MMB23-0291C1

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MMB23-0291C1 is a specialized backplane connector designed for automotive applications, and as a result is made of high temperature automotive grades. Due to its design and construction, MMB23-0291C1 has high durability and reliability, compared to other backplane connectors on the market. It is also a great option for applications that require high fine-pitch connection.

MMB23-0291C1 supports two types of contacts – blade contacts and dual-blade contacts. It is mainly used for PCB-to-PCB applications in automotive control panels or exterior vehicle body components. It can also be used for power and signal wiring in other automotive applications.

The MMB23-0291C1 backplane connectors consist of several components. It consists of a base, blades, blade contacts, and two types of locking mechanisms – a latch and a button mechanism. The base is made of the highest grade plastics, and the blades are made of metal. The blade contacts are rated for use up to 5A, with an operating temperature of -25°C to +105°C.

The MMB23-0291C1 uses a latch or button mechanism to secure the connector to the board. The latch mechanism requires just a simple push or pull to lock the connector in place. The button mechanism is a bit more complex – the user must first push the button, while slightly pulling the connector, to lock it into place.

When it comes to the working principle of the MMB23-0291C1, it is quite simple. The connector has a number of slots along its base, which act as detection and guiding points. These slots are used to allow the blades to push past the retention posts. The blades will then contact the pads on the circuit board, thus establishing electrical contact between the two boards.The MMB23-0291C1 has been designed specifically for automotive applications, and as such offers a reliable, durable and high-performance connection. Its high fine-pitch design allows for less force to be used to connect the two boards, and its high temperature rating and dual-blade contacts provide a secure and lasting connection for even the most demanding automotive environments.

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