Showing results: 2191 - 2205 of 2524 items found.
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HMMC-3022 -
Keysight Technologies
The HMMC-3022 is a DC - 12 GHz divide by two prescaler designed for use in high frequency communications, microwave instrumentation, and EW radar systems where low phase-noise PLL control circuitry or broadband frequency translation is required.
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U9391M -
Keysight Technologies
U9391M comb generators were developed to provide precision phase calibration, for non-linear measurements using the PNA-X nonlinear vector network analyser (NVNA), referenced to the National Institute of Standards and Technology (NIST) standard. Additionally, the comb generators can be used to calibrate PNA and PNA-X network analyzers for phase and delay measurements of frequency converters without requiring reference or calibration mixers.
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N9933B -
Keysight Technologies
A lightweight, durable, microwave spectrum analyzer, interference analyzer, distance-tracking generator, preamplifier, power meter, and more.
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P5008A -
Keysight Technologies
Compact, faceless, USB vector network analyzer (VNA). Flexible two port VNA which dramatically reduces your size of test. Up to 53 GHz.
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85052C -
Keysight Technologies
The Keysight 85052C precision mechanical calibration kit contains precision standard devices to characterize the systematic errors of Keysight network analyzers in the 3.5 mm interface. This kit also contains adapters to change the gender of the test port and a torque wrench for proper connection.
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P5007A -
Keysight Technologies
Compact, faceless, USB vector network analyzer (VNA). Flexible two port VNA which dramatically reduces your size of test. Up to 44 GHz.
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UXR0804B -
Keysight Technologies
The UXR0804B is the 80 GHz, 4 Channel, UXR-Series Real-Time Infiniium Oscilloscope.
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UXR0704BP -
Keysight Technologies
The UXR0704BP is the 70 GHz, 4 channel, 1mm input, Infiniium UXR-Series real-time oscilloscope.
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N1040A -
Keysight Technologies
The N1040A is a dual electrical channel plug-in module for the N1000A DCA-X mainframe and provides two electrical channels with maximum bandwidth of 33 or 60 GHz, based on the option selected.
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U9397C -
Keysight Technologies
The Keysight U9397C solid state switch maximizes your frequency range from 300 kHz up to 18 GHz, offering excellent performance with high isolation, low SWR and fast switching speed. Applications include instrumentation, communications, radar, and many other test systems that require high speed RF and microwave SPDT switching.
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EXR108A -
Keysight Technologies
1 GHz on all 8 channels, 8 instruments integrated in one, hardware accelerated plotting, and fully upgradeable to 2.5 GHz
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N5241B -
Keysight Technologies
Simplify your test stations by replacing racks and stacks of equipment Increase productivity with the most integrated and flexible single-connection microwave test engine Reduce test time with the world's widest range of single-connection measurement applications Accurately test linear and nonlinear device characterization using advanced error correction Accelerate insight into component behavior using a multi-touch display and intuitive user interface Every spec verified, adjustments included Lock in support & peak performance from the start
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11852B -
Keysight Technologies
The Keysight 11852B is an instrument-grade, 50-ohm type-N female to 75-ohm type-N male adapter. This product is also available in a 50-ohm type-N male to 75-ohm type-N female configuration. The 11852B Option 004 has a 50 Ohm Type-N (m) and 75 Ohm Type-N (f) connector.
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DAQM905A -
Keysight Technologies
2 GHz Dual 1:4 RF Mux, 50 Ohm Module. Direct connection to SMB inputs with 2 GHz usable bandwidth.
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1GC1-8038 -
Keysight Technologies
The 1GG1-8038 is a passive diode frequency doubler. It is specified to operate with a 2050 GHz output frequency. Conversion efficiency is usually around -12 dB. The device has low 1/2 and 3/2 spurious output, typically 15 dBc or better. The doubler can be biased through onchip resistors to allow operation at low input levels. Up to 22 dBm at the input can be accommodated. Onchip DC blocking capacitors are included at the input and output.