BM23PF0.8-10DS-0.35V(51)

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Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board). BM23PF0.8-10DS-0.35V(51) is a key component within this field and it is essential to understand its application fields and working principles in order to make the most of its potential.

BM23PF0.8-10DS-0.35V(51) is a rectangular mezzanine connector that is used to connect Board-to-Board applications. The product enables up to 10 contacts between two boards, with 0.8mm contact pitch, and is designed for a range of signal voltages of up to 35V. It has a low profile and is suitable for tight spaces and applications where space is limited. The connector is made from durable plastic and is rated for up to 5A, and has an insulation resistance of 500MΩ minimum. The product has a standard sorting dimension of 51mm.

BM23PF0.8-10DS-0.35V(51) has many application fields, such as in computers, communication equipment, audio-video devices, and automotive control systems. The connector can be used to connect devices such as modules, monitors, and cameras, and it is suitable for high-density applications with its 0.8mm pitch.

The working principle of BM23PF0.8-10DS-0.35V(51) is that two boards with the pre-sold ferrule pins are inserted into the socket on the connector. The connector has two sides, with the contacts on the outer edge and the ferrule pins on the inner edges. The connector is held securely in place by the wedge clamping action which is triggered when the two boards are inserted. The current is then able to flow freely through the contacts and the ferrule pins, providing a reliable connection between the two devices.

BM23PF0.8-10DS-0.35V(51) is a highly reliable and versatile rectangular mezzanine connector, which is suitable for use in a range of applications where space is limited. Its 0.8mm contact pitch enables high-density connections, and the wedge clamping action and durable plastic shell provide reliable electrical connections. Understanding and making use of its application fields and working principles is essential to maximizing its potential.

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