4052 series signal / spectrum analyzer has good expansion capacity, and can improve the features by means of flexible configuration options and also can construct testing system or redevelop by means of the output interface of all digital and analogue signals. The analyzer is applicable for signal and equipment test of fields including aviation, aerospace, radar detection, communications, electromagnetic countermeasure, and navigation.
4052 Series Signal/ Spectrum Analyzer
Key Features
Wide frequency range from 2Hz to max. 50GHz
Optional extenders extends frequency up to 750GHz
Six analysis bandwidth configuration, maximum analysis bandwidth up to 1.2GHz
Comprehensive spectrum analysis capability, frequency and FFT sweep supported
Powerful transient analysis and signal playback analysis, frequency-domain and time-domain correlation measurement
11.6-inch-high resolution LCD screen, one-button measurement, flexible analog and digital signal output interfaces
Excellent measurement & receiving performance, widely used for comprehensive assessment for the performance of electronic system, and measurement and diagnosis of transmitter and receive
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Comprehensive Spectrum Analysis Capability
4052 series signal/spectrum analyzer offer abundant spectrum analysis functions.
• Support frequency sweep and FFT sweep
• Zero span fast sweep, the fastest sweep time is 1μs
• Accurate frequency counting, counting resolution achieves 0.001Hz
• Sweep points number can be arbitrarily selected among 101- 30001
• 6 wave-detection modes, 3 average types
• Support time gate measurement
• Test functions of occupied bandwidth, channel power, adjacent channel power test
• Test functions of power statistics, burst power, harmonic distortion, TOI, spurious emission etc.
• Can be configured with 6 traces, have abundant marker operation functions
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Excellent Test & Receiving Performance
• Wideband preamplifiers (up to 50 GHz) can be configured for the host frequency band.
• 1GHz measurement sensitivity is -156dBm/Hz, and the typical value is -167dBm/Hz with preamplifier
• 50GHz measurement sensitivity is -141dBm/Hz, and the typical value is -150dBm/Hz with preamplifier
• 67GHz measurement sensitivity is -135dBm/Hz
• Full digital IF design, excellent scale fidelity and IF error
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Vector Signal Analysis
Providing 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.
With comprehensive time domain, frequency domain, modulation domain signal analysis and viewing function, it supports more than 20 modulation system demodulation analysis.
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Transient Analysis and Signal Playback Analysis
• Frequency-domain and time-domain correlation test is helpful for understanding and deeply analyzing transient signal events.
• Waterfall diagram display, analyzing the macroscopic law of analysis signal spectrum changing over time.
• Simultaneously analyze the changes of analysis signal frequency, amplitude, and phase over time.
• Support 500M samples (64bits) seamless capture data storage.
• Support multiple storage formats of signal files: CSV, DAT etc.
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Realtime Spectrum Analysis
4052 series spectrum analyzer can achieve seamless Real-time Spectrum Analysis, and frequency template trigger function, which can be used to trigger, capture, and analyze complex signals.
• Optional 40MHz/200MHz real-time analysis bandwidth
• Digital phosphor spectrum, seamless waterfall, instantaneous spectrum, power vs. time, frequency vs. time and other charts
• 100% POI, Min. duration of the signal: 4.3μs
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Pulse Signal Analysis
• Pulse signal spectrum and time domain characteristic measurement supports more than 20 kinds of pulse parameters measurement (including time, amplitude, frequency and phase).
• Can perform detailed analysis of amplitude, intrapulse frequency/phase characteristics, and spectral characteristics of arbitrary pulse
• Pulse trend statistics for arbitrary pulse parameters
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Phase Noise Measurement, Audio Analysis, Analog Demodulation Analysis
• The Phase Noise measurement relies on the excellent phase noise of the signal analyzer and provides one-button automatic measurement to meet the daily signal source phase noise measurement applications.
• Independently optimized audio measurement channel for low frequency signal parameter measurement and analysis.
• Analog Demodulation Analyzer is used to simulate terminal, radio, and general analog modulation source measurement. Demodulate the AM/FM/ΦM signal and measure parameters such as modulation index, modulation distortion, residual FM, and FM linearity and so on.
