4082 Series Signal/Spectrum Analyzer
Superior RF Performance, Fearless Testing Challenges

CEYEAR TECHNOLOGIES CO.,LTD
Address：No. 98, Xiangjiang Road, Huangdao District, Qingdao City, Shandong Province,China
Zip code：266555
E-mail：sales@ceyear.com
https：//en.ceyear.com/
Tel：+86-0532-86896691

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4082

Product Overview

Ceyear 4082 series signal/spectrum analyzer is the new flagship product of Ceyear company. It has excellent RF performance in terms of displaying average noise level, phase noise, intermodulation rejection, dynamic range, amplitude accuracy and test speed. It has powerful spectrum analysis, standard-compliant power measurement suite, I/Q analysis, transient analysis, pulse signal analysis, real-time spectrum analysis, analog modulation analysis,
vector signal analysis and many other measurement functions.
Good expansion capability, can build test system or secondary development through a variety of digital and analog output interfaces.
Up to 2GHz analysis bandwidth, with the corresponding analysis options, to meet the demanding needs of signal and equipment testing in mobile communications, self-driving radar, satellite communications, Internet of Things, aerospace and defense, etc.

Main Features· Wide band coaxial coverage from 2Hz to 110GHz (external spread spectrum up to 750GHz)· Phase noise -134dBc/Hz @10kHz offset at 1GHz carrier· Built-in 2GHz analysis bandwidth· I/Q data stream interface with 2GHz bandwidth· Rich wireless communication signal analysis function· Powerful satellite RF test function· Comprehensive radar signal analysis function· 15.6-inch multi-mode co-display with multi-touch operation

01/02

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4082

Product Overview

Ceyear 4082 series signal/spectrum analyzer is the new flagship product of Ceyear company. It has excellent RF performance in terms of displaying average noise level, phase noise, intermodulation rejection, dynamic range, amplitude accuracy and test speed. It has powerful spectrum analysis, standard-compliant power measurement suite, I/Q analysis, transient analysis, pulse signal analysis, real-time spectrum analysis, analog modulation analysis,
vector signal analysis and many other measurement functions.
Good expansion capability, can build test system or secondary development through a variety of digital and analog output interfaces.
Up to 2GHz analysis bandwidth, with the corresponding analysis options, to meet the demanding needs of signal and equipment testing in mobile communications, self-driving radar, satellite communications, Internet of Things, aerospace and defense, etc.

Main Features· Wide band coaxial coverage from 2Hz to 110GHz (external spread spectrum up to 750GHz)· Phase noise -134dBc/Hz @10kHz offset at 1GHz carrier· Built-in 2GHz analysis bandwidth· I/Q data stream interface with 2GHz bandwidth· Rich wireless communication signal analysis function· Powerful satellite RF test function· Comprehensive radar signal analysis function· 15.6-inch multi-mode co-display with multi-touch operation

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CO N T ENT
Excellent RF & Reception Performance
Comprehensive Spectrum Analysis Capabilities

05-07
08

Rich Signal Analysis Capabilities for Wireless Communications

09-10

Comprehensive Radar Signal Analysis Capabilities

11-12

Powerful Satellite RF Testing Capabilities

13

Large Touch Screen, More Convenient Control

14

Various Forward Looking Interface Configurations

15-16

Technical Specification

17-26

Ording Information

27-32

CEYEAR TECHNOLOGIES CO.,LTD

03/04

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CO N T ENT
Excellent RF & Reception Performance
Comprehensive Spectrum Analysis Capabilities

05-07
08

Rich Signal Analysis Capabilities for Wireless Communications

09-10

Comprehensive Radar Signal Analysis Capabilities

11-12

Powerful Satellite RF Testing Capabilities

13

Large Touch Screen, More Convenient Control

14

Various Forward Looking Interface Configurations

15-16

Technical Specification

17-26

Ording Information

27-32

CEYEAR TECHNOLOGIES CO.,LTD

03/04

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Excellent RF & Reception Performance
The Ceyear 4082 series signal/spectrum analyzers offer excellent RF performance in terms of displaying average noise level, phase noise, intermodulation rejection, dynamic range, amplitude accuracy, and test speed.

Ultra-wide frequency coverage
The frequency measurement range covers 2Hz to 110GHz, meeting the test requirements from RF to millimeter wave.

110GHz full-band image suppression
Full-band configuration preselector for effective suppression of image and interference.

Excellent low frequency signal measurement capability
The frequency band below 30MHz adopts RF direct harvesting technology, with better low-frequency signal measurement capability.

Ultra-low DANL performance
Display average noise level is -154 dBm/Hz at 1 GHz, up to -167 dBm/Hz with preamplifiers, and up to -172 dBm/Hz with noise cancellation turned on. 110 GHz
display average noise level is up to -140 dBm/Hz.

Excellent phase noise performanceWith excellent phase noise performance, it can meet the limit requirements of users in radar and communication signal measurement. At 1GHz carrier, 1kHz
frequency offset, phase noise better than -125dBc/Hz; 10kHz frequency offset, phase noise better than -134dBc/Hz.

CEYEAR TECHNOLOGIES CO.,LTD

101GHz to 110GHz frequency band DANL specification

05/06

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Excellent RF & Reception Performance
The Ceyear 4082 series signal/spectrum analyzers offer excellent RF performance in terms of displaying average noise level, phase noise, intermodulation rejection, dynamic range, amplitude accuracy, and test speed.

Ultra-wide frequency coverage
The frequency measurement range covers 2Hz to 110GHz, meeting the test requirements from RF to millimeter wave.

110GHz full-band image suppression
Full-band configuration preselector for effective suppression of image and interference.

Excellent low frequency signal measurement capability
The frequency band below 30MHz adopts RF direct harvesting technology, with better low-frequency signal measurement capability.

Ultra-low DANL performance
Display average noise level is -154 dBm/Hz at 1 GHz, up to -167 dBm/Hz with preamplifiers, and up to -172 dBm/Hz with noise cancellation turned on. 110 GHz
display average noise level is up to -140 dBm/Hz.

Excellent phase noise performanceWith excellent phase noise performance, it can meet the limit requirements of users in radar and communication signal measurement. At 1GHz carrier, 1kHz
frequency offset, phase noise better than -125dBc/Hz; 10kHz frequency offset, phase noise better than -134dBc/Hz.

CEYEAR TECHNOLOGIES CO.,LTD

101GHz to 110GHz frequency band DANL specification

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Up to 2GHz Analysis Bandwidth
Ceyear 4082 series signal/spectrum analyzers have an analysis bandwidth of 2 GHz and offer seven options from 10 MHz (standard) to 2 GHz (optional) to meet

Comprehensive Spectrum Analysis Capabilities

the application needs of different test scenarios.
Ceyear 4082 series signal/spectrum analyzer has a wealth of spectrum parameters test function, can provide more comprehensive and detailed analy-

Multiple analysis bandwidth configuration options
7 types of bandwidth configurations from 10MHz/40MHz/200MHz/400MHz/600MHz/1.2GHz/2GHz are available to meet the needs of different test applications

sis results.

such as broadband radar, 5G NR, WLAN, etc.

Support frequency sweep and FFT sweep

Arbitrary sampling rate IQ data stream

Sweep points between 101 ~ 120001 arbitrary selection, the longest scan

The signal/spectrum analyzer can provide 100Hz~1.5GHz arbitrary sample rate IQ data stream, sample rate setting resolution better than 0.1Hz, full bandwidthtime of 16000s, zero frequency width of the shortest scan time of 1us.

frequency response real-time compensation, can support a variety of rates of signal measurement and analysis.

1.2GHz real-time analysis bandwidth
Real-time spectrum analysis with 1.2GHz bandwidth is available, and the shortest duration of 100% probability of intercept (POI) signal is better than 0.28μs, which
can be used for the capture measurement of various transient burst signals such as pulse signal, burr signal, intermitten t signal, etc.

Rich trace and detector type
Support 6 traces configurations, 6 detector methods, 3 averaging types, withrich marker measurement functions such as noise marker, bandwidth power,
power spectral density, etc., and support trajectory statistics, automatic saving
and recall of traces, etc.

Support waterfall chart display of historical traces
The signal/spectrum analyzer can save 10000 frames of waterfall traces, clearly

Adjacent Channel Power Measurementshow the signal spectrum change pattern.

One-click power measurement kit
With test functions such as Occupied bandwidth, Adjacent channel power, power statistics, Burst power, Harmonic distortion, Third-order intermodulation, Spurious emission, spectrum emission mask, etc.

1.2GHz Real-time Spectrum Analysis Measurement

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Up to 2GHz Analysis Bandwidth
Ceyear 4082 series signal/spectrum analyzers have an analysis bandwidth of 2 GHz and offer seven options from 10 MHz (standard) to 2 GHz (optional) to meet

Comprehensive Spectrum Analysis Capabilities

the application needs of different test scenarios.
Ceyear 4082 series signal/spectrum analyzer has a wealth of spectrum parameters test function, can provide more comprehensive and detailed analy-

Multiple analysis bandwidth configuration options
7 types of bandwidth configurations from 10MHz/40MHz/200MHz/400MHz/600MHz/1.2GHz/2GHz are available to meet the needs of different test applications

sis results.

such as broadband radar, 5G NR, WLAN, etc.

Support frequency sweep and FFT sweep

Arbitrary sampling rate IQ data stream

Sweep points between 101 ~ 120001 arbitrary selection, the longest scan

The signal/spectrum analyzer can provide 100Hz~1.5GHz arbitrary sample rate IQ data stream, sample rate setting resolution better than 0.1Hz, full bandwidthtime of 16000s, zero frequency width of the shortest scan time of 1us.

frequency response real-time compensation, can support a variety of rates of signal measurement and analysis.

