Macloggerdx 5 57 – Auto Dx Radio Tuner

• Macloggerdx 5 57 – Auto Dx Radio Tuner Amplifier
• Macloggerdx 5 57 – Auto Dx Radio Tuner Tuning

The multi band HF loop antenna, a good performer on 80 and 40-10 meters. This excellent article covers all aspects of designing a resonant loop antenna, examining gain and radiation patterns, and describing practical notes on how to build this antenna.

Vertical Antennas Projects category is a curation of 185 web resources on, Phased vertical antennas, Groundplane antenna, Ground System on a 160M vertical. Resources listed under Vertical Antennas category belongs to Antennas main collection, and get reviewed and rated by amateur radio operators. SunSDR2 QRP 5 watt SDR transceiver will impress you! This small HF and 6 meter transceiver uses DUC/DDC technology to produce top range performance. Direct signal sampling provides clear RX audio and puts a clean signal on the air. Explore the future of ham radio, the SunSDR2 QRP is the perfect way to get started with SDR, Software Defined Radio!

A multi band inverted delta loop antenna project that can be used from 40 to 10 meters band with full details and analysis of antenna performances on each band, document includes EZNec reports and setup pictures

The FT-450D comes - complete with an Automatic Antenna Tuner - is a compact 9'W x 3.3'H x 8.5'D (w/o knobs) weighing only 8.8 pounds. This lightweight package is designed to be used as a desktop radio at home or in portable applications. The FT-450D can also be used mobile with the MMB-90 convenient mobile bracket accessory. Exports ADIF, KML, Imports ADIF and MacLoggerDX v3.5+ Logs. Export/Import XML ADIF 3.0. Export Cabrillo files with Cab-Converter. 2D, 3D & Web Map Full Screen Mode. 2D and 3D display of DX Cluster Propagation by Band. NCDXF/IARU Beacon tracking. DX Alarms including Band Openings. DX/Contest mode data entry. Mode mapping and user band plans. MacLoggerDX supports close to a hundred radios, automatically tuning to the spots you are interested in, swinging your beam around. Alerting you to rare contacts or Band Openings and looking up, displaying on 2D, 3D and Satellite Maps and logging your contacts to a super fast sql database.

• W5GI Mystery Antenna
  W5GI Mystery Antenna is a multi-band wire antenna that performs exceptionally well even though it confounds antenna modeling software.This antenna covers 80 to 6 meters with low feed point impedance and will work with most radios, with or without an antenna tuner. It is approximately 100 feet long, can handle the legal limit, and is easy and inexpensive to build. It is similar to a G5RV but a much better performer especially on 20 meters.
• Trapped dipole for 40-80-160 meters
  Build a space efficient trapped dipole antenna for 40-80-160 meter bands using RG-58 and PVC pipe by W8NX
• Multiband delta loop by DL2HCB
  A 10-20 meters coverage delta loop antenna by DL2HCB
• G5RV Antenna
  The G5RV antenna, with its special feeder arrangement, is a multiband centre-fed antenna capable of very efficient operation on all hf bands from 3.5 to 28 MHz
• HF portable antenna - 40 to 6 meters
  Homemade 40 through 6 meter HF portable multiband antenna, an aluminium antenna construction article, with plan, drawings and photos
• VK5AH -HF 4 Bander dipole
  A multiband 80-40-20-15 meters dipole wire antenna that can be extended to cover 160 meters too.
• The FD4 (FD3) Windom Antenna
  The 4-band Fritzel model FD4 is a special version of a Windom antenna. It is a half-wave long on the lowest frequency, and is fed from a coax cable through a transformer inserted in the wire at one-third from one end
• Stealth Multiband Vertical
  A vertical antenna for 40 and 80 meters band, using a telescoping fiberglass fishing pole.
• 6-Band Windom antenna
  Theory and construction of a novel trapless center-loaded off-center-fed (cl-ocf) dipole or windom antenna for the 80, 40, 30, 20, 15 and 10m hf amateur radio bands
• KQ6XA Antennas and towers
  Interesting antennas pojects such as Broadband/Multiband Dipole and Tower radiating antennas for 80m and 160m, HF antenna for the micro-light backpacking enthusiast
• Picture of a multiband dipole
  Pictures of a multiband dipole, build with simple PVC T and standard electrical wire
• Spiderbeam antennas
  High Performance Lightweight Antennas. The spider beam is a full size lightweight tribander yagi for 20/15/10m, made from fiberglass and wire.It has been specially developed as a highly efficient antenna for dx-pedition and portable use.
• Rotatable Dipoles
  Portable, and shortened with loading coils rotatable dipoles for 6 meters, 20 meters and multibands.
• Boomless quad antenna
  VU2GX Girimajij article on boomless quad antennas
• Multiband dipole comparison
  A comparison of different multi-band dipole techniques
• The Lattin 5 Band antenna
  The antenna was named for W4JRW who invented it and holds a patent on the basic principle and uses quarter wave stubs, 80, 40, 20, 15 and 10 meter bands
• Multi-Band Super Mini Loop Antenna
  How to make the Super antenna.To build this antenna you need a lot that is at least 100 feet across.Antenna covers all bands 80-10 meters + 30, 17, 12 meter WARC BandsThis antenna works as a Full Wave Loop on 80 Meters and also works as a 2 wavelength open loop or Bi-Square on the 40 Meter band
• Vertical antenna for 20-15-10 m
  This is a vertical multiband antenna made up of several aerial elements lambda/4 length, feeded with just a coaxial cable in French.
• PAC-12 Antenna - mobile multiband
  Here's an award-winning, easy-to-homebrew, multi-band portable vertical antenna designed by long-time antenna aficionado James Bennett, KA5DVS. He documented the design and construction plans for a portable antenna that can be built with relatively ordinary components
• Homebrew a W3DZZ antenna
  Build your own multiband W3DZZ antenna resonating on 80 40 20 15 and 10 meters band
• All Band Dipole
  Antenna suitable for all the HF amateur bands, including the so called WARC bands by vk6ysf
• No tuner HF bands Center-Fed Antenna
  HF Horizontal Center-Fed Antenna From W5DXP
• Reflected W Beam
  Hexagonal Wire Beams for 40-10m from DL7IO,different mono/multiband designs with building descriptions and model files for EZNEC
• J-Pole antennas for 2m-40m
  A multiband jpole antenna
• 2-Element-DK7ZB-Quad for 5 Bands
  10-12-15-17-20m A description was in the German Ham-Magazine 'Funkamateur' in Issue 11/2003
• Coaxial Traps for multiband antennas
  A new perspective on the analysis anddesign of this popular antenna element. By Karl-Otto Muller, DG1MFT
• An effective 3 band Wire DX aerial
  A 3 band dipole for 10 15 and 20 meters band, easy to build, and that can be easily setup in any occasion, inclunding field days or portable operations
• 40-10 Delta Loop Antenna
  A multi band inverted delta loop antenna project that can be used from 40 to 10 meters band with full details and analysis of antenna performances on each band, document includes EZNec reports and setup pictures
• 1.8 to 21 Mhz Magnetic Loop antenna
  Magnetic loops are a compromise antenna and performance will be down on a full size-wire antenna particurlarly on lower HF Bands. This article compare this magnetic loop with a full-sized wire antenna on 80 meters by VK3YE

