Three Axis Articulated Arm with HI-mass Base (PPM203B) Multi-turn Fine Adjustment Controls for All Three Axes (PPM203B) Fully Flexible "Gooseneck" Arm for Different Positions (Locks Securely in Place with Adjustment Control Knob) (PPM100) Fine Adjustment Knob on Probe Holder (PPM100) Spring Compliance in Probe Holder Keeps Pressure at the Probe Point (PPM100) Heavy Base for Desktop Applications or C-clamp for Other (Rack) Applications, Both Included (PPM100) Adaptable to Most Tektronix Probe Types

Starter Kit ATSTK600, Key Features AVR Studio 4/AVR32 Studio compatible USB Interface to PC for programming and control Powered from USB bus or from an external 10-15V DC power supply Adjustable target VCC (0-5.5V) Two adjustable reference voltages with high accuracy (0-5.0V, 10mV res) Clock oscillator, adjustable on the fly from AVR Studio (0-50MHz, 0.1% res) Serial ISP of tinyAVR and megaAVR devices PDI Programming of AVR XMEGA devices JTAG programming of 8-bit megaAVR, 8/16-bit AVR XMEGA and 32-bit AVR UC3 devices aWire Programming of 32-bit AVR UC3 devices

GPS L1 C/A code and SBAS (WAAS/EGNOS) generation 12 independent signal channels Low cost portability High accuracy and repeatability Multiple vehicle types with comprehensive error models Wide selection of preloaded test scenarios Receiver capture and simulation truth data in NMEA-0183 format RTCM-SC104 differential corrections from serial port Test scenario download from STR2760 or STR4760

Clocks from 1 µHz to 2.05 GHz Random jitter <1 ps rms 16 digits of frequency resolution 80 ps rise and fall times CMOS, PECL, ECL, LVDS, RS-485 outputs Phase control and time modulation PRBS for eye-pattern testing (opt.) OCXO and rubidium timebase (opt.)

Intro Date: July 20, 2011 Order No: MC815LL/A Model No: A1347 (EMC 2442) Subfamily: Mid-2011 Model ID: Macmini5,1 Std RAM: 2 GB Std VRAM: 288 MB Std Storage: 500 GB (5400 RPM)

4x BNC Cables for TLA7012

High-speed Deskew Fixture for differentiel probes Use with TDS6124C 1x Deskew Fixture 1x BNC Cable 1x USB Cable 1x Instructions Document

The iLink™ Tool Set which seamlessly integrates the logic analyzer with an oscilloscope to provide instant digital and analog insight, and radically speeds the debugging of multiple signals. The iLink tools are: iCapture™ simultaneous digital and analog data acquisition through a single logic analyzer probe iView™ time-correlated, integrated digital-analog display iVerify™ multi-channel analysis and validation testing using powerful oscilloscope-generated eye diagrams. 1x IView External Oscolloscope Cable 1x SMB-BNC Adapter

Coax Adapter Kit - You can make 72 adapters: Male-Male, Male-Female & Female-Female in any combination of BNC, TNC, SMA, N, UHF & MINI-UHF. The kit contains two male & two female of all eight connectors plus six universal interfaces. All are gold plated & teflon insulated.

N4901B KIT 2x 50 GHz Cables 1x USB Key 128 Mo 3x 50 GHz Terminations 1x SMA Termination 1x Stylus 1x USB Cable 1x Certificate

Kit for N2X Instrument 2x BNC Cables 2x Special Cables 2x Network Cables 1x Rack Mount Kit

BNC Adapter for AUX I/O connector SMU200A Vector Signal Generator 1x Fixture 1x Cable

This fully updated edition of the classic reference in its field keeps professionals current with the latest technology and techniques in transmission of digital signals. Unlike other references on the subject, this volume is written specifically for engineers and focuses on practical systems and their application in actual design and implementation. It covers systems used throughout the world in chapters detailing the latest on basic system design, baseband transmissions, and digital radio and cable systems.

