Wifi Ethernet Systems
Precise acquisition in the field. The acquired data can be read through a mobile device.
Data Acquisition Hardware
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- ADDI-DATA
- Microstar Labs
- Sorcus
- Teledyne SP Devices
ADDI-DATA GmbH is an expanding international company based near Baden-Baden in Baden-Wuerttemberg, in the south of Germany. Since 1984 the company has been developing high-tech solutions for industrial measurement and automation. It stands for quality, adaptatibility, reliability, security of investment and spirit of innovation. You will find ADDI-DATA solutions worldwide in numerous industrial areas: automotive and metal industry, engine building industry, tailor-made machinery, aircraft and chemicals industry, etc. They are used for quality control, process control, signal switching, data acquisition, motion control or position acquisition.
Website: http://addi-data.com
Fieldbus System
ADDI-DATA offers fieldbus systems for Ethernet and EtherCAT. The Ethernet Systems can be upgraded with an additional Wi-Fi interface for parameter settings and easy monitoring.
Ethernet Systems
Intelligent Ethernet Systems for industrial measurement, control and regulation without switching cabinet
PAC Systems
EModular platform for distributed measurement, control and regulation applications in real time.
EtherCAT Systems
EtherCAT solutions are becoming more and more popular in automation technology. One reason for this may be that these systems are able to replace field buses and therefore require only one computer network. In this way, real-time Ethernet solutions help optimizing processes between the production level and the IT level.
Intelligent Ethernet Data Loggers
Data recording and visualisation made easy – Ethernet Data Logggers
For acquiring temperature, pressure or fill levels, use the highly precise long-time data recording devices of the MSX-ilog series by ADDI-DATA. The compact, portable and interference-free systems are ideal for acquiring data at different locations in your installation. Data is automatically converted to physical values and can be calculated via the onboard µ-processor. The integrated web server allows easy configuration, monitoring and data export. Further features: Onboard data saving, internal clock, low consumption and Ethernet interface, data thus being available on the company network for evaluation and statistical purposes. No license costs
Analog
MSX-ilog-AI16-DIO40: 16 analog inputs, diff., 40 digital I/O
Analog/Digital
Temperature
PC Boards
With the sophisticated and reliable ADDI-DATA PC boards, your measurement and automation tasks will be a success! High quality
products, well thought-out design concepts and robust constitution guarantee a reliable function of ADDI-DATA PC boards in a harsh
industrial environment.
For more than 25 years, ADDI-DATA has been developing interference-free PC boards for industrial measurement and automation.
PCI Express Boards
ADDI-DATA offers PCI Express boards for use in industrial environment. They are especially designed for the reliable use in harsh industrial environments and have many protective features, such as protection against short circuits and overvoltage, optical isolation, input and output filters, etc.
PCI Boards
ADDI-DATA offers a wide range of PCI boards, which are especially designed for the reliable use in harsh industrial environments. The measurement boards are equipped with a lot of protective features, such as protection against short circuits and overvoltage, optical isolation, input and output filters, etc.
CompactPCI Serial boards
ADDI-DATA presents the first CompactPCI Serial boards for industrial use. Thanks to serial data transfer, the new CompactPCI Serial bus is especially attractive for the development of high-performance systems for the industrial environment. It also offers new perspectives for applications.
CompactPCI Boards
If your applications are subject to vibrations, high temperatures and extremely severe industrial conditions, you have to rely on the robustness, reliability and modularity of the CompactPCI boards. ADDI-DATA offers pertinent plug-in boards for recording digital and analog signals, for counting application and axis control as well as serial interfaces. These are particularly suitable for applications in the field of measurement, control, regulation, automation and telecommunications.
Microstar Laboratories produces a line of Data Acquisition Processor (DAP) boards, each with an onboard
processor, memory, and a dedicated, multitasking, real-time operating system: DAPL. With this onboard intelligence, a DAP board can
handle time-critical aspects of an application without any delays or resource demands imposed by Windows or by other software
running on the PC.
Applications require onboard intelligence to run in real time under Windows. However, onboard intelligence also makes it much
easier to implement applications requiring a high channel count, anti-aliasing, or synchronized integration over a network.
As well as providing DAPL software to run on DAP boards, we develop and ship PC software to support DAP boards in many user
environments. All our design follows a channel architecture that makes it easy to connect our hardware to a large array of sensors
and actuators.
Website: http://www.mstarlabs.com
Data Acquisition Processor boards
Data Acquisition Processor boards each have an onboard processor, making every DAP an intelligent solution for data acquisition
and control applications.
All Data Acquisition Processor boards
- Have onboard processors.
- Run DAPL, a multitasking, real-time operating system.
- Have onboard memory.
- Support external expansion boards to increase the number of data channels.
All current Data Acquisition Processor boards except the xDAP series, DAP 5400a, and DAP 5380a have onboard analog and digital
inputs and outputs. The xDAP series has high-speed analog inputs and digital inputs and outputs. DAP 5400a and DAP 5380a have
high-speed analog inputs.
