Showing results: 6451 - 6465 of 7336 items found.
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10076C -
Keysight Technologies
The Keysight 10076C 3.7 kVpk, 100:1 passive probe gives you the voltage and bandwidth you need for making high-voltage measurements. Its compact design makes it easier to probe today's small power electronics components, and its rugged construction means it can withstand rough handling without breaking.
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10759A -
Keysight Technologies
The Keysight 10759A Foots pacing Kit, included in the Keysight 55282A Flatness Accessory Kit, provides three precision baseplates with 50.8 mm (2 in), 101.6 mm (4 in) and 152.4 mm (6 in) pad spacing. As an accessory to the Keysight 5530Laser Calibration System, the kit simplifies the mounting of the flatness mirror used in flatness measurement applications. The Keysight 10759A minimizes the grid setup and data accumulation time required for plate calibration.
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N1000A -
Keysight Technologies
Flexible, modular, mainframe platform by selecting from a variety of plug-in modules that perform precision optical, electrical, and TDR/TDT measurements.
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S95083B -
Keysight Technologies
The Keysight S95083B measurement software includes the scalar mixer / converter plus phase (SMC+Phase) measurement class. It provides fully calibrated conversion gain / loss, relative phase, and absolute group delay measurements of mixers and converters without the need for reference or calibration mixers. Eliminating the calibration mixer requires a U9391C / F / G comb generator and an external DC power supply. A vector mixer characterization (VMC) is also included for measuring group delay of frequency-converting devices. VMC can be used to characterize a user-supplied calibration mixer.
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Keysight Technologies
Signature 7-inch dual-measurement color display with the 5.5-digit EDU34450AGet high-contrast readings on OLED display with the 5.5-digit 34450AHigh accuracy up to 4 ppm and high speed up to 100,000 readings/s with the 8.5-digit 3458AYour companion for highly sensitive DCV and resistance measurements, the 7.5-digit 34420A micro-ohm meter
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10717A -
Keysight Technologies
The Keysight 10717A Wavelength Tracker tracks changes in the air's index of refraction to optically compensate for environmental changes. It uses one axis of a laser measurement system to report wavelength of light changes, not changes in position. It is used to correct displacement values reported by other measurement axes in the system, hence improving measurement accuracy. It provides a higher degree of accuracy than environmental sensors such as the 10751C and 10751D Air Sensors.
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Keysight Technologies
With the Keysight Streamline Series, you can expect a common UI, measurement capabilities, and automated code in all form factors: USB, benchtop, and modular. This allows you to move between product development phases more efficiently and effectively since you can transfer knowledge and data easily among the various platforms.
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E1834J -
Keysight Technologies
The E1834J is a 67% beam splitter in a high performance horizontal mount that offer the high pointing stability for Keysight laser interferometer measurement system. The 8 flexure feet are designed for stable beam pointing.
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R347B -
Keysight Technologies
The Keysight R347B noise source covers a 26.5 to 40 GHz frequency range. This waveguide noise source allows you to make accurate and convenient noise figure measurements on millimeter-wave devices. The R347B provides highly precise broadband noise at the input of the system or component under test. The noise figure meter then processes the ON/OFF ratio of noise power present in the system IF, and provides an accurate reading of noise figure and gain. The R347B noise source has remarkable ENR stability over time, which allows longer recalibration cycles and more accurate noise figure measurements.
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B2900 Series -
Keysight Technologies
The Keysight B2900 Series precision source measure unit (SMU) provides superior performance and usability at a reasonable price. These compact benchtop SMUs enable you to quickly take various I-V (current versus voltage) measurements requiring high resolution and accuracy. Easily view results on the user-friendly, color LCD graphic interface without changing connections.
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10767A -
Keysight Technologies
The Keysight 10767A Linear Retroreflector is one component in a family of measurement optics that tailor interferometer systems for the physical layout and measurement requirements of each application. When configured with appropriate Keysight5530 Laser Calibration System components, 10767A becomes part of a precise positioning system that improves product quality, increases yields, and facilitates the manufacture of precision products.
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10705A -
Keysight Technologies
The Keysight 10705A Single Beam Interferometer, the smallest linear interferometer, is designed for making low mass or limited space single axis measurements. It is ideal for use in disk drive and other confined space applications. The single beam interferometer is called that because the outgoing and returning beams are superimposed on each other, giving the appearance of only one beam traveling between the interferometer and the retroreflector.
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N7007A -
Keysight Technologies
Many environmental test engineers today are using standard-temperature probes in extreme temperature condition, which causes physical damage to the probe. Another common practice among environmental test engineers is to simply attach long wires at the end of their probes, which significantly degrades measurement performance due to excessive inductance and reduced bandwidth. Keysight addresses this issue with the N7007A single-end passive probe.
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S96082A -
Keysight Technologies
The S96082A offers the solutions for measuring mixers/frequency converters and amplifier's harmonics using the ENA. The frequency offset mode (FOM) provides the capability to tune the ENA's receivers to different frequencies from the source. This enables measuring amplifier's harmonic responses and mixer/converter's conversion loss.
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E1708A -
Keysight Technologies
The Keysight E1708A uses an optical fiber to transport the laser beam from a remote sensor assembly to the electronics. This improves measurement accuracy and repeatability by enabling you to mount heat-producing electronics away from the measurement area. The fiber optic cable also provides increased mounting design flexibility and easier access to the receiver attenuation and squelch adjustments.