1.2GHz real-time analysis bandwidth
Real-time spectrum analysis with 1.2GHz bandwidth is available, and the shortest duration of 100% probability of intercept (POI) signal is better than 0.28μs, which
can be used for the capture measurement of various transient burst signals such as pulse signal, burr signal, intermitten t signal, etc.

Rich trace and detector type
Support 6 traces configurations, 6 detector methods, 3 averaging types, withrich marker measurement functions such as noise marker, bandwidth power,
power spectral density, etc., and support trajectory statistics, automatic saving
and recall of traces, etc.

Support waterfall chart display of historical traces
The signal/spectrum analyzer can save 10000 frames of waterfall traces, clearly

Adjacent Channel Power Measurementshow the signal spectrum change pattern.

One-click power measurement kit
With test functions such as Occupied bandwidth, Adjacent channel power, power statistics, Burst power, Harmonic distortion, Third-order intermodulation, Spurious emission, spectrum emission mask, etc.

1.2GHz Real-time Spectrum Analysis Measurement

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Up to 2GHz Analysis Bandwidth
Ceyear 4082 series signal/spectrum analyzers have an analysis bandwidth of 2 GHz and offer seven options from 10 MHz (standard) to 2 GHz (optional) to meet

Comprehensive Spectrum Analysis Capabilities

the application needs of different test scenarios.
Ceyear 4082 series signal/spectrum analyzer has a wealth of spectrum parameters test function, can provide more comprehensive and detailed analy-

Multiple analysis bandwidth configuration options
7 types of bandwidth configurations from 10MHz/40MHz/200MHz/400MHz/600MHz/1.2GHz/2GHz are available to meet the needs of different test applications

sis results.

such as broadband radar, 5G NR, WLAN, etc.

Support frequency sweep and FFT sweep

Arbitrary sampling rate IQ data stream

Sweep points between 101 ~ 120001 arbitrary selection, the longest scan

The signal/spectrum analyzer can provide 100Hz~1.5GHz arbitrary sample rate IQ data stream, sample rate setting resolution better than 0.1Hz, full bandwidthtime of 16000s, zero frequency width of the shortest scan time of 1us.

frequency response real-time compensation, can support a variety of rates of signal measurement and analysis.

1.2GHz real-time analysis bandwidth
Real-time spectrum analysis with 1.2GHz bandwidth is available, and the shortest duration of 100% probability of intercept (POI) signal is better than 0.28μs, which
can be used for the capture measurement of various transient burst signals such as pulse signal, burr signal, intermitten t signal, etc.

Rich trace and detector type
Support 6 traces configurations, 6 detector methods, 3 averaging types, withrich marker measurement functions such as noise marker, bandwidth power,
power spectral density, etc., and support trajectory statistics, automatic saving
and recall of traces, etc.

Support waterfall chart display of historical traces
The signal/spectrum analyzer can save 10000 frames of waterfall traces, clearly

Adjacent Channel Power Measurementshow the signal spectrum change pattern.

One-click power measurement kit
With test functions such as Occupied bandwidth, Adjacent channel power, power statistics, Burst power, Harmonic distortion, Third-order intermodulation, Spurious emission, spectrum emission mask, etc.

1.2GHz Real-time Spectrum Analysis Measurement

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Rich Signal Analysis Capabilities for Wireless Communications
The Ceyear 4082 series signal/spectrum analyzer provides fast, intuitive testing of signal characteristics for a wide range of wireless communication
standards, including 5G NR, LTE, NB-IoT, WCDMA, GSM, and more.

5G NR Signal Analysis
The 5G NR measurement function can perform in-band demodulation analysis of 5G NR uplink and downlink signals of 3GPP Rel 15 and Rel 16 versions, supports
FDD and TDD duplex modes, supports QPSK to 256QAM modulation formats, supports Test Model and custom Parameter setting, support to provide measurement
results such as error vector magnitude (EVM), frequency error and power of different channels and signals, with constellation diagram, error summary table,
resource allocation and other display maps.

LTE, NB-IoT, WCDMA, GSM signal analysis
With Ceyear's dedicated protocol analysis software, it can perform in-band modulation analysis on LTE, LTE-Advanced, NB-IoT, WCDMA, GSM, EDGE communication signals, and provide various measurement results such as EVM, constellation diagram, and frequency error.

Analysis of Out-of-Band Characteristics of Wireless Communication Signals
In terms of out-of-band measurement, it can provide a wide range of standard and limit line one-key setting capabilities, and efficiently perform adjacent channel
leakage ratio (ACLR), spectrum emission mask (SEM) and other measurements.

5G NR Signal Analysis Measurement

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Rich Signal Analysis Capabilities for Wireless Communications
The Ceyear 4082 series signal/spectrum analyzer provides fast, intuitive testing of signal characteristics for a wide range of wireless communication
standards, including 5G NR, LTE, NB-IoT, WCDMA, GSM, and more.

5G NR Signal Analysis
The 5G NR measurement function can perform in-band demodulation analysis of 5G NR uplink and downlink signals of 3GPP Rel 15 and Rel 16 versions, supports
FDD and TDD duplex modes, supports QPSK to 256QAM modulation formats, supports Test Model and custom Parameter setting, support to provide measurement
results such as error vector magnitude (EVM), frequency error and power of different channels and signals, with constellation diagram, error summary table,
resource allocation and other display maps.

LTE, NB-IoT, WCDMA, GSM signal analysis
With Ceyear's dedicated protocol analysis software, it can perform in-band modulation analysis on LTE, LTE-Advanced, NB-IoT, WCDMA, GSM, EDGE communication signals, and provide various measurement results such as EVM, constellation diagram, and frequency error.

Analysis of Out-of-Band Characteristics of Wireless Communication Signals
In terms of out-of-band measurement, it can provide a wide range of standard and limit line one-key setting capabilities, and efficiently perform adjacent channel
leakage ratio (ACLR), spectrum emission mask (SEM) and other measurements.

5G NR Signal Analysis Measurement

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Comprehensive Radar Signal Analysis Capabilities
Ceyear 4082 series signal/spectrum analyzers have built-in radar signal measurement software, which can perform multi-level measurement andanalysis of pulse modulated signals, and display them in various display methods such as spectrum, time map, parameter table, etc., to assist in theperformance measurement of radar systems and problems.

Abundant pulse parameter measurements
Support pulse signal spectrum, time domain characteristic test, can simultaneously measure pulse width, pulse period, pulse rise and fall time, power drop in pulse,
peak power, minimum power, top value, bottom value, pulse amplitude, preshoot, overshoot , frequency error peak value, frequency error RMS, frequency offset
and other pulse parameters are analyzed and displayed.

Intra-pulse characteristics analysis
Detailed analysis of amplitude, intra-pulse frequency/phase characteristics, and spectral characteristics can be performed on any selected pulse.

Inter-pulse characteristics analysis
With pulse parameter trend analysis and statistical analysis functions, it can analyze the variation trend and distribution characteristics of inter-pulse characteristic
parameters.

Pulse Signal Analysis Measurement

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Comprehensive Radar Signal Analysis Capabilities
Ceyear 4082 series signal/spectrum analyzers have built-in radar signal measurement software, which can perform multi-level measurement andanalysis of pulse modulated signals, and display them in various display methods such as spectrum, time map, parameter table, etc., to assist in theperformance measurement of radar systems and problems.

Abundant pulse parameter measurements
Support pulse signal spectrum, time domain characteristic test, can simultaneously measure pulse width, pulse period, pulse rise and fall time, power drop in pulse,
peak power, minimum power, top value, bottom value, pulse amplitude, preshoot, overshoot , frequency error peak value, frequency error RMS, frequency offset
and other pulse parameters are analyzed and displayed.

Intra-pulse characteristics analysis
Detailed analysis of amplitude, intra-pulse frequency/phase characteristics, and spectral characteristics can be performed on any selected pulse.

Inter-pulse characteristics analysis
With pulse parameter trend analysis and statistical analysis functions, it can analyze the variation trend and distribution characteristics of inter-pulse characteristic
parameters.

Pulse Signal Analysis Measurement

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Powerful Satellite RF Testing Capabilities

Large Touch Screen, More Convenient Control

Ceyear 4082 series signal/spectrum analyzers have high-performance satellite RF test functions, which can be used for the R&D and production pro-

The hardware configuration of Ceyear 4082 series signal/spectrum analyzer has been improved in an all-round way. It adopts high-performance pro-

cess testing of satellite payloads, systems, and components.

cessor and large touch screen, which makes the operation of the instrument more convenient.

Multi-Carrier Group Delay Measurement
It can quickly measure the absolute group delay and relative group delay of components such as satellite frequency converters and transponders. Measures theHigh-performance processor, large memory
Using i7 processor and 16G memory, it runs more smoothly and ensures the efficient operation of long-term testing.

frequency response of the device under test and displays amplitude, phase, and group delay versus frequency.

15.6-inch large touch screen

Noise Power Ratio Measurement

Various measurement results can be seen at a glance, multi-touch is supported, and the operation is simple and efficient. Support interface area layout

It is convenient and intuitive to measure the noise-to-power ratio of wideband systems to help measure the degree to which idle channels are affected when

dynamic adjustment and custom menu. Parallel operation and display of multiple measurement modes, convenient and flexible mode switching.
Test Modemultiple channels are occupied.

Multi-mode parallel operation,
real-time switching

Main Menu

Parameters settings

Status Bar

USB 3.0
Interface

Intuitive display ofparameter Settings

15.6-inch High
Resolution Touch
ScreenLarge display
windowMulti-Carrier Group Delay Measurement
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Powerful Satellite RF Testing Capabilities

Large Touch Screen, More Convenient Control

Ceyear 4082 series signal/spectrum analyzers have high-performance satellite RF test functions, which can be used for the R&D and production pro-

The hardware configuration of Ceyear 4082 series signal/spectrum analyzer has been improved in an all-round way. It adopts high-performance pro-

cess testing of satellite payloads, systems, and components.

cessor and large touch screen, which makes the operation of the instrument more convenient.