Controller for FLASH and FPGA

• 2 GHz, 1 GHz and 500 MHz Bandwidths • Sample Rates to 4 GS/s • Captures and Displays up to 200,000 Waveforms per Second • 2 or 4 Channels • 1% Vertical Accuracy • 8-Bit Vertical Resolution, Over 11 Bits with Averaging and Over 13 Bits with Hi-res • 1 ns Peak Detect • 1 mV/div to 10 V/div Sensitivity • Up to 1.7 GHz Differential Measurements • Channel Deskew • Record Lengths to 8 M Points • Floppy Disk Storage • Iomega Zip and Zip Plus Drive Compatible • Advanced Triggering • 29 Automatic Measurements and Measurement Statistics • FFT and Advanced Math • Histograms • Histogram Statistics • Limit Test • FastFrameTM Time Stamp • Communication Signal Analysis Including Mask Testing and SONET/SDH and Fibre Channel Optical Reference Receivers • Full GPIB Programmability

• Real-time fading for E4438C, E8267C, E8267D • Select from a variety of fading profiles through receiver testing, including Rayleigh, Rician, Suzuki, log-norma, pure Doppler and constant phase distributions • Preconfigured setups eliminate mistakes; W-CDMA, TD-SCMA, cdma2000®, cdmaOne, 1xEV-DV, GSM, EDGE, COST259, TETRA HSDPA, HSUPA, 802.11 WLAN and WiMAX™

23.6 (60 cm) LED (LCD LED)

23.6 (60 cm) LED (LCD LED)

4 port 10/100/1000BASE-T and 1000BASE-X (SFP) XP-2 Test Card Flexible hardware to match your test needs Industries highest protocol performance Industry’s highest protocol scalability Full control over all traffic generation parameters Comprehensive API & Open-Library of Automated Test Scripts

USRP N210 kit includes:

USRP N210

u-blox 7 GPS/GNSS evaluation kits
EVK-7 u-blox 7 GPS/GNSS evaluation kit
1 USB port, 1 UART port, 1 I2C/SPI port (switchable)
Kit includes:

Ultra-wideband, single input from 50 MHz to 46 GHz Simultaneous frequency and power measurement with analog peaking indicator Rugged, lightweight design for field use Optional battery operation, oven timebase, and soft carrying case GPIB and RS-232 interfaces standard For complete details, click on the Data Sheet link

The Agilent 53132A counters capture precise frequency and time measurements. IntuiLink software allows that data to be put to work easily. You work in a familiar environment at all times, using PC applications such as Microsoft Excel® or Word® to analyze, interpret, display, print, and document the data you get from the counter

• Ultra-wideband, single input from 50 MHz to 46 GHz
• Simultaneous frequency and power measurement with analog peaking indicator
• Accuracy: +/-1 LSD +/- residual stability +/-(timebase error x frequency)
• GPIB and RS-232 interfaces standard

Ipad3_ETS_6

Ipad3_ETS_4

Ipad3_ETS_3

Ipad3_ETS_1

Ipad2_ETS_5

iPad

Ensemble clavier/souris sans fil

Ensemble clavier/souris sans fil

Ensemble clavier/souris sans fil

Ensemble clavier/souris sans fil

Ensemble clavier/souris sans fil

23.6 (60 cm) LED (LCD LED)

23.6 (60 cm) LED (LCD LED)

PC PORTABLE ASUS K55A

PC PORTABLE ASUS K55A

PC PORTABLE ASUS K55A

2.4GHz Intel ® Core™i3-370M processor with Enhanced Intel® SpeedStep® Technology, Intel® Hyper-threading Technology • 2GB + 2GB DDR3 (1066 MHz) memory; maximum support up to 8GB DDR3 • 500GB (5400 RPM); Serial-ATA hard disk drive • 15.6inch HD TFT with TruBrite™ 16:9 TFT LED LCD display • Genuine Windows® 7 Home Premium

PC PORTABLE ASUS K55A

PC PORTABLE ASUS K55A

PC Portable ASUS K53E

PC Portable ASUS K53E

PC Portable ASUS K53E

PC Portable ASUS K53E

23.6 (60 cm) LED (LCD LED)

