MAX13052ESA+T

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The MAX13052ESA+T is a differential receiver designed specifically to meet the signal requirements of automotive Ethernet systems. This device provides outstanding signal performance offering ± 35dB of common-mode rejection over a wide common-mode voltage range. It has a low power consumption, a low bit error rate, and an ultra-low jitter operation. The MAX13052ESA+T has been designed to be fully compliant with the IEEE 802.3-compliant signal requirements for automotive Ethernet systems.

The MAX13052ESA+T belongs to the category of interface drivers, receivers, and transceivers. This device is a differential receiver, and its function is to receive differential signals from a communication interface and convert them into a single-ended signal. The MAX13052ESA+T helps to maintain the integrity of the signal transmitted and received, as well as reduce the effects of noise and interference.The working principle of the MAX13052ESA+T is relatively simple. It receives differential signals, and then amplifies and filters them. This enables it to reject common-mode noise and maintain an accurate signal-to-noise ratio and low jitter operation. The device can also actively equalize the signal, restoring any degraded data fro mthe long cables while keeping the jitter and signal integrity. The output of the device is then sent to a device capable of further processing the signal.

The field of application of the MAX13052ESA+T is primarily in the automotive industry. It is used in the development of automotive Ethernet systems, due to its outstanding signal performance and low power consumption. This device is also suitable for other industries, such as industrial automation, medical, and consumer markets, where reliable and fast communication is necessary.The MAX13052ESA+T is a powerful and reliable interface driver, receiver, and transceiver that has seen an increasing demand in the automotive industry. Its excellent signal performance, low power consumption, and ultra-low jitter operation make it ideal for use in demanding automotive Ethernet applications.

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