• 1.8 to 21 Mhz Magnetic Loop antenna- Magnetic loops are a compromise antenna and performance will be down on a full size-wire antenna particurlarly on lower HF Bands. This article compare this magnetic loop with a full-sized wire antenna on 80 meters by VK3YE
• 10-80 meters Mobile HF antenna- This is a combination center and top loaded multiband antenna by Mark D. Lowell, N1LO PDF File
  [ Hits: 10855 | Votes: 5 | Rating: 2.4 ]
• 160m to 10m Sterba Curtain Antenna- Even if using a tuner this multiband antenna will let you operate from 160 to 10 meters. If you could only put up one antenna, this would be it. Project by N0KHQ.
• 2-Element-DK7ZB-Quad for 5 Bands- 10-12-15-17-20m A description was in the German Ham-Magazine 'Funkamateur' in Issue 11/2003
  [ Hits: 14560 | Votes: 14 | Rating: 5.79 ]
• 40-10 Delta Loop Antenna^updated- A multi band inverted delta loop antenna project that can be used from 40 to 10 meters band with full details and analysis of antenna performances on each band, document includes EZNec reports and setup pictures
• 5 Band Cubical Quad- EI7BA multiband cubical quad
  [ Hits: 6647 | Votes: 8 | Rating: 7.13 ]
• 5 Band Telescopic Vertical Antenna- 5 Band 1/4 wave Telescopic Antenna. The 20m to 10m, antenna is simple and cheap to make, and has a performance that matches commercial antennas but at cost considerably lower. The design was purposely based on a telescoping fibre glass fishing rod as this allows it to be easily stowed away in the car.
• 6 Band Inverted L Antenna MK3- A multiband inverted L antenna
  [ Hits: 3202 | Votes: 4 | Rating: 3.75 ]
• 6 Band Wire Antenna- This antenna article is geared towards new Hams and antenna builders looking for a very inexpensive 6 band antenna that can be efficiently fed with 50 ohm coax without a tuner by N4JTE
• 6-Band Windom antenna^pop- Theory and construction of a novel trapless center-loaded off-center-fed (cl-ocf) dipole or windom antenna for the 80, 40, 30, 20, 15 and 10m hf amateur radio bands
  [ Hits: 49240 | Votes: 39 | Rating: 6.9 ]
• 80-10 m multiband wire antenna- G8OFZ multi-band antenna for 80-10m, this antenna appears to be a derivative of the Doublet and the Classic G5RV
• A Magnetic Loop antenna for 7-21 mhz- If you find external wire antennas obtrusive for amateur radio or short wave listening, then this is the antenna for you, is just 1 meter diameter
  [ Hits: 3721 | Votes: 2 | Rating: 5.5 ]
• A Multi-band HF loop antenna^updated- The multi band HF loop antenna, a good performer on 80 and 40-10 meters. This excellent article covers all aspects of designing a resonant loop antenna, examining gain and radiation patterns, and describing practical notes on how to build this antenna.
• A Stealthy HF Coat Hanger Antenna- A multiband stealth antenna. Tuner is required.The antenna is made from a $15, 500 ft roll of black #14 insulated stranded wire, about 120 small black wire ties, and maybe 30 or so large black wire ties.
  [ Hits: 7158 | Votes: 5 | Rating: 9.4 ]
• All Band Dipole- Antenna suitable for all the HF amateur bands, including the so called WARC bands by vk6ysf
• All Band HF Doublet- All Band HF Doublet for operation over all HF bands including 160m.
  [ Hits: 1893 | Votes: 2 | Rating: 7.5 ]
• An effective 3 band Wire DX aerial- A 3 band dipole for 10 15 and 20 meters band, easy to build, and that can be easily setup in any occasion, inclunding field days or portable operations
• An Improved Multiband Trap Dipole Antenna- This improved multiband trap dipole introduces a new trap design and a change in trap location. The antenna features double-coaxial-cable-wound traps having lower reactance and a higher quality factor (Q) than earlier coax-cable traps by W8NX
  [ Hits: 8535 | Votes: 5 | Rating: 6 ]
• Another vertical antenna for 30, 40 and 80 meters- This article is to describe a multi band DX-dedicated antenna offering a minimum of compromises (such as lossy traps), for the hams not having any high-support
• Backyard Multi-Band Wire HF Antennas- My Top Five Backyard Multi-Band Wire HF Antennas. A selection of the top 5 HF wire antennas for the backyard and for multi-band operation
  [ Hits: 311 | Votes: 3 | Rating: 8 ]
• Boomless quad antenna^pop- VU2GX Girimajij article on boomless quad antennas
• Broadband Dipole 2MHz o 30MHz with no ATU- A broadband travelling wave dipole for HF bands, whose VSWR is less than 2:1 from 3 to 15 MHz and does not exceed 2.6 to 1 from 2.3 to at least 30 MHz
  [ Hits: 3218 | Votes: 2 | Rating: 6 ]
• Building the G3TXQ Hex Beam- This site provides guidelines to build a G3TXQ broad band hex beam R.F. antenna for the five amateur radio bands, 20, 17, 15, 12 and 10meters. The G3TXQ broad band hex beam is a new development and actually easier to build than the classic hexbeam by K4KIO
• Center-Loaded Off-Center-Fed Dipole - 6 band- Multiband Center-Loaded Off-Center-Fed Dipole (CL-OCFD) antenna that work on 80m 40m 30m 20m 15m 10m
  [ Hits: 7744 | Votes: 6 | Rating: 6.83 ]
• Classic Multiband Dipole- The Classic Multiband Dipole Antenna QST article. The open-wire feed line dipole antenna is easy to install and offers surprising performance on several bands. You can install it in almost any configuration; it does not have to be strung in the traditional horizontal flat top
• Coaxial Traps for multiband antennas- A new perspective on the analysis anddesign of this popular antenna element. By Karl-Otto Muller, DG1MFT
  [ Hits: 14139 | Votes: 8 | Rating: 5 ]
• CobWebb multiband folded dipole- The cobwebb antenna it is basically a 5 band antenna comprising of 5 full half wave dipoles for each band - between 10 meters and 20 meters, the antenna is also resonant on 6M and can be modeled even for VHF frequencies.
• Compact Multi-band Field Day Antenna- A Compact size 80-10 m field day antenna offering a Low angle of radiation and very easy to build and set up
  [ Hits: 2664 | Votes: 6 | Rating: 8.17 ]
