SFW9R-1STE1

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Flat Flexible Connectors, also known as FFC and FPC, are an electrical connector type used in a variety of tasks. From connecting components within a circuit board to connecting components between boards, FFC is used to provide a stable point of contact that ensures reliable performance and low power usage. The SFW9R-1STE1 is a particular model of FFC, and this article will discuss its application field and working principle.

Overview of FFC

To understand the SFW9R-1STE1, it’s important to understand FFCs in general. FFCs are typically composed of a flexible, flat cable and a connector housing. The cable houses individual insulated conductors, and the housing encloses and posisions these conductors to ensure stable electrical contact. Typically, the connector housing will also feature locking or latching mechanisms to ensure a secure connection. FFCs have a wide variety of applications in consumer electronics, gaming, industrial equipment, and more.

Advantages of FFC

FFC connectors bring a variety of advantages to the table, making them an ideal choice for a range of purposes. FFCs are highly space-efficient, as they can easily fit in cramped locations. Additionally, they are extremely light, reducing weight in certain products. In addition, FFCs are relatively flexible, able to bend and conform to the profile of the device in which they are installed. Finally, their unique design allows them to draw power and transfer signals with maximum efficiency.

SFW9R-1STE1 Application Field and Working Principle

The SFW9R-1STE1 is an FFC connector featuring a two-row, 19-pin design. This model is designed around a 6.0mm pitch and can accept a ribbon cable with a range of widths, allowing it to fit in a variety of layouts. The SFW9R-1STE1’s primary application is in digital signal-processing applications, where it is used to transfer signals in a reliable, efficient manner. Additionally, this model features a latching mechanism to ensure a secure connection, and its plastic housing is durable and resistant to wear.

The SFW9R-1STE1 follows the same basic working principle as other FFC connectors. The housing serves as a guide and an insulator for the ribbon cable and its individual conductors. As the ribbon cable is inserted, it contacts the contacts inside the housing, resulting in an electrical connection. The locking mechanism ensures a secure connection and prevents accidental disconnection. Furthermore, the ribbon cable is held securely in place, reducing the risk of contact loosening or slipping due to vibration or other such factors.

Conclusion

The SFW9R-1STE1 is an FFC connector well-suited to digital signal-processing applications, allowing for a secure transfer of signals in an efficient manner. This model features a two-row, 19-pin design that can accept a wide range of ribbon sizes, and its latching mechanism ensures a secure connection. This model fits into a 6.0mm pitch and has a durable plastic housing, making it ideal for a variety of situations. Understanding the features of the SFW9R-1STE1 allows anyone to make an informed decision regarding their FFC connector needs.

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