General Test
Showing 65–80 of 90 results
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Teledyne SP Devices ADQ32 High Performance 12-Bit Digitizer
The Teledyne SP-Devices ADQ32 offers a Dual Channel configuration with up to 5 GSPS Sampling Rate at a Vertical Resolution of 12 Bits. The Software Development Kit (SDK) includes application programming interfaces (APIs) and drivers for C/C++ and more. It also comes with stand-alone software, Digitizer Studio, which makes it easy to get started. Most software components are supported both under Windows and Linux.. The ADQ32 supports peer-to-peer streaming of up to 7 Gbyte/s either to the host PC, to graphics processing units (GPUs), or solid-state disk (SSD) storage.
Key Features:
- 2.5 GHz Bandwidth
- Sampling Rates up to 5 GSPS
- 12 Bit Resolution
- Single/Dual Channel
- Data Interface: PCIe Gen3 x8
- Drivers for C/C++ and more
- Digitiser Studio Stand Alone Software
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Teledyne SP Devices ADQ36 High Performance 12-Bit Digitizer
The Teledyne SP-Devices ADQ36 offers a Dual or Quad Channel configuration with up to 5 GSPS Sampling Rate at a Vertical Resolution of 12 Bits. The programmable DC-offset makes it ideal for sampling unipolar signals. The open onboard Xilinx Kintex Ultrascale KU115 FPGA offers plenty of available resources for custom real-time digital signal processing (DSP). The Software Development Kit (SDK) includes application programming interfaces (APIs) and drivers for C/C++ and more. It also comes with stand-alone software, Digitizer Studio, which makes it easy to get started. Most software components are supported both under Windows and Linux.. The ADQ36 supports peer-to-peer streaming of up to 7 Gbyte/s either to the host PC, to graphics processing units (GPUs), or solid-state disk (SSD) storage.
Key Features:
- 2.5 GHz Bandwidth
- Sampling Rates up to 5 GSPS
- 12 Bit Resolution
- Dual or Quad Channel
- Data Interface: PXIe
- Drivers for C/C++ and more
- Digitiser Studio Stand Alone Software
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Teledyne SP Devices ADQ7WB Wide Bandwidth High Performance 12-Bit Digitizer
The Teledyne SP-Devices ADQ7WB is an RF Digitizer with an analogue input bandwidth of 6.5 GHz. It supports highly linear wideband data capture, and utilize Teledyne SP Devices’ proprietary ADX technology in order to ensure industry-leading spurious-free dynamic range (SFDR). The flexible architecture allows the dual-channel input to be used either as two separate individual channels, or as a single I/Q channel. ADQ7WB offers 12 bits vertical resolution and 5 GSPS sampling rate per channel. The stand-alone firmware package FW2DDC simplify operation and offer commonly used real-time radio functions without any need for FPGA firmware development. The package include multiple digital downconverters (DDCs), decimation, and digital filtering for noise reduction or channel equalization. The open onboard Xilinx Kintex Ultrascale FPGA offers available resources for custom real-time digital signal processing (DSP). The ADQ7WB supports peer-to-peer data streaming to selected graphics processing units (GPUs) at rates up to 7 Gbyte/s. The software development kit (SDK) includes application programming interfaces (APIs) and drivers for C/C++, Python, and more. It also comes with Stand-Alone software, Digitizer Studio, which makes it easy to get started. Most software components are supported both under Windows and Linux.
Key Features:
- 6.5 GHz Bandwidth
- Sampling Rates up to 5 GSPS
- 12 Bit Resolution
- Dual Channel
- Data Interface: PCIe & PXIe
- Drivers for C/C++ and more
- Digitiser Studio Stand Alone Software
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Teledyne SP Devices ADQ412 High Performance 12-Bit Digitizer
The Teledyne SP-Devices ADQ412 is a 2/4 (Dual/Quad) Channel flexible Digitizer that offers an outstanding combination of High Bandwidth and Dynamic range, which enables demanding measurements such as RF/IF Sampling of very wide band signals. The high Sampling Rate is enabled by SP Devices’ proprietary interleaving technology ADX. The Digitizer connects to the host via a high-speed USB 3.0 cable for easy to use standalone operation. Compact PCI Express / PXI Express or MTCA.4 µTCA interface is available for systems integration as a modular instrument. A PCIe version for integration into a PC is also available. All interface types allows for streaming of data at high transfer rates.
Key Features:
- Up to 2 GHz Bandwidth
- Sampling Rates up to 2 GSPS
- 12 Bit Resolution
- Dual/Quad Channel
- Data Interface: USB, cPCIe/PXIe, PCIe, MTCA.4 µTCA
- Drivers for C/C++ and more
- Digitiser Studio Stand Alone Software
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Teledyne SP Devices ADQ8-8C Multi Channel High Performance 10-Bit Digitizer
The Teledyne SP-Devices ADQ8-8C is intended for large scale integration offering High Channel Density and Multi Channel Synchronisation capabilities. With compact modular form factors, 8 channels per board, and high-precision multi-board synchronization capabilities, ADQ8-8C is ideal for massive multi-channel implementations.
