Element-3 Training - General Class License

This page is specific to the Gordon West General Class Study Guide
and
Miscellaneous information

 

The new course is ready and has been rolled out.  Training dates are not set at this time but will be based on "demand". If you are interested in upgrading to General class sometime after 7/1/2007 email N6XN . Minimum class size will be 5 serious Techs but will be limited to 12 due to number of available seats.  You can also take the course on-line on your own schedule.  You will need to set aside about 20 hours to complete the course, 2 hour sessions are recommended but configure it to fit your own schedule.  Find a test session where you can take the test, then do the self-study in the two weeks prior to that.  Don't try to do it early as this information won't keep.

The new Gordon West study guides are available now from the W5YI group.  Order online W5YI group or by telephone: 1-800-669-9594

Study guides are also in stock at HRO either in-store or on-line.


 

General Band Allocations

Note: CW is permitted everywhere except on 60 meters.

Chronological History

The original bands

Added in 1955

WARC bands added in 1984

New band added in 2003


10 meters      28000 - 29700 kHz  RTTY and Data from 28,000 to 28,300. Phone and Image from 28,300 to 29,700.


12 meters     24890 - 24990 kHz  RTTY and Data from 24,890 to 24,930. Phone and Image from 24,930 to 24,990. Note that this band is only 100 kHz wide, and there are no exclusions for General Class operators.


15 meters     21025 - 21200 kHz  and  21275 - 21450 kHz  RTTY and Data from 21,025 to 21,200.  Phone and Image from 21,275 to 21,450. This band  sets aside space for Advanced class as well as Extra class.


17 meters    18068 - 18168 kHz  RTTY and Data from 18,068 to 18,110. Phone and Image from 18,110 to 18,168. This band is 100 kHz wide and there are no exclusions for General Class operators.


20 meters    14025 - 14150 kHz and 14225 -14350 kHz  RTTY and Data from 14,025 to 14,150.  Phone and Image from 14,225 to 14,350.  This band  sets aside space for Advanced class as well as Extra class.


30 meters    10100 - 10150 kHz  RTTY and Data on the entire band. No phone operation permitted due to the band being so narrow; only 50 kHz.  This band is shared with services outside the U.S., so power is limited to 200 Watts PEP.


40 meters    7025 - 7125 kHz and  7175 - 7300 kHz  RTTY and Data from 7025 to 7125.  Phone and Image from 7175 to 7300. Important note: See details on the frequency chart (right) for other exemptions.


60 meters    5 channels   USB phone only on the band. See the frequency chart (right) for specific details.


80 meters    3525 - 3600 kHz and 3800 - 4000 kHz  RTTY and Data from 3525 to 3600.  Phone and Image from 3800 to 4000.  This band  sets aside space for Advanced class as well as Extra class.


160 meters   1800 - 2000 kHz  Nicknamed "The Gentleman's Band" and sometimes referred to as "The Top Band". RTTY, Data, Phone and Image anywhere and there are no License class exclusions however in some areas Radiolocation services use the band from 1900 to 2000. Avoid interfering with this service.


 

New Band/Frequency chart

An adobe acrobat version is available at the ARRL

 

 

Diagram: Superhet Receiver


Let's talk about your accent

When you get on HF you may notice things are a little different from what you are used to on the "repeater bands".  What you say and the way you say it will play a large part in getting people to talk to you.

Learn the protocol:  When calling a station, give his call first and then yours.  Speak clearly and slowly and keep your transmissions short when calling.

Use plain English: You have a name, not a "personal" or a "handle".  You have a location, not a "home-20". If you have spent a lot of time on the eleven meter band you probably have a lot more "expressions".  Try to leave them behind and switch back to normal conversational language.

If you seem to have a weak signal almost everywhere, resist the urge to install a kilowatt amplifier.  There are thousands of Hams worldwide who have worked the world on 5 Watts or less.  The one thing you can do to improve your signal more than anything else is concentrate on getting up the best antenna and feedline you can.  Get as much loss out of your antenna system as you can. Remember, one dB of loss will rob you of 20% of your power.  Don't fall for the hype and buy miniature or "stealth" antennas unless you have no alternatives.  Nothing works like a full size antenna and your feedline should always be either twin-lead, ladder line, or 3/8" or bigger coaxial cable.  Small diameter cables are relatively cheap but have high losses.
Mind your audio: Speech processors are fine if they are properly adjusted.  Pay attention to your signal reports.  If a station tells you that you are "splattering" fix it immediately.


