TE Connectivity
Articles related to TE Connectivity
Radar/EW
Higher-density RF is on your radar with VITA 67.3 standard - Blog
March 29, 2018
These days, multifunction radars handle functions from surveillance to jamming to fire control, and can track multiple targets in both short- and long-range threats. That means one thing for your active electronically scanned array (AESA) radar design--you need a lot more signal processing power.
Unmanned
Capacitive load switching sources in military systems: How to extend relay switching life and reliability - Story
November 15, 2017
With high-performance electromechanical relays continuing to play an important part in military and aerospace applications, it is important for engineers to capture all the electrical requirements. A critical area is extending relay switching life under capacitive transient high inrush current conditions by complying with manufacturers' relay product performance specifications. Capacitors generate high current surges that can adversely affect circuit performance in such applications. These transients, while very brief in nature, can dramatically exceed the steady-state ratings for the contacts in a high-performance electromechanical relay.
Radar/EW
Hermetically sealed relays for extreme environments - Product
February 06, 2017
TE Connectivity (TE) designed its CII FC-325 series relay for harsh inductive, motor, and lamp load applications within the aerospace, defense, and marine markets. The CII FC-325 Series is a three-pole, 25 amp, nonlatching, hermetically sealed relay that is all welded, lightweight, and has...
Unmanned
High-performance connectivity for next-generation UAVs - Story
April 14, 2016
Even as high-data-rate copper-based connectivity is evolving, fiber-optic transmission is finding increased use. Creating location-independent architectures means that different subsystems must not be constrained by cabling distances. Optical fibers have the well-known advantages of long transmission distances independent of data rate, noise immunity, and small size/light weight.
Avionics
Integrated modular and distributed avionics take flight - Story
March 16, 2015
By treating connectivity as a system, aerospace designers can evaluate various tradeoffs - copper versus fiber, types of shielding, cable construction, and the like - to meet requirements for both signal integrity and the environmental and mechanical needs of the application.
Radar/EW
SpaceVPX extends the embedded computing standard to meet the special demands of space - Story
December 05, 2014
Space vehicles, whether manned or unmanned, have traditionally relied on custom embedded computing systems. Since standard systems were not designed with space applications in mind, they did not address the critical issues of space flight, such as outgassing, "tin whiskers," redundancy, and ruggedness. Designers and engineers, however, recognize the benefits of using well-established, standardized, open-architecture platforms to create a diverse ecosystem offering more choices, lower costs, and reduced risk. The availability of space-centric standardized platforms brings the advantages of a competitive environment, lower development costs, and higher reliability.
Unmanned
TE Connectivity announces new nickel PTFE plating for connectors to reduce cadmium use - News
October 03, 2014
HARRISBURG, PA. TE Connectivity has announced a new RoHS-compliant nickel polytetrafluoroethylene (PTFE) plating for its DEUTSCH standard MIL-DIL-38999 Series III connectors. In addition to TE’s black zinc nickel plating, the PTFE plating is also in compliance with new environmental regulations to reduce the use of cadmium.
