Ceyear 4052 Series Mid-Range Spectrum Analyzers up to 50GHz
Description
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Benefits of the Ceyear 4052A/B/C/D/E/F/G/H Series Signal/Spectrum Analyzers
- Frequency ranges from 2 Hz up to 4, 9, 13.2, 18, 26.5, 40, 45, or 50 GHz.
- Excellent test dynamic range, phase noise, amplitude accuracy and fast test speed.
- 1.2 GHz analysis bandwidth - 6 options from 10 MHz (standard) to 1.2 GHz.
Ceyear4052 Series Mid-Range Spectrum Analyzers up to 50 GHz
The mid-range spectrum analyzers from the Ceyear 4052 series offer excellent test dynamic range, phase noise, amplitude accuracy and measurement speed. They have 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. With tis they are the ideal solution for testing in wireless communications, automotive electronics, low-orbit satellites, Internet of Things, aerospace and defense and other fields.
- Mid-range spectrum analyzers with first-class spectrum performance and characteristics.
- Frequency ranges from 2 Hz up to 4, 9, 13.2, 18, 26.5, 40, 45, or 50 GHz.
- Coaxial frequency coverage: 2 Hz to 50 GHz.
- Maximum 1.2 GHz analysis bandwidth (optional bandwidth from 10 MHz to 1.2 GHz.
- Excellent phase noise performance: -122 dBc/Hz at 1 GHz carrier at 10 kHz offset.
- 10 Gigabit network interface.
- Full bandwidth of real-time recording and playback.
- Powerful mobile communication, satellite signal analysis function.
- 11.6"/29.5 cm high-resolution multi-touch display.
Model Overview
| Model | 4052A | 4052B | 4052C | 4052D | 4052E | 4052F | 4052G | 4052H | ||
| Frequency range | DC coupled | 2 Hz...4 GHz | 2 Hz...9 GHz | 2 Hz...13.2 GHz | 2 Hz...18 GHz | 2 Hz...26.5 GHz | 2 Hz...40 GHz | 2 Hz...45 GHz | 2 Hz...50 GHz | |
| AC coupled | 10 MHz...4 GHz | 10 MHz...8 GHz | 10 MHz...13.6 GHz | 10 MHz...18 GHz | 10 MHz...26.5 GHz | 10 MHz...40 GHz | 10 MHz...45 GHz | 10 MHz...50 GHz | ||
| Resolution bandwidth | Range: 0.1 Hz...20 MHz (1-2-3-5-steps); conversion uncertainty: ±0.10 dB (1 Hz...1 MHz, 1-2-3-5-steps); ±0.30 dB (5 MHz...20 MHz, 1-2-3-5-steps | |||||||||
| Analysis bandwidth | Standard: 10 MHz; option H38-40: 40 MHz; option H38-200: 200 MHz; option H38-400: 400 MHz; option H38-600: 600 MHz; option H38-1200: 1.2 GHz | |||||||||
| Video bandwidth | 1 Hz...20 MHz (1-2-3-5-steps) | |||||||||
| DANL | -154 dBm/Hz at 1 GHz, can reach -165 dBm/Hz after configuring the pre-amplifier, and -172 dBm/Hz after the noise cancellation function is turned on (more detailed - see datasheet) | |||||||||
| SBB phase noise | -122 dBc/Hz at 1 GHz carrier at 10 kHz offset (more detailed - see datasheet) | |||||||||
| TOI | 10 MHz ≤ f ≤ 200 MHz typ. +17 dBm, 200 MHz < f ≤ 4 GHz typ. +19 dBm, 4 GHz < f ≤ 8 GHz typ. +20 dBm, 8 GHz < f ≤ 50 GHz typ. +18 dBm | |||||||||
| Sweep | Sweep time range frequency span ≥10 Hz: 1 ms to 16000 s; frequency span 0 Hz: 1 µs to 16000 s | |||||||||
| Display | 11.6"/29.5 cm high-resolution multi-touch display | |||||||||
| Interfaces | USB 2.0, USB 3.0, LAN/Ethernet, GPIB | |||||||||
| Dimensions (WxHxD, mm) | 475 x 193 x 560 or 426 x 177 x 450 (with/without handle, foot-pad, bottom feed); depending on version/options approx. 25 kg | |||||||||
Ceyear 4052 Series Options and Accessories
| Model | Description | |
| 4052-H02 | Auxiliary high IF output: output second IF signal, frequency 425 MHz, 750 MHz | |
| 4052-H08 | Wideband log detection signal output: output a logarithmic detection signal reflecting the level characteristics of the input signal | |
| 4052-H11 | 10 Gigabit Ethernet control and data interface, fibre-based, for fast remote control and fast IQ data transfer; requires option 4052-H17-E. | |
| 4052-H12C | Wideband digital interface (WDI): output broadband IQ acquisition data in real time via optical fibre, and supports IQ data output with a maximum bandwidth of 400 MHz. Together with the large-capacity data logger (4712C data logger), real-time large-capacity recording of IQ data can be realised (note: 4052-H12C is optional when the analysis bandwidth is ≤400 MHz) | |
