ET60S-00-24-06-L-RT1-GP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

ET60S-00-24-06-L-RT1-GP backplane connectors have many applications in the electronics industry due to their numerous advantages such as large current-carrying capacities and high vibration resistance. The backplane connector is used in a variety of applications such as broadband internet routers, consumer electronics, telecommunications, video editing, medical imaging, industrial automation and aerospace/military type applications. This article will discuss the field of application and working principle of the ET60S-00-24-06-L-RT1-GP backplane connector.

The ET60S-00-24-06-L-RT1-GP connector is designed to provide superior high-speed signal and power transmission while ensuring excellent electrical characteristics. It is designed for use in tight spaces where environmental or shock/vibration conditions must be met. The most common application field for the ET60S-00-24-06-L-RT1-GP backplane connector is in the aerospace/military industries. This connector is capable of withstanding extreme conditions such as vibration and shock, which is necessary for a wide variety of aerospace and military applications. The connector is also designed for data and power transmission in harsh environments. The ET60S-00-24-06-L-RT1-GP connector is also used in industrial applications, telecommunications, and other high-speed data transmissions.

In addition to having great performance characteristics, the ET60S-00-24-06-L-RT1-GP connector has a robust design. The connector is made of metal and is designed for long-term use in harsh environments such as extreme temperature or vibration. It is designed for high-current applications, with its contacts rated for up to 30A. The high current capability and contact system make the ET60S-00-24-06-L-RT1-GP connector suitable for high-powered industrial equipment.

The ET60S-00-24-06-L-RT1-GP connector works by using an interconnect system of different contact designs. The contacts are housed in a mother board and each contact has a specific design that ensures reliable connection and signal transmission. The connector has a high insertion force, which ensures a secure connection. The connectors are divided into two types: standard and shielded. The standard type of connector is designed for unshielded line applications while the shielded type is used for shielded cable applications.

The working principle of the ET60S-00-24-06-L-RT1-GP connector is based on its contact pin design. The contact design consists of two single pins with two layers of insulation between them. The outer layer is a circuitry trace pad, and the inner layer is a ground trace pad. The two pins are connected to the circuitry by a conductive tab. This contact design ensures reliable contact and signal transmission in high-vibration environments. The signal pins are also designed to provide superior resistance to corrosion and wear.

In conclusion, the ET60S-00-24-06-L-RT1-GP backplane connector is an ideal choice for a wide variety of applications. Its superior electrical characteristics, robust design, and high-speed data transmission capability make it the perfect connector for industrial, aerospace, and military applications. The ET60S-00-24-06-L-RT1-GP connector is also widely used in telecommunications, consumer electronics, video editing, medical imaging and other high-speed data transmission environments. The connector works on the principle of contact pin design, which ensures reliable connection and signal transmission in harsh environments. The ET60S-00-24-06-L-RT1-GP connector is the ideal choice for any application that requires a reliable and high-speed connection.

The specific data is subject to PDF, and the above content is for reference