Ceyear 4051 Series Signal and Spectrum Analyzer

4051 series signal/spectrum analyzer, as high-performance flagship product, has excellent performance in dynamic range, phase noise, amplitude accuracy, and measurement speed. 4051 series has various measurement functions including: high-sensitivity spectrum Analyzer, standard power measurement components, IQ Analyzer, Vector Signal Analyzer, Real-Time Spectrum Analyzer, Transient Analyzer, Pulse Signal Analyzer, Audio Analyzer, Analog Demodulation measurement, and Phase Noise measurement, Noise Figure, etc., which can provide you reliable high-performance measurement service. 4051 series have good extension capacity. Its performance can be further improved by flexible configuration of different options. Through various digital and analog signal output interfaces, the spectrum analyzer can be taken to establish measurement systems or get secondary development. It can be widely used for signal and equipment measurement in field of communication.

Main Features:

Wide frequency range

10 optional frequency band configurations (3Hz~4/9/13.2/18/26.5/40/45/50/67/85GHz

The frequency range can be extended up to 500GHz (with external frequency extension option)

Maximum 1GHz analysis bandwidth

Provide 5 analysis bandwidth configuration: 10MHz (standard), 40MHz, 200MHz, 550MHz, 1GHz etc.

The bandwidth can be flexibly selected: from 10Hz to 1GHz, more than 40 levels

4GB storage depth, according to the selected bandwidth, the seamless capture time differs from several microsecond to several hours

Excellent measurement & receiving performance

Wideband preamplifiers (up to 67 GHz) can be configured for the host frequency band

1GHz measurement DANL is -156dBm/Hz; with preamplifier on, the typical value is -167dBm/Hz 50GHz measurement DANL is -141dBm/Hz; configured with preamplifier, the typical value is -150dBm/Hz

67GHz measurement DANL is -135dBm/Hz; configured with preamplifier, the typical value is-150dBm/Hz

85GHz measurement DANL is -135dBm/Hz

Fully digital IF design, excellent scale fidelity and IF error