The Agilent 83620B synthesized sweeper is the standard of excellence for applications requiring the high performance and accuracy of a synthesized source and the speed and versatility of a sweep oscillator. Synthesized broadband frequency coverage and precise 1 Hz frequency resolution (Opt 008) are generated by indirect synthesis, enabling the Agilent 83620B to achieve low single-sideband phase noise performance. It also delivers excellent harmonic performance with harmonics at least 50 dB below the carrier from 2.0 to 20 GHz.
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The Agilent 4285A precision LCR meter is a cost-effective solution for component and material measurement. For demanding RF component tests, the Agilent 4285A offers a higher test-frequency range, from 75 kHz to 30 MHz. Whether in research and development, production, quality assurance, or incoming inspection, the Agilent 4285A will meet all of your LCR meter test and measurement requirements
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The Agilent W11644A calibration kit contains the precision mechanical standards required to calibrate the systematic errors of Agilent network analyzers. This calibration kit has a precision airline for performing the Thru-Reflect-Line (TRL) calibration, the most accurate error-correction technique for coaxial measurements. This kit also contains flush short circuit, a precision shim, and a fixed termination.
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The Agilent 8753ES vector network analyzer allows complete characterization of RF components. The 8753ES includes an integrated synthesized source, test set and tuned receiver. The built-in S-parameter test set provides a full range of magnitude and phase measurements in both the forward and reverse directions. Built-in vector accuracy enhancement techniques include full two-port calibration, adapter-removal and TRL*/LRM* calibration.
The 8753ET/ES family includes both T/R and S-parameter test sets, covering 3 and 6 GHz.
Unit includes Calibration.
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Agilent HP Keysight M9505A 5-slot AXIe Chassis with Embedded System Module and Gen 2, x8 link to External Controller
The M9505A AXIe Chassis is fully compatible with the AXIe 1.0 specification. It includes an embedded system module (ESM) that does not take up an instrument slot. This system module performs the chassis management functions contained in the AXIe specification. Additionally, it provides PCI and LAN interfaces for connection to an external computer, external clock and trigger connectors, and Keysight-exclusive, inter-chassis synchronization connectors. The local bus implemented in the M9505A provides the maximum 62 pairs allowed by the AXIe specification. Combine the M9505A with the M9048A PCIe Desktop Adaptor to achieve the highest system bandwidth.
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Rigol’s DSA875 spectrum analyzer is a remarkable 7.5GHz RF tool that has made this product category affordable in a product with excellent performance. The DSA875 gives RF engineers immediate access to RF spectrum analysis on their benchtop. The widescreen LCD, compact design and intuitive operation provides a really useful and affordable tool for RF designers who need results for today’s frequencies up to 7.5GHz. Ideal for bench or field use, the DSA875 is employed around the world in many RF and wireless test and production areas. The DSA875 can measure even quite small signals by using a digital IF filter, small bandwidth settings reduce visible noise levels. The DSA875 distinguishes between signal inputs with a frequency difference as little as 100Hz. The DSA875 also adds useful standard capabilities, such as AM/FM demodulation, and a signal preamp.
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This kit includes option 2MF – K (male) to K (female)
The 36585 Series Precision AutoCal provides the highest performance calibration, barring the use of multiple airlines for an LRL coaxial calibration. The latter is used only by metrology centers due to its tedious nature, requiring the manual insertion of center conductors and outer shells of multiple beadless air lines. However, because the AutoCal calibration method is a transfer method that is based on the LRL Calibration, it provides better corrected characteristics than any SOLT manual calibration, even if using a Sliding Load. Coupled with the fact that automatic calibrations are much faster and less error-prone than manual calibrations, the precision AutoCal becomes the preferred VNA calibration method for all applications, from R&D to Manufacturing.