85357AG-11LFT

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The 85357AG-11LFT is a type of clock buffer, driver, or timing device. It is designed to provide high-frequency, low-skew, low-jitter signals for use in today’s increasingly complex digital designs. This device is ideally suited for applications such as micro-controllers, embedded platforms, communications systems and data centers.

The 85357AG-11LFT is a small, low-power device that can easily fit into tight spaces. Its versatile design allows it to be used in either 2.5V or 3.3V systems. It can be operated at temperatures from 0℃ to 70℃ and provides up to 3.6GHz performance. In addition, its maximum output drive is 10mA, making it an ideal choice for small-signal applications.

The 85357AG-11LFT is based on a master-slave timing concept. It is comprised of two separate sections: the master core and the slave output. The master core consists of two parts, the master clock buffer and the programmable delay cell. The master clock buffer receives a system clock, which is then divided into two clock signals and passed to the delay cell. The delay cell then buffers the clock signals and provides them to the slave output. The slave output is responsible for driving the devices attached to the 85357AG-11LFT.

The 85357AG-11LFT can be configured in several different ways to meet the needs of the digital design. It can be used as a single buffer, a clock driver, or a clock tree. When used as a single buffer, the delay cell is programmed to provide a fixed value of propagation delay for each output. When used as a clock driver, the device provides different levels of buffering and delay in order to drive multiple devices at the same time. Finally, when used as a clock tree, the device can be used to drive multiple devices at different frequencies and with varying levels of output drive.

To sum up, the 85357AG-11LFT is a versatile clock buffer, driver, or timing device. Its small size and low-power operation make it ideal for today’s increasingly complex digital designs. It is capable of providing high-frequency, low-skew, low-jitter signals for micro-controllers, embedded platforms, communications systems and data centers. Furthermore, its versatile design allows it to be configured as a single buffer, a clock driver, or a clock tree. Thus, it is an ideal choice for designers in need of a reliable clock buffer, driver, or timing device.

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