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4-Channel High Speed Position Comparison And Trigger Module
ECAT-TRG4
The ECAT-TRG4 is EtherCAT SubDevice module with high-speed position comparison trigger and encoder single redriver function, helping machine and equipment builders to use multiple triggers simultaneously for AOI, glue dispensing, display tests, and storage assembly applications.
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4-Channel Motion Control And High-Speed Trigger And Module For The Bridge Connected To EtherCAT
ECAT-4XMO
The ECAT-4XMO is EtherCAT SubDevice module with high-speed position comparison trigger and encoder re-drive function, helping machine and equipment builders to use multiple triggers simultaneously for AOI, glue dispensing, display tests, and storage assembly applications. Additionally, the ECAT-4XMO has 4-axis motion control with bridge function between EtherCAT and non-EtherCAT. Advanced motion control functions help machine and equipment builders to increase their motor selection portfolio, like linear, step, servo, direct drive, and AC motors, making it ideal for a variety of automation industry applications.
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PXI/PXIe Trigger-Module
PXT(e)1741
Easy linkage of various external modules to the PXI(e) trigger busHigh configurable trigger matrix12 independent configurable trigger linesInputs/Outputs compatible with 5 V TTL standardSoftware controlled triggering of any target device
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PXI/PXIe Trigger Module
PXT1741
The PXT(e)1741 Trigger Module ist designed to build up a connection between trigger signals from any external trigger source (5V TTL Standard) and the PXI(e) trigger bus. Therefore the device is equipped with four SMA front connectors (T1 to T4).
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Breakout Module
PXI-PDM
The PXI Preamplifier Power and Trigger Breakout Module (PXI PDM) is an accessory for the Pixie-4 system.
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PXIe-6672, TCXO PXI Synchronization Module
780063-01
PXIe, TCXO PXI Synchronization Module—The PXIe‑6672 is a system timing controller module. It can drive the PXI star trigger lines, import and export PXI backplane clocks and triggers, generate a high-resolution direct digital synthesis (DDS) clock, and generate a high-stability temperature-compensated crystal oscillator (TCXO) 10 MHz Reference Clock for instrumentation. The PXIe‑6672 allows you to synchronize multiple PXI Express systems, synchronize a PXI Express system with external instruments and equipment, and increase the accuracy of instruments within a PXI Express system.
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4-CH 16-Bit 2MS/s Simultaneous-Sampling USB DAQ Module
USB-1210
The USB-1210 is a 16-bit high-speed USB 2.0-based DAQ module equipped with 4 analog input channels providing simultaneous sampling at up to 2MS/s per channel. The USB-1210 delivers high accuracy and excellent dynamic performance at maximum sampling rates, and flexible trigger functions. In addition, onboard 64M samples FIFO ensures no data loss during acquisition even when CPU or system loading is heavy.The USB-1210 is USB bus-powered and equipped with removable screw-down terminals for easy device connectivity. The attached multifunctional stand can be used for desktop, rail, or wall mounting. Suitable for high-speed data acquisition, laboratory and medical research, the USB-1210 provides a reliable measurement solution at an affordable price.
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6U High Performance Data Acquisition subsystem
CPCI-AD320
The CPCI-AD320 module provides a 6U high performance data acquisition subsystem. There are 32 thirty-two 100/200 KSPS ADC’s for maximum performance. Or an opt low cost 16 channel version. The Local DSP can be usedto simply move data samples to the CPCI bus or can provide processing functions such as limit checking, FFT’s, digital filtering, etc. Software can be downloaded to the DSP via the CPCI interface. Instrumentation amplifiers provide over-voltage protection and gain on a per channel basis. The CPCI-AD8320-6U can also accept external scan and trigger signals from a front panel connector.
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96-CH 12-Bit 3 MS/s Ultra High Density Analog Input PXI Module
PXI-2208
ADLINIK PXI-2208 is an ultra high-density, highperformance analog input module. This device can sample up to 96 AI channels with various gain settings and scan sequences, making it ideal for dealing with ultra high-density analog signals with various input ranges and sampling speeds. These devices also offer a differential mode for 48 AI channels to achieve maximum noise elimination. The PXI-2208 also features analog and digital triggering and 24-CH programmable digital I/O lines. Like all the other members in the PXI-2000 family, the PXI-2208 is able to perform analog input at full speed. Multiple modules can also be synchronized through the PXI trigger bus. The auto-calibration feature adjusts the gain and offset to a specified accuracy, eliminating the need to calibrate the modules by adjusting trimpots.
