MMB25-0341JU

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The MMB25-0341JU series of connectors are part of a large family of specialized backplane connectors designed to provide safe, secure, robust connections when mounted on printed circuit boards. This family includes a variety of shapes and sizes of connectors, all of which are designed to accommodate the needs of different applications.

The MMB25-0341JU series specifically is designed for medium-density applications - such as connecting printed circuit boards, data storage devices, backplanes, and embedded systems. Despite its small size, the MMB25-0341JU can deliver reliable, high-performance performance with the utmost integrity.

The MMB25-0341JU series utilizes press-fit contacts that are engineered to maintain a reliable connection even in the harshest environments. These contacts are designed to muted all high-frequency components of digital signals for consistent, reliable data transmission. They are also designed to handle power signals with minimal resistance.

To ensure the secure connection between components, the MMB25-0341JU features a spring-type locking mechanism. This mechanism ensures a secure connection between the mating pairs and prevents the connector from disengaging over time or under shock and vibration.

The MMB25-0341JU series also supports surface mounting. This allows users to quickly and easily connect boards and other components at the board level instead of having to solder the connection. This simplifies the manufacturing and assembly process.

The MMB25-0341JU series of connectors is also designed to be highly cost-effective, which makes them ideal for medium-density applications that need reliable, durable connections. They are also designed to be highly reliable, with a long-term life expectancy of more than one million cycles.

Overall, the MMB25-0341JU series is an ideal backplane connector solution for medium-density applications. With its press-fit contacts, spring-lock mechanism, and surface mountability, it is designed to offer reliable, secure connections that can withstand harsh environments and handle power and digital signals with minimal resistance.

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