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Complex signals have been pre-programmed (ROM) on the GX 1010 and can be accessed as and when necessary. Up to 5 additional signals can be loaded (in RAM) from digital interfaces - RS232 or IEEE.
# Frequencies from 0.1mHz to 10MHz
# Signals: Sine, square, triangle, TTL, pulse,
ramp, noise, arbitrary signals etc.
# Digital display, 20-character LCD screen, 4 lines
# Output level - 5mV to 20 VDC
# Wobble (Ext, Int, Lin or Log), modulation (AM, FM,
FSK)
# Programmable RS232, IEEE, creation of specific signals by SX-GENE software
# Power supply: 198-264V or 99-132V
# Safety: IEC 61010-1, Cat.I, 50V
The SX-GENE software extends the potential applications of the GX 1010 by exploiting all its abitrary functionalities:
# parameter setting from a PC
# storage and transmission of the configurations to the GX 1010
# importation of signals from the GX 1010 and from OX 8000 oscilloscopes
# graphical, mathematical and bitmap processing of the wave forms
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The GP1616H function generator is a programmable instrument capable of generating predefined Sine, Square, Triangle, Ramp, Haversine, Haver triangle and Pulse waveforms as well as a programmable DC output. The firmware is customized to be fully compatible with the Hewlett Packard 8116A GPIB command set. Software test procedures using the original HP8116A instrument require no code modification when upgrading to the GP1616H.
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Function Generators are basic tools for any laboratory. The basic features and functions are common to most function generators that are available on the market, except Tabor offers the highest end of products with truly analog signals reaching frequencies to 20MHz. Tabor also offers Pulse/Function Generators combo, in which most standard Function Generator features are preserved and some pulse capabilities are added.
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The Gated Integrators/ Boxcar Averager System is a modular instrumentation platform designed to acquire and analyze fast analog signals. The system consists of a NIM compatible mainframe and modules which can be selected to tailor a system to individual requirements. The SR200 series is flexible enough to handle gate widths from 100 ps to 150 µs, repetition rates up to 50 kHz, and has both analog and digital outputs. With its low-noise inputs and low-drift outputs, the SR200 series is the standard for gated integrators and boxcar averagers.
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SPECTRAN® HF-2025E (700MHz to 2,5GHz)
- DECT & TimeSlot Analyser
- REALTIME PEAK power detector (option)
- USB 2.0 interface
- Direct RF spectrum display!
- High performance DSP (Digital Signal Processor)
- Frequency and signal strength display!
- High resolution multifunction display
- Exposure limit calculation according to DIN/VDE 0848!
- AM demodulation
- Advanced HOLD function
- Switchable PULS mode
- Incl. battery pack and charger
- Incl. HyperLOG 7025 EMC antenna
- Frequency range: 700MHz to 2,5GHz
- Typ. level range: -80dBm to 0dBm
- Typ. accuracy: +/- 4dB**
The SPECTRAN HF-2025E is our ultimate RF measurement device for the novice at an unbeatable price!
Several included accessories (LogPer antenna, special battery, charger and transportcase) and the extended functionality (like DECT analysis!) particularly allow the novice PROFESSIONAL measurements at an affordable price. Option power detector for REALTIME power measurements.
This NEW Revision3 offers a lower noise level and a optional REAL TIME power detector.
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B&K Precision's new handheld spectrum analyzers consist of three models: Model 2650A with a frequency range of 50 kHz to 3.3 GHz, the 2652A, identical to the 2650A but with a tracking generator added, and the 2658A with a frequency range of 50 kHz to 8.5 GHz. With a compact size of 6.38"W x 2.80"H x 10.43"D, a light weight of only 4 pounds (1.8 kg) and an extended battery life of 4 hours, the 2650A series of Handheld Spectrum Analyzers are the most versatile portable solution for field use.
B&K Precision has incorporated many customer suggestions in developing this new, enhanced family of products. Numerous improvements include a larger color LCD with increased resolution, a longer battery life of up to 4 hours with an easy-to-replace Li-Ion battery, a lower average noise level of -127 dBm, a significant increase in RF input damage level and an addition of a USB interface for PC connectivity. Additionally, new features such external trigger capability for zero span measurements and a USB host interface for flash drives were added.
