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On-Wafer Biasing Using Anritsu Kelvin Bias Tees on VectorStar ME7838x Broadband Systems Application Note

This application note describes how to bias an active device up to 220 GHz using a Kelvin bias tee with the Anritsu VectorStar ME7838x broadband system. P/N: 11410-01168

应用指南 pdf 1.6 MB Version: A 2020/2/12

Accessing 43.5 GHz Measurements with Traceability Application Note

This application note will explore: application drivers for 43.5 GHz development; connector fundamentals; what traceability is and why it is important; connectors for 43.5 GHz applications; and finally, current solutions on the market that can address 43.5 GHz operation with traceability. P/N: 11410-01165

应用指南 pdf 515.1 KB Version: A 2020/2/11

Performing Sequential Peeling Extraction and De-Embedding with an Anritsu ShockLine Vector Network Analyzer Application Note

Sequential peeling is a network extraction tool used for identifying and removing subsets of a structure that behave as localized pseudo-lumped-element reflection centers. It is particularly useful for electrically small structures with runs of transmission line, such as PC boards with isolated vias in the transmission lines. This application note will examine some of the steps in the sequential peeling process. P/N: 11410-01166

应用指南 pdf 636.5 KB Version: A 2020/2/4

Generating an .s2p File for a 220 GHz Probe with the VectorStar ME7838G Vector Network Analyzer Application Note

The VectorStar ME7838G is a broadband system providing coverage to 220 GHz. Performing power calibrations across the entire sweep range will require multiple sensors and multiple adapters. After the power calibration and de-embedding of the adapters, the reference plane needs to be positioned at the tip of the probe for optimum performance. Relocation of the reference plane requires embedding of the probe using the .s2p file. This application note describes how to update the .s2p file of the probe as wear of the probe becomes a concern. P/N: 11410-01163

应用指南 pdf 484.4 KB Version: A 2020/1/28

User Power Calibrations with the VectorStar ME7838G Vector Network Analyzer Application Note

This application note addresses how power sensors are combined to cover the wide bandwidths, and how adapters and probes can be de-embedded and embedded to move the power reference plane as close as possible to the DUT. P/N: 11410-01156

应用指南 pdf 589.2 KB Version: A 2020/1/28

Electro-Optical Measurements Using Anritsu VNAs

This paper presents an accurate, flexible and cost-effective technique to conduct electro-optical testing on fiber optic components, such as laser modulators and photodiodes, using VNAs. The simplicity of Anritsu’s MN4765B O/E calibration modules allows highly accurate, vector-error-corrected and stable measurements with the full line of Anritsu VNAs. P/N: 11410-01034

应用指南 pdf 343.8 KB Version: C 2020/1/24

Making EIRP Measurements on 5G Base Stations Application Note

The introduction of active antenna systems on 5G base stations requires engineers installing and maintaining them to use alternative measurement methods, such as effective isotropic radiated power (EIRP) for transmitter power and beam verification. This application note highlights how the Field Master Pro facilitates the "over-the-air" (OTA) measurement of EIRP on active base stations using an accessory dual polarized waveguide antenna. P/N: 11410-01160

应用指南 pdf 3.8 MB Version: A 2020/1/22

Remote Control of Anritsu's MA24400A USB Peak Power Sensor Series Application Note

By utilizing a standard Ethernet- or Wi-Fi-to-USB sharing device, the Anritsu MA24400A USB Peak Power Sensor series offers the flexibility for remote connectivity over a corporate network. The USB power sensor can be conveniently controlled and monitored from a host PC. P/N: 11410-01159

应用指南 pdf 1.1 MB Version: A 2020/1/7

Factors in Choosing a VNA for Microwave Applications in Manufacturing Application Note

Many microwave test applications do not need the level of performance provided by an expensive, high-end VNA. This is particularly true in production, where testing is typically not as rigorous as in device characterization and cost-of-test is critical. VNAs integrated into manufacturing test systems where S-parameter measurements represent only a part of the test list, may also require only moderate performance. This application note will examine these requirements and how they factor in to deciding which VNA is appropriate for a production environment. PN: 11410-01158