• CQ amateur radio - W5GI Mystery antenna- Review of the W5GI Multiband Mystery Antenna by July 2003 Issue of CQ Amateur Radio
• DG0KW Multiband dipole- German article on the multiband dipole by DG0KW. This antenna can be configured for several bands and can work in 3 or 4 bands mode. Can be used in restricted space lots.
  [ Hits: 2735 | Votes: 7 | Rating: 4.71 ]
• Doublet Antenna for 80-10m- Doublet multiband antenna for 80 to 10 meters band by
• Easy wire antenna for 40-20-10 meters- PE3HMP project of a triband wire antenna for 40 20 10 meters band, made using home made coils
  [ Hits: 11042 | Votes: 6 | Rating: 5.17 ]
• EC2APU multiband wire antenna- Wire antenna for 10-15-20-40-80 meters band, with many drawings and description in spanish
• End-fed Inverted V for 17-20-30-40 Meters- Four band lightweight antenna, that rolls up into an small Grundig antenna case by N0LX
  [ Hits: 7694 | Votes: 5 | Rating: 8.2 ]
• Errante's 225 Ohm multiband HF antenna- Unlocking the full multiband potential of the 225 Ohm elementary radiator in a folded monopole, dipole-like or turnstile layout, by Francesco Errante
• Four Band Antenna- This 4 band up and outer antenna covers 21 to 10 Mhz and can work on 28 Mhz as well by W9SCH
  [ Hits: 2273 | Votes: 2 | Rating: 6.5 ]
• G3EJS portable antenna for the IC-703- A portable antenna for 40 20 15 10 and 6 meters operations to be used and tuned with the Icom IC-703
• G4RV Antenna- An 80 to 10 meters multibad wire antenna plan by Maidstone Amateur Radio Society
  [ Hits: 1939 | Votes: 1 | Rating: 10 ]
• G5RV Antenna^pop- The G5RV antenna, with its special feeder arrangement, is a multiband centre-fed antenna capable of very efficient operation on all hf bands from 3.5 to 28 MHz
• G7FEK Limited space antenna- A small antenna for all amateur bands, including 80 meters, and in a small garden without the compromise. An ideal replacement for those half size antennas such as the 1/2 size G5RV and Windom 40
  [ Hits: 3948 | Votes: 12 | Rating: 8.32 ]
• G7FEK multi-band Antenna- The G7FEK Multi-Band Nested Marconi Antenna, a small, efficient all-band antenna.
• G8JNJ Broadband HF Vertical Antenna- G8JNJ Broadband HF Vertical Antenna - Requires no tuner - great results from 40m to 10m plus 80m & 6m with reduced performance
  [ Hits: 4530 | Votes: 4 | Rating: 7 ]
• G8RV Antenna- Antenna system resonant on 28.9, 24.9 21 and 1.8 Mhz by midstone amateur radio society
• H-Pole Multiband Antenna- The H-Pole is a vertical multiband wire antenna for 160-10 meters bands
  [ Hits: 4689 | Votes: 9 | Rating: 9.11 ]
• Heavy Duty linked dipole- A multi band dipole antenna that covers 15m 20m 30m 40m
• HF Antenna - 6m to 40m- G8JNJ Fat-Max HF Antenna - 6m to 40m - a poor man's Steppir
  [ Hits: 1469 | Votes: 5 | Rating: 7.6 ]
• HF Magnetic Loop Antenna- Local and DX contacts from tight spaces, it works from 40 to 17 meters
• HF Multiband end fed antennas- A multiband end-fed antenna that cover 3.5 to 30 Mhz using a 1:64 Balun based on a FT240-43 core
  [ Hits: 3455 | Votes: 6 | Rating: 4.67 ]
• HF multiband vertical Antenna- YF1AR multiband vertical antenna, based on orginal concept by VE7BS. Consist of 6 vertical elements and 6 base radials with a single 50 Ohm feed line.
• HF Multiple Dipole Antenna- This article describes the design and simulation of a multiple dipole antenna for the HF band, using the software MMANA-GAL. The antenna will be designed to operate in the 10, 20, 40 and 80 m bands
  [ Hits: 740 | Votes: 1 | Rating: 4 ]
• HF portable antenna - 40 to 6 meters^pop- Homemade 40 through 6 meter HF portable multiband antenna, an aluminium antenna construction article, with plan, drawings and photos
• Homebrew a W3DZZ antenna- Build your own multiband W3DZZ antenna resonating on 80 40 20 15 and 10 meters band
  [ Hits: 19904 | Votes: 22 | Rating: 6.24 ]
• Homemade Carolina Windom antenna- This multiband wire antenna it is an off centre fed dipole, with 10 feet of vertical radiator, needs no tuner on 40m, 20m and 10m and works fine on all bands above 40m with a tuner, and even below 40m on 60m, and 80m.
• I7SWX Coax-Fed multiband antenna- This simple multiband antenna works on all HF bands from 3.5 to 30 MHz, including WARC bands other than 10.1 MHz.
  [ Hits: 3839 | Votes: 6 | Rating: 4 ]
• IC706/FT817 portable whip antenna- Suitable antenna for owners of an IC706 or FT817, 857 and other HF portable transceivers.You can an be QRV in a few minutes on all ham-bands from 80m to 6m and even on 2m by PA0FBK
• Indoor multiband dipole- This indoor dipole is available in two version for 20-10 meters and 40-10 meters. EZNEC data files available by HB9MTN
  [ Hits: 6819 | Votes: 4 | Rating: 7 ]
• Inverted L Antenna by VK1OD- This article describes a simple Inverted L antenna for the HF bands designed to work on 80m, 40m, 30m and 20m
• Inverted L Portable Antenna- An 87ft inverted L portable antenna working on 80 40 30 20 15 meters band by N5ESE
  [ Hits: 2325 | Votes: 3 | Rating: 9.33 ]
• J-Pole antennas for 2m-40m- A multiband jpole antenna
• JJ6 Antenna- Beam antenna for 14-18-21-24-28-50 Mhz by G4ZU in french
  [ Hits: 1458 | Votes: 1 | Rating: 1 ]
• K0RWU Multiband dipole 6-17 meters- This antenna consists of 4 resonate dipoles made from 12 insulated copper electrical wire. The dipoles are resonate on the following bands: 6 meters, 10 meters, 12 meters and 17 meters.
• KQ6XA Antennas and towers^pop- Interesting antennas pojects such as Broadband/Multiband Dipole and Tower radiating antennas for 80m and 160m, HF antenna for the micro-light backpacking enthusiast
  [ Hits: 44452 | Votes: 25 | Rating: 5.2 ]
• Large multiband moxon antenna- This very large moxon antenna resonate on 80 40 and 10 meters, has been used for CQWW 2006 by a YU team project
• Levy F9HJ Antenna- A small multiband antenna for vacation in french
  [ Hits: 5615 | Votes: 13 | Rating: 7.38 ]
• Log Periodic of Another Sort- A log periodic dipole array (LPDA) antenna design that offer continuous low SWR in 13-30MHz range