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High Performance Data Acquisition
CPCI-AD8
The CPCI-AD8/16 module provides a 3U high performance data acquisition subsystem. There are (8) eight or (16) sixteen 100/200 KSPS ADC’s for maximum performance. The Local DSP can be used to simply move data samples to the CPCI bus or can provide processing functions such as limit checking, FFT’s, digital filtering, etc. Software can be downloaded to the DSP via the CPCI interface.Instrumentation amplifiers provide over-voltage protection and gain on a per channel basis. The CPCI-AD8/16 can also accept external scan and trigger signals from a front panel connector.
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Intelligent 16 Bit Data Acquisition
CPCI-AD16
The CPCI-AD16 module provides a 3U high performance data acquisition subsystem. The Local DSP can be used to simply move data samples to the CPCI bus or can provide processing functions such as limit checking, FFT’s, digitalfiltering, etc. Application software can be downloaded to the DSP via the CPCI interface. Instrumentation amplifiers provide over-voltage protection, gain and filtering on a per channel basis. Internal scan and trigger clocks are derived from either the CPCI bus clock or the local DSP clock. Dual 32 bit timers can programmed to pace the acquisition process. The CPCI-AD16 can also accept external scan and trigger signals from a front panel connector.
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PXIe-6674T, OCXO PXI Synchronization Module
781037-01
PXIe, OCXO PXI Synchronization Module—The PXIe‑6674T generates and routes clocks and triggers between devices in a PXI Express chassis as well as to other PXI and PXI Express chassis or third-party instrumentation. The PXIe‑6674T unlocks the advanced low-voltage differential signaling (LVDS) trigger signals PXIe‑DStarA, PXIe‑DStarB, and PXIe‑DStarC, on PXI Express while fully supporting the PXI trigger lines. The PXIe‑6674T can generate two types of clock signals: a highly stable 10 MHz clock based on an onboard precision oven-controlled crystal oscillator (OCXO) reference and a second clock from the direct digital synthesis (DDS) clock generation circuit.
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Radio Trigger Module
RTM3
The Remote Trigger Module 3, or RTM3 3, is a new generation of impact trigger device. It is designed to time synchronize a single seismic source unit with multiple seismic recorders. It can also be used to synchronize multiple seismic recorders. The RTM3 units use an internal high accuracy oscillator that is synchronized to GPS timing information. Each RTM3 unit requires an external GPS receiver with valid satellite information to synchronize the internal clock. Once the internal clock is synchronized the RTM3 can be used without any GPS signal for up to 10 minutes.
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4-Channel High Speed Position Comparison and Trigger Module
ECAT-TRG4
The ECAT-TRG4 is EtherCAT slave module with high-speed position comparison trigger and encoder single redriver function, helping machine and equipment builders to use multiple triggers simultaneously for AOI, glue dispensing, display tests, and storage assembly applications.
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Distributed 4-Axis Motion Control Modules (with High-Speed Trigger Function)
MNET-4XMO-(C)
The MNET-4XMO is a 4-axis motion controller module for Motionnet distributed motion systems. It can generate fast frequency pulses (9.9 MHz) to drive stepper or servomotors in the machine automation field. As a motion controller, it can provide comprehensive motion functions which include 2 axis circular interpolation, 2-4 axis linear interpolation, or continuous interpolation for continual velocity and so on. Also, changing position/speed on the fly is available with a single axis operation.
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Distributed 4-Axis Motion Control Modules (With High-Speed Trigger Function)
MNET-4XMO-(C)
The MNET-4XMO is a 4-axis motion controller module for Motionnet distributed motion systems. It can generate fast frequency pulses (9.9 MHz) to drive stepper or servomotors in the machine automation field. As a motion controller, it can provide comprehensive motion functions which include 2 axis circular interpolation, 2-4 axis linear interpolation, or continuous interpolation for continual velocity and so on. Also, changing position/speed on the fly is available with a single axis operation.