23.6 (60 cm) LED (LCD LED)

23.6 (60 cm) LED (LCD LED)

23.6 (60 cm) LED (LCD LED)

23.6 (60 cm) LED (LCD LED)

23.6 (60 cm) LED (LCD LED)

23.6 (60 cm) LED (LCD LED)

23.6 (60 cm) LED (LCD LED)

Modular Mainframes Provide Flexibility and Expandability Utilize TLA Logic Analyzer or Pattern Generator Modules Supports Up to 6,528 Logic Analyzer Channels, 48 Independent Buses All Measurement Modules are Fully Interchangeable Between Portable and Benchtop Mainframes Integrated View (iView™) Capability Provides up to 15 GHz, 40 GS/s, and 64 Mb Analog Acquisition with a Stand-alone Tektronix TDS Digital Storage Oscilloscope Microsoft Windows XP Professional PC Platform Provides Familiar User Interface With Network Connectivity View Data in Waveform, Listing, Source Code, Histogram (Performance Analysis) Displays to Perform Cross-domain Analysis Remotely control and monitor the TLA over the network using either hosted mode or via built-in Windows XP remote desktop Remote Control Using Microsoft .NET and COM/DCOM Technology Supports Advanced Data Analysis Broad Processor and Bus Support

• PC-hosted instrument provides small footprint, saving valuable workspace. View your captured traces at the display size and resolution of your PC.
• Measurement modes: speed, memory depth: State: 200 MHz, 256 K deep, Timing: 400 MHz/800 MHz (full/half channel), 512 K/1 M deep (full/half channel), Transitional timing: 200 MHz, 256K deep • Familiar Windows® interface with efficient single-screen operation • Probing cables are conveniently accessed from the front of the instrument.
• Offline analysis allows you to make the most efficient use of your time and equipment. While your analyzer is running to capture an elusive system crash, you can be analyzing previously captured data on a Windows® PC.
• An IEEE 1394 port provides direct connection to a 500 MHz minimum Intel Celeron or AMD K-6 II (or equivalent) PC running Windows® 2000 Professional.

• Agilent’s lowest-priced VXI C-size mainframe
• Small size/light weight opens new applications for VXI
• Basic mainframe monitoring increases measurement confidence
• Efficient, quiet cooling improves performance
• Compliant with VXIbus Specifications
• For complete details, click on the Data Sheet link.
• For rackmounting information, click on the Data Sheet link.

8 1/2 digits with 10 nV DC resolution 8-ppm 1 year dcV accuracy, optional 4-ppm 0.05 ppm dcV transfer accuracy 100,000 readings per second at 4 1/2 digits 2- and 4-wire ohms measurements with offset compensation Superior AC voltage measurements

• 6.5 digit resolution uncovers the details that hide from other DMMs
• Accuracy you can count on: 0.0015% for dc, 0.06% for ac
• Perfect for your bench - more than a dozen functions one or two key presses away
• True RMS AC volts and current
• Perfect for your system - 1000 rdgs/sec in ASCII format across the GPIB bus
• RS-232 and GPIB Standard

The Agilent 11757B characterizes the equalizers in modern digital microwave radios by introducing a precisely-controlled notch in and around the radio’s transmission bandwidth. This allows precise measurements of the equalizers’ ability to compensate for multipath fading. Testing susceptibility to multipath conditions is especially important since fading is recognized as one of the predominant causes of unacceptable bit error rate and link outages.

• 20 Channel Multiplexer
• Two- and four-wire scanning
• 300 V switching
• 60 ch/s scanning
• Built-in thermocouple reference junction

• 30 kHz to 3 or 6 GHz • Up to 110 dB of dynamic range
• Excellent measurement accuracy
• Two measurement channels
• Four display channels
• Frequency and power sweeps
• Fast sweep and data transfer speed
• Pass/Fail testing, powerful marker functions
• Electronic calibration (ECal)
• Internal automation with test-sequencing
• Optional time-domain, harmonics measurement, configurable test set, delete test set

• 50 MHz to 40 GHz
• 100 dB of dynamic range
• Excellent measurement accuracy
• Two measurement channels
• Four display channels
• Frequency and power sweeps
• Fast sweep and data transfer speed
• Pass/Fail testing, powerful marker functions
• Electronic calibration (ECal)
• Internal automation with test-sequencing
• Optional time-domain, high power test set, four samplers and TRL calibration, direct sampler access, frequency-offset mode

An exceptional network analyzer for device and component measurements in the 30 kHz to 6 GHz range. The 8753D’s are vector network analyzers that provide magnitude and phase information, and can make group delay and time domain measurements as well.