• LU9DPD Windom dipole- A multiband windom dipole antenna for 80 40 20 10 meters, feeded with a home made 4:1 balun, in spanish.
  [ Hits: 5230 | Votes: 5 | Rating: 6 ]
• Magnetic loop for 30-10 M- A light and portable magnetic loop antennawith improved bandwidth and performance by HB9MTN
• Mobile 10/80 dipole antenna setup- A mobile setup using a dipole antenna for 10 to 80 meters band in italian
  [ Hits: 7899 | Votes: 1 | Rating: 7 ]
• Modified Buddipole for 40 to 10 Meters- This is modified version of buddipole antenna, using vertical wires instead of telescopic ends by ks7j
• Modified W8JK Beam Antenna- A compact 2 element W8JK beam antenna for 20M to 10M bands by AF6SA
  [ Hits: 913 | Votes: 0 | Rating: 0 ]
• Multi Band Cage Dipole- The N3UJJ multi band cage dipole antenna project thay can fit a small property
• Multi Band Slinky Doublet Antenna- An home made doblet antenna made with two Slinkys that are aproximately five meters in length connected with a twin-feed connected to a balanced ATU
  [ Hits: 321 | Votes: 1 | Rating: 10 ]
• Multi-band Inverted-Vee Antenna- A multi-band inverted-V dipole for portable operation by GM3VLB
• Multi-band loft-mounted dipoles- Multi-band loft-mounted dipoles for 40, 20, 17, 15, and 10m
  [ Hits: 1303 | Votes: 0 | Rating: 0 ]
• Multi-Band Mono Delta Loop- Build a Multi-Band Mono Delta Loop for 40, 30, 20 and 15 Meters.
• Multi-Band Super Mini Loop Antenna- How to make the Super antenna.To build this antenna you need a lot that is at least 100 feet across.Antenna covers all bands 80-10 meters + 30, 17, 12 meter WARC BandsThis antenna works as a Full Wave Loop on 80 Meters and also works as a 2 wavelength open loop or Bi-Square on the 40 Meter band
  [ Hits: 22529 | Votes: 8 | Rating: 6.95 ]
• Multi-Band Super Mini Loop Antenna- Antenna covers all bands 80-10 meters + 30, 17, 12 meter WARC bands, need a lot that is at least 100 feet across.
• Multi-band Wire Antennas- Presentation by Al Peter to compare several popular center-fed wire antennas that cover multiple bands.
  [ Hits: 1090 | Votes: 1 | Rating: 8 ]
• Multiband Cubical Quads- EI7BA Multiband Cubical Quads projects, includes two elements quad antennas for 10 12 15 17 20 meters band. Performance considerations, detailed pictures and construction notes.
• Multiband delta loop by DL2HCB^pop- A 10-20 meters coverage delta loop antenna by DL2HCB
  [ Hits: 79057 | Votes: 37 | Rating: 4.99 ]
• MultiBand Dipole- Different band dipoles can be put together with a single feed, learn how by W8HDU
• Multiband dipole comparison^pop- A comparison of different multi-band dipole techniques
  [ Hits: 33986 | Votes: 25 | Rating: 5.21 ]
• Multiband Dipoles- Random Length Multiband Dipoles can be a good solution for field day operations or outdoor activity, read more at ARRL web site
• Multiband HF antennas- Presentation by AC8GY on classic G5RV Antennas and other horizontal dipoles, the popular G5RV, ZS6BKW, dipole fan, Alpha-Delta DX-CC and a trap dipole are modeled in EZNEC and compared.
  [ Hits: 1007 | Votes: 0 | Rating: 0 ]
• Multiband HF Dipole- A 40 ft vertical dipole antenna that can cover HF Bands from 80 to 10 meters winding a dipole in a 12m HD telescoping fiberglass pole
• Multiband HF Vertical- A telescopic pole that you adjust to suit the band you're working on , tested on 40 20 and 15 meters band by M0PZT
  [ Hits: 2295 | Votes: 5 | Rating: 7 ]
• Multiband Horizontal Loop Antenna- An 80 Mx Horizontal Loop Antenna which also operates on all higher HF Amateur bands including the WARC bands. It has very good performance and is easy to build by VK5SW
• Multiband trap dipole- A multiband 20/40/75/160 trap dipole antenna plan by KG0WX
  [ Hits: 2508 | Votes: 1 | Rating: 4 ]
• Multiband trap dipole - This antenna is a classical antenna working on 7,10,14,18,50 MHz is implemented with three traps for 30, 17 and 6 meters
• Multiband yagi antenna plan- F6CHT plan for a multiband yagi antenna that covers 6 to 30 meters band in french
  [ Hits: 2622 | Votes: 9 | Rating: 5.78 ]
• Multidipole Antenna- This antenna is a group o dipoles, is a multiband and each dipole works on single band.
• N3OX Multiband vertical- This vertical antenna consist of a 18 meters telescopic pole and allow operations from 160 to 30 meters band, project by Daniel Zimmerman N3OX
  [ Hits: 2022 | Votes: 0 | Rating: 0 ]
• NB6Zep Antenna and more- A modified EDZep for 20 meters, Yagi, Zepp Beam, Dual Dipole, Space Restricted 80 meter wires.Operating Bands: 40 thru 10 meters with tuner
• No tuner HF bands Center-Fed Antenna- HF Horizontal Center-Fed Antenna From W5DXP
  [ Hits: 17964 | Votes: 10 | Rating: 8.81 ]
• Offset multiband trapless antenna- Simple, easy to build, low cost, compact, multiband By Robert Wilson, AL7KK
• ON3JT vertical multiband hf antenna- A simple and low cost multiband vertical hf antenna covering 5 bands (20m-10m) from an old CB antenna
  [ Hits: 3988 | Votes: 2 | Rating: 6.5 ]
• Orginal multiband antenna- A project of a vertical and wires that generate a multiband antenna for 28 14 10 and 7 Mhz in french
• PAC-12 Antenna - mobile multiband- Here's an award-winning, easy-to-homebrew, multi-band portable vertical antenna designed by long-time antenna aficionado James Bennett, KA5DVS. He documented the design and construction plans for a portable antenna that can be built with relatively ordinary components
  [ Hits: 20492 | Votes: 16 | Rating: 7.68 ]
• Petlowany Three-Band Burner Antenna- The Petlowany Three-Band Burner is a simple, low-cost, trapless short vertical antenna which amazingly works on three HF bands (20, 15 and 10 meters). This web page contains pictures, performance data, and enough construction details so you can homebrew your own.
• Picture of a multiband dipole^pop- Pictures of a multiband dipole, build with simple PVC T and standard electrical wire
  [ Hits: 40635 | Votes: 24 | Rating: 4.84 ]