| Frequency Range | 4052A: 2Hz to 4GHz, 4052B: 2 Hz to 8 GHz, 4052C: 2 Hz to 13.6 GHz, 4052D: 2 Hz to 18 GHz, 4052E: 2 Hz to 26.5 GHz, 4052F: 2 Hz to 40 GHz, 4052G: 2 Hz to 45 GHz, 4052H: 2 Hz to 50 GHz, |
| 10MHz Precise Frequency Reference | • Frequency accuracy: ± (last calibration date × aging rate + temperature stability + calibration accuracy) • Aging rate: ± 5×10-8/year • Temperature stability: ± 5×10-8 • Calibration accuracy: ± 4×10-8 |
| Span | • Range: 0Hz (zero span), 10Hz – the highest frequency of the model • Accuracy: ± (0.1%× span＋span/ (sweep points number-1)) |
| Sweep Time Range | • Span≥10Hz: 1ms – 16000s • Span=0Hz: 1us – 16000s |
| RBW | 0.1Hz-20MHz (1, 2 ,3 ,5, steps) |
| VBW | 1Hz-20MHz (1, 2 ,3 ,5, steps) |
| Signal Analysis Bandwidth | • 10 MHz (Standard) • 40 MHz (Optional) • 200 MHz (Optional) • 600 MHz (Optional) • 1.2 GHz (Optional) |
| SSB Phase Noise (Carrier 1GHz, 20℃ -30℃) | • -95 dBc/Hz @ 100Hz offset • -112 dBc/Hz @ 1kHz offset • -122 dBc/Hz @ 10kHz offset • -122 dBc/Hz @ 10kHz offset • -135 dBc/Hz @ 1MHz offset |
| Trigger Source | Free, Line, Video, External level (front panel), External level (back panel), Burst RF, Timer |
| Trigger Detector | Normal, positive peak, negative peak, sample, video average, power average, voltage average |
| 1dB Gain Compression | • 10MHz – 100MHz: 0dBm • 100MHz – 1GHz: 0dBm • 1GHz – 8GHz: +5dBm • 8GHz – 50GHz: +5dBm
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| Residual Response | • 200kHz – 8GHz: -90dBm |
| Power Supply | AC 100 – 240V: 50 – 60Hz |
| Dimension | Excluding the handle, brackets: （426±4）mm ×（177±4）mm ×（450±4）mm |
| Weight | About 23kg (different configuration cause different weight) |
Main Machine
| Module No. | Item | Description |
| 4052A | Signal/ Spectrum Analyzer | 2 Hz to 4 GHz |
| 4052B | Signal/ Spectrum Analyzer | 2 Hz to 8 GHz |
| 4052C | Signal/ Spectrum Analyzer | 2 Hz to 13.6 GHz |
| 4052D | Signal/ Spectrum Analyzer | 2 Hz to 18 GHz |
| 4052E | Signal/ Spectrum Analyzer | 2 Hz to 26.5 GHz |
| 4052F | Signal/ Spectrum Analyzer | 2 Hz to 40 GHz |
| 4052G | Signal/ Spectrum Analyzer | 2 Hz to 45 GHz |
| 4052H | Signal/ Spectrum Analyzer | 2 Hz to 50 GHz |
Hardware Options
| Module No. | Item | Description |
| 4052-H02 | High IF Output | Output the second IF signal, the output frequency range 275MHz - 475MHz, step resolution 1Hz. |
| 4052-H08 | Wide Log Detect Output | Output logarithmic detector signal that presents the level characteristics of input signal. |
| 4052-H11 | 10 Gigabit Ethernet Control and Data Interface | Optical fiber based 10 gigabit network interface |
| 4052-H17-E | CPU Enhancement | / |
| 4052-H19-2T | Local memory expansion | Supports up to 2TB storage memory (electronic hard disk) |
| 4052-H19-4T | Local memory expansion | Supports up to 4TB storage memory (electronic hard disk) |
| 4052-H33-08 | Electronic attenuator | Frequency range: max.8GHz,attenuation range: 30dB,in 1dB steps |
| 4052-H34A-04 | Low-noise preamplifier | Only 4052A mainframe can be configured, and 4052-H34-04 is not optional at the same time |
| 4052-H34A-08 | Low-noise preamplifier | Only 4052B mainframe can be configured, and 4052-H34-08 is not optional at the same time |
| 4052-H34-04 | Low-noise preamplifier | The preamplifier is selected according to the frequency upper limit of the signal analyzer. Example: 4052A frequency upper limit is 4GHz, Pre-amplifier need to select option H34-04 |
| 4052-H34-08 | Low-Noise Preamplifier | The preamplifier is selected according to the frequency upper limit of the signal analyzer. Example: 4052B frequency upper limit is 8GHz, Pre-amplifier need to select option H34-08 |
| 4052-H34-13 | Low-Noise Preamplifier | The preamplifier is selected according to the frequency upper limit of the signal analyzer. Example: 4052C frequency upper limit is 13.6GHz, Pre-amplifier need to select option H34-13 |
| 4052-H34-18 | Low-Noise Preamplifier | The preamplifier is selected according to the frequency upper limit of the signal analyzer. Example: 4052D frequency upper limit is 18GHz, Pre-amplifier need to select option H34-18 |
| 4052-H34-26 | Low-Noise Preamplifier | The preamplifier is selected according to the frequency upper limit of the signal analyzer. Example: 4052E frequency upper limit is 26.5GHz, Pre-amplifier need to select option H34-26 |
| 4052-H34-40 | Low-Noise Preamplifier | The preamplifier is selected according to the frequency upper limit of the signal analyzer. Example: 4052F frequency upper limit is 40GHz, Pre-amplifier need to select option H34-40 |
| 4052-H34-45 | Low-Noise Preamplifier | The preamplifier is selected according to the frequency upper limit of the signal analyzer. Example: 4052G frequency upper limit is 45GHz, Pre-amplifier need to select option H34-45 |
| 4052-H34-50 | Low-Noise Preamplifier | The preamplifier is selected according to the frequency upper limit of the signal analyzer. Example: 4052H frequency upper limit is 50GHz, Pre-amplifier need to select option H34-50 |
