Searching for the right Network Analyzer to suit your needs? Test Equipment Connection carries a wide range of Agilent Network Analyzers, from powerful yet economical bench top models to hand held models that are consistent with that of the bench top models.

Agilent E5071B

Consider the Agilent E5071B-010-015-1E5-414, with 4 port S parameter test set and 300 kHz to 8.5 GHz frequency range, and options such as (010) Time domain analysis capability, (015) Standard color LCD and (1E5) which adds the high stability time base and deletes UNQ.

Network Analyzers are typically used for measuring Network Parameters of electrical networks such as Amplifiers, Mixers, cables, filters and Frequency Converters and are essential pieces of equipment in Educational Institutions and Labs.

Buy refurbished, when available you can save 10-90% off list price.

Types of Network Analyzers

There are basically two types of Network Analyzers, The Scalar and the Vector. The Scalar measures amplitude Properties only, while the Vector measures both amplitude and phase properties commonly at S-Parameter Levels. Network Analyzers are used most widely at high frequencies which can range from 5Hz to 1.05 THz. The basic setup of the Network Analyzer comprises of a signal generator, test set, one or more receivers and display with most commonly 2 test ports.

Learn more about Scattering Parameters (S-Parameters) Here

Measurements made in the field and in the lab basically have the same accuracy but what makes the difference in the use of the equipment is the portability and durability. In the field the Analyzer must be small enough to carry but yet handle the outdoor temperatures and rugged enough to be moved around often.

Wide Variety of Agilent Network Analyzers

Test Equipment Connection carries a wide variety of Agilent network analyzers to suit your needs, if it’s a lightweight bench type model you are searching for or an easy to operate model with large buttons that can be operated while wearing gloves and with a display that can be viewed outdoors in the sun light. We carry a variety of sizes for bench top models as well, realizing that some analyzers must fit into tight spaces, and are sometimes used to perform calibrations on equipment between racks and shelves.

Whether performing tests on the production line, on the bench or out in the field, TEC has the right Agilent test gear at a reasonable cost. Test Equipment Connection sells new, refurbished, demo and overstock models that will fit your budget.

Key Features to Look For

• • 4 port models make it easy to test couplers, circulators and splitters.
• • ECal modules that can substitute for a mechanical calibration kit speeding up measurement tasks.
• • Power meter based calibration yields accurate measurement of DUT input and output power over a very broad range of powers
• • Built in support for, port matching, deembedding, port extensions, and impedance transformations extends coaxial accuracy to On-Wafer and In-Fixture measurements.
• • External millimeter- wave modules extend the frequency of operation up to 1.1 Thz
• • Materials Measurement software offers full characterization of dielectric properties using a variety of measurement methods

Accessories at Additional Cost

Electronic Calibration Modules provide a single precision routine that can be performed while out in the field to improve measurement accuracy.

View a video about Electronic Calibration Modules Here

Microwave test components, complete series of wave and coaxial RF and microwave test accessories- everything from DC Blocks, Adapters, Power Limiters, and couplers. These accessories help simplify test setups and maximize the equipment full potential.

Contact TEC for a quote on your next network analyzer. Trade ins are welcome.

The Agilent 16902B Series logic analysis system is optimized for the tough debug problems that technicians face in today’s environment. Rugged and dependable, it was designed to deliver high speed performance combined with its renowned accuracy. It employs innovative probing technology and offers straightforward triggering capability with an intuitive user interface, enabling engineers to learn its operation quickly and intuitively.

The analyzer takes advantage of multiprocessing, large memory technology, and multithreading software technology to provide the users with faster performance. The 16902B offers extremely rapid zooming and high-channel count acquisitions, and its intelligent 4GHz timing zoom technologies enable users to obtain highly accurate measurements when testing a variety high speed signals. The scalable design of the model offers room for any additions that may arise from future technology trends.

Touch Screen Display

A built-in touch screen display is used by the 16902B logic analyzer. It will support a maximum of four external monitors, and it’s designed to deliver content-rich outputs. One of the more impressive features is the flexibility that the system offers. It can be easily integrated into various debug environments. This design characteristic enables users to measure, analyze, and share data. Additionally, it allows for either keyboard and mouse, or touch screen use.

