PEC14SABN

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

PEC14SABN rectangular connectors, also known as headers, male pins, belong to the family of connectors popularly used in the communication and data processing industries. Common in consumer electronics, the common side connector interfaces are widely used for branching interconnects, termination connectors, and instrumentation. This type of connector is perfect for industries that need the highest data integrity and provide the most reliable networked interconnects. The applications of the PEC14SABN connector include:

• Communications and Data Processing. The PEC14SABN connector provides reliable and secure connections in telecommunications and data processing applications. This type of connector is used to establish connections between devices that need high-speed data communication and allow for easy data sharing and increased transfer rates. It can also be used for communication purposes in applications such as audio, video, and image transmission and so on.
• Networking.The PEC14SABN connector is perfect for building secure network connections with superior performance. It is able to support high-speed data transmission and cross-connects for the highest levels of data integrity. Many applications such as Fiber Optic Cabling and Data Exchange, Network Management and Security, Optical Interconnects and 10/100/1000 Ethernet speeds are being used in today’s networked systems.
• Instrumentation.The PEC14SABN connector is also perfect for industrial applications or instrumentation. It is highly compatible with a wide range of sensors, instruments, and measurement equipment, allowing for greater accuracy in critical measurements, as well as improved performance and faster data acquisition. This type of connector is used to measure and control variables such as temperature, pressure, speed, angle, torque, and many more.
• Automation and Control System. The PEC14SABN connector is also used for advanced automation and control systems. It is able to provide better accuracy, reliability, and speed required for control systems. This type of connector allows for greater flexibility for data and control transmission and can be used in applications such as safety circuits, robotics, and switchgear.

The PEC14SABN connector has a unique design and can support a variety of connection types. It has a special combination of angle-of-arrival contact area and power pins that enable the connector to perform beyond the traditional coil configurations. This connector provides optimal signal integrity along with highly reliable and secure connections. The typical working principles include:

• Power Transistor Designs. The PEC14SABN connector uses power transistor designs to achieve higher current capability and higher voltages in order to protect against short circuits and overloads. It is also able to reduce signal delay and noise, while providing reduced EMI.
• Coil Modules. The connector\'s coil modules use spiral type coil technology to provide reliable data transfer. The coil is able to support large amounts of data and transfer it quickly without any interference.
• Put-in Position Matching. The put-in position matching allows the connector to provide a reliable network connection, even in environments of high vibration. This provides higher accuracy and more reliable data transfer rates.
• Shielding and Grounding. The connector includes a separate pair of grounding and shielding pins that provide excellent shielding and a superior connection for the best signal integrity. It is able to provide superior electrical protection against EMI and noise.

The PEC14SABN rectangular connectors are a great choice for industries that require reliable and secure interconnects. With its superior data integrity and versatile design, these connectors are perfect for any type of application that needs high-speed data transfer, reliable connections, and secure networks.

The specific data is subject to PDF, and the above content is for reference