Return-Path: Received: from post.thorcom.com (post.thorcom.com [195.171.43.25]) by mtain-mb02.r1000.mx.aol.com (Internet Inbound) with ESMTP id EC72338000099; Sat, 5 May 2012 17:51:53 -0400 (EDT) Received: from majordom by post.thorcom.com with local (Exim 4.14) id 1SQmsF-0007cH-4F for rs_out_1@blacksheep.org; Sat, 05 May 2012 22:50:43 +0100 Received: from [195.171.43.32] (helo=relay1.thorcom.net) by post.thorcom.com with esmtp (Exim 4.14) id 1SQmsB-0007c8-JP for rsgb_lf_group@blacksheep.org; Sat, 05 May 2012 22:50:39 +0100 Received: from imr-da03.mx.aol.com ([205.188.105.145]) by relay1.thorcom.net with esmtp (Exim 4.77) (envelope-from ) id 1SQms9-00075x-GX for rsgb_lf_group@blacksheep.org; Sat, 05 May 2012 22:50:38 +0100 Received: from mtaout-ma01.r1000.mx.aol.com (mtaout-ma01.r1000.mx.aol.com [172.29.41.1]) by imr-da03.mx.aol.com (8.14.1/8.14.1) with ESMTP id q45LoXNR030792 for ; Sat, 5 May 2012 17:50:33 -0400 Received: from White (nrbg-4dbe5838.pool.mediaWays.net [77.190.88.56]) by mtaout-ma01.r1000.mx.aol.com (MUA/Third Party Client Interface) with ESMTPA id A25D8E0000E2 for ; Sat, 5 May 2012 17:50:24 -0400 (EDT) Message-ID: <1B5243A8767941DDAFA2BE89A6626A30@White> From: "Markus Vester" To: Date: Sat, 5 May 2012 23:50:22 +0200 MIME-Version: 1.0 X-Priority: 3 X-MSMail-Priority: Normal Importance: Normal X-Mailer: Microsoft Windows Live Mail 12.0.1606 X-MimeOLE: Produced By Microsoft MimeOLE V12.0.1606 X-AOL-VSS-INFO: 5400.1158/80544 X-AOL-VSS-CODE: clean DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=mx.aol.com; s=20110426; t=1336254633; bh=KJYi66bj2OBNGx67tnxBKfCqigASwv87AKlOM3WdGGI=; h=From:To:Subject:Message-ID:Date:MIME-Version:Content-Type; b=CTgwRGdUsNGdiZUk4nV0+AI9nb3OgXAjKnTeHPyjfm52glEU+1BI7LazS1jxat9Ze 5U2nvG8NaW+LqrMKvbxsDIXOOrdxBGf33O0SliCq6Dd7wm2k90hEosV3pgdHkq8bns dZzsavtDe4M9Si/l8Ass50rPDMnhsuQnctSMb+NA= X-AOL-SCOLL-SCORE: 0:2:345326624:93952408 X-AOL-SCOLL-URL_COUNT: 0 Subject: LF: Indoor Transmit Loop Content-Type: multipart/mixed; boundary="----=_NextPart_000_000F_01CD2B19.D5E95D70" X-Spam-Checker-Version: SpamAssassin 2.63 (2004-01-11) on post.thorcom.com X-Spam-Level: X-Spam-Status: No, hits=0.1 required=5.0 tests=HTML_MESSAGE, MISSING_OUTLOOK_NAME autolearn=no version=2.63 X-SA-Exim-Scanned: Yes Sender: owner-rsgb_lf_group@blacksheep.org Precedence: bulk Reply-To: rsgb_lf_group@blacksheep.org X-Listname: rsgb_lf_group X-SA-Exim-Rcpt-To: rs_out_1@blacksheep.org X-SA-Exim-Scanned: No; SAEximRunCond expanded to false x-aol-global-disposition: G X-AOL-VSS-INFO: 5400.1158/80544 X-AOL-VSS-CODE: clean X-AOL-SCOLL-SCORE: 0:2:391601248:93952408 X-AOL-SCOLL-URL_COUNT: 0 X-AOL-SCOLL-AUTHENTICATION: mail_rly_antispam_dkim-d022.1 ; domain : mx.aol.com DKIM : fail x-aol-sid: 3039ac1d60164fa5a0f939ba X-AOL-IP: 195.171.43.25 X-AOL-SPF: domain : blacksheep.org SPF : none Dies ist eine mehrteilige Nachricht im MIME-Format. ------=_NextPart_000_000F_01CD2B19.D5E95D70 Content-Type: multipart/alternative; boundary="----=_NextPart_001_0010_01CD2B19.D5E95D70" ------=_NextPart_001_0010_01CD2B19.D5E95D70 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Today I have experimented with an indoor transmit loop for 136 kHz. First I attempted to measure the efficiency of a small test loop, 6 = turns and 66 cm diameter. It was made from a 12.1 meter piece of = 729-strand Decca litz wire (same that Stefan used for his famous loading = coil). Resonating with 23 nF styroflex gave a Q of 400, ie. 0.12 ohm = series resistance. Theoretical radiation resistance (above ground) would = be