RSA7100A 寬帶信號分析儀提供高達 800 MHz 帶寬的實時頻譜分析、流式傳送到多個接口進行記錄（長達 2 小時）和以全帶寬回放無縫數據的功能。
主要功能
16 kHz ~ 14/26.5 GHz 頻率范圍覆蓋了各種分析需求
用于高級設計驗證的高性能頻譜分析，1 GHz 時 -134 dBc/Hz 相位噪聲，10 kHz 偏置以及 10 GHz 時 0.5 dB 典型幅度精度
標配 320 MHz 實時帶寬；標配 3.6 GHz 的內置前端放大器
業(yè)內秀的實時性能：99% 檢測概率檢測全部信號電平的 419 ns 信號
在 > 3.6 GHz 頻率時提供了 800 MHz 采集帶寬，滿足雷達、通信和頻譜管理要求
實時觸發(fā)時域中 4 ns事件、頻域中 700 ns事件，確保每次一次就能捕獲關心的信號
IQFlowTM 可以從設備向一個或多個客戶端連續(xù)流式傳送 IQ 數據，包括 RAID 和 40 GbE 以及為執(zhí)行實時 DSP 算法和記錄/分析長事件序列提供所需速度和靈活性的 API
以全部 800 MHz 帶寬把 2 小時（最長 2.75 小時）的捕獲信息傳送到內置 RAID，實現長事件序列的環(huán)境記錄和分析
DataVu-PC 軟件分析記錄的任意長度的事件，能夠標記關心的事件，把波形導出到其他格式，導出 Pulse Descriptor Word (PDW) 信息并執(zhí)行脈沖分析
同時流式傳送和實時分析，實時監(jiān)測記錄事件，確保獲得所需數據
高效快速幀捕獲，并消除死區(qū)時間，優(yōu)化內存和分析，從而可以分析更長的測試序列
標配實時頻譜分析功能及 DPX 頻譜/三維頻譜圖，限度地縮短查找瞬態(tài)信號和干擾的時間
標準測量包括通道功率、ACLR、CCDF、OBW/EBW、雜散搜索和幅度/頻率/相位相對于時間關系，為開發(fā)工作提供了一套完整的工具
SignalVu-PC 應用許可提供了各種分析功能，包括調制、脈沖、WLAN 和頻率/相位穩(wěn)定測量
提供內部 GPS 接收儀，用于對事件進行精確時間標記；定時參考源包括GPS、IRIG-B AM、IRIG-B DC 和 1PPS
應用
高級雷達/電子戰(zhàn)爭設計評估
環(huán)境評估、監(jiān)測和記錄
寬帶通信設計
頻譜管理
RSA7100A 為您提供了強大的處理能力，讓您盡情想象新的解決方案
RSA7100A 是一種高性能頻譜分析儀，重點處理寬帶分析和信號記錄。通過把 RF 采集與計算引擎分開，可以用圖形處理器代替以前要求的 FPGA 設計來完成實時處理。隨著處理器功能不斷提升，可以通過升級 PC 來簡便地保持系統(tǒng)所需的新性能，而不用更換 RF 硬件，從而使得 RSA7100A 成為限度地降低長期成本的智能之選。您還可以在自己的仿真和設計中利用這種 CPU/GPU 組合的處理能力，把儀器作為強大的工作站使用。
RSA7100A 面向的是處理通信、雷達和電子戰(zhàn)爭寬帶設計的工程師，以及在現場運營時需要查看新寬帶系統(tǒng)影響的頻譜管理人員。
使用兩個軟件包分析信號。SignalVu-PC 用于實時頻譜和矢量分析，DataVu-PC 用來分析記錄寬帶信號時產生的超大文件集。
SignalVu-PC 軟件提供了豐富的分析功能
與 RSA7100 配合工作的是一款強大的程序—SignalVu-PC，這是泰克傳統(tǒng)頻譜分析儀的基礎。SignalVu-PC 提供了深入分析功能，包括實時頻譜分析和多種應用軟件包。還提供了針對 SignalVu-PC 的編程接口，可對外部程序進行所有測量和設置。免費的 SignalVu-PC 程序的基本功能遠遠不只是基本功能，還包括以下所示的測量功能。
| 通用信號分析 | 描述 |
|---|---|
| 頻譜分析儀 | 覆蓋 100 Hz 至儀器全量程、3 條軌跡 + 數學軌跡和三維頻譜圖軌跡、5 個標記及功率、相對功率、綜合功率、功率密度和 dBc/Hz 功能 |
| DPX 頻譜/三維頻譜圖 | 實時顯示頻譜，在高達 800 MHz 的頻寬中以 99% 檢測概率檢測最長 419 ns 的信號 |
| 幅度、頻率、相位隨時間變化、RF I 和 Q 隨時間變化 | 基本矢量分析功能 |
| 時間概況/導航器 | 可以方便地設置采集和分析時間，在多個域中進行深入分析 |
| 頻譜圖 | 在二維或三維瀑布圖中 分析和再分析信號 |
| 模擬調制分析 | 描述 |
| AM、FM、PM 分析 | 測量關鍵 AM、FM、PM 參數 |
| 射頻測量 | 描述 |
| 雜散信號測量 | 用戶自定義極限行和區(qū)域在整個儀器范圍內提供了自動頻譜違規(guī)測試功能。 |
| 頻譜輻射模板 | 用戶設置的模板或特定標準模板。 |
| 占用帶寬 | 測量 99% 功率，-xdB 下行點。 |
| 通道功率和 ACLR | 可變通道和相鄰/迂回通道參數。 |
| MCPR | 完善靈活的多通道功率測量。 |
| CCDF | 互補累積分布函數繪制信號電平的統(tǒng)計方差。 |
| 信號強度 | 測量信號強度，顯示頻譜和信號強度條，搜尋干擾，評估信號質量。 |
The RSA7100A broadbａnd signal analyzer provides real-time spectrum analysis up to 800 MHz bandwidth, streaming to multiple interfaces for recording (up to 2 hours), and full-bandwidth playback of seamless data.
