SP3085EMN-L/TR

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The SP3085EMN-L/TR is an integrated circuit that functions as a transceiver for digital communication. The transceiver can be used for various applications including digital data communication, control systems, and digital audio/video processing. The circuit supports multiple transmission protocols such as unbalanced/balanced I2C, RS-485, and TTL.

The SP3085EMN-L/TR transceiver consists of a driver, a receiver and a bridge circuit. The driver accepts digital signals from the attached digital device and converts them into corresponding high frequency pulses suitable for passing through transmission lines. The receiver then takes in the electrical pulses, amplifies them and re-converts them into digital values for compatible digital devices. The bridge circuit acts as a buffer between the driver and the receiver and helps to avoid interference. The bridge also monitors signals in both directions, detecting errors and providing feedback.

The SP3085EMN-L/TR transceiver is primarily used in automotive, industrial, office and communication applications. For example, it is used in industrial machines for serial communications, in office fax machines for receiving and transmitting digital documents, and in automotive control systems for handing digital command signals. Additionally, it is well-suited for use in applications such as Ethernet to serial conversion and providing a bridge between digital and analog systems.

The SP3085EMN-L/TR transceiver is provided in an 8-pin small outline package (SOIC). It works with a supply voltage range of 3.0V to 3.6V and can operate within a temperature range of -40°C to 85°C. The circuit is designed to be pin-compatible with low power 5V logic and has a data rate of up to 110 Kbps.

In conclusion, the SP3085EMN-L/TR transceiver is an integrated circuit that can serve as a driver, receiver, and bridge circuit for digital communication. It is primarily used for automotive, industrial, office, and communication applications. The circuit has a data rate of up to 110 Kbps and operates within a temperature range of -40°C to 85°C. The integrated circuit is provided in an 8-pin small outline package (SOIC) and is suitable for use in applications such as Ethernet to serial conversion and providing a bridge between digital and analog systems.

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