频率范围：9 kHz ~ 9/14/20/26.5/32/43.5/54 GHz
Field Master Pro MS2090A具有从9 kHz到54 GHz的连续频率覆盖范围，专门设计用于应对当今使用的其他各种无线技术的测试挑战，这些技术包括：5G，LTE，无线回传，航空航天/国防，卫星系统。
Field Master Pro MS2090A 是一款手持式触摸屏频谱分析仪，可提供最高水平的射频性能；该设备的显示平均噪声电平 (DANL) 为 -164 dBm，三阶交调 (TOI) 为 +20 dBm（典型值）。该设备可使频谱清理、无线电调准、谐波和失真等测量比以往更准确。对于在数字系统上进行调制测量，100 MHz 的调制带宽及业界最佳相噪性能可最大程度地提高测量精度，同时 ±0.5 dB 的典型振幅精度可让您信心十足地测试发射器功率和杂波。
针对现场使用进行了加固处理，所有版本均配有各种用于加速和简化测量以及提高可用性的功能。20 MHz（标准）~ 100 MHz（可选）的 RTSA 范围使蜂窝干扰监控能够执行全 ISM 频带信号分析。除了作为全范围扫描调节频谱分析仪外，所有版本均配有频谱图显示器，有助于监控射频频谱的间歇或干扰信号。集成式信道功率和占用带宽测量可简化常用无线电传输的测量和特征识别。5G 帧的 IQ 数据采集功能可采集和保存 IQ 数据，以便利用标准数据分析工具在计算机上进行离线处理。
- 9 kHz ~ 9/14/20/26.5/32/43.5/54 GHz
- DANL：-164 dBm（带前置放大器）
- TOI：+20 dBm（典型值）
- 分析带宽：100 MHz
- 振幅范围：DANL ~ +30 dBm
- 1 GHz 下的相噪：-110 dBc/Hz，100 kHz 偏差（典型值）
- Demodulation: 5GNR, LTE FDD, RF, and modulation quality plus SSB signal analysis
- 分辨率带宽 (RBW)：1 Hz ~ 10 MHz
- RTSA 带宽：20 MHz ~ 100 MHz
- 振幅精度：<14 GHz ± 1.3 dB（± 0.5 dB，典型值）
用于手持仪器的原子钟外部频率基准
凭借极低的小于200 mW的功耗，MA25401A为安立公司的手持产品带来了原子钟频率基准的精度和稳定性。 MA25401A原子钟频率基准具有3.0e–10 @ t = 1 sec的短期稳定性（艾伦偏差），每月 < 9e–10的典型长期老化时间以及最大频率变化（±5e–10）。工作温度范围为–10°C至55°C。 MA25401A 的10 MHz输出可用于将内部频率参考与外部参考时钟同步，精度在5 ppb之内。 USB- C接口用于供电。
MA25424A IQ Data Converter is required in order to stream data from the Field Master Pro MS2090A spectrum analyzer to the Bird IQC5000B RF record and playback system.
MX280006A
MX280006A IQ Acquisition Tool supports IQ streaming to a PC from Anritsu’s Field Master. The tool helps establish a connection from the PC to the instrument using the IP address. Users then setup an IQ stream via Ethernet or PCIe (MS2090A only) and the IQ Capture Tool facilitates the transfer into PC storage.
PCIe Streaming Kit
MA25101A PCIe Streaming Kit works in conjunction with Option 125 IQ Streaming to stream high bandwidth data directly to a PC. The kit includes a PCIe cable, a PCIe card, and two sizes of PC mounting brackets.
2000-1985-R Isotropic EMF Probe for use with Option 445
The 2000-1985-R Isotropic EMF Probe, in conjunction with MS2090A Option 445 EMF Meter, offers a broadband EMF measurement from 20 MHz to 40 GHz with excellent accuracy and speed. Simply connect the probe to a USB port on the Field Master Pro, open the EMF Meter application (requires Option 445) and easily measure the EMF energy as a percentage of FCC public, FCC technician, ICNIRP public, or ICNIRP public limits.
PC based VSA software for use with IQ data captured from a Field Master Pro MS2090A Handheld Spectrum Analyzer.
MX280005A Vector Signal Analysis PC software for Field Master Pro MS2090A is for testing physical layer modulation quality of various transmission standards. It serves a wide variety of markets, from aerospace to public safety (TETRA) to satellite communications and commercial electronics (ZigBee, Wi-Fi).
The MX280005A Vector Signal Analysis PC software is designed to perform physical layer modulation analysis of common communication transmitter signals. During the design and manufacturing stages of a wireless communication system, it is common to measure the modulation quality with benchtop instruments. Using the IQ capture option of the Field Master Pro MS2090A (Option 128 required) together with the MX280005A software these measurements can be validated in a field environment. Framed and unframed signals are supported. In framed mode, the software decodes common wireless signals including public safety (TETRA, P25, and DMR) to aerospace and satellite communications. In unframed mode, the software analyzes continuous modulation such as DQPSK, QAM, ASK, and FSK. The Field Master Pro MS2090A supports IQ captures up to 110 MHz bandwidth meaning narrow band communications signals or wideband satellite downlink signals can be captured and analyzed with the same application.
