SIP110-PPEC-D30-ST-BK

The SIP110-PPEC-D30-ST-BK is a rectangular electrical connector suitable for both board-in and direct wire-to-board applications. It has a small profile, crimp type contact, and two-piece design that makes it ideal for a wide range of applications. This connector has a durable plastic housing that can withstand typical environmental stresses, while the contact pins are plated with gold for better conductivity.

This type of rectangular connector is often used in situations where space is limited. The small profile and compact two-piece design are advantageous for applications where weight and size limitations are important. Additionally, the use of crimp-style contact pins means that the SIP110-PPEC-D30-ST-BK can also be used in situations where bending, wire routing, and other external forces may cause the connection to be interrupted or compromised.

The SIP110-PPEC-D30-ST-BK utilizes a push-pull locking mechanism to ensure a reliable and secure connection. The push-pull locking feature allows the connector to quickly latch into the mating receptacle, creating a strong and permanent connection. Additionally, this locking feature prevents accidental disengagement of the connection, ensuring the integrity of the signal. The locking mechanism also enables quick and easy disconnection when necessary.

The SIP110-PPEC-D30-ST-BK features a 30-pin contact layout, with 30 positions for signal, power, or ground signals. The 30-pin layout offers a comprehensive suite of connection options, making it well-suited for applications that require the transfer of data signals. Additionally, the gold-plated contact pins create low contact resistance and ensure reliable signal integrity.

Overall, the SIP110-PPEC-D30-ST-BK is an ideal connector for board-in and direct wire-to-board applications in environments with limited space. Its two-piece design, crimp-type contacts, and push-pull locking mechanism make it a reliable and secure connection option. The gold-plated contact pins also provide low contact resistance and excellent signal integrity.