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4-Channel Motion Control and High-Speed Trigger and Module for the Bridge Connected to EtherCAT
ECAT-4XMO
The ECAT-4XMO is EtherCAT slave module with high-speed position comparison trigger and encoder single redriver function, helping machine and equipment builders to use multiple triggers simultaneously for AOI, glue dispensing, display tests, and storage assembly applications. Additionally, the ECAT-4XMO has 4-axis motion control with bridge function between EtherCAT and non-EtherCAT. Advanced motion control functions help machine and equipment builders to increase their motor selection portfolio, like leaner, step, servo, direct drive, and AC motors, making it ideal for a variety of automation industry applications.
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PXIe Digital I/O: 28 LVDS Channels, 8 Trigger Channels
M5302A
M5302A is a single-slot Digital IO PXIe module with 28 programmable LVDS channels and 8 single-ended channels. The LVDS channels can be used to communicate to the device under test or can be used to control other devices by emulating protocols such as Camera Link. The single-ended channels are suitable for event triggers or other general-purpose IO applications.
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PANAVIA Modules
AIM’s PANAVIA test, simulation, monitoring and analysis modules use our field proven Common Core hardware design giving you the best performance, best feature set and highest functional integration on the market. The use of SoC (System on Chip) based core design with one processor for real time bus protocol support, massive memory and IRIG-B time code encoder/decoder functions are standard. AIM delivers versions of our modules with extended temperature range and conformal coating. With 8 Tx and 8 Rx channels per module, functions include autonomous transmit sequencing, continuous clock and data transmissions, host controlled double buffering, programmable interrupts, data selection on specific tag identifier, selectable triggers on data and/or tags with full protocol error injection/detection, real time bus recording and time stamping to ensure your bus integrity. Each module is delivered with a Board Support Package (BSP) comaptible to the legacy PCI and cPCI hardware modules.
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Test Module
MTC
The measuring channels can be connected depending on the application to the pins on the system interface or to the six internal bus lines.Four measuring channels per module on 8:1 multiplexer = 32 InputsUp to 4 parallel measurements per MTC (4 parallel counters)Intelligent algorithms for fast measurements even at low frequenciesFrequency, period, pulse width, rise- and falling time as well as event counting on each channelTime measuring range: 10 ns - 42 s, resolution 10 nsFrequency measuring range: 0.015 - 100 MHzEvent counting: 0 - 232, maximum 100 MHzMax. input level/trigger voltage: +/-100 VSynchronization with external trigger possible
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6U, CompactPCI/PXI module
CP213
The CP213 is a single-width, 6U, CompactPCI/PXI module with either 32 or 64 differential analog input channels that can alternately be configured under software control as 64 or 128 single-ended analog input channels. A 16-bit ADC scans each channel at a scan rate chosen by the user. The number of channels scanned and scan rate are software selectable. Scans may be triggered from either the internal clock, one of eight PXI backplane triggers, the PXI star trigger bus or an external SMB connector on the module front panel. Single and continuous scan operations are supported. If single scan operation is chosen, an interrupt may be generated at the end of the scan.
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High-Speed Clocking Module
FMC407
Sundance Multiprocessor Technology Ltd.
The FMC407 is a low-noise clock generation and distribution module with eight clock outputs and eight trigger outputs that are fully synchronized. This module can either distribute an externally supplied or a locally generated clock. In the standard configuration, the FMC407 can generate any clock frequency between 34.375 MHZ and 4.4GHz and lock it to an internal or external reference.
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Medium-Speed Clocking Module
FMC406
Sundance Multiprocessor Technology Ltd.
The FMC406 is a low-noise clock generation and distribution module with eight clock outputs and eight trigger outputs that are fully synchronized. This module can either distribute an externally supplied clock or a locally generated clock. In the standard configuration, the FMC406 can generate any clock frequency between 34.375 MHz and 250MHz and lock it to an internal or external reference. The maximum clock frequency can be extended to 350MHz as a build option.
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Oscilloscope Software Module
Metra Mess- und Frequenztechnik in Radebeul e.K.