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Status Line

• The Blue light on the left flashes as spots come in on the connected cluster.
• The light to the right of it flashes green when a call looked up has been worked previously (flashes red if unconfirmed).
  If you click on this light while it is flashing it will take you to the Log Panel and display all your previous QSOs with this station.
• The bearing (short and long path) and distance to the call looked up.
• The real time in UTC .
• Your call sign.
• Program Version Number.

QSL Image Panels

Immediately under the Radio/Rotor panels and to the right of the DX/Contest panels are the QSL Image panels. With each lookup that station's QSL Image (or country flag if your Call Book does not support QSL Images) is displayed. Subsequent look ups will shift the QSL images from the QSL Image panel on the left over to the other QSL Image panels. The number of QSL Image panels visible will depend on how much monitor real estate you have available for the MacLoggerDX window.

DX Panel

The DX Panel is optimized for data entry for DX chasing or rag chewing

Field Color codes

Tuneskit audio converter 3 3 0 53 inches. Grid (first 4 character), ITU, DXCC, CQ Zone, IOTA, State Text Color:
Red - Not in Log.
Brown - Worked in Log but Unconfirmed.
Black - Worked in Log and Confirmed.

Enter valid SOTA-ID in SOTA text field and press to look up Grid, Latitude and Longitude for logging.
Note: the SOTA text field can be populated by the DXCluster spot comments eg. 'SOTA LZ/EB-046', see also SOTA Import/Export.

If the click on the call sign in the DX de text field it will look up the DX de spotter's call sign.

Locator

The Locator field in the DX and Contest Panels will tell you what Geolocation method MacLoggerDX has used for each lookup:

MacLoggerDX resolves all call signs to the DXCC country level using the data published in the ARRL Operating guide: 'Locator: Country'.
Then it resolves specific prefix based locations - 'Locator: Call'.
QRZ, HamCall or WM7D.net lookup may provide a zip code which can be resolved with the US census zip to post office latitude and longitude data 'Locator:Zip'.
If the city is known and found the latitude and longitude can be resolved: 'Locator: City'.
If the call is in your log, that location data is found in a lookup 'Locator: Log GS'.
If QRZ, HamCall or WM7D.net Internet Lookup is enabled and if there is a grid square or Latitude and Longitude data provided on the Internet this will be used: 'Locator: iNet GS', 'Locator: iNet LL', this is usually the most accurate since the operator has provided this data himself.

Editing the Grid or SOTA fields after a Lookup and before logging will update the distance and bearing.

RSTS/RSTR

MacLoggerDX keeps 2 separate sets of persistent values. When you manually change the radio mode or auto tune changes it MacLoggerDX chooses one set based on the mapped mode. If the mapped mode contains 'SB', AM', or 'FM', then one set is displayed and the other set is used for everything else. When you edit either set the new value is stored for that mode.

If your radio is in CW mode and you enter 599 that will be stored and reloaded the next time the radio is in CW, or RTTY etc.
If your radio is in USB mode and you enter 59 then that will be stored and reloaded the next time the radio is in SSB, AM, FM etc.

This all happens automatically - you just have to enter the values and they will be remembered.

We use the mapped mode so that if your radio is in USB but you have that mapped to a digital mode then the 599 set will be used.

You can also use the qso_was_logged.scpt to reset RST after each QSO. Restore RST (K5TXT).scpt from the download Extras folder (instructions in the script comments).

Email/URL

The Email and URL fields display the looked up call's email address and personal web page/bio if available after a lookup.
Clicking in the Email field and pressing return will compose an email to that address in your default mail client.
Clicking in the URL field and pressing return will cause your default web browser to display that URL.
Note: The QRZ Bio url includes a session key so it is not saved in the log.

Buttons

Look Up Performs a look up on the call sign entered in the 'Call' field. MacLoggerDX first resolves the dxcc country identity with an internal lookup of prefixes, dxpeditions and exceptions, then performs a lookup with which ever call book service you have selected in the Look Up Prefs.

The internal prefix, dxpedition, skcc and exceptions databases are updated when you select 'Update Internet Files' from the File menu, or automatically at midnight and when you start MacLoggerDX if you have selected Check for Updates in the Station Prefs.

Previous switches to the Log Panel and searches for previous contacts based on the Call entered.
Time On Sets the Time On in the log to the current time (The default is the look up time)
Time Off Sets the Time Off in the log to the current time (The default is the logged time)
Log QSO Logs whatever information is displayed in the DX or Contest panel fields to your current log.

Changes to the QSO after it has been logged must be made in the Log panel.

Beam If a rotor controller is connected rotates the beam to the currect heading (displayed just above the 'Call' field)
R If a rotor controller is connected rotates the beam to the reverse heading.

Stacking:The stacking register is a scratch pad to quickly make note of something you were tuned to so that you can tune back in a few minutes. It saves the frequency call sign and split.

+ Adds the current call and VFO Frequency to the stacking popup.
Stacking popup - Select any entry to set the call (which will trigger a lookup), VFO frequency and split from the stack. Selecting Edit from the popup will allow you to re-order, edit and delete entries.

Most of these button actions are replicated in the menus and can have keyboard equivalents.

Contest Panel

The Contest Panel is optimized for data entry during casual contesting.

You can TAB quickly from field to field and TAB to reverse the tabbing direction or use the Log menu commands FocusCall Sign, Clear Log Fields and Log QSO and Clear Fields to return focus to the call sign. You can also set your own keyboard shortcuts for any of these commands. When you log the QSO Time On and Time Off are set.

