PK10M-040PP-SM2-DA

The PK10M-040PP-SM2-DA is a connector typically used in board-to-board or mezzanine applications. It is a type of rectilinear array high-density edge connector with a 2mm pitch, and is designed for highly efficient power delivery. The connector is engineered with two-point contact systems, enabling excellent termination feature and numerous possible combinations. Great mechanical reliability and performance are characteristic of this connector, making it the ideal choice for challenging high-density board-to-board applications.

The mechanical design of the PK10M-040PP-SM2-DA consists of a single row of contacts mounted along two edges of a board, allowing for minimal spacing between two adjacent connectors and the optimal use of space. Plugs and receptacles are available in same- and vertical-mating profiles for optimal design flexibility. In addition, the two-point contact system enables secure mechanical terminations with the boards and connector. This provides superior resistance to shock and vibration.

In order to ensure power delivery, the PK10M-040PP-SM2-DA is equipped with a voltage range of up to 500 volts. It is also designed to be fully compliant with the PIN/SAC contact system, making it ideal for high-density power interconnects such as those found in mezzanine and board-to-board applications. Further, the PK10M-040PP-SM2-DA has a contact set comprising of two rows of 10 contact points, each with a pitch of 2 mm.

The PK10M-040PP-SM2-DA is also designed with ESD resistance in mind, using a compliant preload structure ensuring stable performance in high-frequency and high-voltage applications, as well as providing superior mechanical durability. Furthermore, the connector utilizes a D-shape dielectric which maximizes the number of contacts and provides better member protection from ESD damage.

In conclusion, the PK10M-040PP-SM2-DA is an advantageous connector for high-density, mezzanine and board-to-board applications thanks to its low profile, higher power delivery and minimal space requirements. It has excellent shock and vibration resistance, ESD protection and a high voltage rating, making it the perfect choice for various challenging interconnected applications.