LTM2893CY#PBF

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Digital Isolators are becoming an increasingly popular choice for many automated processes. The LTM2893CY#PBF, a large scale digital Isolator with an integrated transformer, is designed for use with Industrial Automation, as well as many other applications.

The LTM2893CY#PBF is a 3-channel, digital Isolator with a 3.3V logic supply voltage. It is designed to receive digital signals from a variety of sources such as I/O cards, PLCs, or controllers, and transfer them across an isolation boundary up to a 1000Vrms. This device can also be used for a variety of other applications such as isolated monitoring, control, signaling and data transmission. It is able to provide reliable operation with a lower component count, higher integration, and superior noise immunity.

The LTM2893CY#PBF has an integrated transformer and is able to operate over a frequency range of 120 kHz to 1.8 MHz. It has a pulse width of 5 ns and a slew rate of 3 V/μs. This makes the device ideal for use in fast, pulsed digital applications. It also features a separate logic side ground, which allows for higher data speeds and facilitates isolation between logic and ground distribution.

The LTM2893CY#PBF provides excellent galvanic isolation between the input and output channels. It is able to achieve isolation capabilities up to 1000Vrms. This ensures that the data is reliably retained and that any system’s noise is kept away from other systems. The device also features an isolated supply power up to 2W, which helps to reduce power requirements and total costs.

The LTM2893CY#PBF has a wide range of application possibilities. It can be used for signals transmitting between different communication networks, digital signal isolation and filtering, and motor control systems. It is also used in medical, industrial, robotics, energy and automotive applications. It is suitable for use in a variety of isolated power solutions, including Industrial Automation. These applications are designed to ensure safe and reliable operation.

The working principle of the LTM2893CY#PBF is based on the operation of two transformers, which provide isolation between the input and output channels. The digital signal is transferred through the transformer’s primary windings, while the output is isolated and transferred through the secondary windings. This ensures that any noise or voltage fluctuations at the input are suppressed and that the digital signal is cleanly transferred across the isolation boundary.

The LTM2893CY#PBF is an ideal choice for applications where the needs for high isolation and low power consumption are priority. It can be used to cost-effectively and reliably ensure data integrity in Industrial Automation and many other digital applications.

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