Content-class: urn:content-classes:message
MIME-Version: 1.0
Date: Wed, 3 Feb 2010 16:59:49 +0100
Message-ID: <38A51B74B884D74083D7950AD0DD85E82A1AD9@File-Server-HST.hst.e-technik.tu-darmstadt.de>
Thread-Topic: optic RX_1
Thread-Index: AcqkCNpGt+IduJZAR5CirjCxAM/NqQAXhQqsACAJ2pI=
References: <12077821.1264946261487.JavaMail.root@wamui-cynical.atl.sa.earthlink.net> <38A51B74B884D74083D7950AD0DD85E82A1ACF@File-Server-HST.hst.e-technik.tu-darmstadt.de> <4C25D51A6FE646D5B8D9D37C87EA6BBC@lindavideo> <02E3EF3F48994AB88A1489042CE7EA02@JimPC> <284438.50947.qm@web87001.mail.ird.yahoo.com> <38A51B74B884D74083D7950AD0DD85E82A1AD5@File-Server-HST.hst.e-technik.tu-darmstadt.de>
From: =?iso-8859-1?Q?Stefan_Sch=E4fer?= <schaefer@hst.tu-darmstadt.de>
To: <rsgb_lf_group@blacksheep.org>
Content-Type: multipart/mixed;
	boundary="----_=_NextPart_001_01CAA4E9.EA224045"
Subject: LF: optic RX_1
Sender: owner-rsgb_lf_group@blacksheep.org
Precedence: bulk
Reply-To: rsgb_lf_group@blacksheep.org


------_=_NextPart_001_01CAA4E9.EA224045
Content-Type: text/plain;
	charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable

Dear group,=20

In the picture in this mail i show the circuit of the simpelst way to tran=
sform the optic signal back to an alternating voltage that can be connecte=
d to the RX imput. It is the version with a phototransistor. This way is=
 working and a good start point for further (individual) experiments, e.g.=
 if noise really decreases significantly...

The potentiometer should be adjusted to a miximum signal on the s-meter,=
 depending to the input impedance of the cable (cable + RX). It can be rep=
laced later by a fixed resistor. The 100k resistor can be replaced by an=
 inductance and adjusted to maximum strenght and so on. First, the circuit=
 should be supplied by a battery and later by the power supply of the RX.=
 So it can be seen if there comes an additional noise by the supply. I hav=
e integrated this little circuit in my K2, to minimise the effort of cable=
s and housings. A simple switch can be used to change the input (optic /=
 coax). So one can compare both transmission paths...

Due to the snow the post has problems to reach my house and so i still do=
 not have the SFH250V (photodiode). But soon i will try it this way and wi=
ll see if noise even can be even decreased...

=20

73 es gl ;-)

Stefan/DK7FC

------_=_NextPart_001_01CAA4E9.EA224045
Content-Type: application/ms-tnef;
	name="winmail.dat"
Content-Transfer-Encoding: base64
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------_=_NextPart_001_01CAA4E9.EA224045--