6-175474-0

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

D-Shaped Connectors - Centronics are a unique type of electrical connectors and provide high-speed and reliable connections for various electronic devices. They are typically made of metal alloys, and their size and shape make them ideal for use in very tight spaces, making them versatile and dependable for a wide range of applications.

In terms of the 6-175474-0 application field and working principle, this connector is primarily used for the transfer of high-speed digital data between compatible devices. The connector is made up of two components; a male and female part. The male part of the connector has pins, while the female part has companion sockets. When they are mated together, the pins of the male part are inserted into the sockets of the female part, creating a reliable electrical connection.

In order to ensure reliable data transfers, the 6-175474-0 connector also comes with additional features. For instance, it is capable of achieving a maximum speed of 30 MHz with a differential signaling of up to 2000 pulses per second. Additionally, the connector also provides a max insertion cycles of up to 1000 mating or unmating, allowing for repeated use in various applications.

The 6-175474-0 also comes equipped with keyed latching, ensuring that the connector won\'t become loose or accidentally disconnected. It also protects the plug from potential shock and vibration in harsh environments. Additionally, the connector is designed to fit certain rectangular flanges as well, making it easier to install and remove using standard tools.

Finally, the 6-175474-0 comes with an optional internal shield which provides additional electro-magnetic interference protection, ensuring data integrity throughout the entire transfer. This connector is also designed to be extremely durable, allowing for greater longevity.

Overall, the 6-175474-0 is an excellent connector option for high-speed data transfers in tight spaces. It is an efficient, reliable, and versatile choice that will serve users faithfully for many years to come.

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