MMA25-029

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Backplane connectors are electronic components that are used to connect several printed circuit boards in a single system. They can also be used to connect circuit boards to other electronic components, such as buses or to each other. Typically, backplane connectors are specialized, and one such type is the MMA25-029. This specialized backplane connector has a variety of uses that have been discussed below, as well as its working principle.

The MMA25-029 is a 68-pin, male-male backplane connector made of copper plated balls. It provides an ideal connection for high speed, mini-computer backplanes. Its 68 pins are arranged in two rows of 34 pins, with 17 pins per row. It provides four signal contacts per row, making it useful for connecting boards in a multiple board system. The pins are also carefully arranged for optimal signal strength and accuracy. The MMA25-029 is more than just a simple backplane connector, as it features high-frequency signal deskew capability, giving it more flexibility. This makes it an ideal choice for applications that require high speed communications or need to minimize the amount of crosstalk.

The MMA25-029 is designed for applications in a variety of setups, such as high-speed buses, general-purpose backplanes, and PC/104 systems. It is also well-suited for high-speed digital piano applications, as it can transfer both analog and digital signals. Additionally, this backplane connector is highly compatible with popular electronic components, such as 3U and 6U boards, EMI cages, and cables.

When it comes to its working principle, the MMA25-029 backplane connector is designed to provide low-loss transfer from a source board to a destination board. This is done by ensuring that the metallization of pins and sheets are aligned precisely, as well as using gold-plated balls to make the connection. The low loss of this connection is achieved by using only the best quality copper and steel balls, which provide better signal transmission than traditional metal-on-metal connectors. The MMA25-029 also uses less bypass capacitance than other backplane connectors, allowing for a higher signal performance.

In addition to providing strong signal transmission, the MMA25-029 also includes features that decrease the chance of error-prone connections. The connector includes an integrated robust molding design, which can resist shocks and vibrations from the environment. This ensures that the pins remain secure during operation, and hence provides higher reliability and durability. The connector also has improved signal integrity due to its use of pins that are tightly filled for optimum performance.

The MMA25-029 backplane connector is a specialized device designed to provide reliable connections between multiple boards or other electronic components. It can handle high-frequency signals, and is also highly compatible with different components. The connector also features robust shock and vibration resistance, as well as improved signal integrity, making it an ideal choice for applications that must be able to handle a lot of data transfer quickly and reliably.

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