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<%-- ************************************************************ HTML Content Started Here ************************************************************ --%> Category  : Network & Communication Analyzers Mfg. Name Mfg. Part# Product Add To Cart   Agilent E4406A Agilent E4406A Vector Signal Analyzer with Options B78 & BAC Home The E4406A is a modern vector signal analyzer capable of characterizing most of the world's cellular communications signal standards quickly. Its speed and price make it ideally suited for volume production environments. Extensive one-button measurement personalities and baseband inputs provide unparalleled convenience for research and development.   Anritsu MD1620B Anritsu MD1620B Signalling Test with opt 1, 2, 3 Home Anritsu MD1620B Signalling Test. Serial Number: M21387   Anritsu MD6420A Anritsu MD6420A Data Transmission Analyzer Home Anritsu MD6420A Data Transmission Analyzer.   Anritsu ME0313B Anritsu ME0313D 2.5GHz Jitter Detector Home Anritsu ME0313D 2.5GHz Jitter Detector.   Anritsu ME0314B Anritsu ME0314B 2.5GHz Error Detector Home ANRITSU ME0314B 2.5GHz Error Detector.   Anritsu ME3401A Anritsu ME3401A Digital Transmission Analyzer w/Opt. 41 Home Anritsu ME3401A Digital Transmission Analyzer.   Anritsu MP1520B Anritsu MP1520B PDH Analyzer W/ Options 01-04-06 Home Anritsu MP1520B PDH Analyzer W/ Options 01-04-06. 220-240V. Quality Control Information About This Instrument: As part of TechRecovery?s Inbound Quality Control Procedure, this instrument is guaranteed to be within all OEM specifications and has been calibrated by an accredited independent calibration lab to NIST traceable standards. Should you require a fresh calibration and or an extended warrantee, one can be purchased for an additional charge.   Anritsu MP1560A Anritsu MP1560A STM Sonet Analyzer w/ Opt 01, 02, 03 Home The MP1560A STM/SONET Analyzer is an error analyzer for the Network Node Interface (NNI) of the Synchronous Digital Hierarchy (SDH). The MP1560A provides many useful functions for evaluating equipment during design, manufacturing, and development and is especially suited for evaluating the transmission characteristics of the 52, 100, and 156 Mb/s interfaces used in SDH equipment. The transmitter and receiver are housed in one frame and optical interfaces (plug-in unit) are provided. Features: Meets mappings for ITU-T (Europe), SONET (North America), and Japan Can be used to analyze a variety of signal sources: optical (1.31/1.55 ěm), unipolar, CMI, B3ZS (52 Mb/s), AMI (100 Mb/s) Many measurement items and functions for inserting alarms and errors OH byte can be set and monitored ADD and DROP for 1.5 Mb/s, 2 Mb/s, 64 kb/s, 192 kb/s, 576 kb/s Built-in floppy disk drive   Anritsu MP1656A Anritsu MP1656A Portable STM-16 Analyzer with options 01 and 21 Home Anritsu MP1656A Portable STM-16 Analyzer. Includes options 1 and 21.   Anritsu MT8801B Anritsu MT8801B Radio Communications Analyzer with Options 01 and 02 Home Anritsu MT8801B Radio Communications Analyzer. S/N MB17285, Software: MX880113A, MB12185.   HP 18179A HP 18179A RS-232C/V.24 Interface Home   Agilent 3570A HP Agilent 3570A Network Analyzer Home The HP Agilent 3570A: is a network analyzer. For use with the 3320A/B or 3330B.   Agilent 3784A HP Agilent 3784A Digital Transmission Analyzer Opt. 008 + 061 Home The HP 3784A is a portable error performance/jitter test set, offering standard telecom interfaces at 704 kb/s, 2, 8 and 34 Mb/s. In addition, it has binary TTL/ECL interfaces for measurements up to 50 Mb/s, using the internal clock synthesizer. The 3784A is easy to use with measurement presets, automatic reciever setup and error performance pass/fail thresholds. Automatic jitter tolerance and transfer plotting routines are provided for fast accurate testing up to and beyond CCITT limits. Through-data mode allows jitter to be added to a structured signal for jitter tolerance testing demultiplexers. G.821 error analysis at 704kb/s, 2, 8 and 34MB/s Clock synthesizer for rates between 1 kb/s and 50Mb/s Applications: Automated production test of transmission line and terminal equipment Development and test of digital circuits that transport or store data Long term monitoring of digital transmission equipment in the field   