Types of fpc connectors

FPC Connector is a very common electronic components, it is mainly used to connect the circuit boards in electronic equipment. Although there are many forms of FPC connectors, but they all have a common feature, that is, the connection line curvature can be freely adjusted, flexible connection performance is very good. In modern electronic products, FPC connectors are more and more widely used, and its closely related connector types are becoming more and more. Here we will introduce the types of FPC connectors.Pin Header

ZIF-type FPC connectors
ZIF type Fpc Connector refers to zero insertion force FPC connector, it is a very common type of FPC connector. It is the use of elastic gripper to make FPC connectors easily plugged into the board and is a very good self-locking connector. It is very popular because the connector can be quickly attached to the board without the use of any tools.Female Header Connector

LIF type FPC connector
LIF type FPC connector refers to low insertion force FPC connector, which is a widely used FPC connector type. Compared to ZIF type FPC connectors, LIF type FPC connectors use lower insertion force and it can have various options for insertion direction. Since the insertion force is lower, LIF type FPC connectors do not damage the connection point during the connection process.Box Header

FFC type FPC connectors
FFC type FPC connector refers to flat flexible connector, which is a very thin type of FPC connector. The thickness of this connector is usually less than 1 mm, so FFC type FPC connectors can be wired very easily in electronic devices. In addition, the FFC type FPC connector has a plug guard that prevents the plug from being accidentally disconnected, making the connection more reliable.

PCI type FPC connectors
PCI type FPC connectors are FPC connectors that are used for installation in high-performance computer equipment such as servers. This connector enables high-speed signal transmission and has very good interference immunity. Since FPC circuit boards are used, PCI type FPC connectors also have the advantage of free choice of placement direction.

SMT type FPC connectors
SMT type FPC connector is a surface mount FPC connector. Since it uses surface mount technology, the distance between the connector and the board is very short, saving space in the equipment. In addition, SMT type FPC connectors have good electrical properties and good tensile strength.

Solder bonded FPC connectors
Plug-in solder type FPC connector is a kind of FPC connector that combines the function of insertion and soldering. This connector can be used in various industrial fields such as handheld devices, medical devices, cameras, etc. It is very popular because it has a very strong connection and does not loosen easily. The common insertion and soldering combination FPC connectors are 90 degree insertion and soldering type and 180 degree insertion and soldering type.

Strip FPC connectors
Strip FPC connectors are a more generalized type of FPC connector that can be used in a variety of applications. The length of the connector usually varies from 1 to 10 mm. Due to its unique structural design, it can withstand high tensile and extrusion forces, making it very suitable for demanding connection applications.

Adaptor type FPC connectors
The adapter type FPC connector refers to a multi-functional FPC connector, which can achieve a variety of types of connections, including one end adapter plate, one end adapter FPC connector, direct pin two-end FPC connector, etc.. The connector not only provides the advantages of flexible connections, but also has the versatility to be used in a variety of different devices.

These are the eight common types of FPC connectors, each with its own unique structural design and specialized application scenarios, you can choose the right connector according to the desired application. It is important to note that when installing and using FPC connectors, special attention should be paid to protecting the flexible bendability and stability of the connection lines to ensure the effective operation of the equipment.