Connector, also called connector, is a small electronic component that can't be separated from modern life. It is widely used in every corner of life. It is used in mobile phones, computers, refrigerators, cars, airplanes and even rockets. The function is also relatively simple to transmit signals and currents, which acts as a bridge connection, connecting the electrical modules and components of each unit into a complete system.
Speaking of the origin of the connector, it has to be talked about during World War II; the birth of the connector was born from the manufacturing technology of the fighter. In the battle, the aircraft must be refueled and repaired, and the time on the ground is the impact of the battle. Key factor. Therefore, the US military decided to solve the shortening of the ground stay time and increase the combat time of the fighter. They unitize the various control instruments and components and then connect them into a complete system. During the repair, the faulty component unit is disassembled, the new unit is replaced, and the aircraft can immediately conduct air operations. After the war, Bell Labs developed a telephone system. Then with the rise of the computer and communication industries, the connector has more opportunities and the market has expanded rapidly. With the explosion of various electronic products in the 21st century, connectors have been spread all over the life.
TE Connectivity's M85049 2-Piece Split Banding Rings provide a lightweight, rugged, reliable electrical termination where braid sock, individual, or a combination of screen braids are required to be terminated away from the backshell. The 2-piece design uses a high-performance engineering plastic that snaps together providing a mechanical joint with protection of the cable harness under the terminated area. The split banding rings' versatility allows for the use of TE's standard band strap, strain relief, and shield termination products, including solder devices and heat shrink molded shapes.
TE Connectivity M85049 FEATURES：
Utilizes high-performance engineering plastic
Mechanical strength helps to protect cable bundle from physical damage
Utilizes band straps or in combination with various solder devices and heat shrink molded shapes
2-piece snap-lock design is quick and simple to install
When used with TE’s band strap, it offers both a highly reliable electrical termination as well as a mechanical joint
Meets performance requirements of SAE AS-85049/93
TE Connectivity M85049 APPLICATIONS：
Military Ground Vehicles
Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance (C4ISR) solutions
Samtec's MEC5 edge card connector is a flexible solution with multiple pin count and orientation options. This ultra-fine pitch, high-density edge card is available with position counts ranging from 60 up to 300 and comes with right-angle and vertical options which allow for parallel and perpendicular board mating. This solution also comes equipped with a justification beam which allows for high-yield mating and the use of standard board tolerance for lower costs. It is compliant with the PCIe® Gen 4 standard.
Samtec's MEC5 FEATURES：
Accepts 0.062" (1.60 mm) thick cards
Justification beam allows high-yield mating PCB
56 Gbps PAM4 performance
PCIe Gen 4 compliant
Standard alignment pins and card polarization
Up to 300 I/Os
Operating temperature range: -55°C to +125°C
Samtec's MEC5 APPLICATIONS：
The life cycle
The life of the connector is limited, and connecting and disconnecting the connectors is the process of wearing them. Data tables typically present this information in the form of a life cycle and vary widely from one technology to another. USB connectors can have thousands or tens of thousands of cycles of life, while board-to-board connectors designed for use in consumer electronics can be limited to tens of cycles. It is important to choose a connector that has a suitable application life.
The benefits of the connector:
Improve the production process
The connector simplifies the assembly process of electronic products. It also simplifies the mass production process;
Easy to repair
If an electronic component fails, the failed component can be quickly replaced when the connector is installed;
Easy to upgrade
As technology advances, components can be updated with connectors, replacing old ones with new, more sophisticated components;
Improve design flexibility
The use of connectors gives engineers greater flexibility when designing and integrating new products, as well as when building components with components.
With the development of emerging industries, connector products have begun to develop in the direction of electrification, high-frequency high-speed, miniaturization, intelligence and precision.