 

Data Modes, sometimes referred to as "Digital Modes"


 

Data is not always digital, and digital is not always data.  For example, there is a device that connects your microphone to your SSB transceiver that coverts the audio to a digital signal that can only be decoded by another station with the same model devices. Read about it at AOR or in QST magazine.

For purposes of passing your test however, it's best to think that Digital and Data are interchangeable terms.

Usually when the question pool refers to "digital modes" they are talking about  PSK31, AMTOR, PACTOR, or Packet Radio.  These are not the only data modes, not by a long shot, but they tend to get the most attention. RTTY and CW are neither data nor digital, as you can see from the Band plan charts above, these modes are treated separately.

Here is a brief description of the most popular data modes and a short audio clip of each so you can hear what they sound like.  These clips were optimized for listening to using IE and Windows media player.  You don't need to download the clip, just tell your browser to open it.  If you also have decoder software, such as MixW you will actually be able to read what the clip is saying.  I'm using the same text for each mode.

PSK-31 This stands for Phase Shift Keying-31 Baud. Because of the low symbol rate, it is not unusual to find 6 or more simultaneous QSOs (conversations) on the same frequency. You might wonder how that is possible without interfering with each other.  As an example, the receiver is tuned to, let's say 7070.15 kHz.  The receiver is set to upper sideband and your passband filters will permit about 2.5 to 3.0 kHz through which will then be displayed on the computer screen as a "waterfall".  The received audio traces can then occupy the 3.0 kHz "window" with audio tones as low as 300 Hz or as high as 3000 Hz.  By spreading out about 50 to 100 Hz from each other, multiple signals can be transmitted and received at the same time.  Think of a church choir: When they are singing, they can all be heard at once, yet you can clearly hear the individual voices because the singers were carefully chosen as Baritones, Sopranos, Tenors, Altos and so on.

PSK31 does not require much power, a typical station will run 30 or 40 Watts max and at times, numerous DX stations can be seen on the computer display.  This particular sample was being transmitted at 791Hz. By keeping the power low, and the ALC (Automatic Level Control) carefully adjusted, the displayed traces can practically touch and yet perfect copy is possible from each.

AMTOR  This stands for AMateur Teleprinting Over Radio.  This is a modified form of RTTY but uses an error correction scheme that makes for more reliable copy under difficult conditions.  This sample was recorded at 500 Hz.

PACTOR  This doesn't stand for anything but is the result of an evolution and melding of AMTOR and Packet Radio, hence Pac-Tor. My recording equipment will not capture a PacTor signal so you're on your own.  Listen for an AMTOR signal that "chirps" like a giant cricket instead of saying "beetle beetle beetle".  That'll be PacTor.

Packet Radio  You can hear lots of examples of Packet on the 2-meter band down around 145.03, 145.05 or check out Mark's link on the Napasars website.

The other Modes

RTTY:  This stands for Radio Teletype and a system is made up by linking two teleprinters by a radio path.  The Bell System was a very early user of RTTY and they used it both on radio and wireline.  When surplus equipment became available Hams began using it exclusively on radio links.  There are a variety of modulation methods used but the most common is FSK (Frequency Shift Keying).

The FSK-RTTY signal is made up of an audio signal which alternates between two tone pitches.  The shift is what tells the receiver which character is being transmitted.  The length of the shift varies depending on the character being sent.  You can hear many RTTY signals on any HF receiver if you tune to the right part of the band.  It sounds like "beetle-beetle-beetle".

MFSK  This stands for Multi-Frequency Shift Keying. Sometimes referred to as "Super-RTTY".  It is faster than conventional RTTY and "more robust" meaning a higher probability of copy under difficult conditions.  The ARRL web site has lots of information on this mode.