The 16902B will also allow users to control and monitor it remotely over a suitable network. Such a set up utilizes email to notify a user when the equipment triggers. It also incorporates anti-virus software, which helps ensure security compliance.

Learn more about field-programmable gate array (FPGA) here

Numerous Test Applications

Utilizing the power of the latest multiprocessor technologies to enhance productivity, the Agilent 16902B allows users to perform remote controlled operations by hosting its applications on a Windows-based computer. The technician can run automated tests by utilizing Microsoft DCOM or ASCII remote interface. The 16902B analyzer is also an excellent choice for various debugging applications involving digital designs. It finds numerous applications in the debugging of Altera FPGA or Xilinx and surrounding system. Due to the high level of integration employed in the designing of many digital circuits, the exercise of debugging them is challenging. Signals are usually measured at the edge of the FPGA. However, a dynamic probe enables users to carry out measurements from different parts of the FPGA without restrictions.

Learn more about Distributed Component Object Model (DCOM) Here

A 256M deep memory is used by the analyzer, helping to quickly identify various problems. Its general-purpose knob is used for adjusting parameters when taking measurements. Overall, the scalable design of 16902B logic analyzer ensures that operators can add new features when needed in the future. This expandability feature to choose modules depending on specific needs makes the Agilent 16902B an excellent choice for the modern laboratory.

Key Features and Benefits:

• High performance combined with excellent probing capability
• Windows computer environment with advanced antivirus software
• Remote ASCII programming assists with automated testing (Microsoft DCOM also available)
• Advanced viewing capability across 1 – 4 monitors to effortlessly interpret data
• Offload test results to external pc to easily analyze data via LAN connection (Gbit)
• Quickly transfer results and share files with other users anywhere in the cloud

Contact Test Equipment Connection for more information.

The Agilent N8973A noise figure analyzer is a robust testing solution that is designed for precision noise figure measurements. Its smart design works in combination today’s complex systems, excelling with a wide range of useful applications. It finds numerous applications both in designing and manufacturing environments.

Many of today’s RF systems require precise noise figure specification and the N8973A is designed with that consideration in mind. It offers impressive accuracy to meet the tighter requirements of various today’s applications, and is designed to enable operators to achieve comprehensive characterization of the component under test. It capably blends the traditional features of a noise-figure meter with expanded functionality. The additional functions are included to address the latest demands by R&D as well as production-test engineers.

Learn more about Noise Figure here

Intuitive User Interface

The intuitive user interface of the N8973A noise figure analyzer enables users to carry out measurements on frequency converting devices and amplifiers with ease. Its color graphical display features limit lines and markers which allow technicians to focus on narrow ranges whenever the application requires. The noise figure analyzer is designed to deliver accurate and repeatable measurements, making it an excellent solution for a wide range of operations that demand high accuracy levels. Additionally, the intelligent design of the N8973A allows the user to set-up measurements in various viewing formats, allowing for quick printing of the test results.

Learn more about Noise Figure measurements here.

The real-time clock of the N8973A noise figure analyzer time-stamps data files, making it easier for users to carry out a post-analysis of the results obtained from an experiment. Its comprehensive, built-in help menu enables users to make quick reference whenever they need it. This eliminates the need for printed manuals. Users can view the measurement results on a larger display by connecting the noise figure analyzer to a VGA monitor via its VGA output port, a very useful feature for when a detailed representation of the results is required.

Can be Used in an Automated System

The GPIB and RS-232 ports on the rear panel of the noise figure analyzer are used for integrating the test solution into an automated system. These ports are used when the operators are required to remotely control the tester. Its LO GPIB port provides a means of driving a local oscillator in a measurement set up that utilizes this feature. The N8973A noise figure analyzer is designed for applications in the < 3 GHz frequency coverage. The capability of displaying gain and noise figure in real-time makes it an ideal choice for measurements involving amplifiers and frequency converting devices, allowing users to apply loss corrections using its loss compensation modes. Its frequency modes allow for easy to carry out measurements at pre-determined frequencies. The technician can quickly set a specific frequency depending on the needs of any testing exercise.

