Items Tagged with 's-parameter'

Passive Plus Inc. (PPI), a Modelithics® Vendor Partner (MVP), now provides S-parameter data that is currently downloadable free on their website.

Developers of wireless products that need to push to the higher communication bands now have access to an affordable VNA for operation up to 6 GHz. The new MegiQ VNA-0460 VNA measures impedances and other S-parameters from 400 MHz up to 6 GHz.

Modelithics Inc. is pleased to welcome IPDiA to the Modelithics Vendor Partner (MVP) Program, and announce the development of three new S-parameter (SPAR) models for IPDiA ultra-broadband surface mount silicon capacitors.

PPI has partnered with Modelithics to provide S-Parameter data that is currently downloadable free on the company's website.

HYPERLABS has added S-parameter capabilities (S11, S21) to Version 2.0 of its XTDR™ software. These features complement the existing time domain features (TDR, TDT, NEXT, and FEXT) already found in the HL2200 and HL5200 Series Signal Path Analyzers. 

Modelithics Inc., the industry leader in simulation models for RF, microwave, and millimeter-wave devices, announces the release of The Modelithics COMPLETE Library V11 for Agilent Advanced Design System (ADS). The Modelithics COMPLETE Library offers the industry’s most comprehensive collection of advanced and highly scalable simulation models for passive components and non-linear models for active devices such as diodes, transistors, amplifiers and more. They are engineered to provide extensive design flexibility and reliably accurate design simulation results. 

Agilent Technologies Inc. introduced the Agilent N1055A 35/50-GHz (8-ps) time-domain reflectometry and transmission module for the Agilent 86100D DCA-X platform. The module provides fast, accurate impedance and S-parameter measurements on high-speed designs that have up to 16 ports.

OML introduces millimeter wave intermodulation distortion (IMD) measurements to target emerging gigabit applications such as WirelessHD, WiGig, 802.11ad and E-band point-to-point radios. In these applications, the linearity of amplifiers and transceivers can adversely affect bit terror rate, especially those involving higher order modulation.