SWR ANALYZER MFJ-266

MFJ HF/ VHF/ UHF Antenna Analyzer 1.5-185* MHz plus 300-490MHz Get all the basic RF-diagnostic functions you need and more with MFJ’ s new easy-to-use MFJ-266 digital analyzer! The MFJ-266 covers HF, VHF, plus UHF amateur and commercial frequencies with digital precision. It also displays SWR, Complex Impedance, and Impedance magnitude simultaneously -- all on the same easy-to-read LCD screen. Use it to measure Capacitance, Inductance, Field Strength, Frequency, plus generate test signals. You can also fine tune stubs, analyze coax, test baluns and RF transformers, and perform many other important RF-related tasks around the shack or on the road! When it comes to simplicity and convenience, MFJ-266 is a clear winner. Not only is it easy-to-use, but fits comfortably in one hand for on-the-fly measurements on the bench or in the field. Here' s the rundown of what this compact powerhouse can deliver: Frequency Coverage The MFJ-266 covers all bases -- from 160 Meters through 6 Meters, the FM broad- cast band, Airband, 2 Meters, 70 cm, plus VHF/ UHF commercial 2-way frequencies: Band A: 1.5 to 2.7 MHz Band B: 2.5 to 4.8 MHz Band C: 4.6 to 9.6 MHz Band D: 8.5 to 18.7 MHz Band E: 17.3 to 39 MHz Band F: 33.7 to 65 MHz ( gap* ) Band V: 85 to 185 MHz Band U: 300-490 MHz The velvet-smooth 10: 1 vernier drive and solid state varicap makes fine tuning a breeze, and a built-in dial lock prevents accidental detuning while making measurements. Switched backlighting makes LCD screen easy-to-read in any light. SWR, Impedance Magnitude, and Complex Impedance In SWR Mode, the MFJ-266 reads SWR 1: 1 to 9.9: 1, Impedance Magnitude 10-500 Ohms and Complex Impedance ( resistance and reactance) . Best of all, it displays all three parameters simultaneously and operating frequency with one quick glance. No other low-cost handheld analyzer offers this! ( Note: Z-mag and R+ jX not displayed on UHF) . Capacitance and Inductance Find values for unknown capacitance in pF or unknown inductance in uH quickly. Measurements are made at RF frequencies rather than at the low audio frequencies used by many handheld L/ C meters.