Showing results: 3391 - 3405 of 3687 items found.
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ACMAS Technologies Pvt. Ltd.
Constant Temperature and Humidity Test Chamber from Weiber are environmental test chambers, designed to simulate constant climatic conditions for testing a wide variety of products for their quality, performance, shelf life and stability. They are used to simulate constant temperature and humidity conditions, thereby creating a physiologically ideal environment for product testing. These equipments are most commonly employed for testing electrical devices, electronic parts and components, instruments, biological samples, food items and other manufactured and processed goods and find widespread usage in scientific research organizations, semiconductor industries, material research institutes and other industrial and manufacturing units.
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Rohde & Schwarz GmbH & Co. KG
Get the most out of your mobile networks and devices. Our comprehensive portfolio of wireless testing equipment is designed to address even the most complex measurement requirements.The multistandard, modular and highly flexible, one-box wireless communication test solutions from Rohde & Schwarz support all main cellular communications, wireless connectivity, GNSS and broadband standards.Featuring high-speed, high-precision and exceptional flexibility, our leading-edge solutions can easily be extended to cover the latest standard enhancements. Benefit from our decades-long excellence in the T&M industry – Rohde & Schwarz is the right partner to fulfil your test requirements.
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SMX-6XXX (RF/Switching) -
AMETEK VTI Instruments
The VTI SMX-6xxx Series of high density non-blocking RF multiplexers deliver exceptional performance and reliability in a compact single-slot configuration. Front panel connectivity is available in both SMB and PKZ formats to integrate seamlessly into new or existing test systems. Embedded virtual schematic control further simplifies setup and debugging allowing all relays to be engaged independent of application software and device drivers.The SMX-6xxx Series delivers unmatched bandwidth and isolation performance resulting in exceptional measurement integrity that is ideal for the most demanding aerospace, defense and automotive automated test equipment (ATE) applications.
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152870-01 -
NI
68-Pin, Male VHDCI to 68-Pin, Male VHDCI, 50 Ω, Shielded Digital Cable - The SHC68-C68-D4 Digital Cable connects NI 6535/6/7, 654x, 655x, and 657x digital instruments with other NI accessories like the CB-2162 Connector Block or SMB-2163 Terminal Block. You can also use it with certain Digital I/O Adapter Modules for FlexRIO, Digitizer Adapter Modules for FlexRIO, Signal Generator Adapter Modules for FlexRIO, and high-speed serial instruments. It is flexible and easily fits around custom test fixtures and other equipment. It is a shielded, 50 Ω cable and is offered in different lengths.
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195949-01 -
NI
68-Pin, Male VHDCI to 68-Pin, Male VHDCI, 50 Ω, Unshielded Digital Cable - The C68-C68-D4 Digital Cable connects NI 6535/6/7, 654x, 655x, and 657x digital instruments with other NI accessories like the CB-2162 Connector Block or SMB-2163 Terminal Block. You can also use it with certain Digital I/O Adapter Modules for FlexRIO, Digitizer Adapter Modules for FlexRIO, Signal Generator Adapter Modules for FlexRIO, and high-speed serial instruments. It is flexible and easily fits around custom test fixtures and other equipment. It is an unshielded, 50 Ω cable.
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781673-02 -
NI
The NI‑9881 is a high-speed CANopen interface for developing CANopen applications in LabVIEW software on CompactRIO hardware. CANopen is the application layer that sits on top of the CAN physical layer often used for industrial automation … applications. It was designed for motion-oriented machine control networks, such as handling systems, but now it is used in a variety of applications, including medical equipment, off-road vehicles, maritime electronics, public transportation, and building automation. The NI‑9881 can transmit/receive process data objects (PDOs) and service data objects (SDOs) according to CiA‑DS 301. The NI‑9881 is compatible with only CompactRIO systems.
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781673-01 -
NI
The NI‑9881 is a high-speed CANopen interface for developing CANopen applications in LabVIEW software on CompactRIO hardware. CANopen is the application layer that sits on top of the CAN physical layer often used for industrial automation … applications. It was designed for motion-oriented machine control networks, such as handling systems, but now it is used in a variety of applications, including medical equipment, off-road vehicles, maritime electronics, public transportation, and building automation. The NI‑9881 can transmit/receive process data objects (PDOs) and service data objects (SDOs) according to CiA‑DS 301. The NI‑9881 is compatible with only CompactRIO systems.
