CQ Amateur Radio

First Look: Midnight Design Solutions Phaser Transceiver Anatomy of a Digital Mode Project

It all started innocently enough, really!

By way of introduction, I (K1SWL) am a die-hard home-brewer. Soon after becoming interested in FT8, I built a simple double-sideband (DSB) transceiver for the 80-meter band. It differed from the then-available crystal-controlled kits in its use of an Si5351 frequency source and Arduino-flavored ATMega328P controller. This was perhaps a bit of “overkill” for the application but with an eye toward frequency-agility down the road. It worked fine and I made a half-dozen contacts with it before setting it aside.

I had also completed a fairly involved homebrew project for the FT8 mode when I entertained the notion of a scheme of intermediate complexity. The available kit offerings featured a rock-bottom minimum parts count. As is

You’re reading a preview, subscribe to read more.

More from CQ Amateur Radio

CQ Amateur Radio8 min read
Qrp: Low-power Communications
Earlier this year, the Parks on the Air (POTA) program announced a new contest called the POTA Plaque Event. The Plaque Event is the program’s answer to those hams who have been asking for a contest-like event. In the past, the Plaque Event was part
CQ Amateur Radio1 min read
Looking Ahead in CQ
Here are some of the articles we’re working on for upcoming issues of CQ: • Results: 2023 CQ WPX CW Contest • US Medalists at 2023 World ARDF Championship • Rules: 2024 CQ DX Marathon; 2024 CQWW 160-Meter Contest • Sweepstakes Success Tips • A “Sherl
CQ Amateur Radio3 min read
Gordo’s Short Circuits
For those of us with the Kenwood TS-2000 HF/V/U transceiver, it’s a keeper, even though an oldie! Some use it just for HF, some for cross-band multimode satellite contacts, and many didn’t realize this classic rig has a built in TNC for digital modes

Related