In an environment friendly collaboration, Rohde & Schwarz has developed the primary built-in testing answer for the Taiwan Area Company (TASA), enabling seamless EMC and antenna measurements inside a single chamber. The mission underscores the rising demand for superior satellite tv for pc testing techniques as Non-Terrestrial Community applied sciences evolve.
Rohde & Schwarz has taken a major step ahead in satellite tv for pc testing know-how by delivering a completely custom-made answer to the TASA. For the primary time, Rohde & Schwarz built-in EMC and antenna measurement capabilities right into a single take a look at chamber, addressing a posh problem in satellite tv for pc payload testing. The modern system, now operational at TASA’s facility, displays the rising want for superior satellite tv for pc testing methodologies. With the rising adoption of Non-Terrestrial Community (NTN) applied sciences, exact validation of satellite tv for pc efficiency in advanced environments is changing into important. This contains making certain seamless integration between satellites and mobile base stations — an space the place typical testing strategies usually fall quick.
The mission’s complexity stemmed from TASA’s twin testing requirement: a single chamber able to performing each EMC and antenna measurements. To satisfy this demand, Rohde & Schwarz’s answer features a R&S ZNA43 vector community analyzer, R&S AMS32 custom-made measurement software program, and engineering companies. The system additionally included a Compact Antenna Check Vary (CATR) reflector, developed in partnership with a Taiwan third-party provider.
A key innovation within the mission was the introduction of a patented diamond-shaped reflector design. This reflector minimizes interference inside the chamber and reduces interactions between the reflector, feed, and Machine Underneath Check (DUT) positioner. The result’s improved accuracy and reliability in measuring advanced satellite tv for pc payloads.
For Rohde & Schwarz, this mission strengthened its experience in integrating third-party elements. The collaboration between a third-party provider and TASA highlights the corporate’s adaptability in addressing specialised buyer necessities whereas sustaining excessive requirements of efficiency and reliability.
As satellite-based connectivity turns into extra integral to international communications, the business faces rising expectations for sturdy and dependable testing processes. Satellites play a vital position in making certain seamless communication throughout a variety of purposes, from distant sensing instruments to cellular networks.
