ESQT-128-02-F-D-650

The ESQT-128-02-F-D-650 rectangular connector is a type of header and receptacle female socket used in electronics. This connector is intended for use in applications requiring high durability and signal integrity. It is typically used in data transfer applications that require more reliable connections than traditional round connectors. This device has a board-to-board connection that is resistant to vibration and shock as well as hostile environmental conditions. The ESQT-128-02-F-D-650 is designed with a dual-entry system, allowing for high flexibility for longer configurations or multiple applications.

The ESQT-128-02-F-D-650 rectangular connector has a high-quality design that ensures optimal performance. It features a gold-plated contact and insulated jacket that are both designed for high voltage and power applications. The connector has a flat contact surface that helps ensure a secure connection and reduces the risk of electrical shorts. The contact also features a design that allows for a large number of points of contact, resulting in a reliable connection.The insulation material of the connector is highly resistant to temperature, providing superior durability.

The ESQT-128-02-F-D-650 rectangular connector is designed to work in interference-prone environments. It features a low-conductive material and is shielded to provide high levels of data integrity. The connector is also designed to reduce EMI and RFI to prevent interference with other electronic components. It also features a dedicated signal ground pin that helps protect against ground loops and crosstalk. The connector is also designed for high-speed data transfer, with a speed of up to 650 MHz.

The ESQT-128-02-F-D-650 rectangular connector is a reliable and durable device that is designed for a variety of high voltage and power applications. It features a superior design that ensures reliable signal transmission and a secure connection. The connector\'s dual-entry system provides high flexibility for longer configurations or multiple applications. Its low-conductive insulation and shielded design allows for high levels of data integrity, while its dedicated ground pin prevents ground loops and crosstalk. The device is also designed for high-speed data transfer, with a speed of up to 650 MHz.