PCN10C-32S-2.54DSA(77)

PCN10C-32S-2.54DSA(77) connectors are one type of Backplane Connectors under the DIN 41612 classification. This type of connector is used to link electrical equipment on a backplane board or in panels where many contacts or nodes are needed. By virtue of it’s design characteristics, its application areas range from Industrial Automation to Telecommunications and Data Centers.

Structurally, PCN10C-32S-2.54DSA(77) connectors have narrow bodies, which are horizontally mounted on a backplane board. Contacts on housing sides are arranged into plugging sides and socket sides. Contacts protrude upturned on the plugging side while downturned on the socket side, so that they can fit into the housing properly and ensure that the power and signals have reliable transmission and reception.

The working principle of the PCN10C-32S-2.54DSA(77) connector is based on continuity of contact on both the plugging side and the socket side. When plugged in, the connections are made through the pins, socket legs and the mating contacts, and signals will be passed through the insulated circuit. The current supplied will go through the mated contacts and backplane boards, keeping the transmission circuit complete and providing system stability.

In terms of performance, the PCN10C-32S-2.54DSA(77) connector provides reliable transmission and good insulation characteristics. Its transmission rate ranges from 10MBit/s to 1.2GBit/s, while its insulation voltage is from 500V. Moreover, such type of connectors can achieve a contact resistance lower than 2.5mohm, hence ensuring a secure connection for all compatible equipment.

In conclusion, the PCN10C-32S-2.54DSA(77) is an ideal solution for customers who require the highest levels of performance and reliability in applications ranging from Industrial Automation to Telecommunications and Data Centers. This type of connector has a high contact density, wide range of transmission rate and voltage, as well as low contact resistance. Featuring pluggable, easy to install and flexible design, these connectors can greatly improve the performance and reliability of the entire transmission system.