D09P33E6PA12LF

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D09P33E6PA12LF connectors, also known as D-subminiature or D-sub connectors, are a name given to a specific family of small, dielectric connectors. They have a wide variety of design specifications and are available in many sizes, shell styles, gender terminations, and contact configurations. This article will provide an overview of the different design specifications of the D09P33E6PA12LF connector family, as well as a description of its application fields and working principle.

D09P33E6PA12LF connectors are designed to be a smaller, lighter weight alternative to screw terminal blocks. They are commonly used in backplane connectors and mezzanines. They are also typically chosen when a system’s operating environment is more hostile, such as in industrial, oil and gas, and marine applications. They are also used in applications where EMC performance is crucial, such as medical, aviation, and aerospace.

The D09P33E6PA12LF connector family provides a wide range of design variations. Depending on the specific model, the connectors may be shielded, non-shielded, hermaphrodite, or male-female in configuration. All models feature robust construction and are rated to a variety of environmental conditions. The convenience of the connectors lies in the ability to rapidly and easily insert and remove them from mating connectors, allowing for easy installation and servicing of the system.

In addition to physical design characteristics, the D09P33E6PA12LF connector family offer a range of electrical specifications. Depending on the model, they offer voltage and current ratings, contact resistance, dielectric strength, and an insulation resistance. The combination of these different features ensures dependable contact and optimal signal integrity between mating connectors.

The application field and working principle of D09P33E6PA12LF connectors involves connecting two cables together, or connecting panels or other flat surfaces. They are designed for reliable electrical connections in hostile environments and often feature robust construction and environmental seals. The contacts within the connector are typically made of gold alloy, beryllium copper or phosphor bronze material. The contact elements are housed in ainsulated plastic shells in the mating pair, and two contact elements from each connector are brought together in between them.

The contact design means that the connector utilizes a wiping-type contact action to ensure optimum electrical conductivity and EMC performance. This also prevents contact resistance from increasing, ensuring that the electrical characteristics remain the same over the life of the connection. The locking system of D09P33E6PA12LF connectors has been designed to ensure high vibration resistance.

In summary, D09P33E6PA12LF connectors are a popular choice for connecting cables, panels, or other flat surfaces in harsh environments. Their unique physical and electrical design specifications ensure that they are reliable for both signal integrity and EMC performance applications. The ability to easily insert and remove them helps simplify installation and servicing, making the D09P33E6PA12LF connectors a good investment for many applications.

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