Electronic storage of Excess Noise Ratio (ENR) calibration data decreases the opportunity for user error. Automatic download of ENR data to the NFA speeds overall set-up time. Temperature compensation improves measurement accuracy leading to tighter specification of device performance.

Low SWR for reducing noise figure (NF) measurement uncertainty Individually calibrated ENR values at specific frequencies to enhance accuracy Calibration supplied on floppy disk for easy loading into NFA-series noise figure analyzers

12 GHz (TDS6124C) Risetimes to 19 ps 20-80% 40 GS/s real-time sample rate on two channels*1, 20 GS/s real-time sample rate on all four channels with 500 fs/sample interpolated points Up to 64 Megasamples on two channels*1, up to 32 Megasamples record length on all four channels with MultiView Zoom™ function for quick navigation MyScope® Custom Control Windows Enhance Productivity Serial pattern triggering up to 3.125 Gb/s with 8b/10b protocol triggering Serial data analysis and compliance at rates of 6.25 Gb/s and above OpenChoice® software with Microsoft Windows XP OS delivers built-in networking and analysis Technology specific software solutions provide built-in domain expertise for serial data, jitter, ethernet, DVI, USB2.0, communications, and power measurements

• Simple, analog-like front panel with Windows® GUI
• USB Test option with embedded MatLab
• Time correlation between 16700 logic analyzer and scope
• Communications mask test kit option
• Voice Control option for hands free operation
• Web-enabled remote control from any web browser

Lab scope performance at a portable scope price
• 300 MHz Bandwidth • 2 analog channels + 16 time-correlated digital channels • 2 GSa/s sample rate Standard 8 Mpts MegaZoom III deep memory
The Fastest Way to Debug your design
• Fastest update rate in the industry at 100,000 waveforms/sec • Digital debug for FPGAs with specific software and applications

Équipement de mesure – Sonde d’oscilloscope (Tektronix, P7313)
Signal Fidelity >12.5 GHz Bandwidth Low Probe Loading DC Input Resistance 100 k differential, 50 k single-ended AC loading Zmin >200 out to 10 GHz Versatility Make differential or single-ended (ground referenced) measurements * 1 Solder down capability Handheld probing with variable spacing and compliance (>8 GHz) Fixtured probing Interchangeable Tip-Clip™ assemblies Connect to a variety of devices

Signal Fidelity >12.5 GHz Bandwidth Low Probe Loading DC Input Resistance 100 k differential, 50 k single-ended AC loading Zmin >200 out to 10 GHz Versatility Make differential or single-ended (ground referenced) measurements * 1 Solder down capability Handheld probing with variable spacing and compliance (>8 GHz) Fixtured probing Interchangeable Tip-Clip™ assemblies Connect to a variety of devices

6 GHz Bandwidth Switchable Attenuation Provides up to 6 Vp-p Dynamic Range Low Input Capacitance <0.5 pF Provides 6 GHz System Bandwidth at Probe Tip with TDS6604B TekConnect® Oscilloscope Connect and Adapt to Various Circuit Designs with Small Probe Head and Numerous Connection Accessories TekConnect Interface

9 GHz bandwidth Low Capacitive Loading to Extremely High Frequencies Interchangeable Attenuator Tip Assemblies: 1X, 10X Applications High-speed Device Characterization in Microwave Communication, Signal Processing and Logic Applications Propagation Delays for ECL, GaAs and Other Logic Circuitry and Devices Circuit Board Impedance Testing (TDR) High-speed Sampling Systems