| 4052-H12E | Wideband digital interface (WDI): output via optical fibre in real time, supporting IQ data output with a max. bandwidth of 1.2 GHz. Together with the large-capacity data logger (4712E data logger), real-timelarge-capacity recording of IQ data can be realised (note: 4052-H12E is optional when 600 MHz ≤ analysis bandwidth ≤1.2 GHz) | |
| 4052-H22C-4T | 4712C data logger | Interconnected with a signal/spectrum analyser equipped with the 4052-H12C wideband digital interface, real-time high-capacity recording of signal data with a max. analysis bandwidth of 400 MHz can be achieved, and detailed specifications and parameters of the recorder are shown in the 4712 series data logger information |
| 4052-H22C-8T | 4712C data logger | |
| 4052-H22C-16T | 4712C data logger | |
| 4052-H22C-32T | 4712C data logger | |
| 4052-H22E-8T | 4712E data logger | Interconnected with a signal/spectrum analyser equipped with the 4052-H12E wideband digital interface, real-time high-capacity recording of signal data up to a max. analysis bandwidth of 1.2 GHz can be achieved, the detailed specifications of the recorder parameters see the 4712 series data logger information | 4052-H22E-16T | 4712E data logger |
| 4052-H22E-32T | 4712E data logger | |
| 4052-H22E-64T | 4712E data logger | |
| 4052-H17-E | Enhanced processor (CPU), update to I7 series processor | |
| 4052-H19-2T | Local memory expansion, supports up to 2 TB storage memory (electronic hard disk) | |
| 4052-H19-4T | Local memory expansion, supports up to 4T B storage memory (electronic hard disk) | |
| 4052-H33-08 | Electronic attenuator, frequency range: 9 kHz...8 GHz, attenuation range: 30 dB, in 0.5-dB steps | |
| 4052-H34-04 | Low-noise pre-amplifier, selected according to the frequency upper limit of the signal analyzer; example: 4052A frequency upper limit is 4 GHz, pre-amplifier select option H34-04 | |
| 4052-H34-08 | Low-noise pre-amplifier, selected according to the frequency upper limit of the signal analyzer; example: 4052B frequency upper limit is 8 GHz, pre-amplifier select option H34-08 | |
| 4052-H34-13 | Low-noise pre-amplifier, selected according to the frequency upper limit of the signal analyzer; example: 4052C frequency upper limit is 13.6 GHz, pre-amplifier select option H34-13 | |
| 4052-H34-18 | Low-noise pre-amplifier, selected according to the frequency upper limit of the signal analyzer; example: 4052D frequency upper limit is 18 GHz, pre-amplifier select option H34-18 | |
| 4052-H34-26 | Low-noise pre-amplifier, selected according to the frequency upper limit of the signal analyzer; example: 4052E frequency upper limit is 26.5 GHz, pre-amplifier select option H34-26 | |
| 4052-H34-40 | Low-noise pre-amplifier, selected according to the frequency upper limit of the signal analyzer; example: 4052F frequency upper limit is 40 GHz, pre-amplifier select option H34-40 | |
| 4052-H34-45 | Low-noise pre-amplifier, selected according to the frequency upper limit of the signal analyzer; example: 4052G frequency upper limit is 45 GHz, pre-amplifier select option H34-45 | |
| 4052-H34-50 | Low-noise pre-amplifier, selected according to the frequency upper limit of the signal analyzer; example: 4052H frequency upper limit is 50 GHz, pre-amplifier select option H34-50 | |
| 4052-H34A-04 | Low-noise pre-amplifier - only 4052A mainframe can be configured, and 4052-H34-04 is not optional at the same time | |
| 4052-H34A-08 | Low-noise pre-amplifier - only 4052B mainframe can be configured, and 4052-H34-08 is not optional at the same time | |
| 4052-H36 | Pre-selector bypass - tracking pre-selector in the bypass receiving channel | |
| 4052-H38-40 | 40 MHz analysis bandwidth, 10 Hz...40 MHz | |
| 4052-H38-200 | 200 MHz analysis bandwidth, 10 Hz...200 MHz | |
| 4052-H38-400 | 400 MHz analysis bandwidth, 10 Hz...400 MHz | |
| 4052-H38-600 | 600 MHz analysis bandwidth, 10 Hz...600 MHz | |
| 4052-H38-1200 | 1. 2GHz analysis bandwidth, 10 Hz...1.2 GHz | |
| 4052-H39 | Audio analyzer: audio signal parameters test, distortion test and waveform analysis | |
