TE Connectivity is a technology company based in the United States and Switzerland that designs and manufactures connectors and sensors for a variety of industries, including industrial equipment, automotive, aerospace, data communication systems, medical, oil and gas, defense, consumer electronics, and energy. TE Connectivity is the world's largest electronic component manufacturer. The company creates and manufactures approximately 500 thousand products that connect and protect power and data flows in our everyday products. With nearly 100,000 employees and more than 8,000 engineers from all walks of life, TE collaborates with customers in consumer electronics, energy, and healthcare, as well as automotive, aerospace, and communication networks, to create a more intelligent, faster, and better technology, giving the product a lot of room to grow. The company serves customers in almost 140 countries. TE connectivity assists in Connector, relay, circuit protection, antenna, lighting, Consumer electronics, medical, electronics, electronic communications, automotive industry, network transportation, shipping, automation, and Aerospace with a variety of Product Series. TE is assisting OEMs in designing for vehicle autonomy. Data and power connectivity advancements are enabling unprecedented technological innovation.TE Products And Services OperationsThe product portfolio of TE Connectivity is focused on connectors and sensors designed to withstand harsh environments. The business is divided into three main segments: 1. IndustrialThe industrial sector manufactures and distributes products that connect and distribute power, data, and signals. Products such as industrial controls, robotics, human machine interface, industrial communication, and power distribution are used in factory automation and process control systems. Lighting, HVAC, elevators/escalators, and security are all connected using TE's intelligent building products. Rail products from the company are used in high-speed trains, metros, light rail vehicles, locomotives, and signaling switching equipment. Its products are also used in the solar and lighting industries. The medical industry relies on TE products for imaging, diagnostic, therapeutic, surgical, tubing, and minimally invasive interventional procedures. From the early stages of aircraft design to aftermarket support, TE Connectivity provides components for the commercial aerospace industry. Ruggedized electronic interconnects for military aviation, marine, and ground vehicles, as well as electronic warfare and space systems, are among TE's defense products. Cables and electronics used in subsea environments in the offshore oil and gas and civil marine industries, as well as shipboard, subsea, and sonar applications, are among its oil and gas products. 2. TransportationAutomotive, industrial and commercial transportation, application tooling, and sensors are the four business units in the transportation segment. Body and chassis systems, convenience applications, driver information, infotainment, miniaturization, motor and powertrain applications, and safety and security systems all use TE products. In-vehicle technologies, battery technologies, and charging are all part of hybrid and electronic mobility. TE's products are also used in on- and off-highway vehicles, as well as recreational transportation, such as construction, agriculture, buses, and other vehicles. Sensors are available from TE for use in a variety of industries, including automotive, industrial equipment, commercial transportation, medical, aerospace and defense, and consumer applications. 3. CommunicationsThe communications segment of TE Connectivity provides electronic components for home appliances such as washers, dryers, refrigerators, air conditioners, dishwashers, cooking appliances, water heaters, and microwaves.Final ThoughtsTE connectors and sensors are found in almost every type of device that requires reliable and consistent data, power, sensing, and connectivity. Engineers are empowered by TE Connectivity, which designs and manufactures sensor and connectivity solutions for a safer, more sustainable, productive, and connected world. As the go-to engineering partner for today's innovation leaders and technology entrepreneurs, TE is assisting in the resolution of tomorrow's most difficult challenges.
Electrical systems have grown in importance in the recent history of automobile design. Modern automobiles are heavily wired and microprocessor-controlled, necessitating an increased demand for more dependable wiring and connectors. The components of a typical automotive electrical system are depicted below. Most of the components in this system require connectors to communicate with one another. Automotive electrical connectors are used specifically in vehicle electrical systems. Types Of Automotive Connectors Automotive connectors are classified in several ways, including by electrical system components. Audio connectors, for example, are used to power and connect a vehicle's audio system. According to ISO standard 10487, there are four types of audio connectors: 1. Power connectors (A) connect the vehicle's head unit to a power supply, on/off switches, and specialized components like antennas and speed-dependent volume controls. 2. B-group connectors are used to connect speakers located throughout the vehicle. 3. C-group connectors are optional and are used to connect specialized peripherals like remote controls, CD decks, and external amplifiers. 4. D-group connectors are optional and are commonly used to connect satellite navigation systems.Form Factors Of Automotive Connectors Automotive connectors can come in a variety of shapes and sizes: 1. Sealed connectors, which account for the vast majority of automotive connectors, are multi-pin devices. Sealing prevents contaminants from entering the environment. 2. Wire terminals are used to connect unsoldered wires. 3. Components are connected to computer circuit boards via wire-to-board connectors. 4. Board-to-board connectors link two circuit boards together. 5. Wire-to-wire connectors connect two wire-terminated cables.