Key Benefits and Features:

• • Easy, quick use measurement capability
• • Repeatable and precise results with a variety of noise sources
• • Split or single screen viewing
• • Built in, expanded help menu functionality
• • External control available via RS232 and GPIB ports
• • VGA connection for larger display and screen projection

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The Agilent E4403B is a multi-purpose spectrum analyzer that is designed to deliver impressive speed and accuracy. This well renowned spectrum analyzer offers 1.1 dB amplitude accuracy and a +7.5 dBm TOI, all combined in a rugged and water resistant design. This model is designed for the 3.0 GHz frequency range and finds numerous applications in manufacturing, aerospace, and defense and requires only a 5-minute warm up time to deliver excellent precision measurement.

The E4403B offers a < 1.0 dB error overall amplitude accuracy, making it an ideal option for applications that require high amplitude accuracies. Its short stabilization time (5 minutes) makes it very productive when testing applications that have time limitations. It also offers a broad selection of detectors to enable users to meet their varied testing needs. These detectors include averaging (RMS), sample, peak, negative peak, and an optional quasi-peak. For instance, its RMS averaging detector enhances measurement accuracy and repeatability.

Learn more about Root Mean Square (RMS) Here.

Accurate Results in Numerous Test Environments

The detector finds also many uses in testing exercises involving 2G, 3G, and other noise-like signals. The optional quasi-peak detector allows users to easily recognize the EMI performance verification of their DUT, and also can incorporate narrow resolution bandwidths as an option. This feature allows the user to attain maximum frequency resolution. The automatic background alignment feature of the E4403B ensures that accurate results are obtained when testing in numerous environments with varying temperature conditions. It is designed to deliver guaranteed performance for a wide temperature range of 0oC to 50oC.

Learn more about Device Under Test (DUT) Here.

The rugged casing of the Agilent E4403B makes it withstand various transportation stresses. The rubber encased frames on the front and rear parts enhances its durability, making it a suitable option for field operations and other exercises that may expose an equipment to mechanical stresses. Furthermore, it also has a weather resistant casing that allows users to employ it for field operations in high humidity environments. The model also offers one-button measurement routines as a built-in feature. Its built-in counter enables users to precisely identify various signals.

Optional Tracking Generator

Scalar network analysis and related testing exercises require an RF source. The E4403B offers an optional built-in tracking generator that is capable of generating an RF output required for many useful network analysis exercises. Engineers and technicians can make quick reference by using the built-in help function.

The E4403B uses a GPIB interface as a standard feature and an optional RS-232 interface. Its flexible card cage allows the technician to customize to most any requirement, making it very adaptable for their unique testing needs. The scalable design also allows users to add upgrade enhancements to the spectrum analyzer whenever testing needs require them. The E4403B is also designed to accept an external frequency reference whenever highly accurate results are required.

Key Benefits and Features:

• ●    Excellent Microwave and RF design capabilities
• ●    Versatile for use either on the bench or within a system
• ●    Improved measurement and fast data transfer speeds
• ●    Easily perform specific tasks including noise figure, measuring analog demodulation, and phase noise measure

For more information contacts us.

The Agilent 4194A is a powerful gain-phase analyzer that is optimized for impedance measurements and component analysis. The versatile model finds many applications in impedance measurements including the analysis of components that are designed for high frequency uses. Such high frequency components include chip inductors and crystal oscillators. It is an excellent choice when quality and reliability are required in the designing of a product.

For the measurement of input impedance and output impedance of circuits as well as impedance of circuit board traces, the 4194A is a popular testing solution. An impedance probe kit is usually necessary for the in-circuit measurements of impedance parameters. Users can easily increase the list of the applications by combining it with a suitable impedance probe kit. This combination is ideal for various applications in the 100 MHz frequency range. In addition, a combination of the impedance analyzer and an impedance probe kit allows users to measure various impedance parameters including R, L, C, |Z| and θ.

