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Acquisitions Infineon Transceivers:Automotive Transceivers,CAN Transceiver,LIN Transceiver

Shenzhen Mingjiada Electronics Co., Ltd. is an experienced electronic components recycler with a strong team, recycling formal channel sources, such as agents, traders, terminal factories, etc., do not accept informal channel sources. High price recycling imported original IC, acquisition of integrated circuit IC, acquisition of sensors, acquisition of microcontroller MCU, acquisition of Bluetooth chips, acquisition of Ethernet chips, acquisition of the factory backlog of electronic materials, acquisition of electronic components! We are committed to customers to digest inventory, reduce warehousing, and reduce customer storage costs and management costs.

Transceivers

Transceivers for automotive and industrial applications deliver proven quality standards, an excellent track record, and high robustness.

Automotive Transceivers

Automotive transceivers perfectly suited for highly demanding environments and designed to meet and exceed the latest ESD and EMC requirements

CAN Transceiver

Through connection to the CAN (Controller Area Network) bus, CAN transceiver chips shuttle data to and from the bus at medium speeds of up to 1 Mbps. Commonly used within all types of passenger vehicles for engine control, transmission, and braking, as well as within aerospace, building automation, and medical equipment industries. They are generally more prevalent in sophisticated applications due to increased costs when compared to LIN transceivers.

LIN Transceiver

Through connection to the LIN (Local Interconnect Network) bus, LIN transceivers operate along a single wire at speeds of up to 19.2 kbps. Commonly used within automotive applications such as light sensors and climate control, as well as for non-critical components in other industries. The slower speed of the LIN protocol combined with lower costs and easy connectivity mean they are usually used in less critical applications that, thanks to the controller’s smaller size, can easily be integrated into tight spaces.