Lin Market Communication Base Station Inverter

What is a LIN transceiver?

The transceiver is what facilitates the communication between the bus and the network. The LIN transceiver converts the bit logic from the microcontroller into higher voltage levels, as a transmission along the bus and vice versa.

What is a Lin microcontroller?

Instead, a microcontroller is programmed with the LIN protocol and used to drive the communication to the transceiver through the serial interface. This interface is named Serial Communication Interface (SCI) and it has replaced UART in most LIN applications.

What are the advantages of using Lin over a more robust communication interface?

The main advantages of using LIN over a more robust communication interface are based in simplicity versus complexity. The LIN interface is simple, low-cost to implement and has use relative to CAN (and other differential interfaces) with a small, readily-available component requirement.

What is a Lin communication controller?

The idea of LIN is to be a simple, yet cost-effective communication interface. This is why a dedicated communication controller is not implemented. Instead, a microcontroller is programmed with the LIN protocol and used to drive the communication to the transceiver through the serial interface.

How does a LIN transceiver turn on in standby mode?

This signals to the controller that the device is in Standby mode after a wakeup request, and can be transitioned into Normal Mode through the control of the EN pin. Without the EN pin held high at power up, the LIN transceiver turns on in Standby mode by default.

What are the characteristics of different communication methods of inverters?

The characteristics of different communication methods of inverters are obvious, and the application scenarios are different. In order to better weave the underlying network of energy digitization and intelligent development, choose the most appropriate communication method according to local conditions.