SFV34R-1STE9HLF

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FFC and FPC (flat flexible) connectors are man-made devices that improve the ability of electrical systems to transfer signals and data more efficiently. These same connectors also reduce the size and weight of the connectors, resulting in less cable clutter and more efficient use of space. In this article, we will discuss the application field and working principle of the SFV34R-1STE9HLF connector.

SFV34R-1STE9HLF connectors are designed to be used in environments that require a high density of connectors. This means that in applications such as aerospace, medical, robotics, and automotive, these connectors are required due to their superior durability and performance. SFV34R-1STE9HLF connectors are rated for 1.27mm pitch and are designed to be used in flat flex and rigid flex cable assemblies.

The most common applications for SFV34R-1STE9HLF connectors include:

• Automotive Electronics
• Consumer electronics
• Industrial control systems (ICS)
• Military/Security/Aerospace equipment
• Medical Devices

The SFV34R-1STE9HLF connector offers several features that make it an excellent choice for these applications. It features a pitch of 1.27mm, which makes it ideal for tight spaces, and it has an open frame construction that makes it more robust and reliable in harsh environments. The connector also has a zero insertion force, which makes it easier to install in tight spaces, and it has a pitch locking structure that prevents it from slipping or breaking during use.

The working principle of the SFV34R-1STE9HLF connector is based on electrical contact between the connector and its mating part. It is a type of electrical connection that involves two metal connectors, one on each side, that are pressed together to form an electrical connection. The contact between the connectors is maintained by a pressure-sensitive adhesive, which eliminates the need for soldering. The electrical connection is made up of two electrical perforations, one on the top of the connector and one on the bottom, that are then bridged by two conductive pins.

In order to ensure that the connection is reliable and secure, the contact points on the top of the connector are mated with the contact points on the bottom. This is done by pressing the pins into the contact points and applying pressure to the back of the connector to ensure that the connection is formed firmly. Once the connection is made, the pins act as a bridge between the two contact points and electrical signals can then be transmitted through them.

In addition, the connector has an anti-rotation feature that prevents it from becoming loose during operation. It also features a glow-in-the-dark feature, which helps to provide visual verification of the connection. This helps to ensure that the connection is secure and will remain so throughout use.

Overall, the SFV34R-1STE9HLF connector is an excellent choice for applications that require a reliable, high density electrical connection. Its features such as its zero insertion force, pitch locking, open frame construction, and anti-rotation make it an excellent choice for any application, and its glow-in-the-dark feature ensures that it will remain secure and reliable throughout use.

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