Showing results: 991 - 1005 of 1077 items found.
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780179-01 -
NI
5 V/TTL, 32 Bidirectional Channels, 7 µs C Series Digital Module - The NI‑9403 is a configurable digital I/O interface for input or output with shift‑on‑the‑fly capabilities. Each channel features transient isolation between the I/O channels and the backplane. With reconfigurable I/O (RIO) technology (CompactRIO only), you can use the LabVIEW FPGA Module to program the NI‑9403 for applications such as custom, high-speed counter/timers; digital communication protocols; and pulse generation. In a CompactDAQ chassis, you can use the NI‑9403 only as a static (software-timed) digital I/O module. You cannot use these modules to route timing or triggering signals.
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779351-01 -
NI
5 V/TTL, 8 Bidirectional Channels, 100 ns C Series Digital Module - The NI‑9401 is a configurable digital I/O interface for input or output in 4‑bit increments. Therefore, the NI‑9401 can create three configurations: 8 digital inputs, 8 digital outputs, or four digital inputs and four digital outputs. With reconfigurable I/O (RIO) technology (CompactRIO only), you can use the LabVIEW FPGA Module to program the NI‑9401 for implementing custom, high-speed counter/timers; digital communication protocols; pulse generation; and more. Each channel features transient isolation between the I/O channels and the backplane.
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782401-01 -
NI
5 V/TTL, 8 Bidirectional Channels, 100 ns C Series Digital Module - The NI‑9401 is a configurable digital I/O interface for input or output in 4‑bit increments. Therefore, the NI‑9401 can create three configurations: 8 digital inputs, 8 digital outputs, or four digital inputs and four digital outputs. With reconfigurable I/O (RIO) technology (CompactRIO only), you can use the LabVIEW FPGA Module to program the NI‑9401 for implementing custom, high-speed counter/timers; digital communication protocols; pulse generation; and more. Each channel features transient isolation between the I/O channels and the backplane.
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780588-01 -
NI
Non-Enclosed, 300 Vrms, 50 kS/s/ch, 24-Bit, Simultaneous Input, 3-Channel C Series Voltage Input Module - The sbRIO‑9225 performs differential analog input. The wide measurement range is well suited for high-voltage measurement applications such as power metering, power quality monitoring, motor test, battery stack testing, and fuel cell tests. You can perform transient and harmonic analysis with high-speed simultaneous sampling. In addition, you can prevent ground loops and add safety to a system with 600 Vrms channel‑to‑channel isolation between the three sbRIO‑9225 channels. Non-enclosed modules are designed for OEM applications.
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779787-01 -
NI
5 V/TTL, 32 Bidirectional Channels, 7 µs C Series Digital Module - The NI‑9403 is a configurable digital I/O interface for input or output with shift‑on‑the‑fly capabilities. Each channel features transient isolation between the I/O channels and the backplane. With reconfigurable I/O (RIO) technology (CompactRIO only), you can use the LabVIEW FPGA Module to program the NI‑9403 for applications such as custom, high-speed counter/timers; digital communication protocols; and pulse generation. In a CompactDAQ chassis, you can use the NI‑9403 only as a static (software-timed) digital I/O module. You cannot use these modules to route timing or triggering signals.
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778572-55 -
NI
2.5 GHz, 75 Ω, Terminated 4x1 PXI RF Multiplexer Switch Module—The PXI‑2555 is an RF signal multiplexer switch module. The internal termination of the PXI‑2555, which helps prevent high-power reflections that arise from open channels on the module, makes it ideal for use in video RF applications where such reflections can damage the source. The module also features excellent insertion loss, voltage standing wave ratio (VSWR), and isolation parameters to minimize signal degradation. You can use the onboard relay count tracking feature to predict relay lifetime and reduce unexpected system downtime.
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778572-58 -
NI
2.5 GHz, 75 Ω, Quad SPDT PXI RF Relay Module - The PXI‑2558 is a general-purpose single‑pole double‑throw (SPDT) switch module. You can use it to add flexibility to your video switch network or to maintain uniform signal paths across multiple channels when building high‑channel‑count multiplexers. The module also features excellent insertion loss, voltage standing wave ratio (VSWR), and isolation parameters to minimize signal degradation. You can use its onboard relay count tracking feature to predict relay lifetime and reduce unexpected system downtime.
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778572-57 -
NI
2.5 GHz, 75 Ω, 8x1 PXI RF Multiplexer Switch Module—The PXI‑2557 is an RF signal multiplexer switch module. The higher channel count of the PXI‑2557 makes it ideal for test systems that require the switching of a large number of video RF signals, such as switching several video tuners under test to a single channel on the RF analyzer. The module also features excellent insertion loss, voltage standing wave ratio (VSWR), and isolation parameters to minimize signal degradation. You can use the onboard relay count tracking feature to predict relay lifetime and reduce unexpected system downtime.
