SN65LVEL11D

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Clock /Timing is essential to the majority of today’s ASIC, FPGA and microcontroller based applications. This family of devices functions interact with a variety of clock, reference components and subsystems. The SN65LVEL11D is among such devices, providing a robust and stable sole clock source for both synchronous serial buses and wide area networks. This device is specially designed to buffer and drive the Ethernet physical media interface, and can be used in any application where a precisely regulated, low-skew clock signal is required.

The SN65LVEL11D is a Dual Differential Clock Buffer with integrated 50Ω input and output termination resistors. It features a wide operating range of 2.7V to 5.5V with a Precise Center Spread Spectrum option that lowers EMI/RFI emissions. The operating temperature range of this device is also impressive, with an extended temperature option that ranges from -40°C to +85°C. It is compatible with IEEE 802.3 and 802.3u standards and comes with -40 dBc typical output jitter.

The SN65LVEL11D is capable of handling the most demanding clock requirements. It is equipped with a low-noise, low-skew differential input pin for receiving a referenced clock signal. This signal is then amplified and output on two differential pins, allowing for both input and output jitter to be minimized. The device is also capable of driving both low and high impedance loads, such as backplanes, allowing for a versatile range of applications. The SN65LVEL11D includes a High Accuracy spread spectrum feature which allows significant reduction in EMI emissions when compared to similar devices. In addition, the device also comes with an integrated power down feature that allows the user to reduce the power dissipation when the device is not in use.

The SN65LVEL11D is an effective and reliable solution for a variety of Clock/Timing applications. It provides a precisely regulated and low-skew clock signal ideal for synchronous serial buses, Ethernet and wide area networks. It has impressive features such as a differential input pin, wide operating range, extended temperature range and -40 dBc typical output jitter. This device is also capable of driving both low and high impedance loads and comes with a high accuracy spread spectrum feature for reduced emissions. All these features make the SN65LVEL11D an ideal clock buffer for any application that requires a reliable, low-skew clock signal.

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