*Oscilloscope for transient vibration signals*Displays the time response of vibration acceleration and VM-SCOPE+ also for velocity and displacement*Suitable for shock and drop testing of packagings and other products *Memory for 110 s post-trigger and 1 s pre-trigger real time signal recording*Two measuring cursors*Export function for bitmap and text*Up to four signals per window*One VM-SCOPE license can be operated simultaneously up to four times with different settings *Measurement of decay time*Measurement of HIC (Head Injury Criterion)*VM-SCOPE may trigger the frequency analyzer module VM-FFT*External Messengers *Offline measurement
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PXI Synchronization Module
PXI Synchronization Modules use the trigger bus, star trigger, and system reference clock features of PXI to implement advanced multi-device synchronization. By using PXI Synchronization Modules, you can improve measurement accuracy, implement advanced triggering schemes, and synchronize multiple devices to act as one for high-channel-count applications.
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C Series Digitizer Module
The C Series Digitizer Module takes both high-speed and high-resolution time- and frequency-domain measurements. It features up to four channels that can sample at speeds up to 20 MS/s—ideal for discrete detection of signals 10 MHz and smaller for applications such as fault detection, partial discharge analysis, and acoustic measurements. The module's store-and-forward architecture allows up to 128 Mbits of measurement data to be sent back to the CompactRIO Controller and analyzed. You can use the module as part of a CompactRIO system and use the LabVIEW FPGA Module to develop an advanced trigger based on low-speed streaming for added flexibility. This digitizer includes the NI-DAQmx driver and configuration utility that simplifies configuration and measurements. NI-DAQmx supports NI programming environments and Python, ANSI C, C#.NET, and MathWorks MATLAB® software.
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FFT Analyzer Software Modules
Metra Mess- und Frequenztechnik in Radebeul e.K.
*Vibration analyzer for low and middle frequencies*Calculates the spectrum of vibration acceleration*VM-FFT+ also for velocity and displacement*RMS and peak spectrum*Envelope spectrum for roller bearing analysis with VM-FFT+*Limit curve with external alarms in VM-FFT+*Power spectral density (PSD) with VM-FFT+*Two measuring cursors for magnitudes and frequencies with snap-in function*Up to four signals per window*One VM-FFT license can be operated simultaneously up to four times with different settings*VM-SCOPE may trigger the frequency analyzer module VM-FFT*External messengers *Offline measurement
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Optical Clock-Recovery Modules / O-CR
Optical clock-recovery modules are required when a clock signal is not present to trigger the oscilloscope or when it is better to use the embedded clock present in the data stream, such as for 100G Lambda optical signals.Clock-recovery modules are essential for transmitter signal characterization.
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PXI Attenuator/Switch Driver Module
M9170A
The Keysight M9170A is a one-slot PXI attenuator switch driver module that provides the flexibility to drive Keysight's expansive portfolio of RF & microwave step attenuators and electromechanical switches. It is a PXI-hybrid compliant module that comes with a full-featured graphical interface soft front panel for easy control and trigger.
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32 Channel Analog Comparator Module
DP-VXI-5106
DP-VXI-5106, is a 32 Channel Analog Comparator Module with 32 channels of differential analog window comparators. Each channel is provided with a window comparator as well as a Level Comparator , software selectable on an independent channel basis. All the 32 channels have been grouped into four groups of 8 channels each. This allows the user to configure the comparator module based on the application to initiate alarm action to exactly meet application requirements. Each Comparator channel can be programmed to generate a VXI bus interrupt or can be masked through software. An Interrupt is generated on an individual channel basis or on a group basis. Front panel outputs of buffered TTL and a 2-CO relay contact is available for every group (4 outputs total each). Also, a common buffered TTL interrupt output and a common 2-CO relay contact is also available at the facia providing extensive flexibility in application engineering.This module is an ideal device for GO / NO-GO testing in Test Stand Automation where important signals must be continuously monitored for system shut down purposes and safety inter-lock implementation. The hardware implementation in the Comparator module provides high-speed throughput and reliable inter-lock implementation. The interrupt out signal can be further wired as trigger signals for pre and post trigger analysis of signal data for post acquisition detailing.Each channel provides a Window Comparator implementation and a Level Comparator implementation. The configuration is programmable through software and the alarm can be generated if the signal is within the window or outside the window. Similarly, a high and low limit can be set and a trigger is generated if the signal exceeds the high limit or drops below the low limit.