• Flat bandwidth - dc to 50 MHz
• Low noise - <2.5 mA rms
• Low circuit insertion loss
• Can be used with any oscilloscope having a BNC input

• Measure the average power of all modulation formats
• Wide dynamic range power measurements from -50 dBm to +30 dBm
• Frequency range 10 MHz to 18 GHz • Low SWR for reducing mismatch uncertainty
• Calibration factors, linearity and temperature compensation data stored in EEPROM
• Compatible with EPM, EPM-P and P-series power meters

20 GHz amplified optical channel for 9/125 fibers
•Wavelength range: 1000-1600 nm
•Characteristic rms noise: 8 uW (12.4 GHz BW), 15 uW (20 GHz BW)
•Reference receiver capability (155 Mb/s or 622 Mb/s or 2.488 Gb/s or 0.622/2.488 Gb/s or 2.488/9.953 Gb/s)
20 GHz electrical channel with 3.5 mm male input
•Characteristic rms noise: 0.25 mV (12.4 GHz BW), 0.5 mV (20 GHz BW) •Maximum input signal: ± 2 Vdc

Ultimate solution for validating the performance and scalability characteristics of next-generation network equipment for voice, video and data (triple-play) services. N2X addresses the complex challenges of validating next generation equipment by providing a single test environment to simultaneously validate leading edge services over the latest infrastructures.

Avionics Ramp Test Set Testeur de piste transpondeur DME, TCAS ADS-B Mode A/C/S

• C-size, 1-slot, message-based commander
• Industry standard PC-to-VXI interface
• High-performance data block transfers
• Ease of configuration with hot plug-in capability
• Supports multiple mainframes with one PC
• Timing and triggering to external devices/mainframes

PC Portable ASUS K53E

• Fast power, level and voltage measurements • Intelligent NRV-Z probes and URV5-Z sensors: plug and play • IEC/IEEE-bus interface • DC frequency input for tracking frequency-response correction • Analog output • Menu-guided operation with softkeys • Storage of 20 complete instrument setups • 13 digital filters for noise suppression, automatic or manual filter selection

•4-slot mainframe holds up to 600 W of total power and up to 4 modules, with 23 DC power modules to choose from (modules ordered separately)

120W Single Output, dual range: 0-15V, 7A; 0-30V, 4A w/GPIB Perform remote programming using GPIB or RS-232 interface with SCPI command set (drivers available) Enhance measurement results via low ripple and noise with excellent regulation Simplify cabling with built-in measurements Streamline tasks with front panel control and advanced programmable features Ensure DUT safety with protection features

Triple Output: 6V 5A, 25V 1A, -25V 1A Address benchtop and ATE applications with up to three isolated dual-range outputs in a small package Utilize GPIB and RS-232 interfaces with SCPI command set (drivers available) Enhance signal integrity in test systems via low-noise outputs Simplify cabling with built-in measurements Streamline tasks with front panel control and basic programmable features Ensure DUT safety with overvoltage protection

Low Noise and Excellent Regulation 0.01% load and line regulation keep the outputs steady. Low normal mode noise assures clean power for precision circuitry while the low common mode current provides isolation from power line current injection. Remote Interface All models come standard with GPIB and RS-232 interfaces. You can program both voltage and current. In addition, you can monitor the output terminals for voltage and current, while a query command lets you read the programmed voltage and current. Front Panel Operation The intuitive interface allows you to monitor both voltage and current simultaneously for any one output from the front panel on an easy to read vacuum fluorescent display. A knob allows you to quickly adjust the output at the resolution you need for precise and reliable results. You can save and recall up to three front-panel setups. An output On/Off button disconnects the output terminals.

The Agilent 6554A models are 500 Watt, single output, series pass regulated power supplies, with front panel and analog programming of output voltage and current. Up to five front panel settings can be stored in non-volatile storage registers for later recall.

Cost effective high-frequency device and circuit characterization, and high speed interconnect, package, and device testing. Complete, compact, low-cost and versatile probing station.

