PI4GTL2014LE

The PI4GTL2014LE is an interface technology dedicated to simplify the design process of modern vehicles and reduce the production cost associated with electronics, as well as improving comfort and safety systems. This technology is designed to bridge the communications between the controllers in modern vehicles and any type of sensors and actuators.

PI4GTL2014LE works by capacitive coupling between two line-terminated microstrip systems. This technique ensures a high level of signal integrity and significantly reduces the noise that may be generated by the all-encompassing, complex electronics in a vehicle. The application field of this technology includes today’s electronic, hybrid, and electric vehicles (EVs). This technology enables the transmission of safe data across any type of environment, from dissimilar circuit boards, to the noisy, harsh environment in an automobile.

In the automotive application field, the PI4GTL2014LE is used for communication and data-exchange between different vehicle controllers such as Digital Signal Controllers (DSCs) and Field-Programmable Gate Arrays (FPGAs). It is also used for power connection of these controllers, as well as to protect their communications from interference from outside sources. The PI4GTL2014LE consists of two parts: The Interface Bus and the Signal Line.

The Interface Bus is a physical connection made between two electronic devices, such as two controllers, that helps provide data exchange between them. This connection is typically made of a flexible cable or connector, which is very easy to assemble and is extremely robust. This allows several different devices to be connected together while still being protected from any external sources of electrical interference or voltage fluctuations.

The Signal Line is a two-way directional signal transmission system used to bridge different controllers. The Signal Line consists of two lines that communicate bi-directionally between the two controllers. Each incoming signal is encoded within a signal frame and is sent to its specific controller over the Signal Line. Upon receiving the signal, the receiving controller decodes the signal and then sends a response signal over the Signal Line. The Signal Line also has a data-transmission rate of up to 10 Mbps, which ensures a reliable and stable data exchange.

The PI4GTL2014 LE is designed to provide reliable, fast communication between vehicles and any type of sensors and actuators. Its interface bus is simple to assemble and its signal line provides a high data transmission rate. The technology also increases safety and comfort by providing a noise-isolation barrier between the vehicle controllers and the outside environment. This makes it an ideal choice for any type of automotive electronics application.