1061052200

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Backplane connectors are devices used to connect components within a distributed system. An example of a backplane connector is the 1061052200, which is designed for use in harsh electrical environments with high isolation requirements. Backplane connectors allow for connection and transfer of signals between circuit boards, and allow for scalability of system designs. This article will discuss the applications and operating principles of 1061052200 backplane connectors.

The 1061052200 backplane connector is mainly used in high-reliability circuits such as those found in aerospace and military applications, specifically to indicate connection and transfer of signals between circuit boards. This device is also suitable for industrial and automotive applications, making it a versatile option for multiple types of systems. The 1061052200 is designed to meet the harsh electrical environments of these industries, featuring excellent mechanical and electric performance to withstand high-frequency transmission. Its low-profile and low-insertion comb makes it popular for applications with tight space constraints.

The working principles of a backplane connector are based on the principles of signal transmission. The 1061052200 uses a contactor spring arrangement, which allows for safe and reliable signal transmission. Contact springs are located on one side of the connector and these springs are made of a non-conductive material, such as rubber or plastic. This ensures that no signal is lost, as the non-conductive material prevents any electrical interference. On the other side of the connector, there is a complementary contact point, which the contactor spring must make contact with in order for the signal to be transmitted.

The 1061052200 also features electro-mechanical contacts, which help to reduce signal attenuation. Signal attenuation is caused by the resistance of electrical signal transmission, which can be further reduced by using electro-mechanical contacts. The electro-mechanical contacts, which are also made of non-conductive material, create a contact surface area that increases the transmission capacity and helps to reduce the signal attenuation. They also form a permanent connection between the contactor springs, which further reduces the signal attenuation.

In addition to providing secure signal transmission, the 1061052200 also features an isolator that prevents the transmission of EMI/RFI (electromagnetic interference/radio frequency interference). The isolator is a dielectric material that acts to filter out unwanted noise and ensures only the intended signal is sent. This is important in applications such as aerospace and military, where signals need to remain clean and secure, to avoid signal interference or disruption.

The 1061052200 is an excellent choice for harsh electrical environments such as those found in aerospace and military applications. Its durable construction, low-profile design and low-insertion comb make it ideal for tight spaces. The spring contactor, electro-mechanical contacts and isolator ensure safe and secure signal transmission, reducing signal attenuation and filtering out any unwanted noise. Together, these features make the 1061052200 an ideal backplane connector for high reliability circuits.

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