Just go to http://soldersmoke.com. On that archive page, just click on the blue hyperlinks and your audio player should play that episode.
http://soldersmoke.com
Wonderful effort from Hans, just shows there's quite a bit of testing out amplifier theory in this challenge. Loved seeing the device under a clear perspex box, in case of 2N2222A spontaneous destruction.
"SolderSmoke -- Global Adventures in Wireless Electronics" is now available as an e-book for Amazon's Kindle.
Here's the site:
http://www.amazon.com/dp/B004V9FIVW
Bill's OTHER Book (Warning: Not About Radio)
Click on the image to learn more
Where are the readers of SolderSmoke Daily News?
Pete Juliano N6QW
Master Homebrewer
Dean Souleles KK4DAS
With beret and with a Michigan Mighty Mite in hand
Happy Easter!
-
Religious beliefs aside it is a great day for Chocolate lovers and a great
time for being with family. I have many fond memories of my four kids
especially...
Re: "....Because it's been awhile....."
-
*This is a sort of homage to the previous poster, modified to fit my new
situation*
Famous words from Frank, KB3AHE/SK....
And very applicable in *my* c...
Review of the new SG Lab 5.6 GHz Transverter...
-
*SG Laboratory* (SG Lab) is a small company in Bulgaria which makes a
number of microwave products including transverters for the 1.3 GHz (23cms)
and 2.3...
Rotary encoder in MicroPython
-
Sample code for rotary encoder handling that I've found seems to double
step with my encoder. I guess there's other that have half steps or
something. Anyh...
SolderSmoke Challenge Alternate Audio Stage
-
The audio amplifier in the SolderSmoke challenge DCR is relatively easy to
build - just three 2N3904 common emitter amplifier stages, and an audio
tra...
A Curious 9 MHz Crystal from Mouser Electronics
-
Just a quick post to share info about a good 9 MHz crystal sold by Mouser
Electronics.
I last purchased batches of crystals for xtal IF filters back in 2...
40m Pelican Case SSB Transceiver
-
See YouTube channels for details:
http://www.youtube.com/c/CharlieMorrisZL2CTM
*Test code for the LCD and Si5351*
#include
...
Hollow-State Design, 3rd Edition
-
Hollow-State Design, 3rd Edition is available from: Lulu Press:
tinyurl.com/hollowstatedesign3 eBay: search for “hollow-state design”
Electric Radio bookst...
I Finally Bought My Dream Airplane
-
Aviation has been a love of mine since I was a very little person. Living
in Nevada, seeing posters and ads for the Reno Air Races, specifically the
Texa...
Daylight Again – An all Analog Radio
-
What’s all this? In 10 seconds, A high performance, 7MHz, 5 watt SSB rig
Draws just 24 mA of current 90 dB dynamic range, 80 dB close-in dynamic
range 3D ...
Digi-chirp! Digital synthesis of ‘nostalgic’ CW
-
The bottom ends of 80, 40 and 20m are not what they used to be. For
starters, the busiest part is the digital segment where computers talk to
computers – l...
Modifications to the Dayton/FDIM-2019 Antuino
-
The Dayton Antuino has sub-optimal performance. This is a short note on
improving it to an 80 db range of measurements. The trouble with Antuino
2.0 (the o...
Raduino as NBFM TX
-
Here is a neat, 30 minute hack for your Raduino to turn the Si5351 into a
pretty stable, solid NBFM transmitter. The hack is to add a varactor diode
in ...
QRP Labs shop!
-
[image: Shop]
All QRP Labs kits may be ordered online securely at the shop, with PayPal
payment.
*Click here to visit the shop!*
*Click!*
*Shop! Order...
Really enjoyed this Hans, and learnt plenty from it too! Greater presentation. 73 de M3KXZ
ReplyDeleteWonderful effort from Hans, just shows there's quite a bit of testing out amplifier theory in this challenge. Loved seeing the device under a clear perspex box, in case of 2N2222A spontaneous destruction.
ReplyDeleteThis comment has been removed by the author.
ReplyDeleteAbove from Paul VK3HN.
Delete