Indicates a longer than anticipated wait and the other person will call when possible. Indicates you should wait for the other person to respond. When you first turn on your PTT radio, a responder will reply with “Good Check” to let you know your radio is working. Indicates you understand the request and have taken action. Requests signal strength or whether you can hear the other party. Indicates a conclusion to the conversation. Indicates the other party is ready for your message Request for the other party to acknowledge they heard you. Is a request for your location or you providing your location. Refers to a mistake and provides updated or correct information.
#Radio lingo pro#
Some of the lingo below will take on new meaning as you become an old pro at push to talk communication.
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In addition to various codes, you’ll find there are a few terms that seem unfamiliar when you first start using two-way radio communication. Indicates a speed trap at a specific location. Indicates traffic is backed up or stalled at a location. Reports a traffic accident at a location. Indicates trouble at the station and serves as a request for help. Indicates the last assignment is completed and serves as a status report. Request for your location or a report on your location. Requests weather information or road conditions. Lets people know they need to repeat the message. Lets others know you are busy at the moment or requests they stand by. Means “yes” or “I got the message.” Conversely, the terms “roger” and “copy that” may be used to convey the same message among more modern users. Indicates you have a weak signal or are getting bad reception. While some consider the “10 codes” to be a thing of the past, they still hold relevance and are widely used today. These are some of the codes you and your staff will want to know as you learn the two-way radio lingo. Getting the language down can help you save time, waste fewer words, and keep your messages short, concise, and on point. If a wire antenna is slanted above earth, it radiates waves that have both a vertical and a horizontal component.Now that you’ve invested in two-way radios from Peak PTT, it’s time to learn the language of the land, so to speak. Thus a radiator that is parallel to the earth radiates horizontally, while an antenna at a right angle to the earth (vertical) radiates a vertical wave. Polarization is determined by the position of the radiating element or wire with respect to the earth. Antenna Polarization Most HF-band antennas are either vertically or horizontally polarized, although circular polarization is possible, just as it is at VHF and UHF. Lower frequency antennas, operating between 2 and 10 MHz, should also be kept well away from conductive objects and as high above ground as possible if you want good performance.
#Radio lingo plus#
This is because the antenna should be clear of conductive objects such as power lines, phone wires, gutters and the like, plus high enough to have a low radiation angle. Any antenna is a good one if it meets your needs! In general, the height of the antenna above ground is the most critical factor at the higher end of the HF spectrum, that is from roughly 14 through 30 MHz. Practically any radiator works well under some propagation conditions, assuming the radiator is able to accept power and radiate it at some useful angle. If a modest system is the order of the day, then use whatever is practical and accept the performance that follows. You might want to erect the biggest and best collection of antennas that space and finances will allow. Do you want to dedicate yourself to serious contesting and DXing? Are you looking for general-purpose operation that will yield short-and long-haul QSOs during periods of good propagation? Your answers should result in selecting an antenna that will meet your needs. Operation objectives also come into play. Other limitations are imposed by the amount of money available for an antenna system (including supporting hardware), the number of amateur bands to be worked and local zoning ordinances. Those who live in urban areas often must accept a compromise antenna for the HF bands because a city lot won't accommodate full-size wire dipoles, end-fed systems or high supporting structures. The amount of available space should be high on the list of factors to consider when selecting an antenna. Here you'll find simple verticals and dipoles, as well as quad and Yagi projects and other antennas that you can build and use.
This chapter, by Chuck Hutchinson, K8CH, covers theory and construction of antennas for most radio amateurs. ANTENNA BASICS very ham needs at least one antenna, and most hams have built one.
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