DF37NB-30DS-0.4V(74)

The DF37NB-30DS-0.4V(74) is a Rectangular Connector that falls under the Edge Type, Mezzanine (Board to Board) family. It is a significant addition to the connector array market, as it has a wide range of applications and employs an innovative design principle.

The DF37NB-30DS-0.4V(74) boasts a range of diverse applications, from medical device data transfer and communication integration with security systems, to automobile and avionic systems, and more. It is also widely used for prototyping and design purposes, making use of its low profile design and high speed signal transfer.

The DF37NB-30DS-0.4V(74) employs a unique design to offer superior performance and reliability. It features an edge style design, which allows it to form a secure connection with two mating boards. The contact points have been designed to align correctly and maintain a perfect connection with minimal energy loss. Additionally, the DF37NB-30DS-0.4V(74) utilizes multiple signal pins, allowing for the transmission of data at high speeds.

The DF37NB-30DS-0.4V(74) also features improved durability and can withstand some shock and vibration. This is due to the design of the contact points which are thick and are able to withstand more force. The DF37NB-30DS-0.4V(74) also features a low profile design, allowing for a more compact form factor and easier access to tight spaces.

Furthermore, the DF37NB-30DS-0.4V(74) is resistant to EMI and RFI interference. This is due to the use of shielding surrounding the contact points and the use of multiple pins for signal transfer which decreases the amount of interference.

The DF37NB-30DS-0.4V(74) is an excellent addition to the connector array family, as it offers a wide range of applications and a unique design. With its durable construction, resistant to shock and vibration, and resistance to EMI, it is sure to meet the needs of industries such as medical, automotive, and avionic.

The DF37NB-30DS-0.4V(74) is a valuable addition to any connector array, as it provides a range of uses, durability, and high speed signal transfer. Its design is suitable for prototyping and design purposes, and its ability to handle a wide range of applications makes it a versatile addition to many industries.