Multi-Carrier Group Delay Measurement
It can quickly measure the absolute group delay and relative group delay of components such as satellite frequency converters and transponders. Measures theHigh-performance processor, large memory
Using i7 processor and 16G memory, it runs more smoothly and ensures the efficient operation of long-term testing.

frequency response of the device under test and displays amplitude, phase, and group delay versus frequency.

15.6-inch large touch screen

Noise Power Ratio Measurement

Various measurement results can be seen at a glance, multi-touch is supported, and the operation is simple and efficient. Support interface area layout

It is convenient and intuitive to measure the noise-to-power ratio of wideband systems to help measure the degree to which idle channels are affected when

dynamic adjustment and custom menu. Parallel operation and display of multiple measurement modes, convenient and flexible mode switching.
Test Modemultiple channels are occupied.

Multi-mode parallel operation,
real-time switching

Main Menu

Parameters settings

Status Bar

USB 3.0
Interface

Intuitive display ofparameter Settings

15.6-inch High
Resolution Touch
ScreenLarge display
windowMulti-Carrier Group Delay Measurement
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Various Forward Looking Interface Configurations
Ceyear 4082 series signal/spectrum analyzers provide abundant input and output interfaces, including RF input, trigger input and output, IF output,
etc. Facing potential applications in the future, 10 Gigabit network interfaces and optical fiber interfaces with 2GHz bandwidth are proactively configured to meet various digital transformation challenges.

AC/DC coupling modes
The models that support AC/DC two coupling methods can reach 67GHz, which can provide flexible selection of RF input ports in higher frequency bands.

10 Gigabit network interface
Configure a 10 Gigabit network interface to provide higher bandwidth, faster speed, and more stable data transmission.

High-speed fiber interface
Equipped with 2GHz ultra-wideband digital interface, it can realize real-time broadband data acquisition and output with 2GHz bandwidth.

4TB built-in electronic hard drive
Built-in 4TB electronic hard disk (optional) provides convenience for mass data storage during measurement.

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Various Forward Looking Interface Configurations
Ceyear 4082 series signal/spectrum analyzers provide abundant input and output interfaces, including RF input, trigger input and output, IF output,
etc. Facing potential applications in the future, 10 Gigabit network interfaces and optical fiber interfaces with 2GHz bandwidth are proactively configured to meet various digital transformation challenges.

AC/DC coupling modes
The models that support AC/DC two coupling methods can reach 67GHz, which can provide flexible selection of RF input ports in higher frequency bands.

10 Gigabit network interface
Configure a 10 Gigabit network interface to provide higher bandwidth, faster speed, and more stable data transmission.

High-speed fiber interface
Equipped with 2GHz ultra-wideband digital interface, it can realize real-time broadband data acquisition and output with 2GHz bandwidth.

4TB built-in electronic hard drive
Built-in 4TB electronic hard disk (optional) provides convenience for mass data storage during measurement.

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Technical Specification

Range: 0.1Hz to 20MHz (1,2,3,5 steps)

Resolution Bandwidth

Frequency range

Precise Frequency Reference

4082B

2Hz to 8.4GHz

10MHz to 8.4GHz

4082D

2Hz to 18GHz

10MHz to 18GHz

Standard: 10MHz

4082E

2Hz to 26.5GHz

10MHz to 26.5GHz

Option H38-40: 40MHz

4082F

2Hz to 45GHz

10MHz to 45GHz

Option H38-200: 200MHz

4082H

2Hz to 50GHz

10MHz to 50GHz

4082L

2Hz to 67GHz

10MHz to 67GHz

Option H38-600: 600MHz

4082N

2Hz to 90GHz—

Option H38-1200: 1.2GHz

4082P

2Hz to 110GHz—

Option H38-2000�2GHz± (last calibration date × aging rate + temperature stability + calibration accuracy)
Aging rate: ±5×10-10/day

Analysis Bandwidth

1Hz to 20MHz (1,2,3,5 steps)

Trigger Source

Free, Line, video, external 1, external level 2, burst RF, timer

Trace Detector

Normal, positive peak, negative peak, sample, video average, power average, voltage average

bandwidth+2Hz+0.5 horizontal resolution*)

SSB Phase Noise

Sweep Points

101 to 120001

Frequency Counting Accuracy± (frequency readout × frequency reference accuracy+0.1Hz)

CEYEAR TECHNOLOGIES CO.,LTD(1GHz carrier,20°C ~ 30°C)

Range: 0Hz ( zero frequency span),10Hz to the highest frequency of the model
Accuracy: ± (0.1%× Frequency span+ Frequency span/ (sweep points-1))
Frequency span ≥10Hz: 3us to 16000s
Frequency span =0Hz:

1us to 16000s

Option H38-400: 400MHz

Video Bandwidth*: horizontal resolution = span/ (sweep points – 1)

Sweep Time Range

5MHz to 20MHz (1,2,3,5 steps)

AC coupled± (frequency readout × frequency reference accuracy+0.1% frequency band+5% resolution

Span±0.30dB
DC coupled

Temperature stability: ± 1.51×10-8

Frequency Readout Accuracy

1Hz to 3MHz (1,2,3,5 steps)

Model

Frequency accuracy:

10 MHzConversion uncertainty: ±0.10dB

Residual FM

Frequency offset

Spectfication

Typical100Hz-107dBc/Hz-115dBc/Hz

1kHz-125dBc/Hz-128dBc/Hz

10kHz-134dBc/Hz-135dBc/Hz

100kHz-136dBc/Hz-137dBc/Hz

1MHz-140dBc/Hz-140dBc/Hz

10MHz-152dBc/Hz-154dBc/Hz≤(0.25 Hz x N) p-p, (10Hz resolution bandwidth, 10Hz video bandwidth, the rated value within 20ms
N is the number of frequency multiple times of LO)

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Technical Specification

Range: 0.1Hz to 20MHz (1,2,3,5 steps)

Resolution Bandwidth

Frequency range

Precise Frequency Reference

4082B

2Hz to 8.4GHz

10MHz to 8.4GHz

4082D

2Hz to 18GHz

10MHz to 18GHz

Standard: 10MHz

4082E

2Hz to 26.5GHz

10MHz to 26.5GHz

Option H38-40: 40MHz

4082F

2Hz to 45GHz

10MHz to 45GHz

Option H38-200: 200MHz

4082H

2Hz to 50GHz

10MHz to 50GHz

4082L

2Hz to 67GHz

10MHz to 67GHz

Option H38-600: 600MHz

4082N

2Hz to 90GHz—

Option H38-1200: 1.2GHz

4082P

2Hz to 110GHz—

Option H38-2000�2GHz± (last calibration date × aging rate + temperature stability + calibration accuracy)
Aging rate: ±5×10-10/day

Analysis Bandwidth

1Hz to 20MHz (1,2,3,5 steps)

Trigger Source

Free, Line, video, external 1, external level 2, burst RF, timer

Trace Detector

Normal, positive peak, negative peak, sample, video average, power average, voltage average

bandwidth+2Hz+0.5 horizontal resolution*)

SSB Phase Noise

Sweep Points

101 to 120001

Frequency Counting Accuracy± (frequency readout × frequency reference accuracy+0.1Hz)

CEYEAR TECHNOLOGIES CO.,LTD(1GHz carrier,20°C ~ 30°C)

Range: 0Hz ( zero frequency span),10Hz to the highest frequency of the model
Accuracy: ± (0.1%× Frequency span+ Frequency span/ (sweep points-1))
Frequency span ≥10Hz: 3us to 16000s
Frequency span =0Hz:

1us to 16000s

Option H38-400: 400MHz

Video Bandwidth*: horizontal resolution = span/ (sweep points – 1)

Sweep Time Range

5MHz to 20MHz (1,2,3,5 steps)

AC coupled± (frequency readout × frequency reference accuracy+0.1% frequency band+5% resolution

Span±0.30dB
DC coupled

Temperature stability: ± 1.51×10-8

Frequency Readout Accuracy

1Hz to 3MHz (1,2,3,5 steps)

Model

Frequency accuracy:

10 MHzConversion uncertainty: ±0.10dB

Residual FM

Frequency offset

Spectfication

Typical100Hz-107dBc/Hz-115dBc/Hz

1kHz-125dBc/Hz-128dBc/Hz

10kHz-134dBc/Hz-135dBc/Hz

100kHz-136dBc/Hz-137dBc/Hz

1MHz-140dBc/Hz-140dBc/Hz

10MHz-152dBc/Hz-154dBc/Hz≤(0.25 Hz x N) p-p, (10Hz resolution bandwidth, 10Hz video bandwidth, the rated value within 20ms
N is the number of frequency multiple times of LO)

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4082D/E/F/H (Pre-amplifier ON)

4082B (Without Pre-amplifier)Frequency Range

Specification

TypicalFrequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz-149dBm-151dBm

10MHz ≤ f ≤ 100MHz-155dBm-158dBm

100MHz＜f ≤ 1.2GHz-152dBm-154dBm

100MHz＜f ≤ 3.25GHz-162dBm-164dBm

1.2GHz＜f ≤ 2.2GHz-151dBm-153dBm

3.25GHz＜ f ≤ 5.25GHz-160dBm-163dBm

2.2GHz＜f ≤ 3.25GHz-150dBm-153dBm

5.25GHz＜ f ≤ 8.4GHz-156dBm-158dBm

3.25GHz＜f ≤ 5.25GHz-148dBm-150dBm

8.2GHz＜ f ≤ 18GHz-157dBm-159dBm

5.25GHz＜f ≤ 6.5GHz-144dBm-148dBm

18GHz＜ f ≤ 26.5GHz-154dBm-156dBm

6.5GHz＜f ≤ 8.4GHz-142dBm-145dBm

26.5GHz＜ f ≤ 40GHz-151dBm-153dBm

Displayed Average Noise Level

40GHz＜ f ≤ 50GHz-148dBm-151dBm(the input end is connected to match

4082L (Without Pre-amplifier)Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz-147dBm-150dBm