Agilent 3784A HP Agilent 3784A Digital Transmission Analyzer Opt. 061 Home The HP 3784A is a portable error performance/jitter test set, offering standard telecom interfaces at 704 kb/s, 2, 8 and 34 Mb/s. In addition, it has binary TTL/ECL interfaces for measurements up to 50 Mb/s, using the internal clock synthesizer. The 3784A is easy to use with measurement presets, automatic reciever setup and error performance pass/fail thresholds. Automatic jitter tolerance and transfer plotting routines are provided for fast accurate testing up to and beyond CCITT limits. Through-data mode allows jitter to be added to a structured signal for jitter tolerance testing demultiplexers. G.821 error analysis at 704kb/s, 2, 8 and 34MB/s Clock synthesizer for rates between 1 kb/s and 50Mb/s Applications: Automated production test of transmission line and terminal equipment Development and test of digital circuits that transport or store data Long term monitoring of digital transmission equipment in the field   Agilent 4951A HP Agilent 4951A Protocol (No LID) Option: 01 Home HP Agilent 4951A Protocol Analyzer.   Agilent 4951B HP Agilent 4951B Protocol Analyzer (No LID) Option:01 Home HP Agilent 4951B Protocol Analyzer (No LID).   Agilent 4952A HP Agilent 4952A Protocol Analyzer (No LID) Home HP Agilent 4952A Protocol Analyzer (No LID).   Agilent 4957A HP Agilent 4957A Protocol Analyzer (No LID) Home HP Agilent 4957A Protocol Analyzer (No LID). The 4957A is a portable and rugged protocol analyzer in a compact package. Powerful capability and 64Kb/s performance for quick isolation of problems during installation, maintenance, and design of data communication networks and equipment. Compatible with remote troubleshooter software for unattended remote testing Built-in RS-232C, RS-449, and V.35 interfaces make the 4957A lightweight and easy to carry 768KB extended capture buffer provides the space needed for solving intermittent problems or analyzing lengthy transactions LCN and called/calling address filter efficiently locates problems in X.25 networks   Agilent 4957A HP Agilent 4957A Protocol Analyzer with Option 001 Home The 4957A is a portable and rugged protocol analyzer in a compact package. Powerful capability and 64Kb/s performance for quick isolation of problems during installation, maintenance, and design of data communication networks and equipment. Unit has option 001. Compatible with remote troubleshooter software for unattended remote testing Built-in RS-232C, RS-449, and V.35 interfaces make the 4957A lightweight and easy to carry 768KB extended capture buffer provides the space needed for solving intermittent problems or analyzing lengthy transactions LCN and called/calling address filter efficiently locates problems in X.25 networks   Agilent 53310A HP Agilent 53310A Modulation Domain Analyzer 2.5 GHz Home The Agilent 53310A Modulation Domain Analyzer is an easy-to-operate, affordable modulation domain analyzer with an intuitive data display that gives you a direct view of jitter or modulation. Parameters such as peak-to-peak deviation, carrier frequency, and modulation rate are quickly and automatically displayed. Built-in analysis, including automated mean, standard deviation, and probability functions, provides detailed characterization of jitter. In much the same way an oscilloscope provides insight into the dynamics of changing voltage, the Agilent 53310A provides insight into changes in frequency or time-interval measurements. You save time reviewing designs and locating problems. Use the Agilent 53310A to study frequency drift in electronic equipment; characterize jitter of digital communications systems, peripherals, and mechanical systems; determine frequency hopping performance of an agile transmitter, or measure cellular phone switching from cell to cell.   Agilent 59401A HP Agilent 59401A Bus System Analyzer Home HP Agilent 59401A Bus System Analyzer.   Agilent 70820A HP Agilent 70820A Microwave Transition Analyzer Home The Agilent 70820A microwave transition analyzer module is a two-channel sampler-based time-domain instrument for making stimulus-response measurements from dc to 40 GHz. It makes CW and pulse-RF measurements, specializing in measuring fast magnitude and phase transitions. It is ideal for characterizing components and systems in a benchtop environment. You can measure magnitude and phase settling times, rise and fall times, time delay, peak and average power, group delay, AM to PM conversion, analysis of AM, FM, and PM on RF carriers and much, much more.   