about 12 nanoohms, predicting an efficiency of about -70 dB. Then I = tuned to 138.83 kHz and measured -61.0 dBm available receive power from = DCF39. Assuming a fieldstrength of 3 mV/m here, an idealized lossless = loop or Marconi should deliver +8.2 dBm. Thus efficiency of the test = loop was -69.2 dB, in good agreement to theory. This shows that there is = little attenuation of magnetic fields in the walls and the roof, despite = the thin aluminium vapor barrier above me. To improve efficiency and power capability, I then dismantled the little = loop and reused the litz wire for a large single-turn loop. This is = about 3.5 m wide wall-to wall, 2.5 m high floor to ceiling, oriented = east-west for best signal towards Heidelberg. The loop was resonated = with 83.3nF, made of 10 pieces 33nF / 2kV FKP-1 capacitors, in 2s-5p = configuration. At 137 kHz, each capacitor is thermally limited to about = 6 A rms (30 A total). As expected, both the inductance and the Q factor = were lower (Q=3D72, 0.19 ohm loss). Presumably the extra 70 milliohms = were contributed by absorption in steel reinforcement in the floor and = walls. The radiation resistance of an 8.8 sqm loop should be about 0.23 = microohms, thus predicting 1.2 ppm (-59 dB) efficiency. Before the on air tests, I had calibrated the DK7FC grabber receiver = (180 km) using my normal LF Marconi, which has a known -30 dB = efficiency. A 136.17 kHz carrier from a signal generator (13 dBm, 20 = =B5W radiated power) produced a level of about -89 dB in Stefan's Eu = window. During the morning hours, noise was a low -105 dB in Heidelberg. The big loop was then matched to 50 ohms using 16:1 turns on a ferrite = ring (AL 4 uH). Fine tuning to 136.17 kHz was achieved by 0.44 uF in = series to one of the cap branches, and by slightly deforming the loop = geometry. Then I carefully applied power, expecting fireworks at any = moment, or all sorts of unwanted EMC effects due to the magnetic = nearfield. To my surprise, none of this happened. Going up to full 200 = watts silently produced 32 A in the loop, with no adverse effects on = electonics or radios in the vicinity. Only the small ferrite transformer = became hot after a short while. Recalculating core magnetisation (6V = rms, 0.5 cm^2) gave 0.2 tesla peak which is way too much. This was = easily mitigated by going to 32 turns primary and 2 turns secondary. For the on air-tests, I had inserted 100 kohm into the Marconi uplead to = eliminate possible coupling and reradiation. Despite the higher = afternoon QRN, signals from the loop were immediately received in = Heidelberg, at -78 dB and 16 dB SNR. Thus radiated power was about 0.25 = mW, and efficiency -59 dB, just as predicted. To double check, I = temporarily reconnected the Marconi and transmitted a dash with full = power. Due to slightly lower load impedance (40 ohms) the TX now = produced 250 W (ie. 0.25 W EMRP). As expected, the signal in Heidelberg = indeed went up by 30 dB. During the following hour, SNR was actually good enough to marginally = read a slow Hell transmission from the indoor antenna. More pics are at http://df6nm.bplaced.net/LF/Indoor_Loop/ . Well, so what is this good for? Transmit during a thunderstorm? Maybe = there's not much one can do with this kind of power, but the experiment = was certainly instructive, and good fun. Best 73, Markus (DF6NM) ------=_NextPart_001_0010_01CD2B19.D5E95D70 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable
Today I have experimented with an = indoor=20 transmit loop for 136 kHz.
 