100MHz＜f ≤ 1.2GHz-150dBm-152dBm

1.2GHz＜f ≤ 2.2GHz-149dBm-152dBm

2.2GHz＜f ≤ 3.25GHz-148dBm-150dBm

3.25GHz＜f ≤ 5.25GHz-145dBm-148dBm

5.25GHz＜f ≤ 6.5GHz-142dBm-149dBm

6.5GHz＜f ≤ 8.2GHz-140dBm-143dBm

8.2GHz＜f ≤ 18GHz-143dBm-145dBm

18GHz＜f ≤ 26.5GHz-137dBm-141dBm

26.5GHz＜f ≤ 40GHz-130dBm-133dBm

40GHz＜f ≤ 50GHz-127dBm-129dBm

50GHz＜f ≤ 54.8GHz-135dBm-139dBm

54.8GHz＜f ≤ 63.6GHz-133dBm-137dBm

63.6GHz＜f ≤ 67GHz-131dBm-135dBm

4082B (Pre-amplifier ON)
Displayed Average Noise Level

Frequency Range

Specification

Typical(the input end is connected to match

10MHz ≤ f ≤ 100MHz-156dBm-158dBmload, sample or average wave detection, the average type is logarithm,
0dBinput

attenuation, RF gain takes

the DANL as the priority,Normalized to
1Hz, 20°C ~ 30°C)

CEYEAR TECHNOLOGIES CO.,LTDload, sample or average wave detection, the average type is logarithm,

100MHz＜f ≤ 3.25GHz-161dBm-163dBm

0dBinput

3.25GHz＜f ≤ 5.25GHz-160dBm-162dBm

the DANL as the priority,Normalized to

5.25GHz＜f ≤ 8.4GHz-156dBm-159dBm

1Hz, 20°C ~ 30°C)

4082D/E/F/H (Without Pre-amplifier)Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz-147dBm-150dBm

100MHz＜f ≤ 1.2GHz-151dBm-153dBm

1.2GHz＜f ≤ 2.2GHz-150dBm-152dBm

2.2GHz＜f ≤ 3.25GHz-148dBm-150dBm

3.25GHz＜f ≤ 5.25GHz-145dBm-148dBm

5.25GHz＜f ≤ 6.5GHz-142dBm-147dBm

6.5GHz＜f ≤ 8.2GHz-140dBm-143dBm

8.2GHz＜f ≤ 18GHz-143dBm-145dBm

18GHz＜f ≤ 26.5GHz-137dBm-141dBm

26.5GHz＜f ≤ 40GHz-130dBm-133dBm

40GHz＜f ≤ 50GHz-127dBm-129dBmattenuation, RF gain takes

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4082D/E/F/H (Pre-amplifier ON)

4082B (Without Pre-amplifier)Frequency Range

Specification

TypicalFrequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz-149dBm-151dBm

10MHz ≤ f ≤ 100MHz-155dBm-158dBm

100MHz＜f ≤ 1.2GHz-152dBm-154dBm

100MHz＜f ≤ 3.25GHz-162dBm-164dBm

1.2GHz＜f ≤ 2.2GHz-151dBm-153dBm

3.25GHz＜ f ≤ 5.25GHz-160dBm-163dBm

2.2GHz＜f ≤ 3.25GHz-150dBm-153dBm

5.25GHz＜ f ≤ 8.4GHz-156dBm-158dBm

3.25GHz＜f ≤ 5.25GHz-148dBm-150dBm

8.2GHz＜ f ≤ 18GHz-157dBm-159dBm

5.25GHz＜f ≤ 6.5GHz-144dBm-148dBm

18GHz＜ f ≤ 26.5GHz-154dBm-156dBm

6.5GHz＜f ≤ 8.4GHz-142dBm-145dBm

26.5GHz＜ f ≤ 40GHz-151dBm-153dBm

Displayed Average Noise Level

40GHz＜ f ≤ 50GHz-148dBm-151dBm(the input end is connected to match

4082L (Without Pre-amplifier)Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz-147dBm-150dBm

100MHz＜f ≤ 1.2GHz-150dBm-152dBm

1.2GHz＜f ≤ 2.2GHz-149dBm-152dBm

2.2GHz＜f ≤ 3.25GHz-148dBm-150dBm

3.25GHz＜f ≤ 5.25GHz-145dBm-148dBm

5.25GHz＜f ≤ 6.5GHz-142dBm-149dBm

6.5GHz＜f ≤ 8.2GHz-140dBm-143dBm

8.2GHz＜f ≤ 18GHz-143dBm-145dBm

18GHz＜f ≤ 26.5GHz-137dBm-141dBm

26.5GHz＜f ≤ 40GHz-130dBm-133dBm

40GHz＜f ≤ 50GHz-127dBm-129dBm

50GHz＜f ≤ 54.8GHz-135dBm-139dBm

54.8GHz＜f ≤ 63.6GHz-133dBm-137dBm

63.6GHz＜f ≤ 67GHz-131dBm-135dBm

4082B (Pre-amplifier ON)
Displayed Average Noise Level

Frequency Range

Specification

Typical(the input end is connected to match

10MHz ≤ f ≤ 100MHz-156dBm-158dBmload, sample or average wave detection, the average type is logarithm,
0dBinput

attenuation, RF gain takes

the DANL as the priority,Normalized to
1Hz, 20°C ~ 30°C)

CEYEAR TECHNOLOGIES CO.,LTDload, sample or average wave detection, the average type is logarithm,

100MHz＜f ≤ 3.25GHz-161dBm-163dBm

0dBinput

3.25GHz＜f ≤ 5.25GHz-160dBm-162dBm

the DANL as the priority,Normalized to

5.25GHz＜f ≤ 8.4GHz-156dBm-159dBm

1Hz, 20°C ~ 30°C)

4082D/E/F/H (Without Pre-amplifier)Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz-147dBm-150dBm

100MHz＜f ≤ 1.2GHz-151dBm-153dBm

1.2GHz＜f ≤ 2.2GHz-150dBm-152dBm

2.2GHz＜f ≤ 3.25GHz-148dBm-150dBm

3.25GHz＜f ≤ 5.25GHz-145dBm-148dBm

5.25GHz＜f ≤ 6.5GHz-142dBm-147dBm

6.5GHz＜f ≤ 8.2GHz-140dBm-143dBm

8.2GHz＜f ≤ 18GHz-143dBm-145dBm

18GHz＜f ≤ 26.5GHz-137dBm-141dBm

26.5GHz＜f ≤ 40GHz-130dBm-133dBm

40GHz＜f ≤ 50GHz-127dBm-129dBmattenuation, RF gain takes

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4082L (Pre-amplifier ON)

Displayed Average Noise Level(the input end is connected to match
load, sample or average wave detection, the average type is logarithm,
0dBinput

attenuation, RF gain takes

the DANL as the priority,Normalized to
1Hz, 20°C ~ 30°C)

CEYEAR TECHNOLOGIES CO.,LTD

67.2GHz＜f ≤ 74GHz-138dBm-141dBm

73.8GHz＜f ≤ 82.8GHz-143dBm-145dBm

82.6GHz＜f ≤ 91.6GHz-142dBm-144dBm

91.4GHz＜f ≤ 99.6GHz-141dBm-144dBm

99.4GHz＜f ≤ 110GHz-138dBm-141dBm

Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz-157dBm-160dBm

100MHz＜f ≤ 3.25GHz-162dBm-164dBm

3.25GHz＜f ≤ 5.25GHz-161dBm-163dBm

5.25GHz＜f ≤ 8.2GHz-154dBm-156dBm

4082N/P (Pre-amplifier ON) RF Port 1

8.2GHz＜f ≤ 18GHz-156dBm-159dBm

Frequency Range

Specification

Typical18GHz＜f ≤ 26.5GHz-154dBm-157dBm

10MHz ≤ f ≤ 100MHz-155dBm-158dBm

26.5GHz＜f ≤ 40GHz-151dBm-153dBm

100MHz＜f ≤ 3.25GHz-160dBm-162dBm

3.25GHz＜f ≤ 5.25GHz-159dBm-161dBm

5.25GHz＜f ≤ 8.2GHz-152dBm-154dBm

8.2GHz＜f ≤ 18GHz-154dBm-157dBm

18GHz＜f ≤ 26.5GHz-151dBm-155dBm

26.5GHz＜f ≤ 40GHz-149dBm-151dBm

40GHz＜f ≤ 48GHz-147dBm-149dBm

48GHz＜f ≤ 54.8GHz-146dBm-149dBm

54.8GHz＜f ≤ 63.6GHz-142dBm-145dBm

63.6GHz＜f ≤ 67GHz-135dBm-137dBm

Displayed Average Noise Level

40GHz＜f ≤ 48GHz-145dBm-150dBm(the input end is connected to match

48GHz＜f ≤ 54.8GHz-146dBm-152dBmload, sample or average wave detec-

54.8GHz＜f ≤ 63.6GHz-142dBm-148dBmtion, the average type is logarithm,

63.6GHz＜f ≤ 67GHz-140dBm-143dBm

4082N/P (Without Pre-amplifier) RF Port 2

0dBinput

attenuation, RF gain takes

the DANL as the priority,Normalized to
1Hz, 20°C ~ 30°C)

Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz-145dBm-148dBm

100MHz＜f ≤ 1.2GHz-148dBm-149dBm

1.2GHz＜f ≤ 2.2GHz-146dBm-148dBm

2.2GHz＜f ≤ 3.25GHz-144dBm-147dBm

3.25GHz＜f ≤ 5.25GHz-141dBm-146dBm

5.25GHz＜f ≤ 6.5GHz-140dBm-146dBm

6.5GHz＜f ≤ 8.2GHz-138dBm-141dBm

8.2GHz＜f ≤ 18GHz-141dBm-143dBm

18GHz＜f ≤ 26.5GHz-135dBm-139dBm

26.5GHz＜f ≤ 40GHz-127dBm-133dBm

40GHz＜f ≤ 50GHz-122dBm-125dBm

50GHz＜f ≤ 54.8GHz-133dBm-135dBm

54.8GHz＜f ≤ 63.6GHz-130dBm-133dBm

63.6GHz＜f ≤ 67.2GHz-128dBm-131dBm

4082B (Without Pre-amplifier)Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz±0.50dB±0.34dB

100MHz＜f ≤ 3.25GHz±0.40dB±0.30dB

3.25GHz＜f ≤ 5.25GHz±0.50dB±0.31dB

5.25GHz＜f ≤ 8.4GHz±0.50dB±0.33dB

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4082L (Pre-amplifier ON)

Displayed Average Noise Level(the input end is connected to match
load, sample or average wave detection, the average type is logarithm,
0dBinput

attenuation, RF gain takes

the DANL as the priority,Normalized to
1Hz, 20°C ~ 30°C)

CEYEAR TECHNOLOGIES CO.,LTD

67.2GHz＜f ≤ 74GHz-138dBm-141dBm

73.8GHz＜f ≤ 82.8GHz-143dBm-145dBm

82.6GHz＜f ≤ 91.6GHz-142dBm-144dBm

91.4GHz＜f ≤ 99.6GHz-141dBm-144dBm

99.4GHz＜f ≤ 110GHz-138dBm-141dBm

Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz-157dBm-160dBm

100MHz＜f ≤ 3.25GHz-162dBm-164dBm

3.25GHz＜f ≤ 5.25GHz-161dBm-163dBm

5.25GHz＜f ≤ 8.2GHz-154dBm-156dBm

4082N/P (Pre-amplifier ON) RF Port 1

8.2GHz＜f ≤ 18GHz-156dBm-159dBm

Frequency Range

Specification

Typical18GHz＜f ≤ 26.5GHz-154dBm-157dBm

10MHz ≤ f ≤ 100MHz-155dBm-158dBm

26.5GHz＜f ≤ 40GHz-151dBm-153dBm

100MHz＜f ≤ 3.25GHz-160dBm-162dBm

3.25GHz＜f ≤ 5.25GHz-159dBm-161dBm

5.25GHz＜f ≤ 8.2GHz-152dBm-154dBm

8.2GHz＜f ≤ 18GHz-154dBm-157dBm

18GHz＜f ≤ 26.5GHz-151dBm-155dBm

26.5GHz＜f ≤ 40GHz-149dBm-151dBm

40GHz＜f ≤ 48GHz-147dBm-149dBm

48GHz＜f ≤ 54.8GHz-146dBm-149dBm

54.8GHz＜f ≤ 63.6GHz-142dBm-145dBm

63.6GHz＜f ≤ 67GHz-135dBm-137dBm

Displayed Average Noise Level

40GHz＜f ≤ 48GHz-145dBm-150dBm(the input end is connected to match

48GHz＜f ≤ 54.8GHz-146dBm-152dBmload, sample or average wave detec-

54.8GHz＜f ≤ 63.6GHz-142dBm-148dBmtion, the average type is logarithm,

63.6GHz＜f ≤ 67GHz-140dBm-143dBm

4082N/P (Without Pre-amplifier) RF Port 2

0dBinput

attenuation, RF gain takes

the DANL as the priority,Normalized to
1Hz, 20°C ~ 30°C)

Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz-145dBm-148dBm

100MHz＜f ≤ 1.2GHz-148dBm-149dBm

1.2GHz＜f ≤ 2.2GHz-146dBm-148dBm

2.2GHz＜f ≤ 3.25GHz-144dBm-147dBm

3.25GHz＜f ≤ 5.25GHz-141dBm-146dBm

5.25GHz＜f ≤ 6.5GHz-140dBm-146dBm

6.5GHz＜f ≤ 8.2GHz-138dBm-141dBm

8.2GHz＜f ≤ 18GHz-141dBm-143dBm

18GHz＜f ≤ 26.5GHz-135dBm-139dBm

26.5GHz＜f ≤ 40GHz-127dBm-133dBm

40GHz＜f ≤ 50GHz-122dBm-125dBm

50GHz＜f ≤ 54.8GHz-133dBm-135dBm

54.8GHz＜f ≤ 63.6GHz-130dBm-133dBm

63.6GHz＜f ≤ 67.2GHz-128dBm-131dBm

4082B (Without Pre-amplifier)Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz±0.50dB±0.34dB

100MHz＜f ≤ 3.25GHz±0.40dB±0.30dB

3.25GHz＜f ≤ 5.25GHz±0.50dB±0.31dB

5.25GHz＜f ≤ 8.4GHz±0.50dB±0.33dB

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4082L/N/P (Without Pre-amplifier)4082B (Pre-amplifier ON)
Frequency Range

Specification

TypicalFrequency Range

Specification

Typical

100kHz ≤ f ≤ 100MHz±0.80dB±0.50dB

10MHz ≤ f ≤ 100MHz±0.50dB±0.34dB

100MHz＜f ≤ 3.25GHz±0.70dB±0.50dB

100MHz＜f ≤ 3.25GHz±0.40dB±0.30dB

3.25GHz＜f ≤ 5.25GHz±0.80dB±0.60dB

3.25GHz＜f ≤ 5.25GHz±0.50dB±0.31dB

5.25GHz＜f ≤ 8.4GHz±0.90dB±0.70dB

5.25GHz＜f ≤ 8.2GHz±0.50dB±0.33dB

8.2GHz＜f ≤ 18GHz±1.50dB±0.95dB

18GHz＜f ≤ 26.5GHz±1.80dB±0.95dB

26.5GHz＜f ≤ 40GHz±2.50dB±1.50dB

40GHz＜f ≤ 48GHz±2.80dB±1.60dB

48GHz＜f ≤ 67GHz±3.0 0dB±1.50dB

67GHz＜f ≤ 110GHz±4.00 dB

±2.50dB

Frequency Range

Specification

Typical

100kHz ≤ f ≤ 100MHz±0.50dB±0.34dB

100MHz＜f ≤ 3.25GHz±0.70dB±0.50dB

3.25GHz＜f ≤ 5.25GHz±0.80dB±0.60dB

5.25GHz＜f ≤ 8.2GHz±0.90dB±0.70dB

8.2GHz＜f ≤ 18GHz±2.00dB±1.35dB

18GHz＜f ≤ 26.5GHz±2.30dB±1.55dB

Typical26.5GHz＜f ≤ 40GHz±2.80dB±1.86dB±3.00dB±2.00dB±3.50dB±2.50dB

4082D/E/F/H (Without Pre-amplifier)Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz±0.50dB±0.34dB

100MHz＜f ≤ 3.25GHz±0.40dB±0.30dB

Displayed Average Noise Level

Displayed Average Noise Level

3.25GHz＜f ≤ 5.25GHz±0.50dB±0.31dB(the input end is connected to match(the input end is connected to match

5.25GHz＜f ≤ 8.2GHz±0.50dB±0.33dBload, sample or average wave detec-

8.2GHz＜f ≤ 18GHz±1.50dB±0.95dB

18GHz＜f ≤ 26.5GHz±1.80dB±0.95dB

26.5GHz＜f ≤ 40GHz±2.50dB±1.50dB

40GHz＜f ≤ 50GHz±2.80dB±1.60dBtion, the average type is logarithm,
0dBinput

attenuation, RF gain takes

the DANL as the priority,Normalized to
1Hz, 20°C ~ 30°C)

4082D/E/F/H (Pre-amplifier ON)
Frequency Range

CEYEAR TECHNOLOGIES CO.,LTD

Specificationload, sample or average wave detection, the average type is logarithm,
0dBinput

attenuation, RF gain takes

the DANL as the priority,Normalized to
1Hz, 20°C ~ 30°C)

4082L/N/P (Pre-amplifier ON)

100kHz ≤ f ≤ 100MHz±0.50dB±0.34dB

40GHz＜f ≤ 48GHz

100MHz＜f ≤ 3.25GHz±0.70dB±0.50dB

48GHz＜f ≤ 67GHz

3.25GHz＜f ≤ 5.25GHz±0.80dB±0.60dB

Absolute Amplitude Accuracy

5.25GHz＜f ≤ 8.2GHz±0.90dB±0.70dB

Absolute amplitude accuracy (10 dB attenuation, 20°C ~ 30°C, 1 Hz ≤resolution bandwidth≤ 1 MHz, input signal -10 to -50 dBm):

8.2GHz＜f ≤ 18GHz±2.00dB±1.35dB±0.24dB

18GHz＜f ≤ 26.5GHz±2.30dB±1.55dB± (0.24dB+frequency response) all frequency except 500MHz frequency point

26.5GHz＜f ≤ 40GHz±2.80dB±1.86dB

40GHz＜f ≤ 50GHz±3.00dB±2.00dB

500MHz23/24

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4082L/N/P (Without Pre-amplifier)4082B (Pre-amplifier ON)
Frequency Range

