Description
Anritsu MS4646B 65 GHz Millimeter-wave Vector Network Analyzer Anritsu Company introduces an Optoelectronic Measurements application for its industry-leading VectorStar™ MS4646B Vector Network Analyzer (VNA) family that creates a unique test solution with the capability to characterize magnitude and phase of E/O and O/E devices up to 65 GHz. Flexible in its configuration, the VectorStar-based solution provides the most cost-efficient method for signal integrity engineers to conduct highly accurate measurements on domain-transfer devices, including optical modulators, direct modulated lasers, integrated transmitters, photodiodes and photo-receivers.Anritsu designed the system to be used in a variety of applications. Integration of the MS4646B 70 GHz VectorStar and AnritsuMS4646B O/E calibration module characterized for 1550 nm in both magnitude and phase allows signal integrity engineers to test devices used in 40 Gb/s transmission systems. VectorStar 20 GHz models and 20 GHz characterized photodiodes can be used to cost-effectively measure optical devices for 2.5 Gb/s and 10 Gb/s applications.
Key Features: Anritsu MS4646B
- The VectorStar E and W band system combines the 40 GHz MS4646B or
higher frequency VNA with the 3739B test set to control the banded
version mm-wave modules. - The 3744A-EE mm-wave module provides extended E Band coverage
from 56 to 94 GHz with WR12 waveguide flange and operates to 95 GHz. - The 3744A-EW mm-wave module provides extended W Band coverage
from 65 to 110 GHz with WR10 waveguide flange. - The Anritsu mm-wave modules provide the first millimeter-wave system
with real time electronic power leveling thereby eliminating power correction
time lag found on alternative systems using software correction feedback. - Provides accurate, stable power control with widest power sweep for
safe, accurate gain compression measurements.
VectorStar E and W Band Millimeter-wave System
VectorStar ME7838A Millimeter-wave System - The waveguide adapter can be removed for on-wafer applications and
DC bias. - The mm-wave module can be easily adapted for any waveguide band
operating from 54 to 125 GHz
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