Agilent 83480A HP Agilent 83480A Analyzer Mainframe Home The 83480A digital communications analyzer is a powerful and versatile instrument for characterizing high-speed digital communications waveforms. The 83480A is a modular platform that accepts up to two plug-in modules. Integrated optical channels include calibrated reference receivers for 155, 622, 1063, 1250, 2488, and 9953 Mbit/s SDH/SONET, fibre channel, or Gbit Ethernet transmitter test.   Agilent 83480A HP Agilent 83480A Analyzer Mainframe Home The HP 83480A Digital Communications Analyzer: Is a powerful and versatile instrument for characterizing high-speed digital communications waveforms. The HP 83480A: Is a modular platform that accepts up to two plug-in modules. Integrated optical channels: include calibrated reference receivers for 155, 622, 1063, 1250, 2488, and 9953 Mbit/s SDH/SONET, Fibre Channel, or Gbit Ethernet transmitter test.   Agilent 83522A HP Agilent 83522A RF Plug-In Home HP Agilent 83522A RF Plug-In.   Agilent 83545A HP Agilent 83545A RF Plug-In Option: 004 Home HP Agilent 83545A RF Plug-In.   Agilent 8414B HP Agilent 8414B Network Analyzer Home HP Agilent 8414B Network Analyzer. Plug-in CRT display unit for 8410-series; Dispalys amplutude and phase data in polar coordinates on 5 inch cathode ray tube.   Agilent 8418B HP Agilent 8418B Polar Display Home HP Agilent 8418B polar display. Used in conjunction with a 8410C network analyzer, it provides the capability of viewing amplitude and phase readout in both rectangular and polar coordinates simultaneously   Agilent 86241A HP Agilent 86241A RF Plug-In Home HP Agilent 86241A RF Plug-In.   Agilent 86245A HP Agilent 86245A RF Plug-In Home HP Agilent 86245A RF Plug-In.   Agilent 8750A HP Agilent 8750A Storage Normalizer Home The 8750A Storage Normalizer is for use with Network and Spectrum Analyzers. It provides simple CRT photos and X-Y recordings plus digital storage and normalization. Serial Number: 2045A03204   Agilent 8752C HP Agilent 8752C RF Network Analyzer with Option 006:- Calibrated Home The 8752C is an RF network analyzer with a built-in transmission/reflection test set. With option 006 installed, Quality Control Information About This Instrument: As part of TechRecovery?s Inbound Quality Control Procedure, this instrument is guaranteed to be within all OEM specifications and has been calibrated by an accredited independent calibration lab to NIST traceable standards. Should you require a fresh calibration and or an extended warrantee, one can be purchased for an additional charge.   HP 8756A HP Agilent 8756A Network Analyzer Home Measure insertion loss and gain, return loss, and absolute power quickly and accurately with the HP 8756A scalar network analyzer. These scalar measurements can be performed over a broad 10 MHz to 60GHz frequency range High(40dB) directivity bridges "Autoscale" for fast measurements Full HPIB programmability Fully annotated digital display Nine "Save/Recall" registers Direct digital plot capability   Agilent 8903E HP Agilent 8903E Distortion Analyzer Home The Agilent 8903E distortion analyzer provides unparalled versatility and performance for audio measurements from 20 Hz to 100 kHz. The 8903E combines the functionality of a high performance distortion analyzer, frequency counter, ac voltmeter, dc voltmeter and SINAD meter into one compact package.   Agilent E4209B HP Agilent E4209B Cell Protocol Processor 0-155MB/s Home The E4209B Cell Protocol Processor provides real-time and post-processing protocol testing features for the HP Broadband Series Test System (BSTS). The basic CPP assembly and system software can perform monitoring and simulation of ATM, F4 and F5 OAM, and AAL1 protocols. The CPP can be: configured with many different Line Interfaces at rates from 1.5 to 622 Mb/s, including: E1616A 1.5/45 Mb/s (DS1/DS3), E1610A 34 Mb/s (E3), E1695A 45 Mb/s (DS3), E1697A 155 Mb/s (STS-3c/STM-1) Optical, as well as E4219A ATM Network Impairment Emulation Module. The CPP can generate up to eight streams of user-defined ATM traffic. It also provides both real-time and post-processed measurements on ATM traffic. Measurements are automatically synchronized between devices in the test session.   