应用指南 pdf 1.5 MB Version: A 2019/12/11

Testing PTC ACSES Deployments to Meet Mandated Implementation Standards Application Note

PTC ACSES is an important addition and mandate for rail safety that will prevent train-to-train collisions, protect against speeding, and enforce speed restrictions. With the Congressional mandate to have PTC ACSES systems fully compliant and functional by December 31, 2020, it is important for railways to perform tests to ensure their deployments meet all requirements. P/N: 11410-01157

应用指南 pdf 1.6 MB Version: A 2019/12/3

E-Band Based Car Radar Emblem Measurements Application Note

Automotive radar systems must operate in complex and dynamic environments where interactions with the host vehicle and its surroundings can have a significant impact on their performance. In particular, the material properties of the vehicle bumpers and location of the radar behind or within the bumper can impact performance. This application note will provide insight into the theory of frequency-modulated continuous wave (FMCW) car radars, their application, and their placement in a car chassis. It will also discuss how various types of dielectric material in front of the radar antennas (e.g., antenna dome or color-coated bumper) influences the radar’s performance. This document will describe a way to characterize the 2D insertion loss of flat material slabs and logo emblems that are used today to cover the car radar sensors, and will present 2D measurements of the dielectric properties of such materials. P/N: 11410-01152

应用指南 pdf 2.5 MB Version: A 2019/11/19

Combining On-Wafer Vector Network Analyzer and Spectrum Analyzer Measurements to 110 GHz Application Note

Performing on-wafer measurements presents a unique set of challenges. Achieving accurate on-wafer measurements requires careful planning of installation, calibration, and measurement configuration. Often, multiple parameters must be included in the overall analysis. This application note describes how S-parameters and spectrum analysis can be monitored simultaneously from 70 kHz to 110 GHz using a combination of the VectorStar ME7838A broadband system, the Spectrum Master MS2760A ultraportable spectrum analyzer, and the Anritsu MN25110A W1 coaxial precision directional coupler. P/N: 11410-01147

应用指南 pdf 3.1 MB Version: A 2019/11/5

Spectrum Clearing and Geo-Locating Legacy Signals

To meet demand for additional bandwidth for cellular and broadcast operations, national regulators are reallocating spectrum previously used for other applications. Before a new network can be rolled out within these frequencies, it is critical for the new license owner to confirm that all legacy users have terminated their transmissions. P/N: 11410-01154

应用指南 pdf 4.2 MB Version: A 2019/10/15

Measuring mmWave Spectrum using External Mixer

This Application Note explains issues in millimeter wave band measurements, and a new measurement method proposed by Anritsu.

应用指南 pdf 2.0 MB 2019/8/27

Configuring IC-CAP 2018 for VectorStar Operation

This document outlines the procedure for configuring the IC-CAP 2018 software to add a VectorStar system to the hardware instrument list. P/N: 11410-01136

应用指南 pdf 116.0 KB Version: A 2019/8/27

5G NR Sub-6 GHz Measurement Methods

5G mobile communications systems use multiple connections to meet the need for increases in mobile data traffic volumes as well as new functions such as ultra-low-latency. 3GPP determining the standards released the 5G NR non-standalone (NSA) specifications for making connections via multiple radio technologies, such as LTE, in Release 15 in June 2018. Release 15 presumes the use of frequency bands up to 52.6 GHz and specifies the band from 450 MHz to 6 GHz as FR1 (Frequency Range 1), and from 24.25 GHz to 52.6 GHz as FR2 (Frequency Range 2). FR1 assumes use of the same wired tests as conventional wireless technologies whereas FR2 assumes OTA (Over the Air) testing. This application note references the 3GPP TS38.104 and TS38.141 Conformance Test specifications, and introduces TRx test measurement examples for wired connections with sub-6 GHz base stations covering FR1 using the Signal Analyzer MS2850A and Vector Signal Generator MG3710A.

