Search Results for octave v40 vias
Comprehensive VITA Products - SV Microwave
SV Microwave offers a full range of VITA 67.3 products, including SMPM, SMPS, and NanoRF interfaces. Our modular solutions—comprising of contacts, cable assemblies, adapters, and terminations for both Backplane and Plug-in modules—support your embedded systems' entire RF signal path.
VITA High Speed Connectors - Amphenol Aerospace | Products
Amphenol Aerospace VITA connectors are renowned industry-wide for military and aerospace applications that demand high-performance data transfer speeds in a compact and robust package. These specialized open architecture backplane connectors adhere to strict VPX standards to deliver unmatched performance in critical embedded systems.
Amphenol’s Newest High Speed Interconnect Offerings
Amphenol offers an array of high speed interconnect solutions, suitable for next generation speed and density requirements. Our extensive portfolio includes high speed backplane connectors, copper cable assemblies, loopback modules, OverPass ™ solutions, optical transceivers and more. Here is a quick review of some of our newest products.
VITA Contacts and Connectors - SV Microwave
Enhance your system's RF performance with SV Microwave's higher-ranking VITA contacts and connectors. Explore its features and technical specifications.
High Speed Connectors | Products - Amphenol
The headers connect 16 differential signal pairs through shared vias in the mid-plane, providing a direct, high-speed connection while eliminating traces on the mid-plane. The AirMax VS® Orthogonal mid-plane interconnects can support differential signaling at up to 20Gb/s.
Design and Construction of the VPX Connector - Amphenol Aerospace
In this study, key interface dimensions of the TE connector were measured via CT (Computerized Tomography) scanning to obtain the location and sizes of critical mating interface features. Samples
VITA 46 • VITA 66.1 • VITA 66.4 VITA 66.5 • V - Amphenol Aerospace
ally designed for use in space-based electronic systems. Amphenol’s VITA 78 SpaceVPX connectors leverage OpenVPX architecture and technology and are designed and tested for extreme space environments, including .
ExaMAX+ ® High Speed Backplane Connector System - Amphenol CS
Innovative beam-on-beam mating interface minimizes residual stub length for improved signal integrity performance while providing exceptionally low mating forces. 100% mating compatible with previous ExaMAX products. Footprint impedance control is improved by smaller press-fit tails.
IDS-104 Amphenol
Ideal for rolling stock manufacturers, factory automation solution providers and control device manufacturers, these contacts feature high EMI shielding performance, reverse bayonet locking for ease of use, high shock and vibration resistance for up to 500 mating cycles and quick positive coupling.
SMPM/SMPS VITA 67.3 RF Terminations - SV Microwave
SV's VITA 67.3 RF Terminations is now available for both the SMPM and SMPS series. Ideal for aerospace and defense applications, explore now.
Backplane Connectors | Products - Amphenol
VITA 66.x and VITA 67.x are standards that define families of blind mate Fibre Optic interconnects and analogue coaxial interconnects respectively, for use with VPX 46 backplanes and plugin modules.
AMPHENOL R-VPX EVOLUTION ROUTING GUIDELINES - Amphenol Aerospace
The intent of this document is to outline the standard signal trace widths, minimum spacing requirements, and finish hole size requirements for R-VPX Evolution product family interconnect systems when used in differential signal applications and low speed applications.
Technology - Amphenol Invotec
Microvias allow the use of micro-interconnects from one layer to another within a PCB utilizing a smaller pad diameter creating additional routing density. 1+N+1 – PCBs contain 1 of high-density interconnection layer. 5+N+5 - PCBs contain 5 levels of high density interconnection layers. Microvias on different layers can be staggered or stacked.
Micro HDAS - amphenol-socapex.com
Amphenol Socapex introduce the Micro HDAS, its new micro board to board and board to wire connector. Micro HDAS allows you to save space on your board while maintaining a high level of performances. Ofering you PC Tail, SMT & crimp contact terminations, Micro HDAS provides a modularity to fit all your needs. Micro HDAS connectors are laser marked.
AMPHENOL R-VPX EVOLUTION AND EVOLUTION 2 ROUTING GUIDELINES
The intent of this document is to outline the standard signal trace widths, minimum spacing requirements, and finish hole size requirements for R-VPX Evolution and Evolution 2 product family of interconnect systems when used in differential signal applications and low speed applications.
Busbar Deisgn Guide - Amphenol Interconnect Product Corp
Busbar Construction: Lamination Insulation Material Choice Material Cost Colors Properties Temp Index Notes Mylar Low Clear White UL 94V-2 Coating 105°C
AMPHENOL R-VPX EVOLUTION AND EVOLUTION2 ROUTING GUIDELINES
5.6.4 Example R-VPX Evolution and Evolution 2 Daughtercard PCB Ground Via Scheme . 24 5.6.5 Example R-VPX Evolution 2 Backplane PCB Ground Via Scheme . 25 LIST OF FIGURES
gtc-e-series-connectors-bayonet-data-sheet-amphenol-industrial
GTC-E series is designed for commercial and industrial environments requiring a rugged bayonet style and field installation connector for heavy duty power and signal applications. GTC-E series can mate with Amphenol GT Series Reversed Bayonet Coupling Connectors. The insulators are made of fire proof plastic material.
Magnetic Connectors - amphenolpcd.com
Designed to meet the requirements of DEF-STAN 23-012, the magnetic, non-keyed coupling system has no moving parts and allows the connector to be easily mated without the need for pre-alignment and eliminates the need to operate any mechanical coupling mechanisms.
The Evolution of R-VPX - Amphenol Aerospace
R-VPX EVO2 is a VITA 46 compliant connector system. The R-VPX EVO2 connectors, like previous R-VPX and R-VPX EVO1 versions, are fully intermateable with the aforementioned connectors. (as well as RT2, RT2-R, & RT3 from TE) Intermountability is described below: