EX80-54P-SH(10)

The EX80-54P-SH(10) rectangular connector array is a very versatile product that is able to be used in a variety of applications.

The EX80-54P-SH(10) is a two-level compact rectangular connector that features two arrays of 54 single row connectors each consisting of eight pins. It\'s a reliable connector solution that offers key advantages including a wide array of pin size including 0.6 - 0.5mm, current rating up to 2.5 A and voltage rating up to 150V, and SMT solder height ranging from 1.3 - 2.2mm. It also offers great performance when it comes to shock and vibration along with ESD protection.

The EX80-54P-SH(10) is ideal for applications such as mezzanine-level edge-type board-to-board connectors, power/data connectors, and signal/power line connectors. It is also suitable for low-medium power relative and absolute positioning sensors, medical device wiring harnesses, and LCD/LED displays.

The EX80-54P-SH(10) offers many key features that make it an ideal choice for such applications. The contact area is populated with gold-plated stamps, providing improved electrical performance and reliability. Each connector in the array provides two independent contact points, allowing for a full range of connection types. The patented shield wall design ensures shield continuity, provides superior attenuation, and reduces susceptibility to EMI/RFI interference.

The EX80-54P-SH(10) also offers a convenient and reliable working principle. Its robust design features two rows of eight pins, with the pins of each row connected in series. Each row then locks into the corresponding edge connector on the board, offering a secure connection that ensures a reliable data transmission. The hardened zinc alloy housing also provides an additional layer of reinforced strength and vibration resistance.

Overall, the EX80-54P-SH(10) is an ideal solution for applications involving board-to-board interconnections and it\'s highly recommended for users who need reliable, rugged, and cost-effective performance at the same time.