Specification

TypicalFrequency Range

Specification

Typical

100kHz ≤ f ≤ 100MHz±0.80dB±0.50dB

10MHz ≤ f ≤ 100MHz±0.50dB±0.34dB

100MHz＜f ≤ 3.25GHz±0.70dB±0.50dB

100MHz＜f ≤ 3.25GHz±0.40dB±0.30dB

3.25GHz＜f ≤ 5.25GHz±0.80dB±0.60dB

3.25GHz＜f ≤ 5.25GHz±0.50dB±0.31dB

5.25GHz＜f ≤ 8.4GHz±0.90dB±0.70dB

5.25GHz＜f ≤ 8.2GHz±0.50dB±0.33dB

8.2GHz＜f ≤ 18GHz±1.50dB±0.95dB

18GHz＜f ≤ 26.5GHz±1.80dB±0.95dB

26.5GHz＜f ≤ 40GHz±2.50dB±1.50dB

40GHz＜f ≤ 48GHz±2.80dB±1.60dB

48GHz＜f ≤ 67GHz±3.0 0dB±1.50dB

67GHz＜f ≤ 110GHz±4.00 dB

±2.50dB

Frequency Range

Specification

Typical

100kHz ≤ f ≤ 100MHz±0.50dB±0.34dB

100MHz＜f ≤ 3.25GHz±0.70dB±0.50dB

3.25GHz＜f ≤ 5.25GHz±0.80dB±0.60dB

5.25GHz＜f ≤ 8.2GHz±0.90dB±0.70dB

8.2GHz＜f ≤ 18GHz±2.00dB±1.35dB

18GHz＜f ≤ 26.5GHz±2.30dB±1.55dB

Typical26.5GHz＜f ≤ 40GHz±2.80dB±1.86dB±3.00dB±2.00dB±3.50dB±2.50dB

4082D/E/F/H (Without Pre-amplifier)Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz±0.50dB±0.34dB

100MHz＜f ≤ 3.25GHz±0.40dB±0.30dB

Displayed Average Noise Level

Displayed Average Noise Level

3.25GHz＜f ≤ 5.25GHz±0.50dB±0.31dB(the input end is connected to match(the input end is connected to match

5.25GHz＜f ≤ 8.2GHz±0.50dB±0.33dBload, sample or average wave detec-

8.2GHz＜f ≤ 18GHz±1.50dB±0.95dB

18GHz＜f ≤ 26.5GHz±1.80dB±0.95dB

26.5GHz＜f ≤ 40GHz±2.50dB±1.50dB

40GHz＜f ≤ 50GHz±2.80dB±1.60dBtion, the average type is logarithm,
0dBinput

attenuation, RF gain takes

the DANL as the priority,Normalized to
1Hz, 20°C ~ 30°C)

4082D/E/F/H (Pre-amplifier ON)
Frequency Range

CEYEAR TECHNOLOGIES CO.,LTD

Specificationload, sample or average wave detection, the average type is logarithm,
0dBinput

attenuation, RF gain takes

the DANL as the priority,Normalized to
1Hz, 20°C ~ 30°C)

4082L/N/P (Pre-amplifier ON)

100kHz ≤ f ≤ 100MHz±0.50dB±0.34dB

40GHz＜f ≤ 48GHz

100MHz＜f ≤ 3.25GHz±0.70dB±0.50dB

48GHz＜f ≤ 67GHz

3.25GHz＜f ≤ 5.25GHz±0.80dB±0.60dB

Absolute Amplitude Accuracy

5.25GHz＜f ≤ 8.2GHz±0.90dB±0.70dB

Absolute amplitude accuracy (10 dB attenuation, 20°C ~ 30°C, 1 Hz ≤resolution bandwidth≤ 1 MHz, input signal -10 to -50 dBm):

8.2GHz＜f ≤ 18GHz±2.00dB±1.35dB±0.24dB

18GHz＜f ≤ 26.5GHz±2.30dB±1.55dB± (0.24dB+frequency response) all frequency except 500MHz frequency point

26.5GHz＜f ≤ 40GHz±2.80dB±1.86dB

40GHz＜f ≤ 50GHz±3.00dB±2.00dB

500MHz23/24

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4082D/E/F/H/L/N/P

4082B

1dB Gain Compression

Frequency Range

Mixer Input Level

Typical10MHz ≤ f ≤ 100MHz±0.80dB±0.50dB

100MHz＜f ≤ 3.25GHz±0.70dB±0.50dB

3.25GHz＜f ≤ 5.25GHz±0.80dB±0.60dB

5.25GHz＜f ≤ 8.4GHz±0.90dB±0.70dB

TOI distortion(input mixer 2 -10dBm signal test,
frequency interval is 50kHz, 20°C ~ 30°C)

4082D/E/F/H/(mixer level, dual-tone test, resolution

Frequency Range

Mixer Input Level

Typicalbandwidth is 5kHz, 3MHz frequency

20MHz ≤ f ≤ 3.25GHz≥+5dBm≥+10dBm

Residual responseinterval, 20°C ~ 30°C)

3.25GHz＜f ≤ 50GHz≥+7dBm≥+11dBm(the input end is connected to match

Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz+14dBm+16dBm100MHz＜f ≤ 3.25GHz+18dBm+20dBm

3.25GHz＜f ≤ 5.25GHz+20dBm+23dBm

5.25GHz＜f ≤ 8.2GHz+21dBm+23dBm

8.2GHz＜f ≤ 50GHz+18dBm+20dBm

50GHz＜f ≤ 67GHz+18dBm+20dBm≤-98dBm

1MHz ≤ f ≤8GHz

RF Port 1

load, 0dB attenuation)

4082L/N/P
Frequency Range

Mixer Input Level

Typical20MHz ≤ f ≤ 5.25GHz≥+5dBm≥+10dBm

5.25GHz＜f ≤ 8.2GHz≥+7dBm≥+11dBm

8.2GHz＜f ≤ 67GHz≥+6dBm≥+11dBm

67GHz＜f ≤ 90GHz≥-3dBm/90GHz＜f ≤ 110GHz≥-1dBm/4082B

Memory depth (IQ length): 500M IQ samples

IQ Data

IQ bits length: 32 bit I,32 bit Q(Analysis bandwidth ≤40MHz)
Memory depth (IQ length): 1000M IQ samples
IQ bits length: 16 bit I, 16 bit Q(Analysis bandwidth>40MHz)

Dimensions

W (mm)×H (mm)×D (mm):(426±4）mm ×(222±4）mm ×(450±4）mm(excluding handle, foot-pad, bottom feet)

WeightAbout 35kg (different configuration have different weights)

Power supply

AC 100 to 240V:50 to 60Hz

Power Consumption

Maximum 450W(Standard configureation)

TOI distortion

Frequency Range

Specification

Typical(input mixer 2 -10dBm signal test,

10MHz ≤ f ≤ 100MHz+14dBm+16dBmfrequency interval is 50kHz, 20°C ~ 30°C)

100MHz＜f ≤ 3.25GHz+18dBm+20dBm

3.25GHz＜f ≤ 5.25GHz+18dBm+20dBmNotes:+19dBm

1. Rated values refer to the estimated performance, or the performance which is useful for the product beyond the warrant range.

5.25GHz＜f ≤ 8.4GHz+17dBmTemperature Range

Operating temperature:0°C~+50°C
Storage temperature:-40°C~+70°C

2. Typical value refers to other performance information beyond the product guarantee range; when the performance is over the technical index, 80% of the samples will present
95% confidence within 20°C ~ 30°C temperature range; typical performance excludes test uncertainty.

CEYEAR TECHNOLOGIES CO.,LTD

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4082D/E/F/H/L/N/P

4082B

1dB Gain Compression

Frequency Range

Mixer Input Level

Typical10MHz ≤ f ≤ 100MHz±0.80dB±0.50dB

100MHz＜f ≤ 3.25GHz±0.70dB±0.50dB

3.25GHz＜f ≤ 5.25GHz±0.80dB±0.60dB

5.25GHz＜f ≤ 8.4GHz±0.90dB±0.70dB

TOI distortion(input mixer 2 -10dBm signal test,
frequency interval is 50kHz, 20°C ~ 30°C)

4082D/E/F/H/(mixer level, dual-tone test, resolution

Frequency Range

Mixer Input Level

Typicalbandwidth is 5kHz, 3MHz frequency

20MHz ≤ f ≤ 3.25GHz≥+5dBm≥+10dBm

Residual responseinterval, 20°C ~ 30°C)

3.25GHz＜f ≤ 50GHz≥+7dBm≥+11dBm(the input end is connected to match

Frequency Range

Specification

Typical10MHz ≤ f ≤ 100MHz+14dBm+16dBm100MHz＜f ≤ 3.25GHz+18dBm+20dBm

3.25GHz＜f ≤ 5.25GHz+20dBm+23dBm

5.25GHz＜f ≤ 8.2GHz+21dBm+23dBm

8.2GHz＜f ≤ 50GHz+18dBm+20dBm

50GHz＜f ≤ 67GHz+18dBm+20dBm≤-98dBm

1MHz ≤ f ≤8GHz

RF Port 1

load, 0dB attenuation)

4082L/N/P
Frequency Range

Mixer Input Level

Typical20MHz ≤ f ≤ 5.25GHz≥+5dBm≥+10dBm

5.25GHz＜f ≤ 8.2GHz≥+7dBm≥+11dBm

8.2GHz＜f ≤ 67GHz≥+6dBm≥+11dBm

67GHz＜f ≤ 90GHz≥-3dBm/90GHz＜f ≤ 110GHz≥-1dBm/4082B

Memory depth (IQ length): 500M IQ samples

IQ Data

IQ bits length: 32 bit I,32 bit Q(Analysis bandwidth ≤40MHz)
Memory depth (IQ length): 1000M IQ samples
IQ bits length: 16 bit I, 16 bit Q(Analysis bandwidth>40MHz)

Dimensions

W (mm)×H (mm)×D (mm):(426±4）mm ×(222±4）mm ×(450±4）mm(excluding handle, foot-pad, bottom feet)

WeightAbout 35kg (different configuration have different weights)

Power supply

AC 100 to 240V:50 to 60Hz

Power Consumption

Maximum 450W(Standard configureation)

TOI distortion

Frequency Range

Specification

Typical(input mixer 2 -10dBm signal test,

10MHz ≤ f ≤ 100MHz+14dBm+16dBmfrequency interval is 50kHz, 20°C ~ 30°C)

100MHz＜f ≤ 3.25GHz+18dBm+20dBm

3.25GHz＜f ≤ 5.25GHz+18dBm+20dBmNotes:+19dBm

1. Rated values refer to the estimated performance, or the performance which is useful for the product beyond the warrant range.