MT-63   This was probably meant to stand for Modulated Tones-64 because that's what the mode uses.  It is another highly robust data mode with  major error correction functionality.  It also provides for secondary channel transmission simultaneously with the main channel. There are several web sites with gobs of information on the mode.  Search on "mt63".

Hellschreiber  Invented in 1929 by Dr. Rudolph Hell, Hellschreiber is a graphic mode meaning that it bears more of a similarity to FAX than some of the multi-tone modes.  Lots of interest in this mode, probably because it's fun to watch.  You can find Hell Clubs and even contests using Hellschreiber.

Throb  Not sure if THROB stands for anything;  probably not.  My guess is it was named for the way it sounds.  After hearing it you will probably agree.  Its a very slow mode, about half the throughput of the others.

more later, 73 for now

Learning CW, sometimes referred to as Morse Code.

Yes, it is still used even though it is no longer a necessary skill to get your license.  If you listen to the lower frequencies of the HF bands you will hear many many stations on CW, many of them working DX (distant stations). And some of these stations operate at 20 words per minute and above.  No, CW is far from dead but finding the right way to learn CW can be very difficult.  Many, if not most study guides, attempt to teach you the code visually, which you are then required to "translate" into sounds.  This has always been a way to get started, five wpm used to be good enough to get you your license.  But what can you do with five wpm?  You won't hear many stations on the air communicating at five wpm, and if you're going to improve you need to practice, right?  It seems that the problem is in the method we have used to learn.  The visual/audible method is guaranteed to stall you at plateaus which can be very frustrating.  The first plateau is around five wpm then you'll usually reach another around twelve wpm and yet another somewhere just below twenty wpm.  This can be frustrating if you are tracking your progress.  I suspect more than a few hams have given up because they just couldn't get over the plateaus.

Way back in the dark ages, the military taught recruits to copy CW at very high speeds in a short period of time.  There was no visual translation required; it started out as audio and stayed that way.  The method used was the "Koch" method.  People who learned this method learn the same way an exchange student learns a foreign language; by using it.  Reading and writing it come later.

To learn more about the Koch method and get started in learning CW the "right" way go to:
http://www.qsl.net/n1irz/

Don't write dots and dashes!

International Operations

Third Party Traffic and Reciprocal Operations


Excerpted from the ARRL: http://arrl.org/FandES/field/regulations/io/#foreign

  Amateurs sometimes visit other countries and naturally want to operate their amateur stations.  The three types of reciprocal operating authority are:

1) a CEPT license.  European Conference of Postal and Telecommunications Administrations.  Covers most of Europe.

2) an IARP  International Amateur Radio Permit.  Covers most of the Americas including some Caribbean countries.

3) A reciprocal permit from a country which does not participate in either of these two multilateral agreements.  Always follow all of the communications rules of the country visited. To operate under CEPT and IARP, the amateur must be a licensee in the country of citizenship.

Canada is an exception to the above.  The US and Canada have an automatic reciprocal operating agreement.  US amateurs must carry proof of their US citizenship and their valid US license.  Identification for US amateurs is the US call separated by a stroke and the appropriate Canadian prefix identifier (e.g. N1KB/VE3).  In all other instances, or as specified by the national licensing body, the prefix goes before the call sign.  For further information on US/Canadian operation, visit the RAC website.

Operation in the US by Foreign Amateurs

Foreign amateurs who wish to operate in the US and are not US licensees or citizens may do so in one of three ways:

1. If the country of which you are a citizen and an amateur licensee has entered into a multilateral operating agreement with the US, CEPT or IARP, no additional permit is required; simply bring your CEPT or IARP documentation with you when you visit the US.  Identify your station by the US call district identifier, such as W3/G1ABC.  Use "W" and the number of the FCC call letter district in which you are operating followed by a slash and your home call sign (plus any other CEPT or IARP requirements.)  Amateurs must be a citizen of the country in which they are licensed.  The above is not intended for permanent operating status, merely short visits.