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Curtiss-Wright Defense Solutions
Curtiss-Wright manufactures rugged DC/DC converter boards for stackable PC/104 and other small form factor embedded systems applications. Capable of supporting -40/+85°C extended temperature operation and high shock/vibration environments, these power supplies are routinely installed in vehicle and aircraft systems. Select models also support 1500V DC electrical isolation, remote power on/off shutdown capabilities and voltage input surge and spike protections per MIL-STD-1275 / MIL-STD-704. Some models also feature built-in EMI/EMC filtering for MIL-STD-461F that typically eliminates the need for additional in-line power conditioning/EMI filtering devices in military embedded systems.
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P55 -
Validyne Engineering
The robust P55 pressure transducer provides cost-effective reliability for severe test environments. With extreme resistance to shock and vibration, the P55 pressure transducer delivers the same high-level performance expected from more delicate differential pressure transducers and pressure transmitters. With variable reluctance sensing technology, the P55 pressure transducer delivers fast dynamic response, high resistance to vibration and superior signal stability through ambient temperature change for a wide variety of low-pressure to high-pressure measurements. The P55 pressure transducer will accept both liquids and gases directly at the sensing diaphragm and there are no internal isolation fluids to slow the sensor response or cause excessive temperature drift errors.
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SPR-32 -
Bruker Daltonics
Features like ‘Frame Inject’ allows for turn-key sample processing protocols and customized workflows created together with pharmaceutical customers. The faster data analysis and highly intuitive user interface combine to deliver an industry-leading SPR throughput of 10,000 control-substracted binding measurements. Combining flexible 8-needle sample delivery with a 32-sensor detection array laid out in 8 detection flow cells, enables 4 sensors per flow cell, an important advantage for controlled, high-throughput SPR methods. The patented Hydrodynamic Isolation™ technology enables ‘Any Sample, Any Sensor, Any Time’, making it the preferred platform for screening, kinetics, thermodynamics and epitope mapping for pharmaceutical applications.
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782400-01 -
NI
Non-Enclosed, 5 V/TTL, 8 Bidirectional Channels, 100 ns C Series Digital Module - The sbRIO‑9401 is a configurable digital I/O interface for input or output in 4-bit increments. Therefore, the sbRIO‑9401 can create three configurations: 8 digital inputs, 8 digital outputs, or four digital inputs and four digital outputs. With reconfigurable I/O (RIO) technology (CompactRIO only), you can use the LabVIEW FPGA Module to program the sbRIO‑9401 for implementing custom, high-speed counter/timers; digital communication protocols; pulse generation; or other applications. Each channel features transient isolation between the I/O channels and the backplane. Non-enclosed modules are designed for OEM applications.
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87106C -
Keysight Technologies
The Keysight 87106C multiport switch improves insertion loss repeatability and isolation, which is necessary for higher performance test systems. The repeatability and reliability of this switch is vital to ATS measurement accuracy and can cut the cost of ownership by reducing calibration cycles and increasing test system up time. The Keysight 87106C terminated multiport switch provides the long life and reliability required for automated test and measurement, signal monitoring, and routing applications. Highly repeatable switching capability is made possible through Keysight's rigorous design and tight manufacturing specifications. Low insertion loss repeatability reduces sources of random errors in the measurement path, which improves measurement accuracy.
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87104D -
Keysight Technologies
The Keysight 87104D multiport switch improves signal accuracy in RF and microwave signal routing and testing applications. This high performance electromechanical switch provides unmatched isolation and a 0.03 dB insertion loss repeatability, which is warranted for the 5-million life cycle of the switch. The 87104D’s low insertion loss repeatability reduces sources of random errors in the measurement path, which improves measurement accuracy. The repeatability and reliability of this switch guarantee measurement accuracy and can cut the cost of ownership by reducing calibration cycles and increasing test system up time. Highly repeatable switching capability is made possible through Keysight's rigorous design and tight manufacturing specifications.
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87104A -
Keysight Technologies
The Keysight 87104A multiport switch improves insertion loss repeatability and isolation, which is necessary for higher performance test systems. The repeatability and reliability of this switch is vital to ATS measurement accuracy and can cut the cost of ownership by reducing calibration cycles and increasing test system up time. The Keysight 87104A terminated multiport switch provides the long life and reliability required for automated test and measurement, signal monitoring, and routing applications. Highly repeatable switching capability is made possible through Keysight's rigorous design and tight manufacturing specifications. Low insertion loss repeatability reduces sources of random errors in the measurement path, which improves measurement accuracy.
