DCMC-8X8P-J-K87

D-Sub Connectors, with a 40-year legacy as the industry standard for computing and consumer electronics, continues to be state-of-the-art components in connectivity solutions. The ultra-high-density DCMC-8X8P-J-K87 is the leading product in the series. Building on the success of its predecessors, the DCMC-8X8P-J-K87 offers several benefits over other connectors.

Application Field

The DCMC-8X8P-J-K87 is perfect in applications that require a mix of high-power, signal-speed, and high-density elements. Its construction makes it mechanically superior and more cost-effective than any other product on the market. It is ideal for consumer electronics, medical device, lighting, and computer protection devices that use 8 or more Pin connections. It can also be used for media player, GPS, and telephone device.

Working Principle

The mechanics of the DCMC-8X8P-J-K87 allow for a tight and dependable fit. It has 8 pins that interlock with the channel extending out of the connector shield. Once in place, these pins will always achieve maximum contact and secure connection. The minimum contact resistance also plays an important role in providing dependable transmission. A large enough current can also be transmitted with the DCMC-8X8P-J-K87, but it is typically used for relatively low-current applications such as digital signals.

The DCMC-8X8P-J-K87 also has a dust shut-off mechanism. This helps keep the connection surface clean and is particularly important in industrial applications. The dust shut-off mechanism also helps to protect from metal particles, which can damage the electrical connection.

The unique design of the DCMC-8X8P-J-K87 makes it perfect for many applications. It’s available in both straight and right-angle configurations. The connector is also available in a variety of different colors, which can help distinguish between various applications. It has a tight and secure fit, and its low resistance helps to ensure that signal transmissions are always dependable. Its ability to handle large currents makes it suitable for many applications and it is especially useful in consumer electronics and medical devices.