Mail Archive Search: <+subject:/^(?:^\s*(re|sv|fwd|fw)[\[\]\d]*[:>-]+\s*)*Topband\:\s+MFJ259B\s+QUERY\s*$/>

Results:

References: [ +subject:/^(?:^\s*(re|sv|fwd|fw)[\[\]\d]*[:>-]+\s*)*Topband\:\s+MFJ259B\s+QUERY\s*$/: 3 ]

Total 3 documents matching your query.

1. Topband: MFJ259B QUERY (score: 1): Author: "Mr. and Mrs. Magoo" <magoo@isp.ca>; Date: Sat, 29 May 2010 23:17:38 -0400; I'm cutting a couple of 1/4 wave sections on topband and, in tuning for X=0, I notice that this value exists over about 30+ khz. If I "fine tune" for R=1 and X=0 there is still a healthy bandwidth of; /archives//html/Topband/2010-05/msg00065.html (6,465 bytes)
2. Re: Topband: MFJ259B QUERY (score: 1): Author: Dan Zimmerman N3OX <n3ox@n3ox.net>; Date: Sun, 30 May 2010 11:59:31 -0400; That seems about right, for example, for RG-213 terminated in an open circuit. You can use VK1OD's transmission line calculator to investigate the predicted impedance of an open circuit stub. Select; /archives//html/Topband/2010-05/msg00066.html (7,854 bytes)
3. Re: Topband: MFJ259B QUERY (score: 1): Author: Guy Olinger K2AV <olinger@bellsouth.net>; Date: Sun, 30 May 2010 15:06:44 -0400; The MFJ can be a blunt instrument on certain tasks. I'm not sure that the 259 is a good instrument for measuring zero Z crossings. What I used to do before I got better stuff, was to sweep the freque; /archives//html/Topband/2010-05/msg00067.html (8,090 bytes)

Current List: 1 - 3
Page: [1]