Search Results for driven modal hfss
When running an HFSS simulation, do you recommend using Driven Modal or ...
Driven modal is more accurate for the simulations of our connectors as it will show if other modes are generated at higher frequencies. As this model is intended for a board launch optimization and not a full system simulation, we suggest first trying to set up the simulation as driven modal.
Frequently Asked Questions - Amphenol RF
When running an HFSS simulation, do you recommend using Driven Modal or Driven Terminal? Are your PCB mount RF connectors washable? What is the Difference Between Return Loss and VSWR?
ANSYS HFSS 3D Component Models - Amphenol RF
ANSYS HFSS 3D models are available for a number of PCB connector configurations including SMA High Frequency End Launch Conne ctors. These models are located under the download section and require registration. If there is a specific HFSS 3D model you are interested in, please contact Amphenol RF directly.
Technical - Amphenol RF
When running an HFSS simulation, do you recommend using Driven Modal or Driven Terminal? Are your PCB mount RF connectors washable? What is the Difference Between Return Loss and VSWR? What Torque Specification do I apply? What is the Power Handling Capability of a Connector?
HFSS Models - Document Library | Page 3 - Amphenol RF
901-2PB100000AE HFSS 3D Comp Model 901_2....a3dcomp. 222181 HFSS 3D Comp Model 22218....a3dcomp. 172228-14 HFSS 3D Comp Model no-im....jpg. 082-6303 HFSS 3D Model 082_6....a3dcomp. 172228-14 HFSS 3D Model 17222....a3dcomp. 132415 HFSS 3D Component Model 13241....a3dcomp. 925-197J-51P HFSS 3D Comp Model 925_1....a3dcomp. View as Grid List. Page.
HFSS Models - Document Library | Page 2 - Amphenol RF
031-70564-12G HFSS 3D Comp Model 31_70....a3dcomp. 031-70526-1X HFSS 3D Comp Model 31_70....a3dcomp. View as Grid List. Page. Page Previous; Page 1; You're currently reading page 2; Page 3; Page 4; Page 5; Page Next; Sort By: Set Descending Direction. Compare Products. Remove This Item; Compare. Clear All ...
HFSS Models - Document Library - Amphenol RF
Back; N-Type Adapters; N-Type to 1.0-2.3 Adapters; N-Type to 2.2-5 Adapters; N-Type to 4.1-9.5 Adapters; N-Type to 4.3-10 Adapters; N-Type to 7-16 Adapters
HFSS Models - Document Library | Page 15 - amphenolrf.com
SMP-MSSB-PCS-15 HFSS 3D Comp Model SMP_M....a3dcomp. SMP-MSSB-PCT HFSS 3D Comp Model SMP_M....a3dcomp. 034-1135-12G HFSS 3D Comp Model 34_11....a3dcomp. 925-196J-51P HFSS 3D Comp Model 925_1....a3dcomp. SMP-MSSB-PCT-5 HFSS 3D Comp Model SMP_M....a3dcomp. 031-70564-12G HFSS 3D Comp Model 31_70....A3DCOMP. View as Grid List. Page.
Navigating the Speed of Tomorrow: Unveiling 224G High-Speed Solutions
The quest for speed, reliability, and innovation is relentless in the ever-evolving landscape of connectivity solutions. As industries race toward the future, the demand for high-speed interconnects capable of handling the data deluge becomes more pressing.
What is an HFSS 3D component model? - Amphenol RF
Amphenol RF offers encrypted ANSYS HFSS 3D component models of printed circuit board connectors for download. They will be found in the document library section.
HFSS Models - Document Library - Amphenol RF
Back; N-Type Adapters; N-Type to 1.0-2.3 Adapters; N-Type to 2.2-5 Adapters; N-Type to 4.1-9.5 Adapters; N-Type to 4.3-10 Adapters; N-Type to 7-16 Adapters
Amphenol RF Offers ANSYS HFSS 3D Component Models Online
Amphenol RF introduces ANSYS HFSS 3D component models of PCB connectors intended to streamline the design of new products and eliminate the need for physical prototyping. Amphenol RF is proud to announce the release of their first set of ANSYS HFSS 3D component models. These 3D models are compatible with ANSYS R17, or any newer version of the ...
QSFP DD | High Speed Interconnects | Amphenol
Amphenol QSFP DD interconnect system is comprised of a 76 position, 0.8mm pitch connector built for use in high speed serial applications. Each port supports up to 400Gb/s in aggregate over an 8 x 50Gb/s electrical interface.
Model 2025E | PCB Piezotronics
Model 2025E:Modal Shaker, 58 N (13 lbf) pk sine force, 18 mm (0.7") pk-pk stroke, with adjustable collet stinger attachment and through-hole armature
Process Control - Amphenol Sensors
Amphenol Sensors is a leading innovator in sensing technologies and measurement solutions. Offering the most diverse sensor portfolio of standard and customized products for the world’s most demanding regulatory and industry-driven applications, Amphenol creates value by providing critical information for real-time decisions.
Importing a 3D Component onto a PCB Launch Model - Amphenol RF
component or enable materials override in the HFSS design settings. Note that although the internal geometry is hidden, it will still simulate as normal. 8 A small amount of solder is already modeled on the center pin, but if an accurate solder
high voltage | Amphenol Global Search | Amphenol
The A-Series of high voltage connectors are small, lightweight, and come in a variety of configurations. This high performing connector series perfectly handles the varying demands of high voltage test equipment, ionizers, ESD simulators and many other end uses.
C:Documents and SettingsGarrickMy DocumentsCustomersConnexzz339
Title: C:Documents and SettingsGarrickMy DocumentsCustomersConnexzz339.dwg Author: Garrick Created Date: 4/2/2008 8:43:59 PM
2025E MODAL TESTING 13 LBF MODAL SHAKER - pcb.com
The Modal Shop’s Modal Shaker Model 2025E, a very lightweight Trunnion base provides flexibility and easy set-up when aligning the shaker and choosing best exciter location(s) 0.7 in stroke and broad frequency range supply adequate input energy for most small to mid-sized modal test applications
Filtered, Triaxial, ICP ® Accelerometers - PCB
Filtered, Triaxial, ICP ® Accelerometers. High frequency, metal-to-metal impacts can excite the high frequency resonance of the piezoelectric crystal in any accelerometer (PCB ® or otherwise) to saturate the signal and cause clipping in the contained ICP ® signal conditioning amplifier. Any system, once driven nonlinear, will produce spurious frequencies at, above, and below the frequencies ...