User benefits of these enhancements are increased flexibility in displaying a large variety of signals, ability to detect smaller signals, improved protection of RF input against excessive RF signals and added convenience for field use.
Key features of the 2650A series include frequency coverage up to 8.5 GHz, built-in tracking generator (Model 2652A), channel/adjacent channel power, occupied bandwidth, electric and magnetic field strength measurement functions, PC software for remote control and documentation of measurement results, convenient Auto Tune function and SCPI-like remote control commands.
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SPECTRAN® HF-60100 V4 (1MHz to 9,4GHz) with HandHeld sensitivity worldrecord up to -170dBm (1Hz)!
9.4GHz spectrum analyzer at an incredible price, leaving (almost) nothing to be desired.
Its incredibly high -170dBm sensitivity (1Hz @ 5.555GHz with preamp) sets it worlds apart from even its most current and extremely expensive competitors! But see for yourself..
As an option, a vastly enhanced maximum signal level of up to +40dBm (full ICNIRP) allows measurement of a multitude of signal sources up to 9.4GHz and calculation of ICNIRP limits.
• 14Bit Dual-ADC
• DDC Hardware-Filter
• 150 MIPS DSP (CPU)
• Frequency range: 1MHz to 9,4GHz
• Max measurement range: -155dBm (1Hz)
• Max measurement range PreAmp: -170dBm (1Hz)
• AbsMax Level: +20dBm
• AbsMax Level: +40dBm (Option)
• Lowest possible Filter: 200Hz (only with TCXO option)
• Lowest possible SampleTime: 1mS
• Typ. accuracy: +/- 1dB
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EMF low frequency Spectrum-Analyzer SPECTRAN NF-5030 (1Hz to 1MHz / 20MHz / 30MHz):
Our EMF spectrum analyzer for the professional at an unbeatable price!
Ultra broad range and high accuracy. Range according to complete ICNIRP (public).
- Frequency range: 1Hz to 1MHz (30MHz)
- Typ. level range E-Field: 0,1V/m to 20kV/m
- Typ. level range H-Field: 0,1nT to 2mT
- Typ. level range DDC H-Field: 1pT to 2mT
- Typ. level range DDC Analog in: 200nV to 200mV / -150dBm (Hz)
- Typ. accuracy: 3%
- 65 MSPS (Option 005)
- Lots of options
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PicoScope handheld oscilloscopes convert your laptop or desktop PC into a powerful oscilloscope, spectrum analyzer and meter without the need for additional probes or power supplies.
The PicoScope 2104 and 2105 are portable handheld oscilloscopes that are ideally suited for use by hobbyists, students, technicians, and anyone looking for an easy-to-use, affordable, single-channel PC oscilloscope.
The small size of PicoScope handheld oscilloscopes makes them ideal for portable use, while still including the powerful features normally found in larger oscilloscopes.
* Ergonomically designed to fit in the hand
* Up to 100 MS/s real-time sample rate
* Up to 2 GS/s repetitive signal sample rate
* Up to 25 MHz bandwidth
* Up to 24,000 sample buffer memory
* Connected and powered by USB
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Our fully digital 20 MHz Lock-In amplifier is an optimal extension to our AFM systems. It is specially optimized for electrical AFM measurements and provides nth harmonic detection and an integrated feedback loop for kelvin probe force (KFPM) measurements and many other features. It can of course also be used for other applications, independent of an AFM system.
This device also acts as a digital storage oscilloscope. It is controlled via a small java front end running on a PC. The connection between the amplifier and the front end is made via ethernet which results in extremely fast update rates for the displayed oscilloscope data. The front end runs on all standard operating systems where a Java runtime environment can be installed (e.g. Windows / MAC / Linux).
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The widest bandwidth lock-in amplifier available. It provides uncompromised performance with a frequency range of 25 kHz to 200 MHz and up to 80 dB of drift-free dynamic reserve. The SR844 includes the many features, ease of operation, and programmability that you've come to expect from SRS DSP lock-in amplifiers
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Product Description:
Utilizing state-of-the-art digital signal processing (DSP) techniques, the OL 730D delivers outstanding performance in all applications requiring lock-in amplification techniques. It features several modes of operation depending on the type of amplification desired, is completely microprocessor controlled and can be programmed to read directly in any radiometric or photometric optical quantity. Though designed primarily for use with optical radiation detectors, the OL 730D is a highly versatile instrument that can replace many types of amplifiers in one compact, easy-to-use unit.
Application Type:
Luminous flux, radiant flux (power), transmittance, luminance, radiance, luminous intensity, illuminance, irradiance, radiant intensity
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QT1100 can functionally test any device working at 5V in in-circuit as well as out-circuit using library defined test patterns. The Visual WorkStation (VWS) mode allows interactive testing of individual devices, as well as wholeboard test. The Device Under Test (DUT) is tested under actual in-circuit conditions, that are available on the board. QT1100 uses the back-driving or node-forcing technique to functionally test devices in-circuit. The back-driving current is limited to 220 mA and back-driving time is limited to 65 m.secs. to comply with the International Defence Standards 00-53/1.
1. In-Circuit Digital Functional Testing
2. Auto compensation with Qmax Simulator
3. Board Learn & Board Test Modes
4. QSM VI – an advanced tool for failure analysis
5. Auto Guarding
6. Logic Analyser
7. Circuit Tracing
8. Developing New Device Program
9. Short Locator
10. RCV Measurement & Oscilloscope
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Description
An Agilent logic analyzer helps you minimize project risk by providing the most reliable, accurate measurements and the most complete view of system behavior. A comprehensive family of products offers the measurement capabilities, probing, application support and analysis tools to meet your toughest digital debug needs.
·16900 Series modular logic analysis systems deliver the best long-term value. You get the flexibility to configure a system the way you want. Purchase what you need now then upgrade as your needs evolve.
·16800 Series portable logic analyzers offer you an exclusive combination of high-performance logic analysis and pattern generation in a fixed configuration at an affordable price. State speed and memory depth are upgradeable at time of purchase or later as your needs evolve.
·1690 Series PC-hosted logic analyzers provide a low-cost, compact solution.
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Logic Analyzers
Tektronix, the market leader in Logic Analyzers, provides breakthrough digital systems analysis tools that enable digital hardware and software designers to capture and analyze the source of elusive problems that threaten product development schedules.
Acquire and decode PCI Express Gen. 1 or Serial Rapid IO with Future Plus® Serial Protocol Preprocessors and the TLA7000 Logic Analyzer. Find out more now about PCI Express Gen. 1 and Serial Rapid IO Preprocessors.
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The performance of a low distortion analog source and the precision of direct digital synthesis (DDS) is combined in the DS360. With less than 0.001 % total harmonic distortion (THD), 25 ppm frequency accuracy, and a broad range of features including sweeps and bursts, the DS360 is the ideal source for audio frequency applications.
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Giga-tronics offers two series of standard synthesizer modules covering 2 to 24 GHz. These synthesizers are YIG oscillator based having low phase noise and spurious in compact modules.
The wideband, low noise synthesizer module series, SNY-510, covers the 2 to 10 GHz frequency range with modules having octave plus operating frequency bandwidths. This series is designed to provide reliable and cost effective performance where the key parameters are size, phase noise and bandwidth coverage. Mechanically this series was designed to fit into a single PXI or VXI chassis.
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8201 Modulation Analyzer
The Model 8201 provides precision modulation and audio analysis in a single, easy-to-operate package. Measures AM, FM, PM, carrier and audio frequencies, SINAD, distortion and carrier level.