Agilent e4219a HP Agilent E4219A ATM Network Impairment Emulator Module Home HP Agilent E4219A ATM Network Impairment Emulator Module   Agilent e4821a HP Agilent E4821A Parallel cell/traffic gen./analyzer mod. Home HP Agilent E4821A Parallel cell/traffic gen./analyzer mod.   Agilent E5904B HP Agilent E5904B Option 300 ARM Trace Port Analyzer Home HP Agilent E5904B option 300 ARM trace port analyzer.   Agilent E7473A HP Agilent E7473A CDMA Drive Test System with Option 320 Home The E7473A CDMA drive test system provides comprehensive characterization of the RF environment and call-based performance for CDMA networks in the PCS and cellular bands. Integration of RF coverage and service quality measurements delivers a complete solution for CDMA drive testing. The E7473A system combines Windows95/98/NTą software with CDMA mobile phone(s) and/or Agilent digital RF receiver(s). The E7473A system requires a PC. The minimum PC requirements are: Pentium® processor (233 MHz) Windows® 95, 98 or Windows NT® (4.0 or greater) RS-232 (DB9) serial port PCMCIA slot (two if using more than two phones) 32 MB RAM if using Windows 95 or 98 64 MB RAM if using Windows NT 50 MB disk space for software installation 400 MB disk space recommended for data CD-ROM drive recommended 800 x 600 display resolution   Agilent E7473A HP Agilent E7473A CDMA Drive Test System with Option 330 Home The E7473A CDMA drive test system provides comprehensive characterization of the RF environment and call-based performance for CDMA networks in the PCS and cellular bands. Integration of RF coverage and service quality measurements delivers a complete solution for CDMA drive testing. The E7473A system combines Windows95/98/NTą software with CDMA mobile phone(s) and/or Agilent digital RF receiver(s). The E7473A system requires a PC. The minimum PC requirements are: Pentium® processor (233 MHz) Windows® 95, 98 or Windows NT® (4.0 or greater) RS-232 (DB9) serial port PCMCIA slot (two if using more than two phones) 32 MB RAM if using Windows 95 or 98 64 MB RAM if using Windows NT 50 MB disk space for software installation 400 MB disk space recommended for data CD-ROM drive recommended 800 x 600 display resolution   Agilent j2300c HP Agilent J2300C with Opt. 221 Home HP Agilent J2300C with Opt. 221   Agilent j2301b HP Agilent J2301B with Opt. 200, 220, 221 Home HP Agilent J2301B with Opt. 200, 220, 221   IFR 1600S IFR 1600S FM/AM Communications Service Monitor-OEM REFURB/CALIBRATED Home The 1600S communications service monitor features: Signal generator range: 250 kHz to 1 GHz Output power: -137dBm to 0dBm Receive/monitor range: 250 kHz to 1 GHz Sensitivity: 5µV Power meter range: 20mW to 200W Oscilloscope bandwidth: DC to 1 MHz RF frequency counter range: 250 kHz to 1 GHz Spectrum analyzer dynamic range: 65dB (-5dBm to -30dBm) Data generator rates: 75 to 16kBps   Microwave Logic SDH / Sonet Microwave Logic ST103 TX Analyzer DS1 to OC3 Home Features: 1) VT Channel Scan.2) Multiple SONET Alarm Generation.3) J1 Trace Byte Programming.4) Quick Setups.5) User-defined Configurations.6) Non-SONET Testing.7) Payload Mappings.8) Multiple Outputs.9) DCC and Orderwire Access.10) Payload Frame Formats.11) Switch Time and Payload Delays.12) SONET Loop Timing.13) LabVIEW for Windows Compatibility.14) Receiver Frame Capture.15) RS-232, GPIB, and Parallel Printer Interfaces.16) Both Bit-and Byte-synchronous VT 1.5 Payload mappings with SLC-96 and ESF Frame Formats.7) SONET Data Communications Channel Access.18) Multiple Simultaneous SONET Alarms.19) 87/3 and Burst-of-7 Pointer Stress Sequences.20) SONET Line Loop Timing on an OC-n Signal.21) APS Switching Time and SPE Transport Delay Measurements.22) VT 1.5 Payload Analysis, 7X4 and 1X28 Mapping.23) DSI through OC3 standard (optional OC12). Actual unit pictured   Rohde & Schwarz UPD Rohde and Schwarz UPD Audio Analyzer OEM refurb Home The Rohde & Schwarz UPD, Audio Analyzer, performs practically all types of audio measurement, from frequency response measurements through to externally controlled sweeps with reference traces, determination of 3rd-order difference frequency distortion, spectral display of demodulated wow and flutter signals, etc. In contrast to many other audio analyzers, Rohde & Schwarz UPD, Audio Analyzer, is capable of performing real dual-channel measurements in the audio-frequency range, ie: there is no need for switchover between two inputs and this type of measurement is not limited to a few special cases.   