Automatic Calibration Capability

Accurate measurement of impedance is a vital requirement when a high quality product is expected. The 4194A is designed to help the technician improve the performance and quality of their RF and video components and circuits. The analyzer offers automatic calibration capability to eliminate errors that are caused by stray admittance and residual impedance surrounding the device under test. Similarly, the impedance probe kit that is usually used together with this impedance analyzer offers three calibration standards to minimize errors that may negatively affect the accuracy of the measurements. This makes the models combination of testing instruments a great solution for testing exercises that demand high accuracy.

Learn more about Gain-Phase Analyzers here

In addition, the 4194A impedance analyzer is optimized for performing impedance evaluation in various circuits. It is uniquely engineered to obtain highly reliable results. It is easy to determine the difference that exists between the theoretical circuit characteristics and the actual ones, determining this variation with accuracy and speed. When coupled to an impedance probe, the test solution can easily obtain various in-circuit impedance parameters for a wide frequency range, spanning 10 kHz -100 MHz.

Excellent Choice for Component Modeling

Technicians are able to carry out an evaluation of a component’s DC characteristics by employing a combination of the impedance analyzer and an impedance probe. The probe can be used to apply an external dc current or voltage. Such a setup is ideal for determining the DC characteristics of materials, components, and semiconductor devices. The “equivalent circuit” is one of the most important functions offered by the 4194A impedance analyzer. The function allows the technician to perform component modeling of capacitors, resonators, inductors and other components. In addition, the 4194A is a suitable test solution for R&D applications, allowing users to test their designs as well as products to ensure that the desired quality is achieved.

Learn more about Electrical impedance here

Key Benefits and Features:

• ●    Easily perform quick Impedance measurements (In-Circuit)
• ●    Accurately Analyze various components (±150V – ±0.5A DC Bias)
• ●    Quickly analyze high frequency components such as chip inductors and crystal oscillators
• ●    Reliable, easy to use circuit evaluation

Contact TEC for a quote today.

The Tektronix TDS3012B and TDS3012C are 2-channel digital oscilloscopes, combining excellent performance with the high precision Tektronix is renowned for. Both units offer a 100 MHz bandwidth and are designed to deliver a 1.25 GS/s sample rate, while offering impressive features including DRT sampling technology, OpenChoice documentation, DPO power, and WaveAlert waveform anomaly detection.

These oscilloscopes both come in a lightweight design, making them an excellent portable testing solution. The TDS3012C offers a TekProbe Interface, multiple-language user interface, FFT standard, and WaveAlert waveform anomaly detection, making it ideal for a wide range of applications.

Learn more about the TekProbe interface here

The Tektronix TDS3012B digital phosphor oscilloscope is designed to offer a 3,600 wfms/s waveform capture rate. It is capable of capturing infrequent events and glitches at an enhanced speed. This DPO is designed to offer up to three times the capture rate offered by comparable oscilloscopes. It is also designed to allow technicians to debug and characterize signals quickly and accurately and the DRT sampling technology allows for easy capture of high-frequency information The embedded smart technology is capable of capturing edge anomalies and glitches in signals, and its sin(x)/x interpolation feature allows precise reconstruction of waveforms.

Wide Range of Capabilities

The Tektronix TDS3012B is also a fine choice for carrying out a wide range of troubleshooting tasks. By utilizing its WaveAlert detection, users can quickly and accurately identify elusive problems in signals. WaveAlert detection highlights all waveforms that show deviations in characteristics from the normal one. This feature is designed to automatically sound a beep, save a waveform, print a hardcopy, and stop acquisition.

Learn more about Openchoice desktop application here.

Just like the TDS3012B, the Tektronix TDS3012C is designed to offer a 3,600 wfms/s waveform capture rate. Its TekProbe interface is designed to support current, active, and differential probes. Storage and transfer of measurements from the oscilloscope are made easier by its front-panel USB port. Additionly, this digital oscilloscope features a wide selection of application modules that find numerous uses in specialized analysis. Such applications include the following: Limit Testing Module, Extended Video Module, Advanced Analysis Module, and Telecommunications Testing Module.

