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The GAP Titan is a new antenna for me. I have not yet collected sufficient experiences with it. The sales documents seem very promising, but you'll find according reports here in the next weeks.  
 
The GAP Titan is a new antenna for me. I have not yet collected sufficient experiences with it. The sales documents seem very promising, but you'll find according reports here in the next weeks.  
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== Receiving DRM signals with the TS-930S ==
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Status: planned
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The TS-930S has a 100 KHz ZF which is meant to feed a band scope. This means it must be broad enough to provide a good capture for the 9 KHz broad DRM signal.
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I intend to construct a down converter to 12 KHz,in order to feed the NF signal into a soundcard and to decode it there.
  
 
== WLAN and Amateur Radio ==
 
== WLAN and Amateur Radio ==
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I intend to demonstrate that it is possible for a HAM operator to produce a usable DRM signal. See here: [[Digital Radio Mondiale]]
 
I intend to demonstrate that it is possible for a HAM operator to produce a usable DRM signal. See here: [[Digital Radio Mondiale]]
 
== Construction of a DRM-capable receiver ==
 
Status: planned
 
 
I intend to construct a little DRM receiver. Most probably, I'll pick the Elektor device. But there's nothing to report on this issue yet. See here: [[Digital Radio Mondiale]]
 

Version vom 11. November 2007, 18:26 Uhr

1 Building a Linux Ubuntu package of EchoLinux

Status: ready

I have created a Ubuntu / Debian package of the EchoLinux programs. See here: EchoLinux4Debian

2 Tests and operational report of a GAP Titan

Status: ongoing

The GAP Titan is a new antenna for me. I have not yet collected sufficient experiences with it. The sales documents seem very promising, but you'll find according reports here in the next weeks.

3 Receiving DRM signals with the TS-930S

Status: planned

The TS-930S has a 100 KHz ZF which is meant to feed a band scope. This means it must be broad enough to provide a good capture for the 9 KHz broad DRM signal. I intend to construct a down converter to 12 KHz,in order to feed the NF signal into a soundcard and to decode it there.

4 WLAN and Amateur Radio

Status: planned

I intend to do some rangeing experiments with 2.4 GHz, since some WLAN channels reside within amateur frequencies. See here: WLAN and Amateur Radio

5 Experimental Transmission of DRM signals

Status: planned

I intend to demonstrate that it is possible for a HAM operator to produce a usable DRM signal. See here: Digital Radio Mondiale