SL-113-TT-12

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Rectangular Connectors, which are a type of electrical connector, have long been used to make connections in the electronics industry. One of the most widely used rectangular connector types is SL-113-TT-12. This type of connector is often used in various applications, and understanding its components and working principles can be helpful in achieving the desired level of performance in a variety of projects.

Components of SL-113-TT-12

The SL-113-TT-12 connector consists of two components, a header and a receptacle. The header is the male part of the connector, which consists of a number of metal pins contained in a plastic housing. The header is then connected to the device to be interfaced. The receptacle is the female part of the connector, which consists of metal sockets and a plastic housing. The receptacle is then connected to the device to be interfaced with the header.

Application Field

SL-113-TT-12 connectors are typically used in the information technology, telecommunications, automotive, aerospace, defense, and medical industries. These connectors are popular due to their durability and reliability, making them suitable for use in a wide variety of applications. For instance, these connectors are widely used in mobile phones, computers, and other consumer electronics. Additionally, they are ideal for connecting sensors and other components in industrial applications.

Working Principle of SL-113-TT-12

SL-113-TT-12 connectors are designed to create a reliable electrical connection that is able to withstand stressful conditions such as extreme temperatures, vibrations, and pressure. To achieve this level of reliability, the header and the receptacle are connected using a mechanical latching mechanism. This mechanical latching mechanism ensures that the connection between the two components is secure and resilient. Additionally, a reverse keying system is used to prevent the connection from being misaligned during assembly.

The pins of the header are made of an alloy that is designed to provide maximum electrical conductivity and corrosion resistance. This allows the pins to deliver power efficiently and with minimal power loss. The contacts of the receptacle are made of an alloy that is designed to provide maximum flexibility and conductivity. This allows for a reliable and low impedance connection.

To ensure that the connection remains secure over time, the SL-113-TT-12 connectors includes a locking mechanism that prevents the connector from becoming detached when it is subject to vibration or movement. This locking mechanism is triggered when the connector is fully connected and is designed to ensure that the connection is not broken while in use.

In addition to its reliable design, SL-113-TT-12 connectors are also known for their water and dust resistance. The connectors are generally capable of keeping water and dust particles away from the connection, and are therefore suitable for use in applications where these particles could be detrimental to the working of the device. Additionally, these connectors are designed to operate reliably in temperatures ranging from -40°C to +125°C.

Conclusion

The SL-113-TT-12 connectors provide a reliable and durable connection to a wide variety of devices. These connectors are typically used in the information technology, telecommunications, automotive, aerospace, defense, and medical industries. The header and the receptacle are connected using a mechanical latching mechanism, and the connection is secured against vibration and movement with a locking mechanism. Additionally, the pins and contacts are made of alloys that are designed to maximize electrical conductivity and flexibility, while the overall design of the connectors are resistant to water and dust.

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