Search Results for air traffic control
How Are Bandpass Filter Circuits Made? - Q Microwave
The utility of bandpass filters extends across vital industries, encompassing radar systems in air traffic control and military operations, electronic warfare (EW) countermeasures, and satellite communication (Satcom).
Antenna, Filter & Combiner Solutions Aviation - AMPHENOL PROCOM
Airside, Air traf-fic control (ATC) must be securely handled as well as live up to international standards. Also, communication for caters, me-chanics and luggage handling as well as perimeter security is a necessity for smooth and safe airport operation.
New Aviation Product Line Brochure - AMPHENOL PROCOM
Airside, Air traffic control (ATC) must be securely handled as well as live up to international standards. Also, communication for caters, mechanics and luggage handling as well as perimeter security is a necessity for smooth and safe airport operation.
3 Most Common Bandpass Filter Types - Q Microwave
Bandpass filters, as we know, are used in a variety of applications to selectively pass frequencies within a certain range while rejecting frequencies outside that range. In this article, we cover the three most common bandpass filter types, and how they are used in modern industries. Let’s jump in.
Why Defense Companies Rely on RF Microwave Filters
For radar applications, whether it's for air traffic control, weather monitoring, or sophisticated military radars, the precision of RF microwave filters helps in distinguishing between friendly and adversarial signals, a task that demands utmost clarity and distinction.
RF Connectors for Low-PIM Applications - Amphenol RF
Amphenol RF provides a comprehensive selection of Low PIM connectors, expertly designed to minimize signal degradation. Compact, high-performance connectors designed for modern wireless applications, featuring a screw coupling mechanism for secure connections.
Electric Vertical Take-off and Landing (eVTOL) Aircrafts
Amphenol Sensors serves the eVTOL (electric Vertical Takeoff and Landing) Aircraft industry by offering high-quality sensor and measurement solutions tailored to meet the specialized and rigorous demands of Urban Air Mobility.
The future of air transportation is eVTOL aircraft
Electric vertical take-off and landing (eVTOL) aircraft with electric and hybrid-electric engines are the future of air travel as manufacturers have begun to overcome previous technological limitations, setting the stage to completely transform how urban residents traverse their cities.
Amphenol Procom helped Greek Aviation Authorities with ground-to-air ...
Reliable communication between Air Traffic Controllers and the aircrafts are necessary for an efficient Airport with satisfied employees and passengers. Below is an example of how we recently helped the Greek Aviation Authorities (HCAA) with safe ground-to-air communication.
Index | Amphenol Global Search | Amphenol
Amphenol Sine Systems is a global leader in electrical connector manufacturing. We provide high-performance interconnect systems for a broad range of markets including factory automation, motion control, heavy equipment, AISG, UV and Automotive Diagnostic.
AirMax VS ® High-Speed Backplane Connector - Amphenol CS
HIGH SPEED HARDMETRIC CONNECTOR FOR BACKPLANE WITH VIRTUAL SHIELD TECHNOLOGY. AirMax VS ® connectors use innovative edge-coupling and air dielectric between adjacent conductors to deliver low insertion loss and crosstalk.
cmb-connector-traffic-control-amphenol-industrial
Modern traffic controllers are solid state, (as opposed to electro-mechanical) housed in cabinets, and contain a power panel to distribute electrical power in the cabinet; a detector interface panel to connect to loop detectors and other detectors; detector amplifiers; the controller itself; a conflict
Mobile Applications - Airmar
Airmar has conquered the challenge of acquiring accurate weather data from mobile platforms. Airmar’s ultrasonic WeatherStation ® instruments deliver accurate, reliable weather data from a rugged, compact and maintenance-free design with no moving parts.
Commercial Aerospace | Markets - Amphenol
Our solutions primarily address aircraft and airframe power distribution, avionics, controls and instrumentation, engines, in-flight entertainment, in-flight internet connectivity, lighting and control systems, and wire bundling and cable management.
Technologies - Amphenol Aerospace
Choose a technology category to find products that meet your specific needs, from harsh environments, high power high speed, and EMI/EMP protection, to compact form factors and PCB solutions, hermetic seals, SOSA/VITA-aligned options, and more. Have any questions? Talk with us directly using LiveChat.
Addressing EMI and signal integrity challenges on eVTOL aircraft
Amphenol Aerospace filter adapters offer a practical and cost-effective approach to integrating EMI/EMP protection into an existing system. eVTOL aircraft are unique in their needs and capabilities. Scaling their development and deployment requires special attention paid to their SWaP requirements.
Intelligent Transportation | Solutions | PCTEL
Improve intersection cameras, traffic light controls, and commuter traffic lane operations with robust purpose-built wireless connections. Share data wirelessly and serve a growing ridership, improving system-wide efficiency and safety, and reduce operating costs.
PwrBlade+ Connector | Power Solutions | Amphenol
Aids power distribution and power control; Number and placement of power and signal contacts; Highly configurable for custom power needs; Solder or press-fit tails are available; Enhanced termination flexibility
Commercial Aerospace - Amphenol Sensors
With its breadth of sensor capabilities and technologies, Amphenol Sensors provides solutions that make commercial air travel safe and efficient. From cabin comfort to aircraft ice protection, our sensors play an integral part in many aerospace applications, including avionics, engines, fuel systems, airframe and in-cabin environment.
Solving Cooling Interconnects for Next-Gen Data Centers and AI Applications
To improve cooling capacity and reduce long-term capital expenditure, the market is turning to alternative methods to air-cooling. Liquid and immersion cooling can be implemented for all components in the AI and HPC architecture, including XPUs, storage, and networking.