The main function
The 16 kHz ~ 14/26.5ghz frequency range covers a variety of analysis requirements
High-performance spectral analysis for advanced design verification, 1-134 dBc/Hz phase noise, 10 kHz bias, and 0.5db typical amplitude accuracy at 10 GHz
Standard 320 MHz real time bandwidth; Standard 3.6ghz built-in front-end amplifier
The industry's best real-time performance: 99% detection probability detection of all signal levels of 419 ns signal
In > 3.6 GHz frequency provides 800 MHz acquisition bandwidth, to meet the requirements of radar, communication and spectrum management
4 ns events in the time domain and 700 ns events in the frequency domain are triggered in real time to ensure that the concerned signal can be captured every time
IQFlowTM can continuously stream IQ data from the device to one or more clients, including RAID and 40 GbE, and an API that provides the speed and flexibility required to perform real-time DSP algorithms and record/analyze long event sequences
2 hours (up to 2.75 hours) of capture information is transmitted to the built-in RAID with full 800 MHz bandwidth for environment recording and analysis of long event sequences
Datavu-pc software analyzes events of any length recorded, can flag events of interest, export waveforms to other formats, export Pulse Descriptor Word (PDW) information, and perform Pulse analysis
Simultaneous streaming and real-time analysis, real-time monitoring of recorded events to ensure that the required data
Efficient and fast frame capture, elimination of dead zone time, optimization of memory and analysis allow for longer test sequences to be analyzed
Standard real-time spectrum analysis and DPX / 3d spectrum to minimize the time required to find transient signals and disturbances
Standard measurements include channel power, ACLR, CCDF, OBW/EBW, spurious search, and amplitude/frequency/phase relative to time, providing a complete set of tools for development efforts
The signalvus-pc application license provides a variety of analysis capabilities, including modulation, pulse, WLAN, and frequency/phase stability measurements
Provide internal GPS receiver for accurate time marking of events; Timing reference sources include GPS, irig-b AM, irig-b DC and 1PPS
application
Advanced radar/electronic warfare design assessment
Environmental assessment, monitoring and recording
Broadbａnd communication design
Spectrum management
RSA7100A gives you the power to imagine new solutions
The RSA7100A is a high-performance spectrum analyzer that focuses on broadbａnd analysis and signal recording. By separating the RF acquisition from the computing engine, a graphics processor can be used to replace the previously required FPGA design for real-time processing. As processor capabilities continue to improve, RSA7100A is the smart choice to minimize long-term costs by simply upgrading your PC to keep up with new performance requirements without replacing your RF hardware. You can also leverage the processing power of this CPU/GPU combination in your own simulation and design, using the instrument as a powerful workstation.
The RSA7100A is aimed at engineers dealing with the latest broadbａnd designs for communications, radar and electronic warfare, as well as spectrum managers who need to see the impact of the new broadbａnd system when operating in the field.
Signals are analyzed using two software packages. Signalvus-pc is used for real-time spectrum and vector analysis, and datavu-pc is used to analyze very large file sets generated when recording broadbａnd signals.
SignalVu-PC software provides rich analysis capabilities
Working with the RSA7100 is a powerful program called signalvu-pc, which is the basis for tektronix's traditional spectrum analyzer. Signalvus-pc provides deep analysis capabilities, including real-time spectrum analysis and multiple application software packages. Signalvus-pc also provides a programming interface for all external program measurements and Settings. The basic functionality of the free signalvus-pc program goes far beyond basic functionality and includes the following measurements.
SignalVu- the measurements and functions included in the basic PC version
General signal analysis description
The spectrum analyzer covers 100 Hz to the full range of the instrument, 3 trajectories + mathematical trajectories and 3d spectrum graph trajectories, 5 markers and functions of power, relative power, integrated power, power density and dBc/Hz
DPX spectrum / 3d spectrum image displays the spectrum in real time, and detects the signal of the longest 419 ns with 99% detection probability in the bandwidth up to 800 MHz
Amplitude, frequency, phase change over time, RF I and Q change over time basic vector analysis function
The time profile/navigator makes it easy to set acquisition and analysis times for in-depth analysis in multiple domains
The spectrum is shown in a two-dimensional or three-dimensional waterfall diagram
Analyze and reanalyze the signal
Description of analog modulation analysis
AM, FM, PM analysis and measurement of key AM, FM, PM parameters
Rf measurement description
Spurious signal measurement user-defined limit line and range provides automatic spectrum violation testing across the instrument range.
Spectrum radiating templates user set templates or specific standard templates.
Occupying 99% of the bandwidth to measure the power, -xdb downlink point.
Channel power and ACLR variable channel and adjacent/circuitous channel parameters.
MCPR perfect flexible multi - channel power measurement.
The CCDF complementary cumulative distribution function plots the statistical variance of the signal level.
Signal strength measures signal strength, displays spectrum and signal strength bars, searches for interference, and evaluates signal quality.
