economy shockline vector network analyzer

Brand Name:Anritsu

Model Number:MS46322A

Place of Origin:Japan

The MS46322A is a series of Economy ShockLine™ Vector Network Analyzers with frequency range from 1 MHz to 4/8/14/20/30/43.5 GHz. It is based on patented Shockline VNA-on-chip technology, which simplifies the internal VNA architecture at high frequencies...

Brand Name:Anritsu

Model Number:MS46122B

The MS46122B is a compact, PC-controlled two-port VNA from Anritsu’s 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 bandwidth control and fast per-point sweep ...

Place of Origin:CN

Brand Name:Original Factory

Model Number:ADL5961ACCZ

ADL5961ACCZ Wireless Communication Module Integrated Vector Network Analyzer Front End [MJD Advantage] + 15 years experience for electronic components + Secure Ordering + Excellent Feedback + Delivery Date ...

Brand Name:Fanke High-voltage

Model Number:ML360

Place of Origin:Wuhan , China

Portable Vector Analyzer , Multifunctional Phase Parameter Comprehensive Tester,Secondary Circuit Test Tools I. Product Description and Advantages: Large screen dot matrix LCD display, can measure simultaneously, with the screen display of 16 parameters...

Model Number:ZTE ZXDSL 9836

Place of Origin:China

Brand Name:Huawei

ZTE ZXDSL 9836 Contact Us level VDSL2 vectoring prototype - ZXDSL 9836. By leveraging system-level vectoring technology, the transmission and reception signals on every copper can be collectively processed in the central vectoring engine of the ZXDSL 9836...

Place of Origin:Nanjing, China

Brand Name:LOPU

Model Number:LOPU

... monitoring computer as the core, and automatically completes antenna far-field measurement task, by conducting and controlling the same functional peripheral equipments, such as vector network analyzer,

Brand Name:Sinoscite

Model Number:CP13.75-14.5GS-1155

Place of Origin:Sichuan, China

..., vector network analyzers and transmitters, used to measure the RF power (forward component) from the RF source to the load, and The power (reflected component) of the RF source ...