SN65LVEP11D

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The SN65LVEP11D is an integrated, multipurpose chip intended for use within industrial and automotive applications. It is considered a CLOCKBUFFER, DRIVER IC, and is designed to target both synchronous and asynchronous frequencies within a single IC. These chips have been designed to reduce component count, thereby allowing for a lower design cost, and a higher system yield.

The SN65LVEP11D provides two-wire buffered, low voltage differential signals (LVDS) with slewing rates up to 2 MHz. They also include a levelling driver to ease the design burden associated with bias compensation and long cable runs. It features a wide operating temperature range and excellent EMI performance, making it ideal for applications requiring high-quality, low power interfaces.

The SN65LVEP11D is equipped with a timing module that enables synchronous or asynchronous operation. When in synchronous mode, the module provides the ability to lock and free the device from any external clock signal. The asynchronous mode, on the other hand, allows the user to select either an internal or an external clock signal for timing operations. This makes the chip very versatile in its applications.

The SN65LVEP11D offers a wide range of features designed to guarantee a high-quality signal. These include low power consumption, high power efficiency, and signal integrity. The chip also features clock recovery, adjustable slew rates and adjustable output delays for applications requiring more precise signal control.

The SN65LVEP11D is ideal for applications such as communications, data storage, and embedded systems. Its wide operating temperature range and excellent EMI performance make it the perfect choice wherever signal integrity and low power consumption are key requirements. The chip is also well suited to industrial, automotive and consumer electronics applications.

The SN65LVEP11D is a versatile chip that provides a robust platform for many different applications. It offers excellent signal control features such as slewing rates and adjustable output delays, along with low power consumption and high power efficiency. This makes it the ideal choice for a range of applications that require low-voltage differential signals (LVDS) with adjustable slew rates.

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