Plug this self-contained MFJ MultiReader into your shortwave receivers earphone jack. Then watch these mysterious signals turn into exciting text messages as they scroll across an easy to read LCD display. No computer, interface, special cables or other equipment is needed. Eavesdrop on the world!

The MFJ-462B is calibrated for optimum RTTY performance with a MARK tone of 2125 Hz and a SPACE tone of either 2295, 2550, 2975 Hz for shifts of 170, 425, and 850 Hz, respectively.

After ten or fifteen minutes of reading the goofy instructions, I actually copied CW signals on 20m. It did work, and it was fun for a non-CW guy. I have since used it off and on for a change in …

View and Download MFJ 462B MultiReader manual online. stand-alone radio multimode reader. 462B MultiReader media converter pdf manual download.

The MFJ-462B menu system consists of two front panel push-buttons labeled OPTION and SELECT along with the LCD display. Pressing the OPTION button changes the option being displayed on the LCD.

The MFJ-462B MultiReader™ is a stand-alone multimode reader. this self-contained device operates from audio coming from your shortwave receiver or transceiver. It will can decode and display Morse code, Baudot RTTY, ASCII and AMTOR FEC. The text messages will scroll across the LCD display.

Free Shipping - MFJ MFJ-462B with qualifying orders of $99. Shop Digital Mode Interfaces at DX Engineering.

All the MFJ-462B requires for proper operation is that you select the signal type that you wish to decode, the signal baud rate, along with tuning to the desired signal on your radio.

Plug this self-contained MFJ MultiReader into your shortwave receivers earphone jack. Then watch these mysterious signals turn into exciting text messages as they scroll across an easy to read LCD display. No computer, interface, special cables or other equipment is needed.

MFJ 462B is a multi-mode decoder designed to decode CW, RTTY, ASCII, and AMTOR FEC signals. It is an ideal companion for amateur radio enthusiasts who want to receive and decode digital and CW signals.