Before going to the mechanical parts, we need to understand some basics about two-way radio. Generally, two-way radio is a radio system where users can access communication from both sides. Besides, it consists of a transmitter and receiver. It is also known as a transceiver. So, the process is to receive frequency from one end and feedback it by the transmission process. For example- Waitaki and modern-day mobile as well.
Do you want to know about two-way radio frequency? How to find the rate? We are not going to disappoint you, so let’s start.
Ways to find two-way radio frequency
Two-way, it seems simple right? But in terms of frequency, it is a bit different. Firstly, if you want to receive any radio frequency, you need to move on a high platform. The higher the device, the greater the rate it receives and transmit. In terms of two-way radio frequency, the process is similar. The difference is that one method works as a receiver and transmitter at the same time.
As we know, the earth is curvier in shape, but radiofrequency work straight. So, the possibility of interference is exceptionally high due to the interception of earth shape—also, the lower atmosphere mixed with numerous waves and frequency that intervene in the radio frequency. Importantly, tow-way radio vibration works parallel and straight, so avoid the lower ground.
According to the position of the users, the frequency varies. Frequency increase with the higher location of the device. Generally, the rate reaches 4-5 miles in the earth’s atmosphere. But you can expand the range by raising the antenna height. For example,- If you increase the antenna height of your radio by 6 feet or 1.82 meters, the frequency distance will be calculated by the horizon(km)= 3.569 x √height (meters). The equation is to measure the range of the frequency. According to formula, the background is 4.83km or 2.99 miles away.
In a ham radio system, there are tow receivers and transmitters. So, if one is significantly higher positions such as radio station tower and other is at ground level, the range will be high. But at the same time, each location is at ground level, and then the field will below. Mostly it depends on the position and height of your device antenna.
Problems to find two-way radio frequency
Few restrictions are finding tow-way radio frequency such as obstacles, low power supply, and flat transmission rate. Moreover, radiofrequency moves in a straight line, but obstructions may reduce the wavelength by blocking. Besides, low battery capacity and the transmitter will not be able to send frequency to farther distance. These are the fundamental problem to find two-way radiofrequency.
Types of two-way radio frequency
There are two different types of radiofrequency according to their wavelength. They are known as VHF (Very High Frequency) and UHF (Ultra High Frequency). Based on features and use, they are distinctively different
VHF (Very High Frequency):
The wavelength of this frequency is more significant. So, it can transmit frequency in a more extended range. In the two-way radio system, VHF is accessible for long-range communication, and larger wavelength can reach a farther distance. For instance- VHF use in outdoor applications. Besides, it consumes less power. However, due to longer wavelengths, it is easily obstructed, and frequency strength reduces.
UHF (Ultra High Frequency):
The difference is in wavelength. UHF consists of a much shorter wavelength, and its range is lower than VHF. But due to shorter wavelengths in the two-way radio system, it works as an indoor close-range communication service. For example- In an industrial environment, workers need to be communicated through interference, so UHF is the best option.
It allows connecting with several devices at the same time. If you want to find out UHF two-way radio frequency, then use the tool to the full extent. Due to short-wavelength, it can easily penetrate the obstacles and maintain a high-frequency level.