First I attempted to measure the efficiency of a small test = loop, 6=20 turns and 66 cm diameter. It was made from a 12.1 meter piece of = 729-strand=20 Decca litz wire (same that Stefan used for his famous loading=20 coil). Resonating with 23 nF styroflex gave a Q of = 400, ie. 0.12=20 ohm series resistance. Theoretical radiation = resistance (above=20 ground) would be about 12 nanoohms, predicting an efficiency = of about=20 -70 dB. Then I tuned to 138.83 kHz and measured -61.0 dBm available = receive=20 power from DCF39. Assuming a fieldstrength of 3 mV/m here, an idealized = lossless=20 loop or Marconi should deliver +8.2 dBm. Thus efficiency of = the test=20 loop was -69.2 dB, in good agreement to theory. This shows that = there is=20 little attenuation of magnetic fields in the walls and the = roof,=20 despite the thin aluminium vapor barrier above = me.
 
To improve efficiency and power = capability,=20 I then dismantled the little loop and reused the litz = wire for=20 a large single-turn loop. This is about 3.5 m wide wall-to = wall, 2.5 m=20 high floor to ceiling, oriented east-west for=20 best signal towards Heidelberg. The loop was = resonated with=20 83.3nF, made of 10 pieces 33nF / 2kV FKP-1 capacitors, in 2s-5p=20 configuration. At 137 kHz, each capacitor is thermally limited = to about 6 A rms (30 A total). As=20 expected, both the inductance and the Q factor were = lower (Q=3D72, 0.19=20 ohm loss). Presumably the extra 70 milliohms were contributed = by=20 absorption in steel reinforcement in the floor and walls. The radiation resistance of an 8.8 sqm loop = should be=20 about 0.23 microohms, thus predicting 1.2 ppm (-59 dB)=20 efficiency.
 
Before the on air tests, I=20 had calibrated the DK7FC grabber receiver (180 km) using my = normal LF=20 Marconi, which has a known -30 dB efficiency. A 136.17 kHz=20 carrier from a signal generator (13 dBm, 20 =B5W radiated power) = produced a=20 level of about -89 dB in Stefan's Eu window. During the = morning hours,=20 noise was a low -105 dB in Heidelberg.
 
The big loop was then matched to 50 ohms using 16:1=20 turns on a ferrite ring (AL 4 uH). Fine tuning to 136.17 kHz was = achieved=20 by 0.44 uF in series to one of the cap branches, and by slightly = deforming the=20 loop geometry. Then I carefully applied power, expecting fireworks = at any=20 moment, or all sorts of unwanted EMC effects due to the magnetic = nearfield. To=20 my surprise, none of this happened. Going up to full 200 = watts silently=20 produced 32 A in the loop, with no adverse effects on electonics or = radios=20 in the vicinity. Only the small = ferrite=20 transformer became hot after a short while. Recalculating core=20 magnetisation (6V rms, 0.5 cm^2) gave 0.2 tesla peak=20 which is way too much. This was easily mitigated by going to = 32 turns=20 primary and 2 turns secondary.
 
For the on air-tests, I had = inserted 100=20 kohm into the Marconi uplead to eliminate possible coupling and = reradiation.=20 Despite the higher afternoon QRN, signals from the loop were immediately = received in Heidelberg, at -78 dB and 16 dB SNR. Thus radiated=20 power was about 0.25 mW, and efficiency -59 dB, just = as predicted. To double check, I temporarily reconnected the Marconi and = transmitted a=20 dash with full power. Due to slightly lower load impedance (40 = ohms) the TX=20 now produced 250 W (ie. 0.25 W EMRP). As expected, the signal = in=20 Heidelberg indeed went up by 30 dB.
 
During the following hour, SNR = was actually=20 good enough to marginally read a slow Hell transmission from the indoor = antenna.=20 More pics are at
http://df6nm.bplaced.ne= t/LF/Indoor_Loop/ .
 
Well, so what is this good for? = Transmit during a=20 thunderstorm? Maybe there's not much one can do with this kind of = power,=20 but the experiment was certainly instructive, and good=20 fun.
 
Best 73,
Markus (DF6NM)
 
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