| 4052-H36 | Pre-selector Bypass | The tracking pre-selector in the bypass receiving channel. (Note: option H36 is needed together with H38A,H38B and H38C to provide the best wideband signal receiving characteristics) |
| 4052-H38-40 | 40MHz Analysis Bandwidth | Support 10Hz-40MHz Analysis Bandwidth (Note: option H38 and option H36 should be selected together to provide the best wideband signal receiving characteristics) |
| 4052-H38-200 | 200MHz Analysis Bandwidth | Support 10Hz-200MHz analysis bandwidth (Note: option H38 and option H36 should be selected together to provide the best wideband signal receiving characteristics) |
| 4052-H38-400 | 400MHz Analysis Bandwidth | Support 10Hz-400MHz analysis bandwidth (Note: option H38 and option H36 should be selected together to provide the best wideband signal receiving characteristics) |
| 4052-H38-600 | 600MHz Analysis Bandwidth | Support 10Hz-600MHz analysis bandwidth (Note: option H38 and option H36 should be selected together to provide the best wideband signal receiving characteristics) |
| 4052-H38-1200 | 1200MHz Analysis Bandwidth | Support 10Hz-1.2GHz analysis bandwidth (Note: option H38 and option H36 should be selected together to provide the best wideband signal receiving characteristics) |
| 4052-H39 | Audio Analyzer | Realize audio frequency signal parameter measurement, distortion measurement and waveform analysis (Notes: option H12A and H12B cannot be selected when selecting this option) |
| 4052-H40 | External Mixer | To extend 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 selectedwhen the main unit is not 4052B: the extended frequency range depends on the selected extension modules, the frequency extension module needs to buy additionally) |
| 4052-H41-200 | Real-time spectrum analysis | This option provides digital phosphor spectrum and seamless waterfall, including frequency template trigger, which can support real-time spectrum analysis of 200MHz bandwidth. |
| 4052-H41-400 | Real-time spectrum analysis | This option provides digital phosphor spectrum and seamless waterfall, including frequency template trigger, which can support real-time spectrum analysis of 400MHz bandwidth. |
| 4052-H48 | Noise figure analysis | Provide noise source drive and noise figure measurement function. 4082N/P only support maximum 67GHz noise figure measurement.(note: the option need to select H34 low-noise pre-amplifier option and corresponding 1660X noise source to finish the noise figure measurement.) |
| 4052-H96 | User manual (paper publication) | Provide a detailed user manual in hard copy |
| 4052-H97 | Mounting suit | Handles and accessories for 4052 mounting on standard racks |
| 4052-H98 | English options | Panel, software interface, user manual and programming manual are English version. |
| 4052-H99-1 | Aluminum transportation case | High-strength lightweight aluminum transportation case, with handle and roller, convenient for transportation |
| 4052-H99-2 | / | / |
Software Options
| Module No. | Item | Description |
| 4052-S01 | Absolute Power Measurement | High-precision measurement of RF signal power by connecting an external USB power probe. |
| 4052-S02 | Noise power ratio measurement | Provide noise power ratio parameters measurement |
| 4052-S04 | Phase Noise Measurement | Provide unilateral band phase noise curve and one-point band phase noise testing capability. |
| 4052-S05 | EMC Pre-Compliance | Provide EMC pre-compliance measurement function |
| 4052-S09 | Analogous Demodulation Analyzer | Fulfill modulation and distortion characteristics analysis of AM, FM, PM signals. |
| 4052-S10 | Transient Analyzer | Fulfill the testing analysis of signals’ instantaneous parameter spectrum, spectrum range and all sorts of modulation features; support the playback of recorded data. |
| 4052-S10H | / | / |
| 4052-S10F | / | / |
| 4052-S12 | Vector Signal Analyzer | Provides 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-S13 | Pulse Signal Analyzer | Automatically measure time, electrical level and modulation parameters of pulse wave and statistical analysis of pulse sequence. |
| 4052-S16 | Multicarrier group delay measurement | Provides absolute and relative group delay measurement capability for wideband signals |
| 4052-S40 | WLAN 802.11a/b/g Measurement | Broadband wireless LAN 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 LAN protocol physical layer test (802.11n), covering radio frequency, modulation analysis, and modulation quality testing. |
| 4052-S40AC | WLAN 802.11ac Measurement | Broadband wireless LAN protocol physical layer test (802.11ac), covering radio frequency, modulation analysis, and modulation quality testing. |
| 4052-S40AX | WLAN 802.11ax Measurement | Broadband wireless LAN protocol physical layer test (802.11ax), covering radio frequency, modulation analysis, and modulation quality testing. |
| 4052-S46D | 5G NR Downlink signal measurement | Support 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 Upling signal measurement | Support 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 |
