FCC17E09PA200

D-Sub connectors are a type of connector commonly used in electronic systems for a variety of purposes. The FCC17E09PA200 is a particular type of D-sub connector, recognizable by its unique design and features. In this article we will discuss the applications of the FCC17E09PA200 connector as well as the principles behind its operation.

Application Field

The FCC17E09PA200 connector is most commonly used in electronics and telecommunications. Its structure and design make it especially suited for a wide range of applications. For instance, it can be used in digital control networks, seismic sensors, radio communication systems, and electronic instrumentation systems.

The FCC17E09PA200 also offers excellent electrical, mechanical, and environmental protection. This makes it particularly well-suited for use in outdoor applications, such as field communications, military and aerospace operations, and industrial communications.

The FCC17E09PA200 is also suitable for a variety of power, audio, and video applications, making it a great choice for use in both professional and consumer audio and video systems. Other applications include modems, security systems, and industrial control systems.

Working Principle

The FCC17E09PA200 connector is based on the D-sub design, which provides an effective way to attach wires to a circuit board without requiring the use of soldering or other forms of manual labor. The connector consists of two parts: a housing and a contact insert. The housing holds the contact insert in place and provides mechanical and environmental protection. The contact insert is made up of metal blades that are pressed into the housing to make electrical connections between the blades and the corresponding wires.

The FCC17E09PA200 is designed to be easily installed and removed from the circuit board. The crimp seals on the blades provide a secure connection between the blades and the wire, ensuring reliable conductivity. In addition, the connector is designed to withstand high temperatures and shock and vibration, ensuring its performance in applications that require durability.

The FCC17E09PA200 is available in a variety of configurations and pin counts, allowing for flexibility in system design. The connector can also be paired with an optional pin latch to ensure a secure connection is maintained even under vibration and jostling.

In conclusion, the FCC17E09PA200 connector is a versatile, reliable, and durable option for a wide variety of applications. Its design makes it suitable for use in power, audio, and video applications, as well as in industrial and field communications. The connector’s easy installation and removal, along with its robust design, make it an excellent choice for many types of electronic systems.