FCE17E09SC29B

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

D-Sub Connector: FCE17E09SC29B Application Field and Working Principle

D-sub connectors are a type of circular electrical connectors popularly used in different fields, ranging from communications to computing and medical applications. One of the most common models is the FCE17E09SC29B D-sub connector. By understanding the application field and working principles of the FCE17E09SC29B D-sub connector, users can make an informed decisions when selecting the appropriate connector for their needs.

Application Field: The FCE17E09SC29B D-sub connector is a Field Connector with a high-density profile, which makes it the most suitable for space-restricted applications in the communication, factory automation, medical, military, and printing industries. FCE17E09SC30B is also designed to be compact, yet still provide reliable data transmissions for high-end data applications.

Working Principle:In general, D-sub connectors operate via an array of pins that are positioned within the connector to allow for data transmission through electrical signals. This is achieved through the gentle contact force that is generated between the male and female pins of the D-sub connector.

The FCE17E09SC29B D-sub connector uses a higher-density profile of pins and contacts, ranging from 4–72 depending on the application. The contacts are spaced in a circular pattern in order to maximise the number of contacts within a specific diameter. This type of connector also provides for better tensile strength due to its stronger housing construction, allowing it to be used in applications with higher pressure ratings.

Specifically, the FCE17E09SC29B connector has a 4–17 contact arrangement. The pinout of this connector consists of two rows of contacts that face away from each other. These two rows of contacts will connect to the mating parts on either side. There is an air pocket between the contacts so that the pins have the ability to make slight contact with each other, without compromising the plastic insulation and air pocket. This helps to provide higher electrical isolation to protect against electrical noise or static discharge.

The FCE17E09SC29B connector also contains various wires and components that allow users to wire their systems in a manner that meets their desired user requirements. This includes the different types of shielding – metal shielding provides a layer of insulation between the pins, while plastic shielding can help protect against electromagnetic interference (EMI). The connector also contains a latch system to ensure a secure connection and prevent accidental disconnection.

In conclusion, the FCE17E09SC29B D-sub connector is a reliable and efficient connector for a wide range of data transmission applications, particularly in space-restricted and high-end data applications. By understanding the application field and working principle, users can make an informed decision when selecting the appropriate D-sub connector for their needs.

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