8 Channels 3 Integrated interfaces: RF, Analog Baseband, Digital Baseband RF Bandwidth 70MHz Arbitrary Channel Modeling Simulation of Measured Channels Digital Channel Splitting and Combining Integrated Noise Source(option) Direction of Arrival (DoA) Simulation

The Agilent 11759C RF channel simulator has all the features and performance characteristics that make it ideally suited for testing digital cellular radios under RF multipath conditions. Whether the radio is designed for operation with the GSM, NADC, DCS1800, or PDC cellular systems, it is easy to simulate the fast and slow fading, time dispersion, and Dopplers experienced in the mobile radio environment

23.6 (60 cm) LED (LCD LED)

23.6 (60 cm) LED (LCD LED)

4 – 32 channels per chassis GPS L1 supports C/A + P code +M-noise GPS L2 supports C/A or P code + L2C + M-noise GPS L5 supports L5 I and L5 Q Complete flexibility over test scenarios using Spirent’s comprehensive SimGEN for Windows® software Class leading accuracy, fidelity and reliability Multiple RF outputs at GPS L1/L2/L5 available for differential and attitude control testing Full compatibility with Spirent’s Galileo simulators (from 2004) to provide GPS/Galileo simulation Upgrades available for existing Spirent STR4760 series customers Authorised users may have access to SA/A-S with SAASM compatibility (SimCLASS option) and pseudo M-code (SimMCODE option)

Frequency from 100 kHz to 6 GHz for the first RF path Second RF path 100 kHz to 3 GHz Up to two complete baseband paths Outstanding signal quality I/Q modulator with 200 MHz RF bandwidth Very low SSB phase noise of typ. −135 dBc (f = 1 GHz, 20 kHz carrier offset, 1 Hz measurement bandwidth) Wideband noise of typ. −153 dBc (CW, f = 1 GHz, >10 MHz carrier offset, 1 Hz measurement bandwidth) Excellent ACLR of typically +70 dB for 3GPP FDD Very high level repeatability of 0.05 dB Unrivalled flexibility Baseband generator with universal coder for realtime signal generation Arbitrary waveform generator with up to 64 MSamples Intuitive operation Ideal for production Connectivity

Frequency range: 0.01GHz - 10GHz Resolution - 0.01 Hz High Output Power +25 dBm at 10 GHz (+28 dBm typical) Phase Noise RF source from 10 MHz to 2.2 GHz <130 dBc/Hz at 1 GHz, 10 kHz offset Mechanical and electronic step attenuators

Frequency range 250 kHz to 6 GHz Output power up to +17 dBm RF modulation bandwidth up to 160 MHz Flexible FSK, MSK, PSK, QAM, custom I/Q, AM, FM, ØM, and pulse Step & list sweep frequency and power Internal baseband generator (80 MHz RF BW) Arbitrary I/Q waveform playback (up to 100 MSa/s) Up to 64MSa playback memory and 1 GSa storage Real-time I/Q symbol generation (up to 50 Msym/s) Generate 802.11 WLAN, W-CDMA, cdma2000, 1xEV, TD-SCDMA, GSM, EDGE, cdmaOne, multitone, and more Digital I/O, fading, and PC HDD waveform streaming with Baseband Studio Remote control over 10BaseT LAN and GPIB

The Agilent Performance Signal Generator series offers accurate characterization of products and eliminates the need of an external amplifier for testing high power devices. The PSG series provides 20 dBm at 20 GHz (option 1EA) reducing overall equipment and test costs. The superior level accuracy of the PSG series (+/- 0.7 dB) reduces test uncertainties and improves production throughput. Standard products have phase noise performance of -85 dBc/Hz at 1khz offset and -110 dBc/Hz at 20 kHz offset and a 10 GHz carrier. The PSG provides improved performance with option UNJ of -98 dBc/Hz at 1 kHz offset and -110 dBc/Hz at 10 kHz offset and a 10 GHz carrier. The new PSG series guarantees accurate evaluation of devices, errors can be pinpointed early on in the design process thus resulting in a reduced development time.