MX280005A software can initiate the capture of IQ data from a Field Master Pro MS2090A over an Ethernet connection or a data capture can be triggered manually through the Field Master Pro MS2090A touchscreen. Multiple analysis formats are provided including signal spectrum, EVM, constellation diagrams, eye diagrams, and numeric result tables. A comprehensive insight into all aspects of the transmitter performance is provided as multiple results windows can be displayed simultaneously.
定向天线
| 2000-1411-R |
824 MHz ~ 896 MHz，N(f)，12.3 dBi，八木天线 |
| 2000-1412-R |
885 MHz ~ 975 MHz，N(f)，12.6 dBi，八木天线 |
| 2000-1413-R |
1710 MHz ~ 1880 MHz，N(f)，12.3 dBi，八木天线 |
| 2000-1414-R |
1850 MHz ~ 1990 MHz，N(f)，11.4 dBi，八木天线 |
| 2000-1415-R |
2400 MHz ~ 2500 MHz，N(f)，14.1 dBi，八木天线 |
| 2000-1416-R |
1920 MHz ~ 2170 MHz，N(f)，14.3 dBi，八木天线 |
| 2000-1659-R |
698 MHz ~ 787 MHz，N(f)，10.1 dBi，八木天线 |
| 2000-1660-R |
1425 MHz ~ 1535 MHz，N(f)，14.3 dBi，八木天线 |
| 2000-1715-R |
定向天线，698 MHz ~ 2500 MHz，N(f)，2 dBi ~ 10 dBi 增益，典型值 |
| 2000-1726-R |
天线，2500 MHz ~ 2700 MHz，N(f)，14.1 dBi，八木天线 |
| 2000-1747-R |
天线，对数周期，300 MHz ~ 7000 MHz，N(f)，5.1 dBi，典型值 |
| 2000-1748-R |
天线，对数周期，1 GHz ~ 18 GHz，N(f)，6 dBi，典型值 |
| 2000-1777-R |
便携式定向天线，9 kHz ~ 20 MHz，N(f) |
| 2000-1778-R |
便携式定向天线，20 MHz ~ 200 MHz，N(f) |
| 2000-1779-R |
便携式定向天线，200 MHz ~ 500 MHz，N(f) |
| 2000-1812-R |
便携式八木天线，450 MHz ~ 512 MHz，N(f)，7.1 dBi |
| 2000-1825-R |
便携式八木天线，380 MHz ~ 430 MHz，N(f)，7.1 dBi |
便携式天线
| 2000-1200-R |
806 MHz ~ 866 MHz，SMA(m)，50 Ω |
| 2000-1473-R |
870 MHz ~ 960 MHz，SMA(m)，50 Ω |
| 2000-1035-R |
896 MHz ~ 941 MHz，SMA(m)，50 Ω（1/2 波长） |
| 2000-1030-R |
1710 MHz ~ 1880 MHz，SMA(m)，50 Ω（1/2 波长） |
| 2000-1474-R |
1710 MHz ~ 1880 MHz，带关节式弯段（1/2 波长） |
| 2000-1031-R |
1850 MHz ~ 1990 MHz，SMA(m)，50 Ω（1/2 波长） |
| 2000-1475-R |
1920 MHz ~ 1980 MHz 和 2110 MHz ~ 2170 MHz，SMA(m)，50 Ω |
| 2000-1032-R |
2400 MHz ~ 2500 MHz，SMA(m)，50 Ω（1/2 波长） |
| 2000-1361-R |
2400 MHz ~ 2500 MHz，5000 MHz ~ 6000 MHz，SMA(m)，50 Ω |
| 2000-1751-R |
698 MHz ~ 960 MHz，1710 MHz ~ 2100 MHz，2500 MHz ~ 2700 MHz，SMA(m)，2 dB，典型值，50 Ω |
| 2000-1636-R |
天线套件（包含：2000-1030-R、2000-1031-R、2000-1032-R、2000-1200-R、2000-1035-R、
2000-1361-R 和便携袋） |
定向喇叭天线
| 2000-1867-R |
17.6 GHz ~ 26.7 GHz，WR42，25 dBi 增益 |
| 2000-1868-R |
26.4 GHz ~ 40.1 GHz，WR28，25 dBi 增益 |
| 2000-1869-R |
33.0 GHz ~ 50.1 GHz，WR22，25 dBi 增益 |
| 2000-1870-R |
39.3 GHz ~ 59.7 GHz，WR19，25 dBi 增益 |
Webinars
The 5G Evolution of Indoor Wireless Networks for Smart Buildings and Manufacturing Facilities
5G technology has introduced some exciting possibilities for in-building functions. The “smart” buildings and manufacturing facilities of tomorrow will include new functions such as IoT, factory automation, machine learning devices, and cloud compute applications. To handle these new features, network architectures will change, frequency bands will be added, and new network features will be introduced. In this webinar, we will examine how the indoor wireless networks will evolve as we move to 5G, and the challenges in managing these complex networks to ensure performance and reliability for both commercial as well as the public safety networks.
Understanding Real-Time Spectrum Analysis
Real-time spectrum analysis (RTSA) provides signal insight previously only available in high-end lab and benchtop solutions. RTSA allows gapless capture and display of rapidly changing and highly intermittent signals. The digital nature of RTSA also makes a variety of analysis and display technologies possible that traditionally required multiple hardware platforms.
