoles, verticals, yagis, quads and other antennas to determine their SWR, resonant frequency, and bandwidth. Test and tune stubs and coax lines, determine velocity factor, impedances and estimate losses of transmission lines. Also use as a signal source for testing and alignment.
You can use the MFJ-220G to adjust dipoles, verticals, yagis, quads and other antennas to determine their SWR, resonant frequency, and bandwidth. Test and tune stubs and coax lines, determine velocity factor, impedances and estimate losses of transmission lines. Also use as a signal source for testing and alignment.
This new analyser from MFJ allows you to check your deviation, audio quality and field strength in dBm. Using a Motorola FM receiver IC with logarithmic RSSI metering, it is able to provide a linear scale of 60dB for recording field strength. The full blown FM receiver has a centre deviation tuning point and directly records deviation as well as letting you monitor audio through a pair of headphones. Minimum recorded signal strength is 3uV. Finally, an oscilloscope output socket from the receiver lets you display audio from the incoming signal being monitored.
The MFJ-229 Digital Analyser is easy to use, just plug in your antenna coax, set the frequency and read SWR. Has easy to read LCD and logarithmic SWR bargraph. The tuning knob has a built-in 10:1 vernier reduction drive for extra smooth precision tuning.
This is very similar to the MFJ-259B but without the analogue meters. Ideal for quickly tuning any antenna between 1.8MHz and 170MHz, it provides indication of resonance, VSWR and frequency. Can also be used as a stand alone frequency counter.
The MFJ-259z antenna analyser is based on the B version but has been upgraded to run on Ni-MH batts. Included in the package is an AC PSU for charging the ten Ni-MH batts plus a loop for measuring traps and coils.
Now with easy access battery compartment with cover, only two screws to remove.
The MFJ-259B allows you to work right up with the antenna, whether it be on the roof, tower or suspended in the garden. It is really a signal generator, frequency counter, VSWR meter and impedance bridge rolled into one.
MFJ's latest Antenna Analyser with UHF frequency coverage. Based on the successful MFJ-259B it combines all of the features plus more. A very useful tool for the radio professional and amateur alike.
Instantly check and tune any antenna from 1.8 to 170MHz and 430-520MHz with this rugged easy-to-use complete antenna test lab!
No more lugging bulky, expensive test equipment to remote antenna sites and hard-to-get-places. You won’t believe its capability and versatility. This rugged handheld unit literally replaces a workbench full of expensive delicate test equipment.
It measures every antenna parameter: SWR, return loss, reflection coefficient, match efficiency, RF resistance, reactance, impedance and phase angle of antennas and antenna resonant frequency, bandwidth and Q. You can determine coax cable loss in dB, its velocity factor and its length in feet and electrical degrees.
The SWR-584B allows you to work right up with the antenna, whether it be on the roof, tower or suspended in the garden. It is really a signal generator, frequency counter, VSWR meter and impedance bridge rolled into one.
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