Showing results: 46 - 60 of 66 items found.
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M9817AS -
Keysight Technologies
The PXI vector component analyzer enables complex multiport device characterization with continuous wave and modulated signal measurements.
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M9815AS -
Keysight Technologies
The PXI vector component analyzer (VCA) enables complex multiport device characterization with continuous wave (CW) and modulated signal measurements.
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M9818AS -
Keysight Technologies
The PXI vector component analyzer enables complex multiport device characterization with continuous wave and modulated signal measurements.
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DS Instruments
Using a Spectrum Analyzer (SA) in combination with a Tracking Generator (TG) enables swept scalar frequency response measurements of active and passive networks.
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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.
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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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Elmika
Waveguide cassettes provide easy way for the network analyzer calibration and material properties as dielectric permittivity or (and) magnetic permeability measurements. By changing insertion sections, it is possible to calibrate "Short" and "Thru". Optional cassettes with quarter wave "short" inserters are available. Using this waveguide cassette, it is possible to do vector network analyzer calibration or additional scalar network analyzer calibration. Insertable sample holders supports two measurement methods: the rod in the centre of the waveguide and filled waveguide cross-section.
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SolarWinds
One of the most important measurement tasks in radio engineering is the analysis of electrical circuits. A network analyzer is an instrument that is designed to solve this problem with high accuracy and efficiency. The circuits that can be analyzed with network analyzers have a wide range of applications ranging from simple devices such as filters and amplifiers to complex modules used in communications satellites. PLANAR specializes in the development and production of vector network analyzers that combine the capabilities of scalar network analyzers that measure not only the amplitude components of the main characteristics of the system (gain, loss, standing wave ratio, etc.), but also allow measurements of the amplitude and phase characteristics of the system .
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Planar, llc
One of the most important measurement tasks in radio engineering is the analysis of electrical circuits. A network analyzer is an instrument that is designed to solve this problem with high accuracy and efficiency. The circuits that can be analyzed with network analyzers have a wide range of applications ranging from simple devices such as filters and amplifiers to complex modules used in communications satellites. PLANAR specializes in the development and production of vector network analyzers that combine the capabilities of scalar network analyzers that measure not only the amplitude components of the main characteristics of the system (gain, loss, standing wave ratio, etc.), but also allow measurements of the amplitude and phase characteristics of the system .