| 4052-H40 | External frequency extender, extends the frequency range using external frequency mixing method. This option provides LO output and IF input, as well as signal recognition ability. (Notes: this option can be selected when the main unit is not 4052A and 4052B: the extended frequency range depends on the selected extension modules; the frequency extension module needs to buy additionally) | |
| 4052-H41-10 | Real-time spectrum analysis, provides digital phosphor spectrum and seamless waterfall, including frequency template trigger, which can support real-time spectrum analysis of 10 MHz bandwidth | |
| 4052-H41-40 | Real-time spectrum analysis, provides up to 40 MHz bandwidth digital fluorescence spectrum and seamless waterfall plot functionality, including frequency template triggering, broadband real-time spectrum analysis (requires the option H38 as well; this option is available when configuring, H38-40, H38-200, H38-400, H38-600, H38-1200) | |
| 4052-H41-200 | Real-time spectrum analysis, provides up to 40 MHz bandwidth digital fluorescence spectrum and seamless waterfall plot functionality, including frequency template triggering, broadband real-time spectrum analysis (requires the option H38 as well; this option is available when configuring, H38-200, H38-400, H38-600, H38-1200) | |
| 4052-H41-400 | Real-time spectrum analysis, provides up to 40 MHz bandwidth digital fluorescence spectrum and seamless waterfall plot functionality, including frequency template triggering, broadband real-time spectrum analysis (requires the option H38 as well; this option is available when configuring, H38-400, H38-600, H38-1200) | |
| 4052-H48 | Noise figure analysis, provide noise source drive and noise figure measurement function. 4052N/P only support maximum 67 GHz noise figure measurement (note: the option needs to select low-noise pre-amplifier option and corresponding 1660X noise source to finish the noise figure measurement. This option and H39 audio analysis cannot be selected simultaneously) | |
| 4052-H96 | Printed user manual, English | |
| 4052-H97 | Mounting rack handles and accessories for 4052 mounting on standard racks | |
| 4052-H98 | English option: English panel, English manual, English operation interface and English operating system | |
| 4052-H99-1 | High-strength lightweight aluminum transportation case, with handle and roller, convenient for transportation | |
| 4052-H99-2 | High strength plastic safety tie rod with wheel packing box, with handle and roller, easy to transport | |
| 4052-S01 | Absolute power measurement: the RF signal power is measured with high precision by means of an external USB power sensor (the corresponding 8723X series power sensor is required) | |
| 4052-S02 | Noise power ratio measurement | |
| 4052-S04 | Phase noise measurement: SSB phase noise curves and single-point phase noise measurement | |
| 4052-S05 | EMC pre-compliance measurement function | |
| 4052-S09 | Analog demodulation option: the modulation characteristics and distortion characteristics of AM, FM and FM signals are analyzed | |
| 4052-S10 | Transient analyzer: measurement and analysis of transient parameters, spectrum, and time-varying characteristics of signals, support playback of the recorded data | |
| 4052-S10H | Frequency hopping signal analysis: automatic measurement of frequency hopping signal residence time, switching time, frequency and error characteristics (S10 option required) | |
| 4052-S10F | FMCW signal analysis: automatic measurement of FMCW signal slope, deviation, power and other characteristics (S10 option required) | |
| 4052-S12 | Vector signal analyzer: flexible demodulation functions of multiple single-carrier digital modulation signals. It can provide vector charts, constellation diagrams, eye diagrams, spectrum diagrams, etc., to analyze the characteristics of the modulation signal. The modulation error of the signal can be obtained by demodulation, which helps to judge the cause of the signal error | |
| 4052-S12B | BER test function: BER test based on known data imported from files, known data recorded by users, PRBS; provide BER result output (need to match S12 option at the same time) | |