5.25GHz＜f ≤ 8.4GHz+17dBmTemperature Range

Operating temperature:0°C~+50°C
Storage temperature:-40°C~+70°C

2. Typical value refers to other performance information beyond the product guarantee range; when the performance is over the technical index, 80% of the samples will present
95% confidence within 20°C ~ 30°C temperature range; typical performance excludes test uncertainty.

CEYEAR TECHNOLOGIES CO.,LTD

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Ording Information·Mainframe:4082-H34-26

Low-noise preamplifier4082-H34-45

Low-noise preamplifier4082-H34-50

Low-noise preamplifier4082-H34-67

Low-noise preamplifier

The preamplifier is selected according to the frequency upper limit of the signal analyzer.
Example: 4082E frequency upper limit is 26.5GHz,Pre-amplifier need to select option H34-26.
The preamplifier is selected according to the frequency upper limit of the signal analyzer.
Example: 4082F frequency upper limit is 45GHz,Pre-amplifier need to select option H34-45.

Model

Description

Frequency range

4082B

Signal/Spetrum Analyzer

2Hz to 8.4GHz

4082D

Signal/Spetrum Analyzer

2Hz to 18GHz

4082E

Signal/Spetrum Analyzer

2Hz to 26.5GHz

4082F

Signal/Spetrum Analyzer

2Hz to 45GHz

4082-H34A-08

Low-noise preamplifier

Only 4082B mainframe can be configured, and 4082-H34-08 is not optional at the same time.

4082H

Signal/Spetrum Analyzer

2Hz to 50GHz

4082-H36

Pre-selector Bypass

The tracking pre-selector in the bypass receiving channel.

4082L

Signal/Spetrum Analyzer

2Hz to 67GHz

4082-H38-40

40MHz Analysis bandwidth

Support 10Hz to 40MHz Analysis bandwidth

4082N

Signal/Spetrum Analyzer

2Hz to 90GHz4082-H38-200

200MHz Analysis bandwidth

Support 10Hz to 200MHz Analysis bandwidth

4082P

Signal/Spetrum Analyzer

2Hz to 110GHz

4082-H38-400

400MHz Analysis bandwidth

Support 10Hz to 400MHz Analysis bandwidth4082-H38-600

600MHz Analysis bandwidth

Support 10Hz to 600MHz Analysis bandwidth4082-H38-1200

1.2GHz Analysis bandwidth

Support 10Hz to 1.2GHz Analysis bandwidth4082-H38-2000

2GHz Analysis bandwidth

Support 10Hz to 2GHz Analysis bandwidth·Option:No.

Description

Functions4082-H02

Auxiliary IF output

Output second IF signal, the frequency is 425MHz,750MHz,1.5GHz

4082-H08

Wideband Log detect output

Output a logarithmic detection signal reflecting the level characteristics of the input signal4082-H11

10 Gigabit Ethernet Control and Data Interface

Optical fiber based 10 gigabit network interface4082-H19-2T

Local memory expansion

Supports up to 2TB storage memory (electronic hard disk)

4082-H19-4T

Local memory expansion

Supports up to 4TB storage memory (electronic hard disk)

4082-H33-08

Electronic attenuator

Frequency range: 9kHz to 8GHz,attenuation range: 30dB,in 0.5dB steps

4082-H34-08

4082-H34-18

Low-noise preamplifier

Low-noise preamplifier

CEYEAR TECHNOLOGIES CO.,LTD

The preamplifier is selected according to the frequency upper limit of the signal analyzer

Example: 4082H frequency upper limit is 50GHz,Pre-amplifier need to select option H34-50.
The preamplifier is selected according to the frequency upper limit of the signal analyzer.
Example: 4082L frequency upper limit is 50GHz,Pre-amplifier need to select option H34-67.

To extend the frequency range using external frequency mixing method. This option provides
4082-H40

External frequency extenderLO output and IF input, as well as signal recognition ability. (Notes: this option can be selected
when the main unit is not 4052B: the extended frequency range depends on the selected
extension modules; the frequency extension module needs to buy additionally)

4082-H41-200

Real-time spectrum analysis

4082-H41-400

Real-time spectrum analysis

4082-H41-600

Real-time spectrum analysis

Example: 4082B frequency upper limit is 8.4GHz,Pre-amplifier need to select option H34-08
The preamplifier is selected according to the frequency upper limit of the signal analyzer.

The preamplifier is selected according to the frequency upper limit of the signal analyzer.

This option provides digital phosphor spectrum and seamless waterfall, including frequency
template trigger, which can support real-time spectrum analysis of 200MHz bandwidth.
This option provides digital phosphor spectrum and seamless waterfall, including frequency
template trigger, which can support real-time spectrum analysis of 400MHz bandwidth.
This option provides digital phosphor spectrum and seamless waterfall, including frequency
template trigger, which can support real-time spectrum analysis of 600MHz bandwidth.

Example: 4082D frequency upper limit is 18GHz,Pre-amplifier need to select option H34-18.

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Ording Information·Mainframe:4082-H34-26

Low-noise preamplifier4082-H34-45

Low-noise preamplifier4082-H34-50

Low-noise preamplifier4082-H34-67

Low-noise preamplifier

The preamplifier is selected according to the frequency upper limit of the signal analyzer.
Example: 4082E frequency upper limit is 26.5GHz,Pre-amplifier need to select option H34-26.
The preamplifier is selected according to the frequency upper limit of the signal analyzer.
Example: 4082F frequency upper limit is 45GHz,Pre-amplifier need to select option H34-45.

Model

Description

Frequency range

4082B

Signal/Spetrum Analyzer

2Hz to 8.4GHz

4082D

Signal/Spetrum Analyzer

2Hz to 18GHz

4082E

Signal/Spetrum Analyzer

2Hz to 26.5GHz

4082F

Signal/Spetrum Analyzer

2Hz to 45GHz

4082-H34A-08

Low-noise preamplifier

Only 4082B mainframe can be configured, and 4082-H34-08 is not optional at the same time.

4082H

Signal/Spetrum Analyzer

2Hz to 50GHz

4082-H36

Pre-selector Bypass

The tracking pre-selector in the bypass receiving channel.

4082L

Signal/Spetrum Analyzer

2Hz to 67GHz

4082-H38-40

40MHz Analysis bandwidth

Support 10Hz to 40MHz Analysis bandwidth

4082N

Signal/Spetrum Analyzer

2Hz to 90GHz4082-H38-200

200MHz Analysis bandwidth

Support 10Hz to 200MHz Analysis bandwidth

4082P

Signal/Spetrum Analyzer

2Hz to 110GHz

4082-H38-400

400MHz Analysis bandwidth

Support 10Hz to 400MHz Analysis bandwidth4082-H38-600

600MHz Analysis bandwidth

Support 10Hz to 600MHz Analysis bandwidth4082-H38-1200

1.2GHz Analysis bandwidth

Support 10Hz to 1.2GHz Analysis bandwidth4082-H38-2000

2GHz Analysis bandwidth

Support 10Hz to 2GHz Analysis bandwidth·Option:No.

Description

Functions4082-H02

Auxiliary IF output

Output second IF signal, the frequency is 425MHz,750MHz,1.5GHz

4082-H08

Wideband Log detect output

Output a logarithmic detection signal reflecting the level characteristics of the input signal4082-H11

10 Gigabit Ethernet Control and Data Interface

Optical fiber based 10 gigabit network interface4082-H19-2T

Local memory expansion

Supports up to 2TB storage memory (electronic hard disk)

4082-H19-4T

Local memory expansion

Supports up to 4TB storage memory (electronic hard disk)

4082-H33-08

Electronic attenuator

Frequency range: 9kHz to 8GHz,attenuation range: 30dB,in 0.5dB steps

4082-H34-08

4082-H34-18

Low-noise preamplifier

Low-noise preamplifier

CEYEAR TECHNOLOGIES CO.,LTD

The preamplifier is selected according to the frequency upper limit of the signal analyzer

Example: 4082H frequency upper limit is 50GHz,Pre-amplifier need to select option H34-50.
The preamplifier is selected according to the frequency upper limit of the signal analyzer.
Example: 4082L frequency upper limit is 50GHz,Pre-amplifier need to select option H34-67.

To extend the frequency range using external frequency mixing method. This option provides
4082-H40

External frequency extenderLO output and IF input, as well as signal recognition ability. (Notes: this option can be selected
when the main unit is not 4052B: the extended frequency range depends on the selected
extension modules; the frequency extension module needs to buy additionally)

4082-H41-200

Real-time spectrum analysis

4082-H41-400

Real-time spectrum analysis

4082-H41-600

Real-time spectrum analysis

Example: 4082B frequency upper limit is 8.4GHz,Pre-amplifier need to select option H34-08
The preamplifier is selected according to the frequency upper limit of the signal analyzer.

The preamplifier is selected according to the frequency upper limit of the signal analyzer.

This option provides digital phosphor spectrum and seamless waterfall, including frequency
template trigger, which can support real-time spectrum analysis of 200MHz bandwidth.
This option provides digital phosphor spectrum and seamless waterfall, including frequency
template trigger, which can support real-time spectrum analysis of 400MHz bandwidth.
This option provides digital phosphor spectrum and seamless waterfall, including frequency
template trigger, which can support real-time spectrum analysis of 600MHz bandwidth.