应用指南 pdf 1.7 MB 2019/8/21

Consider Source Harmonics When Characterizing Filters with VNAs

This application note discusses how high source harmonics may interact with the out-of-band comeback characteristics of a filter under test to affect the filter transmission measurement. P/N: 11410-01142

应用指南 pdf 6.1 MB Version: A 2019/8/13

Practical Uses for a Real-Time Spectrum Analyzer in 5G, LTE, and Wi-Fi Spectrum Monitoring

The measurement fundamental to all spectrum analyzers is their ability to measure power inside a given bandwidth at a particular frequency and to display those measurements across a frequency span. Over time, various features beyond simple power measurements were added to provide additional visibility into signal behavior. P/N: 11410-01141

应用指南 pdf 1.7 MB Version: A 2019/8/5

Backhaul Requirements for Anritsu Remote Spectrum Monitors Use for RF Signal Tracking Applications

There are various methods for geo-locating an RF signal of interest. Primary alternatives include Power of Arrival (POA), Time Difference of Arrival (TDOA), and Angle of Arrival (AOA). In most situations where modulated signal bandwidths are greater than 25 kHz, TDOA provides the best accuracy. This application note focuses on the use of TDOA as a means for tracking a signal. P/N: 11410-01133

应用指南 pdf 689.8 KB Version: A 2019/7/10

Monitoring Interference in the 2.4 GHz ISM Band with a Real-Time Spectrum Analyzer Application Note

With so many active devices in circulation, it is important to be able to monitor the spectrum in any given location to understand what user experience can be expected. This application note highlights the power of an RTSA spectrum analyzer for detailed analysis of crowded areas of spectrum. P/N: 11410-01137

应用指南 pdf 934.1 KB Version: A 2019/7/9

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Software for MT1000A with MU100011A

Software of MT1000A.
Use it when using the 100G Multirate Module MU100011A.
It supports operation with the following modules.

・ MU100011A 100G Multirate Module
・ MU100010A 10G Multirate Module
・ MU100020A OTDR Module
・ MU100021A OTDR Module
・ MU100022A OTDR Module
・ MU100023A OTDR Module
・ MU100040A/B CPRI RF Module
・ MU100090A High-Accuracy GPS Disciplined Oscillator

The file size is large, so download after checking your bandwidth.

MD5 : c86d4f81410794088503caac6877ebb3

驱动程序/软件下载 zip 793.5 MB Version: 10.00 2020/2/20

MT1000A_Software

Software of MT1000A.
Use it when NOT using the 100G Multirate Module MU100011A.
It supports operation with the following modules.

・ MU100010A 10G Multirate Module
・ MU100020A OTDR Module
・ MU100021A OTDR Module
・ MU100022A OTDR Module
・ MU100023A OTDR Module
・ MU100040A/B CPRI RF Module
・ MU100090A High-Accuracy GPS Disciplined Oscillator

The file size is large, so download after checking your bandwidth.

MD5 : 7845dcf8d0da05146752cdf3194bf949

驱动程序/软件下载 zip 460.7 MB Version: 10.00 2020/2/20

MX100001A windows control software

MX100001A windows control software.

MD5 : 967eb8d020f4362dedfde30358e7efff

驱动程序/软件下载 zip 67.6 MB Version: 10.00 2020/2/20

Network Master Pro/Flex Release Notes

Release information for the latest version of MT1000A/MT1100A

驱动程序/软件下载 pdf 765.0 KB Version: 10.00 2020/2/20

MT1000A OTDR Modules Quick Reference Guide

This is the quick reference guide of the MT1000A OTDR.

驱动程序/软件下载 pdf 2.1 MB Version: 7.0 2020/2/20

MX100003A Scenario Edit Environment Kit

MX100003A Scenario Edit Environment Kit
This software can create and edit a scenario file for MT1000A/MT1100A.