• Flexible architecture, upgrade paths for options
• Choice of electronic or mechanical attenuator
• Superior level accuracy
• Wideband FM and Phase Modulation, AM and Pulse Modulation
• Step sweep (frequency, power and list)
• Built-in function generator
• Broadband analog I and Q inputs
• I/Q adjustment/impairment capabilities and internal calibration
• Optional built-in dual arbitrary waveform generator, available with CDMA, W-CDMA and cdma2000 personalities
• Optional custom digital modulation (>15 variations of FSK, MSK, PSK, and QAM), DECT, EDGE, GSM, NADC, PDC, PHS, and TETRA protocols and flexible data, timeslot and burst generation • Optional internal bit-error-rate analyzer

• 36 MHz input bandwidth centered at 70 MHz
• -90 dBfs spurious-free dynamic range
• Anti-alias filter and signal conditioning
• 18MB RAM FIFO memory (expandable to 1.2 GB)
• 2.5 Gigabit/second FPDP (E1439B)
• Local bus and VXIbus outputs
• Multi-channel compatible
• VXI plug&play compatible
• Single-slot, C-size module

• Economical synthesized signal generator
• Electronic attenuator
• Superior level accuracy
• Wide frequency and power coverage
• Remote and memory interfaces for semi-automated testing

• Economical synthesized signal generator • Electronic attenuator • Wide frequency and power coverage • Remote and memory interfaces for semi-automated testing

The N5102A Baseband Studio digital signal interface module provides fast and flexible digital inputs or outputs for your E4438C ESG Bit level access to Agilent´s wide range of baseband signal creation applications Flexible data formats: Digital I/Q, digital IF, serial, parallel, 2’s complement, binary offset, variable 4 to16 bit words Flexible clocking: automatic resampling from 1 to 100 MHz, multiple clock inputs and outputs, multiple clocks per sample, adjustable clock-to-data skew Simplified connectivity with a variety of popular device connector types and logic levels including LV-TTL, CMOS (1.5 V, 1.8 V, 2.5 V, 3.3 V) and LVDS

Instrument Features
• GPIB & RS-232 interfaces • Color display with graph mode for visual verification of signal settings • Built-in multiple-unit link for synchronous channels
Waveform Generation
• 80 MHz sine and square waveforms • Ramp, triangle, noise, DC and other waveforms • 12-bit, 200 MSa/s, 64 Kpoint arbitrary waveforms • Pulse capability with variable edge

Frequency range: 20 Hz to 40 GHz RF Performance DANL with preamplifier < -152 dBm (10Hz) Phase-noise typ. -123 dBc/Hz @ 10 kHz offset, CF 640 MHz Phase-noise typ - 160 dBc/Hz @ 10 MHz offset, CF 640 MHz TOI typ. ±25 dBm 1-dB-compression point + 13 dBm 3GPP ACLR 77 dB, 84 dB with noise correction ACLR for 4-carrier scenario: 77 dB with noise correction Accuracy 0.3 dB total level uncertainty up to 3.6 GHz <0.1 dB linearity error down to -70 dB IQ Downconverter IF digitizer 14 bit 81.6 MHz (20.4 MHz IF) IF digitizer 8 bit 326,4 MHz (option FSQ-B72, 404 MHz IF) Bandwidth (RF) 28 MHz (up to 120 MHz optional) SFDR > 80 dB IQ memory 16 Msamples each I and Q; output via GPIB or LAN Sample rate: cont. settable from 10 kHz to 81.6 MHz

Frequency Range: 100 kHz to 7.1 GHz Handheld, battery-operated design RBWs: 10 Hz to 3 MHz in 1-3 sequence VBWs: 1 Hz to 3 MHz in 1-3 sequence Automatic or manual input attenuator control Amplitude Accuracy +/- 0.5 dB typical Displayed Average Noise Level < -153 dBm typical in a 10 Hz resolution bandwidth at 1 GHz

