Tektronix NetTek Analyzer Y350C w YBA250 RF Module

YBA250 RF Antenna Tester Module

Features & Benefits

• Improve Quality of Service Through Preventative Maintenance Activities On Antennas, Before They Become Service-affecting
• Quickly Analyze the Most Important Antenna and Transmission Line Problems
• Easy-to-Use Distance-to-Fault (DTF) Measurements for Locating Antenna and Transmission Line Trouble
• Advanced Calibration Technique Speeds and Simplifies Your Measurements by Allowing a Single Calibration for Use Across Entire Frequency Range
• Modular Instrument for Handheld NetTek Y400, Which Allows for Easy Future Expansion for New Functions

Applications

• Return Loss/VSWR/Cable Loss Measurements for Antenna and Transmission Line Analysis
• Distance-to-Fault (DTF) Measurements for Locating Problems
• Maintenance and Installation Checks
• Insertion Gain/Insertion Loss Measurements

Affordable, Portable, Ready for the Field

The Tektronix NetTek Analyzer is a revolutionary portable BTS field tool. The YBA250 test module tailors this system for fast identification of base station antenna and transmission line trouble, and easy location of those faults. The YBA250 test module offers this capability at a surprisingly low price, in a rugged, easy-to-use package, suitable for all field environments.

The YBA250 antenna test module allows you to quickly analyze the system using either Return Loss or VSWR. Comparisons against initial conformance tests enable users to easily identify degradation in system performance. Viewing the frequency response vs. channel tables for various standards provides easier interpretation of how the problem may be affecting performance.

Cable loss can be measured using a simple, single port technique. This makes use of the Cable Loss feature of the YBA250. This feature allows measuring cable loss while connected to only one end of the cable. This is useful when access to the other end of the cable is difficult.

The YBA250 test module helps locate antenna and transmission line faults quickly and easily. Using the Distance-to-Fault (DTF) capability, users are able to identify problem areas and their location. The YBA250's interface provides access to multiple cable types and easier setup of DTF parameters for faster troubleshooting.

The YBAS250 can be used as a sine wave, or continuous wave (CW) source. This is useful for many different trouble shooting applications.

The NetTek BTS field tool is based around the familiar Windows CE operating system. As a result, users will spend less time learning the instrument and more time troubleshooting the network. The YBA250 test module puts measurement functions just a point of the finger away. Furthermore, built-in help guides speed the measurement process.

Common measurements have been optimized for quick, repeatable results. For example, novice users can display Distance-to-Fault results with straightforward Windows-like zoom and resize controls.

To further minimize troubleshooting time and improve effectiveness, users can control the YBA250's accuracy and resolution to optimize measurement results. For easier interpretation of these results, the YBA250 also enables user-defined masks to qualify antenna performance. This provides faster analysis and allows users to share masks and results.

By using Tektronix' expert factory calibration program, the YBA250 speeds up and simplifies the troubleshooting process. By enabling users to reference a single calibration across the entire frequency range, we have eliminated antiquated calibration procedures each time the frequency or display range is changed.

System and RF component performance can be easily analyzed with the two port insertion loss or insertion gain capability of the YBA250, when used in combination with a YBT250. This capability allows measurements of cable, connector, and attenuator loss. It also allows measurements of filters, duplexers, RF path gain, amplifiers, antenna isolation, and many other general purpose RF measurements.

The Insertion Loss and/or Insertion Gain capability also allows measurements of Tower Mounted Amplifiers (TMAs, or receiver preamplifiers) while the TMA is still on the tower. Caution: Please check your country's laws regarding transmitters before using the NetTek to transmit a test signal

Modules such as the YBA250 can then be attached to the back. Several types of modules can be attached at once. A variety of modules and options allows you to tailor the instrument to service the standards and interfaces for use in your network.

The modular design also means that the instrument can easily be upgraded. New measurements or standards can be added with software upgrades, or with additional modules.

Characteristics

YBA250 Antenna and Transmission Line Analyzer Module

Operation Modes - Return Loss/VSWR/Cable Loss.

Distance-to-Fault (DTF).

Measurement Characteristics

Return Loss/VSWR - Range:

Return Loss - 0.00 to 54.00 dB.

VSWR - 1.00 to 65.00.

Resolution:

Return Loss - 0.01 dB.

VSWR - 0.01.

Accuracy:

Factory Calibration - =1.2 dB, typical (from 0 °C to 40 °C up to 2.5 GHz, measuring a 17 dB return    loss.)

User Calibration - <0.05 + |20 log (1±10[(RLrel)/20])

Tektronix Y350C NetTek Analyzer MainFrame
&
YBA250 RF Antenna Tester Module With Option 88 Installed

Frequency Range: 25 MHz to 2.5 GHz

Includes Hard Carrying Case And Accessories As Listed Above!

Y350 Y350-C YBA 250

Tektronix Y350C YBA250 Y-350C YBA-250 RF Antenna Analyzer Models On Sale Warranty Calibration Backed by The Best Service and Lowest Prices in the Industry.

 

• Tektronix NetTek Analyzer Mainframe Y350C
• Tektronix NetTek YBA250 RF Antenna Tester Module w/ Option:
  • OPT 88
• Anritsu 15NN50-1.5C Armored Test Port Cable
• Anritsu 34NN50A 50 Ohm Adapter
• (2) 7/16 Din Female To 7/16 Din Female Connectors
• (2) 7/16 Din Female To N Male Connectors
• 7/16 Din Male To N Female Connector
• 7/16 Din Male To 7/16 Din Female Connector
• N Female To N Female Connector
• AC Adapter / Charger
• Power Cord
• RS232 PC Interface Cable
• User Manual On CD-ROM
• Hard Carrying Case

Having trouble viewing this file? Click this link to download