The on-board Xilinx FPGA is open to the user and allows for customized real-time digital signal processing. Digitized data can be transferred to the host PC at rates of 2.6 Gbyte/s. A software development kit (SDK) is included and contains application programming interfaces (APIs) and drivers for C/C++, Python, and more. It also includes Digitizer Studio – a versatile and easy-to-use tool that offers powerful configuration, control, measurement/math, and display capabilities. Most software components are supported both under Windows and Linux.
Key Features:
- 500MHz Bandwidth
- Sampling Rate: 1 GSPS per channel
- 10 Bit Resolution
- 8 Channel
- PXIe with 3.2 / 2.6 GByte/s Transfer rate
- MTCA.4 with 3.2 / 2.6 GByte/s Transfer Rate
- Drivers for C/C++ and more
- Digitiser Studio Stand Alone Software
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Teledyne SP Devices ADQ8-4X Multi Channel High Performance 10-Bit Digitizer
The Teledyne SP-Devices ADQ8-4X is intended for large scale integration. offering software-configurable sampling on two or four channels. The sampling rate is 4 GSPS in two-channel mode or 2 GSPS in four-channel mode. This feature enables flexible operation during development since the channel count and sampling rate can be varied. The ADQ8-4X supports Multi-Board Synchronization with exceptional precision, and the modular approach is scalable so that it can easily be expanded over time to include more channels.
The on-board Xilinx FPGA is open to the user and allows for customized real-time digital signal processing. Digitized data can be transferred to the host PC at rates of 2.6 Gbyte/s. A software development kit (SDK) is included and contains application programming interfaces (APIs) and drivers for C/C++, Python, and more. It also includes Digitizer Studio – a versatile and easy-to-use tool that offers powerful configuration, control, measurement/math, and display capabilities. Most software components are supported both under Windows and Linux.
Key Features:
- 1 GHz Bandwidth
- Sampling Rate: 2 or 4 GSPS per channel
- 10 Bit Resolution
- Single or Dual Channel
- Data Interface: PXIe
- Drivers for C/C++ and more
- Digitiser Studio Stand Alone Software
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Teledyne LeCroy WaveSurfer 3000z Digital Oscilloscope
The WaveSurfer 3000z Series Digital Oscilloscope offers a Superior User Experience. MAUI is the most advanced Digital Oscilloscope user interface. It is designed for touch, built for simplicity, and made to solve. Waveform Anomaly Detection – A fast waveform update rate, used in conjunction with history mode, WaveScan, sequence mode, and mask testing facilitates outstanding Waveform Anomaly Detection. Biggest Touch Display – A large capacitive touch screen enables accessible and responsive touch operation. The 10.1” display is 30% larger than competitive offerings, providing more waveform viewing area. Powerful, Deep Toolbox – The standard collection of math, measurement, debug, and documentation tools provides unsurpassed analysis capabilities.
- Bandwidth: 100MHz to 1GHz
- Resolution: 8 Bit
- Sampling Rate: 2GS/s (4GS/s Interleaved)
- Long Memory up to 20Mpts
- 16 Mixed Signal Channels
- MAUI User Interface
- Colour 10.1″ Touch Display
- Powerful Analysis Toolbox
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Fiso Evolution Fibre Optic Data Acquisition System
The Evolution Series of Signal Conditioners are designed for High Resolution or High Speed measurement of Temperature and Pressure at up to 15KHz Sampling Rate. Designed for applications where radiation of RF and Microwaves or EMI are present, the Fiso Evolution Series Fibre Optic Data Acquisition System is ready to acquire data in the harshest of environments.
- Temperature Measurement
- Pressure Measurement
- 250Hz or 15KHz Sampling
- USB Interface
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Fiso UMI Fibre Optic Data Acquisition System
The UMI Signal Conditioner is designed to perform accurate multi-channel temperature, pressure, strain, refractive index, and displacement measurements. Thanks to its unique, patented technology, the UMI conditioner is capable of measuring the absolute cavity length of FISO’s Fabry-Perot fibre optic sensors with astonishing accuracy, providing highly accurate and reliable measurements. The UMI has a 0.01% full-scale resolution and a 0.025% full-scale precision.
- 4 or 8 Channels
- Temperature Measurement
- Pressure Measurement
- 20Hz Sampling
- +/-5V Analogue Outputs
- USB Interface
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Elsys TranAX 3 Data Acquisition Software
TranAX 3 is the universal Data Acquisition Software from Elsys designed for their complete range of Precision Data Acquisition Systems. TranAX 3 is a client-server application and remotely controls the data acquisition instrument over the local area networks. Complete settings and traces related to a project can be stored and recalled from disk, for maximum productivity. Several users can work with pre-defined GUI-layouts and hardware configurations. Advanced triggering allows the Transient Recorder to capture rare events as well as signal anomalies. Powerful data acquisition modes from scope mode to block mode and continuous mode for gap free real-time recording to disk allow the user to choose the appropriate scheme. This can be done with No Programming.
