Spectrum Analysers are instruments meant for measuring the amplitudes and frequencies across the frequency spectrum from low frequencies to the RF Higher frequencies. They can have Tracking Generators and Marker frequencies as well as other features to assist the operator in performing the tests. Spectrum Analysers can be used to measure the power output from an unknown source, but detected at the point of test, and compared to known sources for informed results. If used with directional antennas, they can be very effective at detecting sources of RF such as in the case of jamming car locking mechanisms by thieves. 1050MHz Spectrum Analyzer is are key test instrument for use when testing radio frequency, RF circuits, modules, and units. They are used in many areas including RF design, general electronic circuit design, electronics manufacturing and test, and service and sometimes field repair.
These test instruments display amplitude against frequency and as a result these test instruments are key in locating spurious signals and displaying and measuring signal bandwidths.
Knowing how to use a spectrum analyzer effectively is key to being able to investigate the operation of RF circuits properly.
One of the key ways to understand how to use a spectrum analyzer is to take a look at the controls.
Frequency range : 0.15— 1050 MHz
Center frequency display accuracy : ±100kHz
Marker accuracy : (0.1% span +100kHz)
Resolution of frequency display : 100kHz(4.5 digit LED)
Screen display range : 80 dB (10dB/div.)
Reference level : -27dBm to +13 dBm (in 10dB steps)
Reference level accuracy : ±2dB
Average noise level : -99dBm (20 kHz BW)
Distortion : < -75 dBc: 2nd and 3rd harmonic
3rd order intermod. : -70dBc (two signals > 3MHz apart)
MOBILE NO
CUSTOMER CARE NO
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