Onboard processors distribute intelligence to the Data Acquisition Processor. This frees data acquisition from the control of
operating systems, such as Windows, which may not be available to the acquisition application when critically needed. By placing a
processor onboard, data acquisition and control is implemented by its own operating system, DAPL, which is optimized for data
acquisition.
In any application the onboard intelligence has a set of tasks to do. To facilitate configuration and control of the DAP, software
running on the PC communicates with the onboard intelligence, instructing it on how to behave in an application.
USB Data Acquisition Systems
xDAP 7420
The xDAP line of Data Acquisition Processor systems combines high performance analog interface with a speed-optimized USB host connection. Each xDAP has onboard storage for a minute of buffered data at maximum rates and autonomous sampling is controlled by a 2 GHz Intel processor. xDAP 7420 doubles the maximum per-channel sampling speed to 2M samples per second.
xDAP 7410
xDAP 7410 is an EU-qualified model that features an aggregate 8M samples per second with high-speed simultaneous sampling and new input options.
xDAP 7400
Each xDAP 7400 includes a 16-bit analog-to-digital converter running at 1 million samples per second on each of 8 channels simultaneously, for a throughput of 8 million samples per second.
PCI Data Acquisition Boards
DAP 5400a
The DAP 5400a model, a board optimized for simultaneous sampling at extreme speeds, has eight A/D converters that sample simultaneously with 14-bit resolution at 1.25M samples per second each, for a total throughput of 10 million samples per second. Or for higher speeds per channel, each board can sample each of 4 channels at 2M samples per second. The 128 MB onboard memory more than keeps up with the high sampling rate.
DAP 5380a
The DAP 5380a model – suitable for transient recorder applications – has eight A/D converters capable of high-speed simultaneous sampling at an overall throughput of 5 million samples per second. The DAP 5380a is capable of high speed data transfers to the host PC.
DAP 5216a
The DAP 5216a model adds 16-bit resolution to the capabilities of the DAP 5200a line.
DAP 5016a
The DAP 5016a model adds 16-bit resolution to the capabilities of the DAP 5000a line.
DAP 5200a
The DAP 5200a model brings many real-time data acquisition and control applications within the scope of Windows systems. Its onboard 400 MHz processor provides real-time processing power for functions including smoothing, filtering, FFT, PID control, and responding to alarm conditions. The DAP 5200a also can scan high-speed data for trigger events in real time to capture pre-trigger as well as post-trigger data.
iDSC 1816
The iDSC 1816 board combines 16-bit resolution on eight simultaneous channels of data acquisition with brick-wall anti-alias filters on each channel. The board applies 8 onboard first-stage analog filters to its 8 simultaneous inputs, followed by digital filtering on two DSP chips, and this provides 96dB (sixteenth bit) stopband rejection within one quarter-octave. Performance like this really matters in sonar and in other spectral analysis applications: monitoring vibrating and rotating assemblies in the automotive, aerospace, and power generation industries, for example.
DAP 4000a
Use the DAP 4000a in applications that require moderate real-time processing.
DAP 840
The DAP 840 has all of the features needed for an entry-level data acquisition or control application with light real-time processing, and provides all of the benefits of onboard intelligence.
DAP 5000a
When your application needs Pentium-powered real-time processing under Windows, choose the DAP 5000a. Even at maximum sampling rates, the combination of a fast processor with low latency allows computation in real time between samples – and on-time response for control applications. The DAP 5000a can acquire 14-bit data at up to 800k samples per second, and can convert 833k values per second on each of the two onboard analog outputs.
Software
Software for Data Acquisition Processor systems runs on both the Data Acquisition Processor itself and on the host PC.
DAPL, the onboard operating system, provides all the commands you need to run data acquisition and control applications.
Software, including DAPstudio, third-party, or custom software, that runs on the host PC – under a choice of operating systems –
acts as the user interface for the Data Acquisition Processor, and provides disk logging and graphing capabilities.
Select one of the three DAPtools software distribution package levels – Basic, Standard, or Professional – to obtain the
combination of software required to implement your application.
SORCUS began in 1986, develops and produces intelligent PC-boards and parallel-computing systems based on PCs and embedded systems. The main area of application of our standard products are industrial controlling, measurement and communication. Our customers are mainly big and international operating industrial enterpises.
Data Acquisition
CANbox®
CANbox® = Dual CAN to WLAN Converter The CANbox® can send and receive CAN data via one or two CAN interfaces, add a time stamp, buffer the data and transmit them wirelessly via WLAN respectively LAN. The CANbox® can be configured only to accept specific identifiers (acceptance filter). The CANbox® can operate in a temperature range from –20 to +70°C.
MAX-Carrier-Boards:
- Intelligent, decentralized peripheral device
- OEM-Boards
- PCI-Boards for MAX-Modules.