• Carrier frequency range: 100 kHz to 2.5 GHz
• 0 to 500 kHz FM deviation to 1% accuracy
• 0 to 99% AM to 1% accuracy
• 0 to 500 radians to 3% accuracy
• Audio distortion range 0.01% to 100% THD or 0 to 80 dB SINAD
• GPIB
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The SQ 0214 is a microprocessor-based synchronising unit. It is intended for a phase difference measurement between a bus bar and generator. It can be used in any kind of installation where a manual or semi-automatic synchronising is required. Circular set of 24 LEDs represents a phase difference. SQ 0214 has LCD backlight display for a display of a generator UGEN and bus-bar UBB voltage and both frequencies fGEN and fBB or D j . It replaces two voltmeters and two frequency-meters, which are normally part of the synchronising set. A synchronising condition is set, when the phase difference and the voltage difference between UGEN and UBB, for a time of delay, are within the set limits. The synchronising check relay is then switched on and a SYNC LED is lit for a preset pulse time (e.g. 100ms, 300ms).
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Synchronization products is our newest and fastest growing product group. It includes two Wandermeters for troubleshooting and certification of the synchronization clock in transport networks, and WM-11 comes with an Ethernet Interface as standard! Wander is the slow phase drift of the clock, and the major cause for synchronization problems. The SSU-32 is a modular system for synchronization of SDH, PDH, ATM and Mobile Digital Communication networks. The synchronization supply package also includes the Sync Clock Distribution Unit SDU-33 and the remote monitoring SW LYNX. Both the Wandermeter and the SSU-products were specified by, and developed in close cooperation with, Sweden's leading telecom network providers.
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CNE III and CNE V, are broadband noise generators with a usable output power from 9kHz to 2GHz, and 30MHz to 1GHz respectively.
Three monopole antennae are available with the CNE III which may be attached to the BNC connector on the top of the unit enabling it to act as a radiating field source. The CNE V has a single monopole antenna available.
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The PNG7000A Series instruments generate white Gaussian noise and provide a summing input to control signal-to-noise (SNR) or carrier-to-noise (CNR) for bit-error-ratio (BER) testing. The output can also be used as a source for Jitter applications. A key feature of this instrument is its low distortion signal path that sums the user-supplied signal with the internal precision white noise source. Standard units can be modified for specific customer requirements. Please consult the factory for pricing and availability of these requests.
- Type N, BNC, or SMA connectors available
- 127 dB attenuation in 1 dB, or optional 0.1 dB steps*
- Summing input for CNR, or Eb/No measurements
- 0 dB signal path insertion loss
- +/- 0.25 dB per 40 MHz noise band smoothing
- SP6T switch allows four internal/external filter paths
- Standard Ethernet, or optional GPIB remote control
- Optional rear panel connectors
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Maximum 16 MW recording memory
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USB compliant
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Ethernet connectivity (optional)
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User-defined math (optional)
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2 GS/s maximum speed
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500 MHz analog bandwidth
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Supports 250 MHz logic probe
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PC card interface (Type II)
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Power supply analysis function (optional)
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Serial bus analysis function (optional)
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Staying competitive in the design and development of today's electronics industry requires measurement tools that meet your performance needs AND budget. Agilent Technologies is a recognized industry leader with a long tradition of delivering reliable, high-performance award-winning oscilloscopes that help you design, debug and validate your designs. Whether you need a handheld tester or a 13 GHz digital signal analyzer, Agilent has the scope for you.
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Setting new performance standards, the Sigma series integrates high accuracy signal acquisition, extensive analysis capabilities and a full featured WindowsTM PC in an affordable compact family of products. Whether it's the 12-bit high resolution Sigma 30, the high speed 8-bit Sigma 75, the mixed mode Sigma 90 or even the high speed and high resolution Sigma 100, LDS-Nicolet offers capabilities normally reserved for high end digital oscilloscopes.
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If you need to measure high-speed electrical signals, the PicoScope 9000 Sampling Oscilloscopes deliver the ultimate price/performance.
At prices starting from under £6000 (about $10000 / €7500) – less than half the price of comparable sampling oscilloscopes – the PicoScope 9000 Series has all the features and performance you need at a price you can afford. Unlike other manufacturers, all software functionality is included in the cost of the oscilloscope, and software updates are provided free of charge for the life of the product.
