Friday 16 March 2018

Spectrum Analyzer- An important device of telecommunication


Spectrum analyzer- It's a big scientific name or technical word for a layman. But it's the most basic electronic device for many industries and fields. It is used in military, aerospace, oil industries, telecommunication fields, movement of ships, and various other research industries. Today we are using the microwave, audio, optical and wireless technologies. Most importantly, we can't think our life without them and all these technologies are using some or any other kind of spectrum analyzers. As there are various types of spectrum analyzers.

Analyzer
Analyzer
History of Spectrum analyzers- In the mid 19th century,  the idea of spectrum analyzer was just like a fiction made by the science. People think this as a fiction since invention and discovery of electric and magnetic waves. After that in 1865, James Clerk Maxwell gives the idea and full flashed theory of Electromagnetic Field. This theory explains correctly and detailed idea of the behavior of natural electrical and magnetic waves that are moving through the airwaves at the speed of light and regarding radio waves. To measure these radio frequencies, RF spectrum analyzers came into existence.

The theory described by the Maxwell was a giant superhighway that was in the sky, but there was no practical evidence. But in 1885, a famous scientist named Heinrich Hertz give proved that it's possible to send or receive electrical waves wirelessly. This is the reason the frequency unit of measure was named after him.

spectrum-analyze
Spectrum Analyzer


To measure those received and transmitted signals, oscillator was developed to track the signals. One was that can only measure the signal voltage in the time domain by visually plotting the waves on a small CRT display. This electronic device was excellent but there was a need for strong and more innovative ideas to continue the technological evolution. The spectrum analyzer was developed in early 1960's. The spectrum analyzer was introduced before more than 50 years and the technology, functionality, and applications of spectrum analyzer have continued to improve.  


Nowadays, the usage of Wi-Fi and the cell phone has been increased, so there is always a need for accurate and sound quality of service. As in telecommunication, spectrum analyzers are used to determine the spectrum of the signals and frequency utilization, and interference issues in a specific region. If you want to know more about different spectrum analyzers, contact- Avcom.

Thursday 1 March 2018

Have a Look at 6 GHz Spectrum Analyzer

The spectrum analyzer (SA) is a common electronic equipment used in various industries. It is much similar to the oscillator. SA is used mainly in the laboratories of the college and various educational institutes to teach the working of the spectrum analyzers. A spectrum analyzer is a major unit used to track various signals in the military and airforce. Basically, it is one of the integrated electronic equipment used to analyze the signals.

About spectrum analyzer- It is an electronic device used to observe and measure the strength of unknown and known transmitted and received signals. The vertical scale displays the amplitude of signals in the spectrum analyzer, and the horizontal scale is used to display the frequency of the signals. Moreover, the spectrum analyzer is a sensitive device that needs a lot of care and attention.










6 GHz spectrum analyzer is an extremely responsive instrument- far more responsive than a swept spectrum analyzer with various visualization display modes. These help the in isolating the significant signal in a bunch of signals and noise in real time. Due to design and other factors engineers, use spectrum analyzers. The main purpose of using 6 GHz spectrum analyzer is given below- 



  •     Powerful processing
  •     High-bandwidth access between the PS that is processing system and PL that is programmable logic.
  •     Excellent development tools including HLS.
  •     Hybrid swept-FFT Technology
  •     High-frequency range up to 6 GHz
  •     Span up to 3 GHz
  •     High dynamic range up to 60 dB
  •     Connectivity via RS-232, Ethernet, USB,
  •     M & C- Web GUI, POSIX-compliant API, SCPI
  •     Inputs options up to 16 inputs, External Reference Input ERI, GPS disciplined precision reference.


If you’re looking for a capable 6 GHz spectrum analyzer, consult- Avcom Of Virginia. They have a huge range of spectrum analyzers.