MMH25-007

MMH25-007 is a specialized type of backplane connector. It is often used for special signal and high current connections in data, telecom, computing and test & measurement applications. The MMH25-007 is designed to interface with ultra high-speed digital signals with reduced ringing and electromagnetic interference (EMI). It has a high-density, multi-row, modular, horizontal or vertical configuration, which allows it to be used in a wide variety of circumstances.

The MMH25-007 is made up of two parts: an insulated female connector, which is mated with the male equalized plug. The female connector consists of an upper and lower housing and shielding. The lower housing contains a group of contacts called the contact rings. The contact rings are separated by insulation and are also surrounded by shielding. Each contact ring is connected to the female side of the connector via a force fit creating a low-profile, robust connector.

The male equalized plug incorporates an equalizer to minimize reflection and maximize transmission of the signals. This equalizer consists of a press-in cap that compresses a hoop spring to ensure a consistent electrical connection between the contacts. The hoop spring provides an optimal electrical path, reducing transmission losses and increasing the signal integrity of the MMH25-007.

The MMH25-007 is designed for use in applications with high density, fast, and efficient operation. It has a low insertion force, which helps prevent damage to the mating connector. The contact design provides a reliable connection with minimal crosstalk and reduced signal reflections. The MMH25-007 provides a secure and dust-resistant connection, ensuring maximum signal efficiency. It is also suitable for use in industrial, automotive, and telecommunications applications.

In conclusion, the MMH25-007 is a specialized type of backplane connector that is used for special signal and high current connections in data, telecom, computing and test & measurement applications. It is designed with an insulated female connector and an equalizer to minimize reflection and maximize transmission of the signals. The low insertion force helps prevent damage to the mating connector while the contact design provides a reliable connection with minimal crosstalk and reduced signal reflections. It is suitable for use in industrial, automotive, and telecommunications applications.