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The MS46122B is a compact, PC-controlled two-port VNA from Anritsus ShockLine family, covering 1 MHz to as high as 43.5 GHz depending on the installed option. It delivers over 120 dB dynamic range with fine IF...
The MS2025B is a two-port handheld VNA covering 5 kHz to 6 GHz for field and bench characterization of cables, antennas, filters, and active RF devices. It offers >100 dB dynamic range below 3 GHz, fast ~350 s...
The MS4624B is the wideband model of Anritsus 462xB VNA family, extending accurate S-parameter, magnitude/phase, and group-delay measurements to 20 GHz. It provides around 100 dB dynamic range at the top end a...
The pre-owned R&S ZNB8 delivers metrology-grade S-parameter measurement from 9 kHz to 8.5 GHz with a class-leading 140 dB dynamic range and trace noise below 0.004 dB, ensuring clean characterization of filters...
The pre-owned R&S ZVB8 delivers metrology-grade S-parameter measurements from 300 kHz to 8 GHz with class-leading 140 dB dynamic range and sub-0.003 dB trace noise, ensuring clean characterisation of filters, L...
The MS46121A is a compact, PC-controlled single-port VNA in Anritsus ShockLine family, covering up to 40 GHz depending on the installed option. It delivers over 115 dB dynamic range with fine IF bandwidth cont...
The 37369A is a wideband member of Anritsus Lightning VNA family, delivering precise S-parameter, magnitude/phase, and group-delay measurements from 40 MHz to 40 GHz. With around 100 dB dynamic range and fine ...
The 37347C is part of Anritsus Lightning VNA family, providing accurate S-parameter, magnitude/phase, and group-delay measurements from 40 MHz to 20 GHz. With around 100 dB dynamic range and IF bandwidths down...
The 37369C is a wideband member of Anritsus Lightning VNA family, delivering accurate S-parameter, magnitude/phase, and group-delay measurements from 40 MHz to 40 GHz. With around 100 dB dynamic range and IF b...
The 37247D belongs to Anritsus Lightning VNA family and provides precise S-parameter, magnitude/phase, and group-delay measurements from 40 MHz to 20 GHz. A typical 100 dB dynamic range and fine IF bandwidth c...
The MS4622B is the 3 GHz model of Anritsus 462xB VNA family, providing precise S-parameter, magnitude/phase, and group-delay measurements for RF components and subsystems. A typical 125 dB dynamic range across...
A pre-owned Agilent N5225A PNA gives R&D and production teams wide 10 MHz-to-50 GHz coverage with 110 dB receiver dynamic range, revealing minute S-parameter variations in high-gain or high-loss fixtures. Ultra...
The pre-owned Agilent N5244A PNA-X delivers wide 10 MHz-to-43.5 GHz coverage, 126 dB system dynamic range and sub-0.002 dB trace noise, giving R&D and production engineers clear visibility into tiny S-parameter...
The pre-owned Agilent N5235B PNA-L couples wide-band 10 MHz-to-50 GHz coverage with a 122 dB receiver dynamic range and only 0.003 dB trace noise, revealing minute S-parameter changes without external boosters....
The pre-owned Agilent 8714ES pairs a synthesized 300 kHz3 GHz source with a fully integrated S-parameter test set, delivering magnitude and phase measurements in one compact box. A 100 dB dynamic range and 40 ...
The pre-owned Agilent N3383A PNA offers three-port vector analysis from 300 kHz to 9 GHz, pairing a 128 dB test-port dynamic range with 143 dB direct-receiver range so high-gain devices and deep-null filters ar...
The pre-owned Agilent 8719ET couples a synthesized 50 MHz-to-13.5 GHz source with an integrated transmission/reflection test set, delivering forward-direction S-parameter magnitude and phase in one compact chas...
The pre-owned Advantest R3767CH delivers metrology-grade S-parameter measurements from 40 MHz up to 8 GHz in a compact 6-U chassis. A 120 dB dynamic range and sub-0.004 dB trace noise reveal deep filter notches...
The pre-owned R&S ZNB20 delivers metrology-grade S-parameter measurements from 100 kHz to 20 GHz with a class-leading 140 dB dynamic range and sub-0.004 dB trace noise. Fast 4 ms sweeps over 401 points accelera...
..., the packet shunt device can quickly and accurately distribute the massive data packets to each back-end server for further processing based on the different five-tuple information of the packets themselves...