QFS-104-06.25-S-D

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QFS-104-06.25-S-D is a type of rectangular connector array, edge type, mezzanine (board-to-board). It is primarily used for connecting between two pcb\'s and other internal components of an electronic device. This connector is made of high-temperature resistant and durable materials, and its size is 10.4 x 6.25 mm.

The primary working principle of a QFS-104-06.25-S-D connector is to transfer electrical signals between two pcb\'s in an electronic device. This connector has an array of contacts which are electrically connected when they contact one another. The contacts are arranged in a linear pattern, allowing for a higher number of contact points.

The primary application field of a QFS-104-06.25-S-D connector is primarily found in consumer electronics, such as computers, laptops and tablets. The connector is widely used in these devices due to its slim design and ease of installation. Additionally, it is also commonly used in communication, medical equipment, automotive, and industrial control systems.

The primary advantage of the QFS-104-06.25-S-D connector is its high connection density, which allows for better signal transmission and more efficient signal routing. Additionally, the connector is also more resistant to shock, vibration, and extreme temperatures. It is also RoHS compliant, making it safe for use in the electronic industry.

The major downside of the QFS-104-06.25-S-D connector is its cost. The connector is relatively expensive for its size, which can make it difficult to justify its use in some scenarios. Additionally, they can be difficult to work with due to their small size and linear contact pattern.

Overall, QFS-104-06.25-S-D is a popular choice for connecting between two pcb\'s in consumer electronics, communication, medical equipment, automotive, and industrial control systems. The primary advantage of the connector is its high connection density and resistance to shock, vibration, and extreme temperatures. However, the connector is expensive and can be difficult to work with due to its small size and linear contact pattern.

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