| 4052-S12M | Multi-modulation analysis function: demodulation analysis of signals complying with DVB-S2/X standards; provide display windows for constellation diagrams, symbol tables, etc.; provide modulation quality analysis results such as EVM and origin offset (S12 option is required at the same time) | |
| 4052-S13 | Pulse signal analyzer: automatic measurement on time, level and modulation parameters of pulse waveform and statistical analysis of pulse sequence | |
| 4052-S14 | OFDM signal analysis function: custom OFDM signal modulation analysis; supports multi-parameter custom configurations such as lead, lead-frequency, CP, subcarrier, number of symbols, etc.; has view windows such as capture storage, power spectral density, constellation diagram, and result summary table | |
| 4052-S16 | Multicarrier group delay measurement: absolute and relative group delay measurement capability for wideband signals | |
| 4052-S40 | WLAN 802.11a/b/g measurement: broadband wireless local area network protocol physical layer test (802.11a/b/g), covering radio frequency, modulation analysis, and modulation quality testing | |
| 4052-S40N | WLAN 802.11n measurement: broadband wireless local area network protocol physical layer test (802.11n), covering radio frequency, modulation analysis, and modulation quality testing | |
| 4052-S40AC | WLAN 802.11ac measurement: broadband wireless local area network protocol physical layer test (802.11ac), covering radio frequency, modulation analysis, and modulation quality testing | |
| 4052-S40AX | WLAN 802.11ax measurement: broadband wireless local area network protocol physical layer test (802.11ax), covering radio frequency, modulation analysis, and modulation quality testing | |
| 4052-S40BE | WLAN 802.11be signal analysis: broadband WLAN protocol physical layer testing (802.11be), covering RF, modulation analysis, modulation quality testing (requires concurrent S40 option) | |
| 4052-S41D | LTE/LTE-A TDD downlink signal modulation analysis; support TDD each subframe configuration type modulation analysis; support custom parameter configuration modulation analysis; support downlink E-TM template modulation analysis; support EVM, switching power, frequency error, power and other parameter measurements; provide view outputs such as capture storage, power spectral density, constellation diagram, result summary table, EVM vs. carrier and so on | |
| 4052-S41U | LTE/LTE-A TDD uplink signal modulation analysis; support custom parameter configuration modulation analysis; support EVM, frequency error, power and other parameter measurements; provide view outputs such as capturestorage, power spectral density, constellation diagram, result summary table, EVM vs. carrier, and so on | |
| 4052-S42D | LTE/LTE-A FDD downlink signal modulation analysis; support custom parameter configuration modulation analysis; support downlink E-TM template modulation analysis; support EVM, frequency error, power and other parameter measurements; provide view outputs such as Capture Storage, Power Spectral Density, Constellation Diagram, Result Summary Table, EVM vs. Carrier, and so on | |
| 4052-S42U | LTE/LTE-A FDD uplink signal modulation analysis; support custom parameter configuration modulation analysis; support EVM, frequency error, power and other parameter measurements; provide view outputs such as capture storage, power spectral density, constellation diagram, result summary table, EVM vs. carrier, and so on | |
| 4052-S46D | 5G NR downlink signal demodulation, EVM, spectrum flatness, time alignment error; support ACP, spectrum emission template, transmit on/off, CCDF and other power measurement; support multiple bandwidth and multiple TM | |
| 4052-S46U | 5G NR uplink signal demodulation, EVM, spectrum flatness, time alignment error; support ACP, spectrum emission template, transmit on/off, CCDF and other power measurement; support multiple bandwidth and multiple TM | |
Information on product safety:
Manufacturer:
Ceyear Technologies Co., Ltd, No.98, Xiang Jiang Road, Huangdao District, Qingdao/CHN
www.ceyear.com
Responsible person:
Meilhaus Electronic GmbH, Am Sonnenlicht 2, 82239 Alling/DEU
info@meilhaus.com