2  If the country of which you are a citizen and an amateur licensee has entered into a bilateral Reciprocating Operating Agreement with the US, the FCC allows foreign amateurs to operate with no permit.  Simply carry your foreign amateur license and proof of your citizenship in that country.  Identify using "W" and the number of the FCC call letter district in which you are operating followed by a slash and your non-US call sign, e.g. W3/G1ABC.  As with (1.) above, amateurs must be a citizen of the country in which they are licensed.  The above is not intended for permanent operating status, merely short visits.

3.  If the country of which you are a citizen and an amateur licensee is not named in the list of countries that have such agreements with the US, then no operating agreement is in effect between the US and that country and no operation is possible in the US based on your home license.  Note that it is not necessary to be a citizen of the US to obtain an amateur license.  An amateur visiting from one of the countries that do not have agreements with the US is free to seek a US call sign in the same way as any other citizen.  Once licensed however, no additional reciprocal operating authority may be used.

Operation Outside the US by FCC Licensed Amateurs

US amateurs and citizens may operate under a multilateral agreement (CEPT of IARP) very easily.  Countries which have entered into a Reciprocal Operating Agreement with the US, but are not part of CEPT or IARP arrangements require that a permit be obtained.  Even if a reciprocal agreement does not exist, it may still be possible to obtain a permit from the foreign govenment.

The ARRL website from which this information was excerpted goes into much more detail.  This information is intended as an overview toward the element-3 question pool.  If you are planning to travel to a foreign country visit the ARRL site shown at the top of this article for additional details.

Third Party Traffic

What is a "Third Party"?  When two amateurs are in communication they constitute "Party-1" and "Party-2".  Which one is which it matters not however if a third person gets involved in the conversation, whether by being present in the shack of one of the operators, or by being on the telephone with one of the operators, or even in a face-to-face situation at a later time,  he or she becomes the "Third Party".  It is important to note that additional amateurs can join in the conversation over the air but their involvement still does not constitute a third-party.

The Third Party can be anyone, licensed or not however if licensed, certain provisions can be made in respect to passing traffic.

What constitutes "Traffic"?  Consider a message to the individual or group, no matter how insignificant to be traffic. "Hello, how are you?" is considered "traffic".

Occasionally, DX stations may ask you to pass a third-party message to a friend or relative in the States.  This is alright as long as the US has  signed an official third-party traffic agreement with that particular country, or the third party is a licensed amateur.  The traffic must be non-commercial and of a personal, unimportant nature. During an emergency, the US State Department will often work out a special temporary agreement with the country involved, but in normal times, never handle traffic without first making sure it is legally permitted.

Here is a current list of countries with which the US  has signed formal agreements for third party traffic: For purposes of element-3 study it is not necessary to commit any of the following to memory.

V2 Antigua/Barbuda  HI Dominican Republic JY Jordan J8 St. Vincent and the Grenadines
LO-LW Argentina J7 Dominica EL Liberia 9L Sierra Leone
VK Australia HC-HD Ecuador  V7 Marshall Islands ZR-ZU South Africa
V3 Belize YS El Salvador XA-XI Mexico 3DA Swaziland
CP Bolivia C5 The Gambia V6 Federated States of Micronesia 9Y-9Z Trinidad/Tobago
T9 Bosnia-Herzegovina 9G Ghana YN Nicaragua TA-TC Turkey
 PP-PY Brazil J3 Grenada HO-HP Panama GB United Kingdom
VE, VO, VY Canada TG Guatemala ZP Paraguay CV-CX Uruguay
CA-CE Chile 8R Guyana OA-OC Peru YV-YY Venezuela
 HJ-HK Colombia HH Haiti DU-DZ Philippines 4U1ITU ITU - Geneva
 D6 Federal Islamic Republic of Comoros HQ-HR Honduras  VR6 Pitcairn Island* 4U1VIC VIC - Vienna
TI, TE Costa Rica 4X, 4Z Israel V4 St. Kitts/Nevis  
CM, CO Cuba 6Y Jamaica   J6 St. Lucia  

*Since 1970 there has been an informal agreement between the US and UK permitting Pitcairn Island Amateurs and US Amateurs to exchange messages concerning medical emergencies, urgent need for equipment or supplies, and private or personal matters of island residents.