EL1517IS-T7

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EL1517IS-T7 is a CAN (Controller Area Network) transceiver, commonly used to interface microcontrollers or other electronic systems with a CAN network. This device helps ensure communication between various nodes on a network as it can send and receive data. The EL1517IS-T7 is of low-power, low-cost and small form factor and is designed for automotive, medical and industrial applications.

The EL1517IS-T7 works in accordance with ISO-11898-2 protocol. This protocol typically governs the transfer of messages over the CAN network, which operates in a serial, broadcast architecture. The EL1517IS-T7 is capable of operating in two operating modes, stand-by and active. In stand-by mode, the transceiver consumes approximately 500 µA. In active mode, it consumes approximately 15 mA. The EL1517IS-T7 is capable of data transfer rates up to 1 Mbps. The power supply of the device can range from 4.5V to 5.5V.

The EL1517IS-T7 supports differential transmit and receive data signals and is capable of galvanic isolation between the logic input and output and the CAN bus. Furthermore, it has the ability to detect power supply loss, allowing the host microcontroller to detect any sudden power supply failure. This transceiver also has the ability to enable and disable the connection to the CAN bus with the help of a enable pin.

The EL1517IS-T7 has various typical applications, making it suitable for various types of systems. The device can be used for automotive infotainment systems, pre-charge monitoring for battery warning and various other automotive applications. It can also be used for medical applications such as patient monitoring systems and industrial control systems.

In summary, the EL1517IS-T7 is a CAN transceiver designed to provide an interface between microcontrollers and any CAN bus. It works in accordance with the ISO-11898-2 protocol and is capable of operating in both stand-by and active mode. It supports differential transmit and receive data lines as well as galvanic isolation. Furthermore, it has the ability to detect power supply loss, making it suitable for automotive, medical and industrial applications.

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