535090-9

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DIN 41612 is a connector system and standard that is commonly used in backplane applications and in industrial automation. It can be used for both data and power connections and is widely used in industries such as automation, automotive, telecommunications, aerospace and other industrial sectors. The connectors are made up of two mating components – a male and a female – which connect to a backplane board at either end and make contact with a printed circuit board. The connectors feature multiple pin and socket contacts, depending on the number of boards involved, and typically feature large numbers of rows and columns. The rows and columns are usually the same number, but can range from anywhere between 1 to 8.

The 535090-9 is a sub-type of the DIN 41612 backplane connector family which is used in many applications. This particular model is widely used for its high power transfer capabilities and its large amount of contact points, which allow for more high-speed connections. It features two rows and six columns of contact pins, with a pitch of 2.54mm. The contact pins are divided into two independent power circuits, with 9 pins in each circuit, and 3 pins for signal transfer.

The 535090-9 connector is primarily used for power and signal connections and is designed to meet specific requirements of the automotive industry, particularly in regard to safety measures. This connector is designed to be IP65-rated, meaning it protect itself against dust, humidity, and solids. The connector also has a locking mechanism which ensures secure connections and avoids accidental disconnection.

The 535090-9 connector works in the form of a primary parallel current path formed by the two power circuits. The 9 pins of each circuit can carry up to a maximum current of 10 Amps (total of 20 Amps for both circuits combined). The signal pins also have a rated current capacity of 10 Amps, making the total overall current rating of the connector 30 Amps. The connectors also feature a gold contact plating which provides superior electrical performance and conductivity.

The connectors also incorporate insulation and creepage protection against current displacement due to external environmental influences such as temperatures, humidity etc. The connector can also be supplied with a shield to protect its more sensitive components from electromagnetic interference. The bottom line is that the 535090-9 connector is an efficient and reliable solution for transferring power and data in a variety of applications.

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