Macloggerdx 5 57 – Auto Dx Radio Tuner Amplifier

A complete exchange can be completed with a few tabs and then a keyboard shortcut to log the QSO clear the fields and start again with the non-persistant fields cleared.

The Call Sign field automatically up-cases your typing and will do a lookup when you tab out of the field.

The Call Sign field will flash red if the call is already in your log as you type.

Make sure you are logging the correct exchange data during the contest so that CabConverter will be able to process the MacLoggerDX ADIF file into a Cabrillo file for submission. How to get excel.

There are detailed instructions for each contest included with the CabConverter program.
There is an Introduction video showing how to install and use CabConverter.
CabConverter was written by Scott (NE1RD) and is supported by Scott (NE1RD), David (M0XDF), and Rich (AB1HD).

It is important to set up before the contest because CabConverter does all the heavy lifting creating the Cabrillo file.

MacLoggerDX provides the logged QSO exchange data via the exported ADIF file but it is CabConverter that processes the QSOs according to the contest recipe, so the exchange data needs to be logged in MacLoggerDX in the way that CabConverter is expecting it.

Contest Prefs

You can show or hide Contest Panel Fields and Labels based on the Contest Prefs check boxes.

The Contest ID popup in the Contest Prefs is loaded from the contest_id.dat file in the ~/Documents/MLDX_Logs/data_files/ folder. You can customize that file and place it in the top level MLDX_Logs folder if you want to override the defaults. The contest ID you select is used in the CONTEST_ID field of each QSO logged and is remembered in your Prefs between sessions.

The Map Rcvd popup in the Contest Prefs will automatically fill in some log fields based on the Rcvd field (SRX_STRING).

Look Up

A Look up is triggered when a call sign is entered in the DX Panel or the Contest Panel and return is pressed or you tab out of the Contest Call Sign field. How much is minecraft pc edition. A look up also occurs automatically if a DX Spot comes in on the DX Cluster and Auto Lookup is enabled, or if you triple click on a DX Cluster spot, double click on a History Panel list item or double click on a 2D or 3D Map item or click on a Bands Panel entry.

Look Up Previous in the Log menu will do a look up of the call and also show a list of previous QSOs in the Log panel.

The Suggest IOTA check box will suggest IOTA values based on the geolocation of the call sign in the absence of call book IOTA data or DXCluster comments which are always used.

The Suggest CQ Zone check box will suggest CQ Zone values based on the call sign in the absence of call book CQ Zone data which is always used. Supplied by Club Log cty.xml.

The Suggest ITU check box will suggest ITU values based on the call sign in the absence of call book ITU data which is always used. Should Be Verified in QSO.

How MacLoggerDX determines IOTA, ITU and CQ Zones

1. If the data is contained in the QRZ or HamCall lookup, MacLoggerDX assumes it to be correct and uses it. DXCluster spot comments may also define IOTA references.
2. If you have Suggest IOTA, Suggest ITU Zone or Suggest CQ Zone enabled MacLoggerDX will try and determine them from the prefix.
3. If you have previously logged the call and the Call Book values are blank MacLoggerDX will assume that the logged data is correct and use it for the new QSO. (This does not apply to SOTA references since one call sign can be associated with numerous SOTA activations over time).

If the call is in the log, the logged First Name will override the call book first name and will be displayed in italics.

With portable call signs there is no algorithmic way to ensure the correct zones are logged. If the station you are logging has not included his zone data in QRZ or HamCall then you must verify while in QSO or not log the zone data.

The Include Comments check box will include comments from the call book server and the dx cluster spot.

Principal 51 license. The Local Filter text edit box will set the distance away from you that spotters reports will be filtered out if you check the Local filter in the DXClusters Panel.

The Call Book popup determines which call book service is to be used for look ups.

Make sure to set your Call Book to None in the Lookup Prefs if you are contesting unassisted.

If you are having a problem with your look ups, please check your Look Up Preferences to make sure your call book service is selected in the Call Book popup.

If this is set to 'None' cached lookups and your log will provide some stored data for some calls but lookups for totally new calls will only provide DXCC info.

How MacLoggerDX determines QSL Via

1. If the data is contained in the Callbook lookup, MacLoggerDX assumes it to be correct and uses it.
2. Otherwise, if the call is in the ARRL list (LoTW uploads in the last year) MacLoggerDX will indicate it with 'LoTW.' (blue in Spots panel).

The Local Time Server popup will show the local time of the QSO looked up in the DX Panel Local field. The accuracy of this time depends on the accuracy of the location data for the call looked up.

• No Local Time - No local time lookup or cache retrieval is done and the Local field in the DX Panel remains blank.
• Local Time Zone - Local time and GMT offset for station's location.
• GeoNames - The GeoNames.org server will be used to determine the local time.
• Sunrise/Sunset - Local calculation of Sunrise, Sunset times and time to next Sunrise/Sunset.
• Local Weather - The World Weather server and Forecast.io will be used to determine the local weather).

Live lookups require an internet request to the geonames.org server so you may want to turn this option off if the dxcluster is busy and you have Auto Lookup enabled. A '.' after the date and time indicates that the time zone has been estimated from the longitude. After a change in Daylight Saving time it may take a few days for the caches to catch up and the local time displayed could be off by an hour.

Lookup Sequence

MacLoggerDX separates the call into prefix/base call/suffix and then resolves all call signs to the DXCC country level using the data published in the ARRL Operating guide subject to special issue call overrides in it's internal dxpedition database and discards non identifying prefixes and suffixes like 'MM' etc.

Then a lookup is done in the user selected call book QRZ, HamCall, WM7D or QRZ CD ROM and in the case of the QRZ XML Service a QSL Image is downloaded, cached and displayed. You need a username and password for the QRZ XML subscription service distinct from your QRZ.com username and password.
http://xml.qrz.com

Finally MacLoggerDX looks for the call in your Log.

Call Book Options

Web Lookups

The MacLoggerDX Log menu Look Up on WWW menu item has several sub-menus that will ask your default browser to look up the current call using any of the popular www based call books.

You can make the Web QRZ - Look Up on WWW sub-menu a keyboard short cut - F14 (or any other key combination) which will take you to the QRZ web page for the current call sign, with one keystroke.

You can also use Web HamCall, QRZCQ etc.

DXCC Prefix update process

MacLoggerDX resolves all prefixes to DXCC country using internal databases for mapped, exception, ambiguous and dxpedition call signs. Using a customized version of MacLoggerDX, we lookup all dxcluster spots world wide continuously and compare MacLoggerDX's prefix result against QRZ and HamQTH DXCC Lookup.

