FH12-16S-0.5SV(1)(98)

Flat flexible connectors (FFCs) are used in many electronics applications. They are a type of flexible electrical connection used in printed circuit boards (PCBs) and printed wiring boards (PBWBs). They come in two varieties, FPC and FFC, depending on the type of signal being transferred between two components. FPCs are used for low-voltage signals and FFCs are used for high-voltage signals.

FFCs are small in size and easily compatible with other components. They are also designed to be highly supple, allowing them to be bent, twisted, and folded without causing damage. This makes them well-suited for tightly space and dynamic applications, where space constraints are a primary concern. FFCs come in various sizes, shapes, and thicknesses to match individual applications.

One example of an FFC that is widely used in the industry is the FH12-16S-0.5SV(1)(98). It is an FFC type flat flexible connector that is suitable for high voltage signal requirements. This FFC features a 0.5 mm pitch that allows for a secure connection with minimal space requirements. The FH12-16S-0.5SV(1)(98) is typically used in computing, medical, aviation, and telecommunication applications where a secure high voltage connection needs to be established in a compact space.

The working principle of the FH12-16S-0.5SV(1)(98) is based on the electrical contact between two components. The wire contacts are made up of stamped and plated contact pieces encapsulated in a flexible cable. The contact pieces are then inserted into the insulation to create the contact point between the two components. The electrical connection is established when the contact pieces are pressed together which allows current to flow between them. This then creates a secure electrical connection between the two components.

The FH12-16S-0.5SV(1)(98) is typically used in low and high voltage applications such as computing, medical, avionics, and telecommunications. It is made up of a 0.5 mm pitch and can be used in tight spaces as well as in dynamic applications due to its high flexibility. It allows for a secure connection that can easily be adapted to specific applications. The working principle is based on the electrical contact between two components that produces a secure connection when pressure is applied at the contact point.