Designed specifically for the complex task of analysing high-speed electrical signals, PicoScope 9000 Sampling Oscilloscopes are ideal for many advanced applications including: signal analysis, timing analysis, testing and design of high-speed digital communication systems, network analysis, semiconductor testing, and research and development.
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Fluke 225C et 215C – ScopeMeter couleur avec test de bus industriels
Les ScopeMeters couleur 225C et 215C offrent toute la palette de fonctionnalités des modèles 199C et 196C. Ils les enrichissent en outre de puissantes capacités de mesure dédiées au contrôle des bus industriels les plus répandus. En mode BusHealth, ces ScopeMeters soumettent automatiquement les signaux électriques véhiculés par le bus à une analyse approfondie. Les paramètres mesurés sont ensuite comparés aux valeurs normalisées prescrites pour le type du bus sous test. L'utilisateur peut aussi sélectionner l'affichage du « diagramme de l'œil » et contrôler visuellement la qualité globale du signal.
Les paramètres mesurés sont automatiquement définis comme « bons », « faibles » ou « mauvais » en fonction des normes correspondantes ou des valeurs de référence définies par l'utilisateur. Chaque paramètre est présenté avec sa valeur actuelle, accompagnée de statistiques MIN-MAX relevées dans le temps. Les valeurs de référence également indiquées aident l'utilisateur à cerner plus aisément le comportement du système. L'appareil mesure notamment l'amplitude des signaux, la tension de polarisation, les temps de montée et de descente, la gigue, la distorsion et les niveaux de bruit (bruit intra-bande et hors bande), selon les spécificités de la norme industrielle concernée.
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* 14 bit A/D + 16 bit digital with 50 MS/s
* Optimized for RADAR applications
* acquisition of azimuth and elevation angle
* 32 Bit 66 MHz PCI interface available
* PCI Express x1 interface available
* Up to 2 GSample memory
* 6 input ranges between ±200 mV and ±10 V
* Input offset up to ±200%
* Window/pulse width/re-arm/OR/AND trigger
* Automatic offset calibration
* Synchronisation to multi-board system possible
* Synchronous digital channels and ABA mode available as an option
The both cards of the M2i.40x8 series combine fast A/D data acquistion with the feature to acquire digital data in parallel. With this feature it is possible to either acquire 16 digital bit in parallel from one or more angle decoders or acquiring one or two encoder signals directly by using internal counters. Digital data is either stored continuously and synchronously with the analog data or as an angle marker with each data segment (Option Mutliple Recording needed).
Digital data can be either acquired fully in parallel or as a combination of a counter input and parallel digital data. The acquisition
mode can be programmed by software.
When operating in continuous mode the analog and digital data is stored alternating in the on-board memory. For each 14 bit analog sample there is one corresponding 16 bit digital sample.
When operating in segmented marker mode there is one 16 bit digital sample stored at the end of each acquired segment holding the azimuth
and elevation angle for this segment of analog data.
Acquisition can run with full sampling speed independant of the selected mode.
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* 12 bit transient recorder
* 2 synchronous channels with seperate A/D
* 100 MS/s on 2 channels
* Up to 256 MSample memory
* 6 input ranges between ±200 mV and ±10 V
* FIFO mode up to 50 MS/s sum samplerate
* Input offset up to ±100%
* Automatic offset calibration
* Synchronisation to multi-board system possible
* 32 Bit CompactPCI 6U interface
* Compatible with 3,3V and 5V PCI I/O-Voltage
The MC.30xx series offer a wide range of very fast 12 bit A/D converter boards for CompactPCI 6U bus. Due to the well-planned design these boards are available in several versions and different speed grades. That makes it possible for the user to find a individual solution.
These boards offer one to four channels with a maximum sam-plerate of 200 MS/s. As an option 4 digital inputs per channel could be recorded synchronously. The installed memory of up to 256 MSample will be used for fast data recording. It can completely be used by the currently active channels. If using slower samplerates the memory is switched to a FIFO buffer and data will be transferred online to the PC memory or to hard disk.
Several boards of the MC.xxxx series may be connected together by the internal standard synchronisation bus to work with the same time base.
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Oscilloscopes, Spectrum analyzers, Signal generators
