DBMA-25S-C-NM-F0

D-Sub, D-Shaped Connectors - Housings

The DBMA-25S-C-NM-F0 is a D-sub, D-shaped connector housing designed to provide reliable, high-quality connections between two circuits for a wide range of industries, including automotive, communications, industrial, and medical. The DBMA-25S-C-NM-F0 provides up to 25 conducting paths and is UL recognized for safety.

Application Field

The DBMA-25S-C-NM-F0 is especially useful for applications that require multiple signals, such as video, audio, or data transmission. Examples include connecting a computer to a monitor for audio and video transmission, or connecting a printer to a computer. This type of connection is also used in industrial automation equipment, medical devices, automotive control systems, and communications systems.

Working Principle

The DBMA-25S-C-NM-F0 uses a male/female pairing system, where the male part is inserted into the female part. The two parts are then secured together with a latching mechanism. The connector housing provides electrical and mechanical connections between the two components. Through these connections, signals, such as power, video, audio, and data, can be transmitted from one circuit to the other.

The DBMA-25S-C-NM-F0 uses a robust design that comes with a standard 0.025-inch centerline pitch and a wide variety of contact configurations and contact selections. This allows it to be used in a wide variety of industries. It also has a high contact density, meaning it can carry many signals in a small space. Additionally, it is designed to be Moisture Resistant, meaning it will not corrode or become damaged by moisture. This makes it ideal for applications in harsh or wet environments.

Conclusion

The DBMA-25S-C-NM-F0 is a high-quality D-sub, D-shaped connector housing designed for use in a variety of industries where multiple signals need to be sent between two circuits. It is robust and designed to be resistant to moisture. It has a standard 0.025-inch centerline pitch and can support a wide variety of contact configurations and contact selections. This allows it to be ideal for a wide variety of applications, from medical devices to industrial automation systems.