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Message-ID: <6651D2695E544D67B12A34A8183A52C2@JimPC>
From: "James Moritz" <james.moritz@btopenworld.com>
To: <rsgb_lf_group@blacksheep.org>
References: <003001c9d8c4$719e7710$6401a8c0@asus> <A86DF6F539EE4CD98CF0727513118FC8@JimPC> <001501c9d93c$7a2bb640$6401a8c0@asus>
In-Reply-To: <001501c9d93c$7a2bb640$6401a8c0@asus>
Date: Thu, 21 May 2009 00:02:49 +0100
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DomainKey-Status: good (testing) 
Subject: LF: Re: 518khz - Notch Filter.
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Dear Gary, LF group,

Since this kind of notch filter has other useful applications too, I had a 
go at designing something useable from available bits. I used an IF 
transformer from an ancient transistor radio as a parallel-tuned trap - see 
the attachment.The circuit is essentially an RF bridge - the1:1 transformer 
and preset resistor balance out the finite resistance of the trap at 
resonance. This is a similar principle to Alan's bridged-T circuit. With 
critical "safe-cracking" adjustments, rejection of 60dB can be achieved at a 
spot frequency, although the notch is very narrow. But >30dB can be achieved 
over a useful bandwidth. The 3n3 capacitors flatten out the passband near 
the cut off frequency and make the response a squarer shape on the LF side 
of the notch. The improved notch depth is traded off for higher insertion 
loss, but this is still fairly reasonable at around 4dB. The input/output 
impedances should be of the order of 50 ohms, but are not critical. You 
could make a better filter if the Q was higher - the IF transformer had Q 
around 90; an MW ferrite rod aerial can have a Q of 200 or so at this 
frequency.

The performance of my prototype with 50R source and load looked like this:

Loss in passband - 4dB
Response down by 3dB at 348kHz, 511.5kHz, 540kHz
Bandwidth of rejection notch at -20dB: 2.2kHz, -30dB: 700Hz, -40dB: 200Hz

Looking at G4WGT's grabber, that should be adequate to more or less 
eliminate the Navtex signal image. When I put it between my antenna and RX, 
it certainly reduced the louder Navtex signals from S9 down into the noise.

Cheers, Jim moritz
73 de M0BMU

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------=_NextPart_000_001F_01C9D9A7.7AD78400--