Frequency range: 3 Hz - 26.5 GHz Dynamic Range -155 dBm displayed average noise level (DANL) +17 dBm third order intercept (TOI) (+19 dBm typical) -116 dBc/Hz phase noise at 10 kHz offset (-118 dBc/Hz typical) Accuracy ±0.62 dB absolute amplitude accuracy (±0.24 dB typical) ±0.38 dB frequency response (±0.11 dB typical) ±0.07 dB log amplification linearity Standard Features All-digital IF with auto-ranging capability Phase noise optimization 2 dB step attenuator FFT and swept measurement modes Gated sweep Power Suite one-button power measurements EMI measurements with CISPR compliant bandwidths and detectors

Frequency range 10 MHz to 7 GHz True single-connection to dramatically simplify signal source evaluations Easy, one-step phase noise measurement with unparalleled speed and sensitivity Complete set of transient measurements to fully characterize switching signal sources Built-in, ultra-low noise, DC sources provide accuracy and flexibility for oscillator characteristics evaluation Internal, VBA® programming to easily automate and simplify measurements

Available instrument options include HP-IB or RS-232 ports with a parallel printer port, tracking generator, narrow RBW, time-gated spectrum analysis, AM/FM demod, quasi-peak detector, digital demod, and more.

The Agilent 8564EC portable, color display millimeter spectrum analyzer offers the measurement capability and performance previously found in larger, more expensive benchtop analyzers. You can measure signals from 30 Hz to 40 GHz (preselected above 2.75 GHz) with a single coaxial connection. The 8564EC combines outstanding phase noise, sensitivity, 1 Hz resolution bandwidths, synthesized tuning and wide dynamic range in a package built to withstand environmental conditions. It offers a complete solution for adjacent-channel power (ACP) testing of burst carrier signals using digital modulation, and the ability to measure occupied bandwidth percentage.

The Agilent 8564EC portable, color display millimeter spectrum analyzer offers the measurement capability and performance previously found in larger, more expensive benchtop analyzers. You can measure signals from 30 Hz to 40 GHz (preselected above 2.75 GHz) with a single coaxial connection. The 8564EC combines outstanding phase noise, sensitivity, 1 Hz resolution bandwidths, synthesized tuning and wide dynamic range in a package built to withstand environmental conditions. It offers a complete solution for adjacent-channel power (ACP) testing of burst carrier signals using digital modulation, and the ability to measure occupied bandwidth percentage.

Frequency Range: 150Mb/s - 13.5 Gb/s True differential data generation and analysis Superior pulse performance Jitter modulation capability: 200ps, DC to 1 GHz Low intrinsic Jitter: < 1ps RMS TYP. Transition Time (10%-90%)s: < 25ps Integrated CDR: operates in data rate ranges form 1.0- 1.6 Gb/s 2.11 - 3.20 Gb/s, 4.23 - 6.40 Gb/s and 9.9 - 10.9 Gb/s Input Sensitivity: <50mV pp Intuitive Windows XP user interface: easy-to-use, easy-to-learn "Measuring Suite", which offers comprehensive measurement and analysis features Expandable software platform, which allows adding new software pieces in the future addressing upcoming trends and applications

Four Ports Test Set 0.5-18 GHz Multiport S parameter Differential S parameter Dual Directional Coupler on Each Port for Multiport TRL High Isolation Pin Diode Switches with more than 120dB of Port crosstalk Expandable system based on 4 ports modules

Frequency range 10 MHz to 26.5 GHz High performance noise figure analyzer Noise figure and gain mesurements APC 3.5 (m) connector SNS series noise source compatibility

Provides accurate carrier/interference, carrier/noise measurements for microwave radio and satellite modem systems.

• Powers up to Two Probes • For Use with P6203, P6205, P6231, P6243, P6245, P6701B, P6703B, P6711, P6713, P6723, P6246, P6247, P6248, P6249, P5205, P5210, ADA400A on NonTEKPROBE Tektronix Interfaced Scopes*1 • Overload Protected

Simulation mécanique et électronique par éléments finis

Modélisation de ligne de transmission

Outil de développement de FPGA supportant plusieurs vendeurs

Simulation de réseaux

Développement Web et graphique

Logiciel de simulation électromagnétique