Search results
Query: 6m
Links: 335 | Categories: 2
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A Portable 100 watt radio station setup composed by a 706MKII transceiver, Z-100 antenna tuner and power supply by N1GY -
50MHz Collapsible 2 Element Mini Beam antenna, an overview the development of the 6MBA. -
Progress Report on VHF OFDM Modem submitted by John B. Stephensen, KD6OZH ARRL Pdf file -
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Six meters (6m) operation and satellites and two meters band -
Two coupled PAs with each 2 times 2C39 deliver around 400W RF. -
eHam user reviews of the Yaesu FT-450 HF+6m t ransceiver -
This Magnetic Longwire Balun (MLB) makes it possible to efficiently use a coaxial lead-in cable with all forms of longwires, T-forms or other types of wire antennas, without the need for an antenna tuner. -
KV5R review of the Icom 706MkIIG -
A quarter wave antenna with dimensions for uhf and vhf bands -
13,8 v / 1 A power supplies using the UA78 series by ON6MU -
9600 Baud modification on the Kenwood TM441 by ON6MU -
6m/2m/70cm Yagi Antenna Built from Old TV Antenna This turned out to be a great little antenna. It works the 6 meter, 2 meter and 70 centimeter bands. You can use one common feedpoint or two seperate feedpoints depending on how you would like to connect this antenna to your transceiver. -
PTT and souncard interface for the kenwood TM255 and TM455 -
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Microphone tips for the Icom 706MkIIG -
Unfilter LF output from the TH215/415 kenwood portable radio -
M0CVO Antennas, amateur radio antennas for fixed station or portable operations, HF/6m all are catered for. The antennas produced by us are all manufactured by Nigel Booth, M0CVO -
50 to 54 MHz, the 6-meter band, presents unique propagation characteristics, often referred to as the "Magic Band" due to its sporadic E, tropospheric ducting, and F2 layer propagation potential. This resource specifically addresses repeater operations within this frequency range, focusing on the regional coordination efforts in British Columbia and Washington State. It highlights the standard -1.7 MHz transmitter offset commonly employed in these areas for 6-meter repeaters, a critical detail for proper station configuration. Amateur radio operators utilizing 6-meter repeaters in this region will find the mention of a typical 100 Hz CTCSS tone particularly useful. This tone, often called a _PL tone_ or _sub-audible tone_, is essential for accessing many repeaters and filtering out unwanted signals, ensuring clear communication. The resource also points to the _BC Amateur Radio Coordination Council_ (BCARCC) as the coordinating body, emphasizing the importance of coordinated frequency usage to prevent interference and maintain efficient band operations. -
SkookumLogger is a free contest logging program for Mac OS X 10.7 or later, supporting CW and SSB events on the six HF contest bands plus 6m, 4m, 2m, and 70cm -
An early review of the Icom IC-7300 HF + 6M Transceiver includes four videos demonstrating reception on 40 meters band -
This program combines the formerly know programs PreFind and MU-Locator into one but with many improvements to find the location of any prefix, country or Maidenhead locator! Display and find locators on any map and calculate the distance and direction between two locators. -
2-Element-12,5-Ohm-Yagi with 0,40m-Boom complete description of all details for building this Yagi and stacking to an array -
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5 Elements 12,5 Ohm Yagi with a 6m Boom -
Home Brew 6 Meter Amplifier with a single 4CX250B by W4NFR -
Interfacing the IC706MKIIG for Soundcard & TNC modes -
This 6 meter 2 element yagi antenna is simple, compact and effective antenna for 50 Mhz. The design antenna was optimized with AO for best match to 50 ohms, no matching network. A choke balun is recommended to decouple feedline currents. -
This simple project, based on the orginal CobWebb-Antenna model, is about an horizontally polarized, omi-directional antenna for the six meter band. -
Review site of the Icom IC-706 MkIIG by KV5R -
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The Milpitas Amateur Radio and Electronics Society was formed in 2000 and incorporated in 2002 The club is independent from but supports two volunteer emergency communications organizations: Milpitas Amateur Radio Emergency Services (ARES) and the Milpitas City Radio Amateur Civil Emergency Services (RACES) groups. -
Schematic for a 1200/300 baud modem for baycom compatible software -
Web site for south county ares (amateur radio emergency service), southern san mateo county, california -
Plans for building your own 3-element beam for use on 6m. -
An article about the Rybakov 806 Vertical antenna. The classic Rybakov configuration is a 7.6m or 8m ( aprox 25 or 26 feet) wire fed through a 4:1 UNUN -
Simple QRP projects, 10m, 6m, WSPR beaconing, sub-9kHz and other random stuff -
ACOM 1000 160-6m amplifier specifications and features -
Adding a 20m band pass filter for the Icom IC-706MkII(G) by ON7EQ -
A J-pole antenna plan for 50 MHz based on the DK7ZB design -
Review of the Icom IC-706 series, include a short demo video and a short menu table available for download -
The J-Pole is an easy-to-build and inexpensive device that provides an omni-directional vertically polarized antenna without the need for a ground plane. In technical terms, it is an end fed vertical 1/2 wave which is fed via a 1/4 wave matching stub. -
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Article about a high-gain, narrow-band version feature 7.15 dBd and a F/B 13dB with details on how to setup in array mode -
An homemade HF, 6m, 2m SSB CW transceiver project by m0dgq -
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23cm 1296 MHz Field Day Yagi Construction, a 26 element conventional-style design. Article with several pictures and detailed homebrewing instructions -
Installing a mobile rig in a vehicle requires careful planning and execution to ensure optimal performance and safety. The process begins with selecting the right equipment, such as the ICOM IC706MKII for low bands and the ALINCO DR-610 for VHF/UHF operations. Proper mounting is crucial; both radios are strategically placed under the back seat of the Silverado, allowing for a clean installation while maintaining passenger comfort. The Hustler antenna, equipped with various resonators, ensures coverage across multiple bands, while the LDG automatic antenna tuner fine-tunes the match for efficient operation. A remote head for the tuner enhances accessibility, making adjustments easier while driving. Each step of the installation is documented to provide insights and tips for fellow operators looking to enhance their mobile setup. The experience shared here reflects practical knowledge gained through hands-on work, aiming to inspire others in the ham community to undertake similar projects.