Advanced Analysis Functionality

The oscilloscope also finds many applications in power supply design, manufacturing test, education and training, digital design, digital debugging, telecommunications mask testing, video installation, and general bench testing. There are a wide variety of flexible features that allow the technician to transform their DPO oscilloscopes into specialized testing tools that are suitable for video troubleshooting, telecommunications mask testing, and limit testing. The advanced analysis module of the TDS3012B features extended math capability, measurement statistics, arbitrary math expressions, and various automated measurements. Its limit testing module allows users to determine the operation parameters of a circuit and verify that they are the intended values. The telecommunications mask testing module helps users to test compliance with the ITU standards. Users can add a video quick menu, line count trigger, holdoff, and autoset to their DPO oscilloscope by incorporating an extended video editing module to their equipment.

Contact us for more information or quote on these or other quality Tektronix products.

The Aeroflex IFR 3413 is a portable signal generator that is optimized for testing an impressive range of wireless communication systems. This lightweight signal generator combines high-performance vector modulation with wide frequency cover to produce a versatile testing solution for both components and communication systems. It is engineered for applications within the 250 kHz – 3 GHz frequency range, offering level settling and fast RF frequency for users to carry out high speed testing with extreme precision.

The Aeroflex IFR 3413 is designed to offer a low adjacent channel power. This feature is ideal for testing amplifier linearity and receiver selectivity. To ensure that the ATE system performance is optimized, this signal generator is specially designed to deliver fast GPIB response. Additionally, the IFR 3413 is designed to offer various optimization modes including low ACP, low noise, higher power, and auto. It is also very capable when used for component testing. Its high-performance vector modulation capability enhances this functionality.

Learn more about Vector Modulation here.

Impressive Optional Features

This quality signal generator also offers various impressive optional features such as dual-channel arbitrary waveform generator, differential outputs (I/Q), and high-speed pulse modulation as standard. The differential I/Q outputs find numerous applications in component testing, easily accomplished with an intuitive touch panel interface. These impressive features make the Aeroflex IFR 3413 an intelligent choice for test and measurement in manufacturing, research and development applications.

The IFR 3413 is optimized to deliver rapid level control and features a useful electronic attenuator. Combining these features with its fractional-N synthesis techniques make it a popular choice for high-speed ATE testing. The rotary control and the keyboard of the instrument are designed to enable users to configure it with ease during operations. Its display shows parameters in a clear, easy to read format that minimizes chances of user error.

Learn more about fractional-N synthesis here.

Digital Signal Generation

The digital signal generator also can easily produce + 16 dBm peak output power. Its impressive 0.01 dB level resolution enables the operator to obtain accurate and repeatable results for wireless components tests. The embedded electronic attenuator finds numerous uses in high volume applications. Many user-settable RF level limits are available for a wide range of testing applications, ensuring that the digital signal generator does not produce signals that are likely to damage components.

The Aeroflex IFR 3413 signal generator offers a 2.0 ms frequency setting time and a 2.5 ms level setting time. These parameters ensure minimum test execution times and improved throughput. In addition, it can produce comprehensive modulation facilities for testing both digital and analog RF systems, as well as produce digitally modulated signals as either real-time baseband generator or dual-arbitrary waveform generator.

Key Features and Benefits:

• ●    Internal Modulation oscillator which can generate 2 different tones
• ●    Users can choose from a Baseband Generator (Real Time) or Waveform Generator (Dual Arbitrary)
• ●    Vector modulation available via the embedded IQ modulator which can support either narrow band or wide band standards
• ●    State of the art Spectral Purity
• ●    Easy to use Windows OS based IQCreator software
• ●    Remote control via ethernet and GPIB interfaces

Contact Test Equipment Connection for more information.

The LeCroy WaveRunner 6050A is a feature rich, all around oscilloscope that is optimized for demanding signal testing needs. It employs advanced acquisition technology, and combines an efficient interface with uncommon expanded capabilities. Providing users with a truly powerful testing solution, the 6050Ais well known for being an everyday use bench scope.

Offering a 500 MHz bandwidth and a 4 Mpts/Ch standard memory, the LeCroy WaveRunner 6050A capably delivers outstanding signal fidelity. The SiGe chipset that powers this bench scope makes it an ideal solution for capturing sharp edges and frequency transients. Apart from its impressive high sample rates, the 6050A oscilloscope’s smart designs allows for a residual jitter of 2 ps and an ultra-stable clock of ±5 ppm.