If a discrepancy is found we compare the call sign with Club Log's historical data to determine if the prefix is mapped correctly or is an exception.

Sometimes MacLoggerDX is wrong, sometimes QRZ is wrong, sometimes HamQTH DXCC is wrong and sometimes the DXCC has changed (as with non-continental U.S. stations moving to the mainland or some European/Asiatic/Kaliningrad Russian stations since 2010 etc.). We review the results daily and If MacLoggerDX is incorrect we update the internal database files and and upload them to our server.

At Midnight (if left running), or the next time you run MacLoggerDX, if Check for Updates is enabled in the Station prefs or you select Update Internet Files from the File menu, your copy of MacLoggerDX will be updated to reflect the change in future lookups.

The Local Time Server popup will show the local time of the QSO looked up in the DX Panel Local field. The accuracy of this time depends on the accuracy of the location data for the call looked up.

• No Local Time - No local time lookup or cache retrieval is done and the Local field in the DX Panel remains blank.
• Local Time Zone - Local time and GMT offset for station's location.
• GeoNames - The GeoNames.org server will be used to determine the local time.
• Sunrise/Sunset - Local calculation of Sunrise, Sunset times and time to next Sunrise/Sunset.
• Local Weather - The World Weather server and Forecast.io will be used to determine the local weather).

Live lookups require an internet request to the geonames.org server so you may want to turn this option off if the dxcluster is busy and you have Auto Lookup enabled. A '.' after the date and time indicates that the time zone has been estimated from the longitude. After a change in Daylight Saving time it may take a few days for the caches to catch up and the local time displayed could be off by an hour.

Lookup Sequence

MacLoggerDX separates the call into prefix/base call/suffix and then resolves all call signs to the DXCC country level using the data published in the ARRL Operating guide subject to special issue call overrides in it's internal dxpedition database and discards non identifying prefixes and suffixes like 'MM' etc.

Then a lookup is done in the user selected call book QRZ, HamCall, WM7D or QRZ CD ROM and in the case of the QRZ XML Service a QSL Image is downloaded, cached and displayed. You need a username and password for the QRZ XML subscription service distinct from your QRZ.com username and password.
http://xml.qrz.com

Finally MacLoggerDX looks for the call in your Log.

Call Book Options

Web Lookups

The MacLoggerDX Log menu Look Up on WWW menu item has several sub-menus that will ask your default browser to look up the current call using any of the popular www based call books.

You can make the Web QRZ - Look Up on WWW sub-menu a keyboard short cut - F14 (or any other key combination) which will take you to the QRZ web page for the current call sign, with one keystroke.

You can also use Web HamCall, QRZCQ etc.

DXCC Prefix update process

MacLoggerDX resolves all prefixes to DXCC country using internal databases for mapped, exception, ambiguous and dxpedition call signs. Using a customized version of MacLoggerDX, we lookup all dxcluster spots world wide continuously and compare MacLoggerDX's prefix result against QRZ and HamQTH DXCC Lookup.

If a discrepancy is found we compare the call sign with Club Log's historical data to determine if the prefix is mapped correctly or is an exception.

Sometimes MacLoggerDX is wrong, sometimes QRZ is wrong, sometimes HamQTH DXCC is wrong and sometimes the DXCC has changed (as with non-continental U.S. stations moving to the mainland or some European/Asiatic/Kaliningrad Russian stations since 2010 etc.). We review the results daily and If MacLoggerDX is incorrect we update the internal database files and and upload them to our server.

At Midnight (if left running), or the next time you run MacLoggerDX, if Check for Updates is enabled in the Station prefs or you select Update Internet Files from the File menu, your copy of MacLoggerDX will be updated to reflect the change in future lookups.

If you have logged a call with incorrect DXCC name or numeric value - set the DXCC numeric ID to 0, clear the DXCC Country field to blank and then Update Selected Log Entries with the new call and the new DXCC and DXCC Country will be entered automatically. This will never overwrite existing data - only fill in empty string or zeroed numeric fields.

Please note that MacLoggerDX maintains a mapping to current DXCC entities - if your log contains a QSO with a DXCC entity which has changed or been deleted in the past or a special event prefix which is only valid for a short period of time, you may have to edit the DXCC fields manually.

If you find a call that maps to a different DXCC than the operator identifies with or receive an error from one of the online log books please let us know so that we can update our databases. Make sure to correct the DXCC name and ID in your Log since incorrect log entries may confuse future lookups.

Look Up prefs

Call Book prefs

Some Call Books require a username and password which you can set in the appropriate Call Book tab. Make sure you choose the Call Book you want to use with the Call Book popup.

Online Log books

Logged QSOs can be automatically uploaded when logged (Club Log, LoTW, eQSL, QRZ Logbook and HRDLOG), or Individual QSOs can be uploaded and confirmations requested (LoTW and eQSL) in the Log menu or the Log panel contextual (right-click) menu.Only Log books that you enter preferences for will be enabled in these menus.

Multiple QSOs can be selected for signing and uploading to LoTW but if you have a lot of QSOs to upload you should export them as one ADIF file and use the tqsl app to sign and upload it. Likewise, if you have a large number of QSOs to upload to the eQSL, QRZ, or HRDLOG logbooks, export them first to an ADIF file and upload that file to the logbook web interface.

If QSO upload or confirmation errors occur, MacLoggerDX will display short error descriptions in the Look Up prefs error status field for each service and in an ErrorAlert or Notification. Longer error descriptions can be found in the Debug Log or in the case of Confirmations in a popup error window. If you do not have the preferences configured correctly or there is some other problem with the QSOs you are trying to upload, the Debug Log will tell you what the error is.
When an error occurs, select Show Debug Log from the File menu and view the file, or select Email Debug Log from the File menu to send it to us.

eQSL prefs

• Callsign - eQSL registered call sign. Taken from MacLoggerDX Station prefs.
  
• Password - eQSL password (Note: some customers have reported problems with eQSL passwords longer than 14 characters).
• Nickname - eQSL QTH Nickname (or blank if not used).

eQSL Confirmations can be requested at any time with the Confirmations button or by control-clicking on any Log panel QSO (contextual menu). The first time you request Confirmations, all confirmed QSOs will be downloaded and checked against your log - marking QSL Received. The next time you run Confirmations, only confirmed QSOs since the saved Last Report time will be downloaded and checked against your log. You can Reset the Report Time to download all confirmations (Hold the Option key when pressing the button to reset the Report Time to the last 30 days).