Example: 4082D frequency upper limit is 18GHz,Pre-amplifier need to select option H34-18.

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4082-H41-1200

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 1.2GHz bandwidth.
Provide noise source drive and noise figure measurement function. 4082N/P only support

4082-H48

Noise figure analysis

maximum 67GHz noise figure measurement.(note: the option need to select H34 low-noise

4082-S40AC

WLAN 802.11ac measurement4082-S40AXWLAN 802.11ax measurement

pre-amplifier option and corresponding 1660X noise source to finish the noise figure
measurement.)

4082-H96

User manual (paper publication)

Provide a detailed user manual in hard copy

4082-H97

Mounting rackhandles and accessories for 4052 mounting on standard racks
High-strength lightweight aluminum transportation case, with handle and roller, convenient4082-H99

Aluminum transportation case4082-S02

Noise power ratio measurement

Provide noise power ratio parameters measurement4082-S04

Phase noise measurement

SSB phase noise curves and single-point phase noise measurement4082-S05

EMC Pre-Compliance

Provide EMC pre-compliance measurement function

4082-S10

Transient analyzer

for transportation

Broadband wireless local area network protocol physical layer test (802.11ac), covering radio
frequency, modulation analysis, and modulation quality testing.
Broadband wireless local area network protocol physical layer test (802.11ax), covering radio
frequency, modulation analysis, and modulation quality testing.
Support 5G NR DOWNlink signal demodulation, EVM, spectrum flatness, time alignment error;

4082-S46D

5G NR Downlink signal measurement

Support ACP, spectrum emission template, transmit on/off, CCDF and other power
measurement; Support multiple bandwidth and multiple TM.
Support 5G NR UPlink signal demodulation, EVM, spectrum flatness, time alignment error;

4082-S46U

5G NR Upling signal measurement

Support ACP, spectrum emission template, transmit on/off, CCDF and other power
measurement; Support multiple bandwidth and multiple TM.

To realize the measurement & analysis of transient parameters, spectrum, and time-varying
characteristics of signals, support playback of the recorded data.
This option provides flexible demodulation functions of multiple single-carrier digitalmodulation signals. It can provide vector charts, constellation diagrams, eye diagrams,

4082-S12

Vector signal analyzer

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.

4082-S13

Pulse signal analyzer

4082-S16

Multicarrier group delay measurement4082-S40

WLAN 802.11a/b/g measurement4082-S40NWLAN 802.11n measurement

CEYEAR TECHNOLOGIES CO.,LTD

Automatic measurement on time, level and modulation parameters of pulse waveform andstatistical analysis of pulse sequence
Provides absolute and relative group delay measurement capability for wideband signals
Broadband wireless local area network protocol physical layer test (802.11a/ b/g), covering radio
frequency, modulation analysis, and modulation quality testing.
Broadband wireless local area network protocol physical layer test (802.11n), covering radio
frequency, modulation analysis, and modulation quality testing.

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4082-H41-1200

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 1.2GHz bandwidth.
Provide noise source drive and noise figure measurement function. 4082N/P only support

4082-H48

Noise figure analysis

maximum 67GHz noise figure measurement.(note: the option need to select H34 low-noise

4082-S40AC

WLAN 802.11ac measurement4082-S40AXWLAN 802.11ax measurement

pre-amplifier option and corresponding 1660X noise source to finish the noise figure
measurement.)

4082-H96

User manual (paper publication)

Provide a detailed user manual in hard copy

4082-H97

Mounting rackhandles and accessories for 4052 mounting on standard racks
High-strength lightweight aluminum transportation case, with handle and roller, convenient4082-H99

Aluminum transportation case4082-S02

Noise power ratio measurement

Provide noise power ratio parameters measurement4082-S04

Phase noise measurement

SSB phase noise curves and single-point phase noise measurement4082-S05

EMC Pre-Compliance

Provide EMC pre-compliance measurement function

4082-S10

Transient analyzer

for transportation

Broadband wireless local area network protocol physical layer test (802.11ac), covering radio
frequency, modulation analysis, and modulation quality testing.
Broadband wireless local area network protocol physical layer test (802.11ax), covering radio
frequency, modulation analysis, and modulation quality testing.
Support 5G NR DOWNlink signal demodulation, EVM, spectrum flatness, time alignment error;

4082-S46D

5G NR Downlink signal measurement

Support ACP, spectrum emission template, transmit on/off, CCDF and other power
measurement; Support multiple bandwidth and multiple TM.
Support 5G NR UPlink signal demodulation, EVM, spectrum flatness, time alignment error;

4082-S46U

5G NR Upling signal measurement

Support ACP, spectrum emission template, transmit on/off, CCDF and other power
measurement; Support multiple bandwidth and multiple TM.

To realize the measurement & analysis of transient parameters, spectrum, and time-varying
characteristics of signals, support playback of the recorded data.
This option provides flexible demodulation functions of multiple single-carrier digitalmodulation signals. It can provide vector charts, constellation diagrams, eye diagrams,

4082-S12

Vector signal analyzer

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.

4082-S13

Pulse signal analyzer

4082-S16

Multicarrier group delay measurement4082-S40

WLAN 802.11a/b/g measurement4082-S40NWLAN 802.11n measurement

CEYEAR TECHNOLOGIES CO.,LTD

Automatic measurement on time, level and modulation parameters of pulse waveform andstatistical analysis of pulse sequence
Provides absolute and relative group delay measurement capability for wideband signals
Broadband wireless local area network protocol physical layer test (802.11a/ b/g), covering radio
frequency, modulation analysis, and modulation quality testing.
Broadband wireless local area network protocol physical layer test (802.11n), covering radio
frequency, modulation analysis, and modulation quality testing.

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Focus on MeasurementExplore the Future
https://en.ceyear.com/·USB Power Sensor Option(Requires 4082-S01 option):·Noise Source Option(Requires 4082-H48 and 4082-H43 option):

Model

Frequency Range

Model

Frequency Range

87230 USB CW Power Sensor

9kHz～6GHz Power Sensor

16603DB Noise Source

10MHz～18GHz

87231 USB CW Power Sensor

10MHz～18GHz Power Sensor

16603EB Noise Source

10MHz～26.5GHz

87232 USB CW Power Sensor

50MHz～26.5GHz Power Sensor

16603FB Noise Source

10MHz～40GHz

87233 USB CW Power Sensor

50MHz～40GHz Power Sensor

16603HB Noise Source

10MHz～50GHz

16604DB Smart Noise Source

10MHz～18GHz

16604EB Smart Noise Source

10MHz～26.5GHz

16604FB Smart Noise Source

10MHz～40GHz

16604HB Smart Noise Source

10MHz～50GHz·Spectrum Analyzer Extender Option(Requires 4082-H40 option):
Model

Frequency Range

82407NA Spectrum Analyzer Extender

50GHz～75GHz

82407NC Spectrum Analyzer Extender

60GHz～90GHz

82407PA Spectrum Analyzer Extender

75GHz～110GHz

82407QA Spectrum Analyzer Extender

90GHz～140GHz

82407QB Spectrum Analyzer Extender

110GHz～170GHz

82407RA Spectrum Analyzer Extender

140GHz～220GHz

82407SA Spectrum Analyzer Extender

170GHz～260GHz

82407S Spectrum Analyzer Extender

220GHz～325GHz

82407TA Spectrum Analyzer Extender

260GHz～400GHz

82407R Spectrum Analyzer Extender

325GHz～500GHz

82407U Spectrum Analyzer Extender

500GHz～750GHzCEYEAR TECHNOLOGIES CO.,LTD

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Focus on MeasurementExplore the Future
https://en.ceyear.com/·USB Power Sensor Option(Requires 4082-S01 option):·Noise Source Option(Requires 4082-H48 and 4082-H43 option):

Model

Frequency Range

Model

Frequency Range

87230 USB CW Power Sensor

9kHz～6GHz Power Sensor

16603DB Noise Source

10MHz～18GHz

87231 USB CW Power Sensor

10MHz～18GHz Power Sensor

16603EB Noise Source

10MHz～26.5GHz

87232 USB CW Power Sensor

50MHz～26.5GHz Power Sensor

16603FB Noise Source

10MHz～40GHz

87233 USB CW Power Sensor

50MHz～40GHz Power Sensor

16603HB Noise Source

10MHz～50GHz

16604DB Smart Noise Source

10MHz～18GHz

16604EB Smart Noise Source

10MHz～26.5GHz

16604FB Smart Noise Source

10MHz～40GHz

16604HB Smart Noise Source

10MHz～50GHz·Spectrum Analyzer Extender Option(Requires 4082-H40 option):
Model

Frequency Range

82407NA Spectrum Analyzer Extender

50GHz～75GHz

82407NC Spectrum Analyzer Extender

60GHz～90GHz

82407PA Spectrum Analyzer Extender

75GHz～110GHz

82407QA Spectrum Analyzer Extender

90GHz～140GHz

82407QB Spectrum Analyzer Extender

110GHz～170GHz

82407RA Spectrum Analyzer Extender

140GHz～220GHz

82407SA Spectrum Analyzer Extender

170GHz～260GHz

82407S Spectrum Analyzer Extender

220GHz～325GHz

82407TA Spectrum Analyzer Extender

260GHz～400GHz

82407R Spectrum Analyzer Extender

325GHz～500GHz

82407U Spectrum Analyzer Extender

500GHz～750GHzCEYEAR TECHNOLOGIES CO.,LTD

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4082 Series Signal/Spectrum Analyzer
Superior RF Performance, Fearless Testing Challenges

CEYEAR TECHNOLOGIES CO.,LTD
Address：No. 98, Xiangjiang Road, Huangdao District, Qingdao City, Shandong Province,China
Zip code：266555
E-mail：sales@ceyear.com
https：//en.ceyear.com/
Tel：+86-0532-86896691