MD5 : 58359d795b7471a84753de5732d929d9

驱动程序/软件下载 zip 68.0 MB Version: 2.0.0.53 2020/2/20

Release Note V10.00 (Illustration)

This is the illustrated version of MT1000A/MT1100A release note. Some contents of release note are explained with figure.

驱动程序/软件下载 pdf 20.9 MB Version: 10.00 2020/2/20

Firmware Update for the LMR Master S412E

This firmware update contains the latest upgrades for your instrument. Installation instructions are included in the download.

驱动程序/软件下载 exe 50.1 MB Version: 3.80 2020/2/14

LMR Master S412E Firmware Release History

Firmware release history for the LMR Master S412E.

驱动程序/软件下载 pdf 592.8 KB Version: 3.80 2020/2/14

Firmware Update for the BTS Master MT8220T

This firmware update contains the latest upgrades for your instrument. Once downloaded, run the file on your computer to see the installation instructions.

驱动程序/软件下载 exe 69.5 MB Version: 3.80 2020/2/14

Firmware Revision History for the BTS Master MT8220T

Firmware release history for the MT8220T BTS Master.

驱动程序/软件下载 pdf 422.0 KB Version: 3.80 2020/2/14

Firmware Update for the VNA Master MS202xC

This firmware update contains the latest upgrades for your MS2026C, MS2027C, and MS2028C Vector Network Analyzers. Once downloaded, run the file on your computer to see the installation instructions.

驱动程序/软件下载 exe 38.1 MB Version: 3.80 2020/2/14

Firmware Update for the VNA Master MS203xC

This firmware update contains the latest upgrades for your MS2036C, MS2037C, and MS2038C Vector Network Analyzers. Once downloaded, run the file on your computer to see the installation instructions.

驱动程序/软件下载 exe 38.1 MB Version: 3.80 2020/2/14

Firmware Release History for the MS202xC and MS203xC

Firmware release history for the VNA Master MS2026C, MS2027C, MS2028C, MS2036C, MS2037C, and MS2038C Vector Network Analyzers.

驱动程序/软件下载 pdf 497.1 KB Version: 3.80 2020/2/14

Firmware Update for the VNA Master MS202xB

This firmware update contains the latest upgrades for your VNA Master MS2024B and MS2025B Vector Network Analyzer. Once downloaded, run the file on your computer to see the installation instructions.

驱动程序/软件下载 exe 36.5 MB Version: 3.80 2020/2/14

Firmware Update for the VNA Master MS203xB

This firmware update contains the latest upgrades for your VNA Master MS2034B and MS2035B Vector Network Analyzer. Once downloaded, run the file on your computer to see the installation instructions.

驱动程序/软件下载 exe 36.5 MB Version: 3.80 2020/2/14

Firmware Release History for the MS202xB and MS203xB

Firmware release history for the VNA Master MS2024B, MS2025B, MS2034B, and MS2035B Vector Network Analyzers.

驱动程序/软件下载 pdf 509.1 KB Version: 3.80 2020/2/14

Firmware Update for the Spectrum Master MS271xE

This firmware update contains the latest upgrades for the Spectrum Master MS2711E, MS2712E, and the MS2713E. Once downloaded, run the file on your computer to see the installation instructions.

驱动程序/软件下载 exe 75.1 MB Version: 3.80 2020/2/14

Firmware Update for the Cell Master MT821xE

This firmware update contains the latest upgrades for the Cell Master MT8212E and MT8213E. Once downloaded, run the file on your computer to see the installation instructions.

驱动程序/软件下载 exe 75.1 MB Version: 3.80 2020/2/14

Firmware Revision History for the MS271xE and MT821xE

Firmware release history for the Spectrum Master MS2711E, MS2712E and MS2713E handheld spectrum analyzer Family. Also includes the history for the Cell Master MT8212E and MT8213E

驱动程序/软件下载 pdf 922.5 KB Version: 3.80 2020/2/14

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