MAX-Modules
Teledyne Signal Processing Devices Sweden AB
Teledyne SP Devices designs and manufactures world-leading modular data acquisition and signal generation instruments. Our products utilize patented calibration logic, the latest data converters, and FPGA technology resulting in an unrivalled combination of high sampling rate and resolution. Products are available with a range of application-specific features and embedded, real-time signal processing. This helps our customers to overcome performance bottlenecks, shortens time-to-market, and provides system-level advantages within a wide range of application areas. SP Devices’ products are employed across a wide variety of industries, including analytical instruments, remote sensing, scientific instrumentation, medical imaging, and more.
As part of the instrumentation segment of Teledyne Technologies, SP Devices expands its technology access, engineering excellence, and critical know-how thereby strengthening its position as a world-leading long-term supplier of high-performance instrumentation and system-level solutions.
Website: https://www.spdevices.com
High Performance Digitizers
Digitizers from Teledyne SP Devices are ideal for demanding measurement applications, and many of the products utilize SP Devices’ patented ADX technology in order to achieve an unique and unrivaled combination of high sampling rate and high vertical resolution. The products are available in a number of different form factors and supports multiple operating systems. Custom real-time signal processing can be added to the powerful on-board FPGAs through an optional firmware development kit, and the deep on-board memory in combination with advanced triggering and flexible data acquisition modes makes the digitizers versatile and suitable for a wide range of applications.
14 Bit Digitizers
ADQ7DC
- Single/dual channel
- Up to 10 GSPS sampling rate
- Up to 3 GHz input bandwidth
- DC-coupled
ADQ14DC
- Single/dual/quad channel
- Up to 2 GSPS sampling rate
- Up to 1.2 GHz input bandwidth
- DC-coupled (variable input range/gain optional)
ADQ14AC
- Single/dual/quad channel
- Up to 2 GSPS sampling rate
- Up to 1.2 GHz input bandwidth
- AC-coupled
ADQ14OCT
- Single channel
- 2 GSPS sampling rate
- 500 MHz input bandwidth
- DC-coupled
- Optimized for swept-source OCT, supporting variable K-clock
SDR14
- Dual inputs, dual outputs
- 800 MSPS input rate, 1.6 GSPS output rate
- 550 MHz input bandwidth, up to 800 MHz output bandwidth
- AC-coupled (DC-coupling optional for output)
ADQ1600RF
- Single channel
- 1.6 GSPS sampling rate
- 750 MHz input bandwidth
- AC-coupled
- Optimized for RF applications requiring high input bandwidth
ADQ1600TD
- Single channel
- 1.6 GSPS sampling rate
- 680 MHz input bandwidth
- AC-coupled
- Optimized for time-domain applications
ADQ114
- Single channel
- 800 MSPS sampling rate
- 850 MHz input bandwidth
- AC-coupled
ADQ214-DCLN
- Dual channel
- 400 MSPS sampling rate
- 100 MHz input bandwidth
- DC-coupled
- Optimized for low-noise measurements
ADQ214
- Dual channel
- 400 MSPS sampling rate
- Up to 850 MHz input bandwidth
- AC- and DC-coupled (software selectable)
12 Bit Digitizers
ADQ7WB New!
- Dual channel
- Up to 5 GSPS sampling rate
- 6.5 GHz input bandwidth
- AC-coupled
ADQ412
- Dual/quad channel
- Up to 4 GSPS sampling rate
- Up to 2 GHz input bandwidth
- AC-coupled
ADQ412DC
- Dual/quad channel
- Up to 4 GSPS sampling rate
- Up to 925 MHz input bandwidth
- DC-coupled
10 Bit Digitizers
ADQ8-8CNew!
- 8 analog channel
- 1 GSPS sampling rate
- 500 MHz input bandwidth
- DC-coupled
8 Bit Digitizers
ADQ108
- Single channel
- 7 GSPS sampling rate
- 2 GHz input bandwidth
- AC-coupled
ADQ208
- Dual channel
- 4 GSPS sampling rate
- 2 GHz input bandwidth
- AC-coupled
Waveform Generators
SDR14
- Dual inputs, dual outputs
- 800 MSPS input rate, 1.6 GSPS output rate
- 550 MHz input bandwidth, up to 800 MHz output bandwidth
- AC-coupled (DC-coupling optional for output)
SDR14TX
- Dual outputs
- 2 GSPS sample rate
- Up to 1.8 GHz output bandwidth
- DC-coupled, single-ended and differential
Extension Modules
ADQ10GBE
- 10 Gbit Ethernet card
- PXIe form factor
ADQDSU
- SSD disk storage unit for high-speed data recording
- Up to 2 TBytes total storage
- Up to 1 GBytes/s write speed
ADQDSP
- FPGA computational board
- Xilinx Virtex 6 LX240T
ADQTDU
- Trigger/clock distribution for intra-board synchronization
- Single input and 6 outputs
- CMOS or LVPECL (AC-coupled LVPECL available as option)