CLT-128-01-L-D

Rectangular Connectors - Headers, Receptacles, Female Sockets

The CLT-128-01-L-D is a rectangular electronic connector designed for use in applications that require the prevention of EMI (electromagnetic interference), and reliable data transfer over a wide range of operating conditions. These connectors have a 2.54mm pitch, and are commonly used in a variety of medical, communication, and computing applications.

The CLT-128-01-L-D connectors feature two rows of four contacts, with each contact closed off by a slot-type insulation. The connector has a large footprint, which increases its ability to provide a reliable connection. The contact element of the connector is designed in a circular pattern, with each terminal having its own link to its mating contact. This design feature increases the secure connection of the mating contacts.

The locking mechanism of this connector is produced through a male/female system. The male portion is the contact element of the connector, while the female portion is the socket-type opening in the plug. The socket is lined with insulation to prevent any electrical interference from entering the system. When the contact elements of the connectors are mated together, the internal locking mechanism engages and electrical connectivity is established.

The CLT-128-01-L-D connectors are designed for use in high-power applications, such as medical imaging, MRI scanners, and X-ray machines. The connector boasts a current rating of 2.5 amps with a voltage rating of 500 volts. Due to its durable construction, the connector is capable of withstanding extreme temperatures as low as -55°C, and as high as 125°C. Additionally, the connector has a dielectric strength of 1,500 volts and a noise immunity of 30 dB, allowing for reliable data transfer in environments with high levels of EMI.

Overall, the CLT-128-01-L-D connector is an ideal choice for applications that require a reliable connection between two electronic components, and the prevention of EMI. The reliable construction of this connector ensures its ability to perform in incredibly harsh environmental conditions, making it suitable for a range of industrial and medical applications.