A confirmations log is kept in your ~/Documents/MLDX_Logs/adif_confirmations folder.

If there are QSOs in your downloaded report that don't match any QSOs in your log - an ADIF Confirmation Errors file will be displayed which will list QSOs that don't match up with any QSO in your Log.

Macloggerdx 5 57 – Auto Dx Radio Tuner Tuning

If there are QSOs in your log that continue to be displayed as unconfirmed and are not in your ADIF Confirmation Errors file, they may be missing from the downloaded report because they are outside the Last Report time frame, or were not uploaded. The Mark QSL Sent check box will stamp the QSO when it is uploaded.

LoTW prefs

• Note: Requires Version 2.3 or later of the tqsl application to be installed. With macOS Catalina you will need to run a 64 bit version - v2.4.7 or later).
  
• Note: When a log is signed by tqslv2.5.2, the station details - call Sign, DXCC entity, grid square, and other location details provided by the selected station location (and call sign certificate) — are compared with the details in the log. If the US state and station location in a log do not agree, tqsl v2.5.2 will reject the contact, detecting errors in instances when an incorrect station location has been chosen.
  For example: Make sure the grid square entered in the MacLoggerDX Station preferences Grid Square field is exactly the same as the one you enter in the tqsl Location Grid Square field.
  Optionally, a station performing roaming operations (e.g., from multiple grid squares) can choose to have tqsl assume that the log is correct. When call sign or home station are provided with the log, tqsl will automatically update the details on the upload. Select 'Override Station Location with QTH Details from your Log' on the 'Log Handling' preference page to enable this feature.
  Confirmations interract directly with the LoTW servers over the Internet, but LoTW Uploads go through the tqsl app - so make sure your tqsl app is up to date and working correctly (Once you are set up you won't notice tqsl being called in the background).
  When you first upload a QSO to LoTW (either automatically or by right clicking a QSO in the Log panel) or request confirmations MacLoggerDX asks you to select the tqsl app, you need to navigate to the place you are keeping it and select it. When you upgrade your tqsl app, rename the old one and press the Confirmations button or upload a QSO, this will force MacLoggerDX to ask again.
  
• Call Sign - taken from MacLoggerDX Station prefs.
  
• Location - tqsl application StationLocation name (needed if you have more than one location per call sign - otherwise blank).
• Password - Callsign Certificate password you chose to protect the certificate or blank if you didn't.
  
• Web Username - received in Callsign Certificate email - needed for Confirmations.
• Web Password - received in Callsign Certificate email - needed for Confirmations.

ARRL LoTW Web username and password help.

You can display your Callsign Certificate Properties in the tqsl application if you are unsure if the certificate is password protected or expired.

The Location needs to be the same as one of your locations in tqsl (outlined in red in the screen shot below). If you have multiple call signs and locations in tqsl, make sure that the Station Location names are all unique. Do not use the same Station Location name for more than one call sign. Location is optional if you have only one.

The actual Location names must match.

LoTW Confirmations can be requested at any time with the Confirmations button or by control-clicking on any Log panel QSO (contextual menu). The first time you request Confirmations, all confirmed QSOs will be downloaded and checked against your log - marking QSL Received. The next time you run Confirmations, only confirmed QSOs since the saved Last Report time will be downloaded and checked against your log. You can Reset the Report Time to download all confirmations (Hold the Option key when pressing the button to reset the Report Time to the last 30 days).

A confirmations log is kept in your ~/Documents/MLDX_Logs/adif_confirmations folder.

If there are QSOs in your downloaded report that don't match any QSOs in your log - an ADIF Confirmation Errors file will be displayed which will list QSOs that don't match up with any QSO in your Log.

If there are QSOs in your log that continue to be displayed as unconfirmed and are not in your ADIF Confirmation Errors file, they may be missing from the downloaded report because they are outside the Last Report time frame, or were not uploaded. The Mark QSL Sent check box will stamp the QSO when it is uploaded.

TQSL

If a LoTW upload (either live or from the Log panel contextual menu) appears to hang or times out with an Alert, check that the tqsl app is not waiting for input - i.e. prompting for a password - this can happen if the LoTW certificate password is required but missing or incorrect, or if tqsl is not able to use your System language - 'This language is not supported by the system.' - you can change the language under the tqslFile menu.

MacLoggerDX does not flag duplicates it replaces them. To flag a duplicate would require a switch to the tqsl application user interface which would hang the process. The other alternative is to toss the duplicate - which would not allow you to upload corrected QSOs.

If you are having problems with LoTW uploads from MacLoggerDX, make sure you can sign and upload a small ADIF file using tqsl by itself.

The ARRL LoTW help is here.

If you change your call sign and registration number in MacLoggerDX you will also have to notify the ARRL and make some changes in tqsl.

If an error reported in the MacLoggerDX Debug Log is coming from the tqsl application, help for tqsl is here.

From the ARRL Help desk - if you get this error: 'Error: Database Error: BDB0087 DB_RUNRECOVERY: Fatal error, run database recovery on line 6'.

Open a Terminal window then copy and paste the following 2 commands at the prompt, pressing return after each:

cd $HOME/.tqsl
rm duplicates.db __db.* log.*

QRZ XML prefs

You need a Username and Password for the QRZ XML subscription service distinct from your QRZ.com username and password.

Please click on the Check Account button to verify your subscription - http://xmldata.qrz.com/xcheck, and make sure you have the Call Book popup set to QRZ XML. This URL will also let you know if the QRZ XML Server is running. Sidify apple music converter 1 4 30.

The call sign in the My Call field of the QSO you are uploading (Station Prefs Call Sign) must match the call sign of the QRZ Logbook you are uploading to (Make sure this matches the My Call field in your QSOs).

• Username - QRZ XML username.
• Password - QRZ XML password.


• Upload Key - QRZ Logbook Settings API Key.

Enter the API Key from the QRZ Logbookweb pageSettings into the Upload Key text box - This is not your QRZ XML Key and will look something like this: 3BCE-0D7E-AECE-29DF

HRDLOG prefs

• Callsign - HRDLOG callsign, taken from MacLoggerDX Station prefs.
  
• Upload Code - HRDLOG Upload Code emailed to you.

Twitter prefs

• As of macOS 10.14 (Mojave) Apple no longer allows sharing your Twitter account in System Preferences Internet Accounts. Twitteriffic V5 must be enabled in the System Preferences Extensions panel Share Menu. Prior to 10.14 your twitter account must be enabled in System Preferences Internet Accounts and Twitter must be enabled in the System Preferences Extensions panel Share Menu.