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CK564A -
Spanawave Corporation
The Network Analyzer Calibration Kits with open, short, load, and thru (OSLT) provide the RF components needed to enable stable and accurate error correct measurements. Calibration of a network analyzer using Spanawave's Network Analyzer Calibration Kits allow for precise measurements. The Calibration Kits offer broad test equipment coverage for use with the 8003 Scalar Network Analyzer as well as being compatible with most network analyzers produced by other manufacturers. Spanawave calibration kits yield complete calibrations, as it takes into consideration the three major sources of systematic error correction by one port calibration at both ports.
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CK058M -
Spanawave Corporation
The Network Analyzer Calibration Kits with open, short, load, and thru (OSLT) provide the RF components needed to enable stable and accurate error correct measurements. Calibration of a network analyzer using Spanawave's Network Analyzer Calibration Kits allow for precise measurements. The Calibration Kits offer broad test equipment coverage for use with the 8003 Scalar Network Analyzer as well as being compatible with most network analyzers produced by other manufacturers. Spanawave calibration kits yield complete calibrations, as it takes into consideration the three major sources of systematic error correction by one port calibration at both ports.
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CK520A -
Spanawave Corporation
The Network Analyzer Calibration Kits with open, short, load, and thru (OSLT) provide the RF components needed to enable stable and accurate error correct measurements. Calibration of a network analyzer using Spanawave's Network Analyzer Calibration Kits allow for precise measurements. The Calibration Kits offer broad test equipment coverage for use with the 8003 Scalar Network Analyzer as well as being compatible with most network analyzers produced by other manufacturers. Spanawave calibration kits yield complete calibrations, as it takes into consideration the three major sources of systematic error correction by one port calibration at both ports.
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CK058F -
Spanawave Corporation
The Network Analyzer Calibration Kits with open, short, load, and thru (OSLT) provide the RF components needed to enable stable and accurate error correct measurements. Calibration of a network analyzer using Spanawave's Network Analyzer Calibration Kits allow for precise measurements. The Calibration Kits offer broad test equipment coverage for use with the 8003 Scalar Network Analyzer as well as being compatible with most network analyzers produced by other manufacturers. Spanawave calibration kits yield complete calibrations, as it takes into consideration the three major sources of systematic error correction by one port calibration at both ports.
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CK562A -
Spanawave Corporation
The Network Analyzer Calibration Kits with open, short, load, and thru (OSLT) provide the RF components needed to enable stable and accurate error correct measurements. Calibration of a network analyzer using Spanawave's Network Analyzer Calibration Kits allow for precise measurements. The Calibration Kits offer broad test equipment coverage for use with the 8003 Scalar Network Analyzer as well as being compatible with most network analyzers produced by other manufacturers. Spanawave calibration kits yield complete calibrations, as it takes into consideration the three major sources of systematic error correction by one port calibration at both ports.
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CK518A -
Spanawave Corporation
The Network Analyzer Calibration Kits with open, short, load, and thru (OSLT) provide the RF components needed to enable stable and accurate error correct measurements. Calibration of a network analyzer using Spanawave's Network Analyzer Calibration Kits allow for precise measurements. The Calibration Kits offer broad test equipment coverage for use with the 8003 Scalar Network Analyzer as well as being compatible with most network analyzers produced by other manufacturers. Spanawave calibration kits yield complete calibrations, as it takes into consideration the three major sources of systematic error correction by one port calibration at both ports.
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CK521A -
Spanawave Corporation
The Network Analyzer Calibration Kits with open, short, load, and thru (OSLT) provide the RF components needed to enable stable and accurate error correct measurements. Calibration of a network analyzer using Spanawave's Network Analyzer Calibration Kits allow for precise measurements. The Calibration Kits offer broad test equipment coverage for use with the 8003 Scalar Network Analyzer as well as being compatible with most network analyzers produced by other manufacturers. Spanawave calibration kits yield complete calibrations, as it takes into consideration the three major sources of systematic error correction by one port calibration at both ports.
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CK519A -
Spanawave Corporation
The Network Analyzer Calibration Kits with open, short, load, and thru (OSLT) provide the RF components needed to enable stable and accurate error correct measurements. Calibration of a network analyzer using Spanawave's Network Analyzer Calibration Kits allow for precise measurements. The Calibration Kits offer broad test equipment coverage for use with the 8003 Scalar Network Analyzer as well as being compatible with most network analyzers produced by other manufacturers. Spanawave calibration kits yield complete calibrations, as it takes into consideration the three major sources of systematic error correction by one port calibration at both ports.
