Hello! Welcome to Guizhou RITHI Electronic Science and Technology Co., Ltd.!
Think beyond Limits ·Strive for the extreme
Think beyond Limits ·Strive for the extreme
Specializing in the design, manufacturing, and sales of mid-to-high-end connectors, electronic components, and cable harnesses
Connecting the Future and Setting Sail Unlimited
Guizhou RITHI Electronic Science and Technology Co., Ltd.
Specializing in the design, manufacturing, and sales of mid-to-high-end connectors, electronic components, and cable harnesses
Guizhou RITHI Electronic Science and Technology Co., Ltd.
Suitable for interconnection of various electrical circuit systems with high-density, miniaturized, lightweight, and high reliability requirements
Aerospace and Aviation
1. Power connection: Aviation connectors are key components of aircraft power systems. They are employed to connect components such as aircrafts’ battery, engine, and power distribution systems, thus ensuring normal power supply. These connectors must be designed with the capacity to withstand high currents and voltages while maintaining stable connections under harsh environmental conditions.
2. Communication and navigation systems: Aircraft communication and navigation systems need to be connected with multiple devices, such as radar systems, radio equipment, and satellite navigation systems. In this regard, aviation connectors can ensure effective communication and seamless connection between navigation devices through completing reliable electrical signal and data transmission.
3. Instruments and displays: Aviation connectors are essential for aircraft instrumentation systems, as they are used to connect various sensors, indicators, and display units, enabling pilots to accurately obtain flight data. These connectors must be designed with robust quick-mating and stable signal transmission capabilities to adapt to complex flight environments.
4. Safety systems: Aviation safety systems, comprising fuel supply, fire suppression, and emergency evacuation subsystems, need to be supported by aviation systems to connect sensors, controllers, and actuators, thus guaranteeing its proper functioning. These connectors must be highly resistant to water, corrosion, and explosion to withstand extreme environments with high humidity, corrosive substances, and high temperatures.
5. Aircraft structural connection: In addition to electrical connections, aviation connectors are also used to connect structural components of aircrafts. For example, connectors such as bolts, rivets, and joining plates are employed to secure parts like wings, fuselage, and tail sections, thus ensuring the structural integrity and stability of aircrafts.
6. Onboard equipment connection: Aviation connectors are also utilized to connect various onboard devices, such as seats, galley systems, and lavatory facilities. All these connectors must be engineered with reliable mechanical strength and electrical performance to ensure the proper functioning of onboard systems.
In summary, aviation connectors are extensively applied in the aerospace and aviation industry to connect various electrical and electronic components of aircrafts, including power systems, communication and navigation systems, instrumentation, safety systems, aircraft structures, and onboard devices. Designed to operate in demanding environments with high temperatures, high pressures, high vibration, and requiring high reliability, aviation connectors must be engineered to provide stable electrical connections and transmission performance to ensure the safety and normal operation of aircrafts.