Ceyear 4052B Signal and Spectrum Analyzer,2HZ to 8GHZ
Ceyear 4052B Signal and Spectrum Analyzer,2HZ to 8GHZ
Signal and Spectrum Analyzer 4052A :2HZ to 4GHZ
Signal and Spectrum Analyzer 4052B :2HZ to 8GHZ
Signal and Spectrum Analyzer 4052C :2HZ to 13.6GHZ
Signal and Spectrum Analyzer 4052D :2HZ to 18GHZ
Signal and Spectrum Analyzer 4052E :2HZ to 26.5GHZ
Signal and Spectrum Analyzer 4052F :2HZ to 40GHZ
Signal and Spectrum Analyzer 4052G :2HZ to 45GHZ
Signal and Spectrum Analyzer 4052H :2HZ to 50GHZ
Main Features
▶Coaxial frequency coverage: 2Hz to 50GHz
▶Maximum 1.2GHz analysis bandwidth, optional bandwidth from 10MHz to 1.2GHz
▶Excellent phase noise performance: -122dBc/Hz at 1GHz carrier @10kHz offset
▶10 Gigabit network interface
▶Full bandwidth of real-time recording and playback
▶Powerful mobile communication, satellite signal analysis function
Product Overview
Ceyear 4052 series signal/spectrum analyzer is a new mid-range series of signal analyzers launched by Ceyear Technologies. The signal/spectrum analyzer has excellent test dynamic range, phase noise, amplitude accuracy and measurement speed, and has rich test functions such as spectrum analysis, I/Q analysis, real-time spectrum analysis, transient analysis, vector signal analysis, pulse analysis, and audio analysis functions.
As a multifunctional general-purpose signal and spectrum analyzer, Ceyear 4052 has good expansion capability and can build a test system or carry out secondary development through a variety of digital and analog output interfaces. With the perfect match of superior performance and flexible applications, it can meet your testing needs for rapid production of signals and equipment in wireless communications, automotive electronics, low-orbit satellites, Internet of Things, aerospace and defense and other fields.
Features
First-class Spectrum Performance and Characteristics
Ceyear 4052 has excellent test dynamic range, phase noise, amplitude accuracy and fast test speed.
Ultra-wide Frequency Coverage
The measurement frequency range ranges from 2Hz to 50GHz, with 8 optional frequency band configurations, meeting the test requirements from low frequency to millimeter wave requirements.
Outstanding DANL Specification
The displayed average noise level at 1GHz is -154dBm/Hz, it can reach -165dBm/Hz after configuring the preamplifier, and it can reach -172dBm/Hz after the noise cancellation function is turned on.
Excellent Phase Noise Performance
With excellent phase noise performance, it can meet the extreme requirements of users in communication signal measurement. Under the condition of 1GHz carrier and 10kHz frequency offset, the phase noise is better than -122dBc/Hz.
High Precision Amplitude Measurement Error
With excellent amplitude measurement accuracy, the signal amplitude measurement accuracy in the frequency band below 8GHz is better than ±0.5dB.
1.2GHz Analysis Bandwidth
Ceyear 4052 has an instantaneous analysis bandwidth of 1.2GHz, and provides 6 options from 10MHz (standard) to 1.2GHz (optional) to meet the application requirements of different test scenarios.
Multiple Analysis Bandwidth Configuration Options
Provide a total of 6 bandwidth configuration options of 10MHz/40MHz/200MHz/400MHz/600MHz/1.2GHz to meet flexible configuration in different test application scenarios such as 5G NR, and WLAN.
Superior Spurious Free Dynamic Range
The spurious-free dynamic range under the 200MHz analysis bandwidth is -75dBc, and the spurious-free dynamic range under the 1.2GHz analysis bandwidth is -65dBc.








Recently Posted
-
Software-Defined Instruments: How USB Spectrum Analyzers Are Changing the RF Testing Industry
August 17, 20261. The Benchtop Instrument That Would Not Fit in a Carry-OnAn RF field engineer arrived at a remote cell site in a mountainous reg
Read More -
Spectrum Monitoring Solutions for Broadcast Radio and Television Transmission Stations
August 17, 20261. When a 50 kW FM Transmitter Goes SilentA regional FM broadcaster serving roughly 2 million listeners lost its main transmitter
Read More -
Understanding Spectrum Analyzer Key Specifications: DANL, Phase Noise, TOI, and RBW
August 14, 20261. The Specification That Cost Two Weeks of DebuggingAn RF design team spent two weeks trying to measure the third harmonic of a 2
Read More -
Real-Time Spectrum Analyzer vs Traditional Swept Spectrum Analyzer: Which One Fits Modern RF Testing
August 13, 20261. The Purchase Decision That Engineers Keep Getting WrongA test equipment manager at a contract manufacturer ordered three tradit
Read More