Tektronix CSA803 Tektronix CSA803 Communications Analyzer Home The CSA803 is a communications signal analyzer mainframe.   TTC T-Berd Tberd 310 TTC T-Berd 310 Communications Analyzer Home SONET/ SDH/T-Carrier transmission testing from DS1 to OC48/STM-16 rates ATM testing capabilities for DS1,DS3, OC3, and OC12 rates Optical media testing (ORL, IL) at all optical rates up to OC48 Upgradeable, rugged, portable unit ideal for use in central office, lab, mobile telephone switching office, and manufacturing floor Combines comprehensive electrical-optical and high-speed optical testing in one dynamic and upgradeable instrument Provides flexible testing platform for central office, laboratory, manufacturing or outside plant environments Maximizes your investment potential with convenient and easy-to-use upgrade options Improves field test process control and tracking with automatic setup and electronic capture of test results via T-BERD AutoMATE 310-1: DS1/DS0 310-5: DS3 Jitter 310-9B: ENHAN DS1 Test 310-11: 3 Slot expansion 310-17A: DS1/DS3 ATM Analyzer   Wandel and Goltermann DA-30C Wandel and Goltermann DA-30C Protocol Analyzer Home Wandel & Goltermann DA-30C Protocol Analyzer.   Wandel and Goltermann PF45 Wandel and Goltermann PF45 Analyzer Home Wandel & Goltermann PF45 Analyzer. Various Options available. Please contact sales.   Wavecrest DTS 2070C Wavecrest DTS-2070C Digital Time Scope Home The DTS 2070 is a precise, high-speed time measurement instrument designed for use in automated lab and production environments where large amounts of accurate and repeatable data are required. Because of the patented calibration technique used in the DTS design, the linearity and repeatability of all timing measurements can be guaranteed to tight tolerances. Calibration is based on a built-in standard with 0.1 femtoseconds of accuracy in 10.0 nanoseconds. The single-shot speed of the DTS enables it to take many measurements in a burst, to verify jitter distributions or to simply verify good continuity on contacts in a production environment. Valuable settling time and instantaneous cycle-to-cycle pattern data allows the designer to accurately assess company products under dynamic conditions ? without relying on only pass/fail data as provided by go-nogo BERT box testing. The settling time and data enable true jitter margin testing. Therefore, the IC manufacturer can accurately provide their customers with conclusive jitter specifications. The noise floor of the DTS 2070 is low enough so jitter data can be read directly. Histogram data can then be taken up to 1000 times faster than with some Digital Sampling Scopes. Because the DTS uses high bandwidth input comparators instead of DSO sampling head, special smoothing algorithms are not required to enhance the data. Because rms jitter assumes a Gaussian distribution, it is important to verify that jitter distributions are not bimodal in nature. If histogram distributions are not desired, the TPDs can be measured in the single-shot mode with little change in accuracy.   Wavecrest DTS2077-02 Wavecrest DTS2077 High Performance Timing Analyzer Home The stringent timing specifications of today?s data communications devices require a signal integrity analysis solution that outperforms general test instruments. The DTS-2077 is a high-performance timing analyzer used for the debug, characterization and production test of high-performance, high frequency devices and circuits. Timing uncertainties such as jitter, propagation delay, frequency modulation and crosstalk can easily be analyzed and tested with the DTS-2077. This capability can be used on either data signals or clock signals. Unit was calibrated by Wavecrest on November 30, 2006   ©1999-2002 [fill in company name] All Rights Reserved contact webmaster | powered by corezon All logos and trademarks are properties of their respective companies. Product price, specification, warranty and availability subject to change without notice.