N7E50-Q516TC-40

N7E50-Q516TC-40 is a series of memory connectors manufactured by FCI. It belongs to the PC Card Socket category and is suitable for various applications such as medical applications, automotive and industrial applications, consumer electronics and more. This product is rated for 50V operations and is compliant with RoHS requirements.

The construction of the N7E50-Q516TC-40 memory connector follows a standard design. It consists of a ferrule, contact pins and a plastic body. The ferrule is made of copper alloy, while the contact pins are made of beryllium copper. The plastic body is made of polycarbonate (PC) and has a black, glossy finish. It has a secure locking feature that ensures the contacts are securely connected.

The N7E50-Q516TC-40 memory connector provides excellent electrical performance. Its contact pins are capable of transmitting electrical signals up to 1GHz. It has a contact resistance of 10mΩ at 20mA. The contact bounce time is also an impressive 15μs. This means that the signal will be securely transmitted with minimal interference or data loss.

In terms of its application fields, the N7E50-Q516TC-40 memory connector is suitable for different applications. It is ideal for medical applications as it meets the thermal, mechanical, and environmental requirements for medical use. It also supports the high-density, high-speed performance requirements of consumer electronics. The product is also suitable for automotive and industrial applications that require reliable operation in extreme operating temperatures (-40°C to +125°C).

The working principle of the N7E50-Q516TC-40 memory connector is relatively simple. It is designed in such a way that the contact pins make contact with the corresponding pins in the socket. The pins then transmit an electrical signal between the two components. The plastic body provides protection from dirt, dust, moisture and other elements that can damage the electrical components.

The N7E50-Q516TC-40 memory connector is suitable for a variety of applications. It is reliable and offers excellent electrical performance for data and signal transmissions. Its secure locking feature also ensures that the contacts are securely connected and that the signals are transmitted without interference or data loss.