- Event Controlled Recording
- 40 Scalar Functions
- Measurement data – Video Synchronization
- Powerful Formula Editor
- Oscilloscope & FFT Modes
- Curve Fitting
- Continuous Data Streaming to Hard Disk
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Elsys Ballistic Analysis Software BallAX 3
BallAX 3 is used to acquire and analyze measurement data from firearms, guns, artillery, projectiles and grenades using different ammunition and explosive propellants. Data gathered by the software aids in determining the accuracy and consistency of a projectile before it exits a firearm. Manufacturers of firearms ranging from basic hunting rifles to critical military artillery will benefit from the precision data afforded by this industry-specific software module.
- 16 Pressure Measurements
- 2 Temperature Measurements
- 2 Velocity Measurements
- Shot Ignition Delay Time
- Time of Pmax
- Shot Time
- Muzzle Velocity
- Delta-T and Cadence for Continuous Fire Measurements
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Elsys TraNET FE Modular Data Acquisition System
The TraNet FE family of Modular, Ethernet based Data Acquisition instruments provides turnkey solutions for many complex measurement problems. Because the TraNET Data Acquisition systems are designed for Precision, Flexiblity and and Portablity, they can be used to solve in situ problems in many applications automotive, power generation, transportation and train systems. The powerful triggering, deep memory, and versatile front end capability also solves problems in debug and verification of electronic and mechanical designs.
- 32Ch SE, 16Ch DE
- Up to 240 MS/s Sample Rate
- 14 or 16-bit Resolution
- Up to 128 MS Acquisition Memory/Ch
- High-precision: 0.03% of FSR
- Gb Ethernet Interface
- Data Acquisition Software
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Elsys TPCE PCIe Data Acquisition Card
The Elsys TPCE Data Acquisition cards are high-resolution digitizers with sophisticated features such as advanced trigger mode, continuous data acquisition mode, differential inputs, digital input lines (Markers) and ICP coupling for powering piezo sensors. The various TPCE cards are compact short-form PCI Express (PCIe) card. A scalable data acquisition system may be started with one or several cards that can be extended in the future to build a solution with up to 64-channels in one housing.
- 4Ch or 8Ch SE & DE
- Up to 240 MS/s Sample Rate
- 14 or 16-bit Resolution
- ±50 mV to ±50 V Input Range
- High-precision: 0.03% of FSR
- Up to 1Gb Acquisition Memory
- PCIe Interface
- Data Acquisition Software
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Elsys TraNET PPC Ruggedized Data Acquisition Recorder
The portable Elsys Data Acquisition Recorder TraNET PPC is a high-precision instrument suitable for harsh environments and mission critical applications. It is a very compact, all in one data acquisition solution with a high channel density. The TraNET PPC was specifically designed for flexible portable usage to capture multiple channels simultaneously in applications such as ballistics, explosive tests or acoustic emission. The data streaming capability allows acquiring a continuous data stream to disk. In the unique Event Controlled Recording mode (ECR), blocks of data can be captured independently per channel or with associated channels if needed. Adjacent blocks may be overlapping to assure that no relevant information is missing. This mode is especially useful for monitoring and troubleshooting applications.
- 24Ch SE, 12Ch DE
- Up to 240 MS/s Sample Rate
- 14 or 16-bit Resolution
- Multi-Block Recording
- High-precision: 0.03% of FSR
- Up to 128 MS Acquisition Memory/Ch
- Continuous Streaming to HardDisc
- Complex Trigger and Maths Functions
- 17? Display
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Elsys SGA-2 Mk2 Strain Gauge Amplifier System
The Strain Gauge Amplifier SGA-2 is designed as a differential front-end amplifier to connect full, half or ¼ bridge strain gauges with internal bridge completion.While the SGA-2 is matched to connect to an Elsys High Precision Transient Recorder it is also suitable for any 3rd party data acquisition system.
- 4-wire and 6-wire Configuration
- Internal ½- and ¾ Bridge Completion
- 2-Channels per Module
- 1.5 MHz bandwidth gain x1, x10
- Low Offset Voltage Drift
- Low Output Noise
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Elsys SGA-2 Strain Gauge Amplifier System
The Strain Gauge Amplifier SGA-2 is designed as a differential front-end amplifier to connect full, half or ¼ bridge strain gauges with internal bridge completion.While the SGA-2 is matched to connect to an Elsys High Precision Transient Recorder it is also suitable for any 3rd party data acquisition system.
- 4-wire and 6-wire Configuration
- Internal ½- and ¾ Bridge Completion
- 2-Channels per Module
- 1.5 MHz bandwidth gain x1, x10
- Low Offset Voltage Drift
- Low Output Noise