Learn more about SiGe Chipsets here.

The LeCroy WaveRunner 6050A is powered by the open Windows OS. This platform allows operators to install Windows application software in their oscilloscopes for direct waveform analysis. The 6050A specifically offers 4 channels which allows the technician to sample at an impressive 5 GS/s rate on each channel. This is an impressive performance as compared to the rate offered by other conventional oscilloscopes.

Exceptional Test Flexibility

The 6050A model is also designed to exceed the Nyquist sampling rate. It incorporates a SMART Trigger feature that provides users with exceptional flexibility. The exclusion/inclusion feature is suitable for triggering signals that fall within or outside a specific range. Operators are quickly able to select multiple pulse widths and threshold levels for waveform viewing and measuring. The internal memory of the unit is capable of swiftly retaining thousands of captured events for later viewing.

View videos on Teledyne LeCroy WaveRunner oscilloscopes here.

The 800 x 600 pixels 6050A display delivers a quality user experience, and offers excellent resolution. To eliminate glitches and runts that may hinder readability, this bench scope has an intensity modulated display. This feature allows the user to vary the display intensity from 0–100%.

Easy to Use

In addition, the settings and the status of the LeCroy WaveRunner 6050A are easily shown using the descriptor labels. Its intuitive, easy to use interface enables operators to measure a wide selection of signals’ timing characteristics easily and quickly. Other useful analysis tools that operators can easily access during testing exercises include histograms, math, and statistics. The oscilloscope features a volts/division control knob for each of its channels. This feature enables the technician to control its channels by simply turning the knobs. The 6050A also includes four zoom control knobs that allow operators to view the minute details of a signal.

The 6050A also incorporates the advanced XMath expanded analysis software. The software works with 40 specific parameter measurements and over 30 common math functions. The graphical interface of the XMath software allows for fast and easy connection of display icons and input source for extremely precise analysis and testing.

Key Features:

• ●    Advanced feature set combined with simple to use functionality
• ●    True 4 channel capabilities with a fully available 5 GS/s capability
• ●    Quickly locate specific characteristics and patterns with SMARTTrigger feature
• ●    Dedicated channel controls
• ●    Convenient front panel access and 5 included USB ports

Contact us for more information.

The Tektronix TDS6154C digital storage oscilloscope is a versatile test set specifically designed for variety of useful applications in system design, compliance testing, and system debugging. It is a cost effective solution for challenging testing situations involving datacom, next-generation computer, and communications equipment. The deep memory, high sample rate, and high bandwidth also make the TDS6154CA a excellent option for data acquisition uses.

The digital storage oscilloscope incorporates MyScope Custom-control Windows. The feature enhances users’ productivity and enables them to accomplish more in less time. Its right-mouse-click menus provide the operator with exceptional efficiency during measurements. In addition, the digital storage oscilloscope allows the technician to easily achieve pinpoint, high performance triggering. This feature offers more than 1400 combinations to enable users to address any triggering situation. The Tektronix TDS6154C also allows for serial pattern triggering of up to 3.125 Gb/s and serial data analysis rates of 6.25 Gb/s, achieving these high serial data analysis rates with quick precision.

Built-In Functions

The TDS6154C utilizes the Microsoft Windows operating system together with OpenChoice Software to offer built-in networking. This combination is also used for built-in analysis purposes. The test set utilizes technology-specific Software Solutions to provide operators with domain expertise for jitter, serial data, USB 2.0, communications, DVI, and power measurements, and features a 2.8 GHz Dual-processor System.

Learn more about OpenChoice here.

The embedded high-resolution XGA display is designed to enhance the readability of measurements in different light settings. Other impressive TDS6154C features include front-panel CD-R/W, 1000 BaseT network connection, and front-panel USB 2.0 Port.

Capable of working with a broad range of applications, The TDS6154C is specifically optimized for signal integrity, timing, and jitter analysis. The unit is ideal for debugging, characterization, validation and compliance testing of digital designs. Apart from applications involving storage-area network designs, datacom, computer, and high-speed backplanes applications, the TDS6154C is also ideal for data acquisition and high-energy physics measurements.

