DF9A-19P-1V(20)

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DF9A-19P-1V(20) rectangular connectors are considered part of the arrays, edge type, mezzanine (board to board) type. These connectors typically use two rows of pins, and their primary purpose is to connect two separate boards into one. They are designed to be able to fit larger cables or a larger number of pins than a single-row type, while also having a smaller and more space-efficient design. The typical application field for these connectors is in the field of computers, telecommunications, or other electronic equipment.

The working principle of a DF9A-19P-1V(20) connector depends upon the specific model, but generally speaking, the connection is made by inserting a contact into the opening at the bottom of the connector. The contact then slides into place, locking itself into its designed slot. This ensures that the connection remains secure and that there is no protectionism between the two sides. The contact is meant to provide electrical continuity by creating a bridge between the two boards. As it is locked into place, it cannot be loosened from its slot.

The basic construction of DF9A-19P-1V(20) connector is built around its rectangular shape and its topology. There are usually two pins located on opposite sides of the connecting block, one at each end of the block, and there are usually four or more pins that are located along the side walls of the connecting block. These pins contain the electrical connections and can accommodate different sizes of cable. Once the pins are inserted, they can be tightened into place, ensuring that the connection remains secure.

The electrical characteristics of a DF9A-19P-1V(20) connector vary depending upon the specific design, but typically, the contact is rated to handle a 20A current and a 500V operating voltage. It can also typically withstand up to a 3,000V dielectric strength test and has an operating temperature range of -40°C to +105°C.

The mechanical characteristics of a DF9A-19P-1V(20) connector are very important, as they affect the performance of the connection and the safety of the materials used. These connectors are usually designed with a high-retention force, which ensures that the contact remains securely inserted in its slot. Additionally, they are usually designed with a high degree of rigidity, which helps to keep the contact securely in place and to prevent any accidental disconnection. In addition to this, the connector is usually designed such that it resists shock and vibration, which helps to minimize any damage which could occur due to environment conditions.

DF9A-19P-1V(20) connectors are often used in a variety of applications, such as telecommunications, computers, and other electronic equipment. Their space-efficient design and ability to accommodate larger cables or pins make them an ideal solution for connecting two boards together. By providing a secure connection between the two sides, they are able to protect the electronics from any damage which may otherwise occur due to environment conditions or other external factors. The connectors are also designed to resist shock and vibration, guaranteeing that the connection will remain secure and reliable over a long period of time.

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