Four Input Channels

Intelligent design also assists technicians with their measurement and analysis exercises without sacrificing record length, bandwidth, or sample rate. Users will appreciate an excellent combination of record length, bandwidth, and sample rate. Another important feature of the TDS6154C is the Tektronix-proprietary DSP enhancement that assists with high-speed channel-channel measurements.

Learn more about Digital signal processing (DSP) Here.

This TDS6154C oscilloscope offers four convenient input channels, a bandwidth of 15 GHz and a true analog bandwidth of 12 GHz. In addition, it provides an input impedance of 50 Ω ±2% and a vertical resolution of 8 bit. Moreover, the TDS6154C is designed to deliver a DC gain accuracy of ±2% and a position range of ±5 divisions.

Key Benefits and Features:

• Development support including C, C++, .NET, MATLAB, Visual BASIC, LabWindows/CVI, and LabVIEW environments.
• Silicon Germanium technology (SiGe) providing excellent trigger sensitivity
• Can select multiple trigger points on either A or B trigger circuit
• Quickly decode encoded data streams (8b/10b) and set specific encoded text for captures
• Up to 50 specific parametric measurements in the statistical domain, time and amplitude.
• Connect to useful Windows applications via ActiveX controls without exiting the application

Contact us for more information.

The Agilent E4436B is a powerful RF signal generator that is designed to deliver exceptional spectral purity. Its digital capabilities make it an excellent option for a wide range of R&D bench-top applications. This RF signal generator offers broadband I/Q modulation for a large selection of communications formats including cdma2000, W-CDMA, GSM, Bluetooth, and EDGE.

The flexibility of its digital modulation capabilities allows creation of new communications standards or modification of the existing ones. Apart from its powerful analog model features, this RF signal generator will work with a varied selection of digital options.

Stable and Accurate

The Agilent E4436B is designed to deliver superior level stability and accuracy. Very portable and lightweight RF signal generator is designed to fit perfectly in a 5” rack space. Its modular design enhances upgradability and ease of accommodating new enhancements. The E4436B is also designed to accommodate third-generation communications standards as well as other emerging technologies.  Addition and enhancement of personalities enable it to adapt easily to changing technologies. To enhance the reliability of measurements, this RF signal generator features a powerful electronic attenuator.

The E4436B is engineered to deliver repeatable and accurate results for numerous of real-world conditions. Its comprehensive signal-generation capabilities make it an ideal choice for a broad range of applications. The embedded technology features firmware personalities for Bluetooth, IS-95 CDMA, TETRA, NADC, PDC, PHS, DECT, and GSM. Its flexible modulation capabilities allow creation and modification of  a variety formats.

Learn more about Terrestrial Trunked Radio (TETRA) Here.

Standard Features

The dual-arbitrary waveform generator of the Agilent E4436B allows generation of complex digitally-modulated signals. The I/Q baseband of the unit is ideal for creating modulation types, filter types, and data rates. Its bit error rate (BER) analyzer is optimized for measuring selectivity and sensitivity. It also has the IntuiLink PC software is included in the E4436B as a standard.

Both the FM1 and the FM2 frequency modulation are internally summed. Users can switch both paths to either of the modulation sources including Ext1, Ext2, or INT quickly. The FM2 path has a limit of to a rate of 1MHz max. The deviation of the FM2 path is required to be less than the FM1 path.

Learn more about Voltage-controlled oscillators (VCO)

The E4436B is also engineered to offer superior level accuracy, which helps to minimize test uncertainty. It delivers ±0.9 dB for (fc >2 GHz) and ±0.5 dB for (fc <2 GHz). This impressive accuracy and performance helps give it its well deserved reputation in the field. In addition, the signal generator features a state-of-the-art electronic attenuator that is designed to maximize dependability. The wideband FM bandwidth and superior FM accuracy are ideal for the simulation of VCO.  The Simulation of VCO finds many applications in the designing of receivers. Its wideband ΦM finds numerous applications in satellite communications, and the E4436B also a powerful quadrature modulator that offers superior modulation stability and accuracy. The calibration routines of the IQ modulator generate repeatable and controlled signals to minimize measurement errors.

Contact us for more information on this and other quality products from Agilent.