9ZXL0851AKLFT

The 9ZXL0851AKLFT is a high speed, low power, CMOS logic clock buffer and driver device. This device is designed for use in wide range of clock, timing, and data distribution applications. This device is designed to provide very low power consumption and is capable of sinking as much as 15mA of current. It also has an output slew rate of 3.2V/ns.

The 9ZXL0851AKLFT is made up of 4 differential pairs of output buffers and is able to drive one differential pair at a time. It features a selectable slew rate of either 2.5V/ns or 3.2V/ns. This device supports both an internal and external clock as an input to the device. It has a programmable input threshold voltage, which is set by pulling the VTH pin low or high by external means.

The 9ZXL0851AKLFT is typically used to drive a variety of clock and data signals. It is widely used in applications such as precision clock distribution, clock synthesis, logic level translations, interface circuits, communications systems and in systems that require both low power and high speed operation. It is also used in data repeater circuits for telecom and data communications applications. The device can be used in various other applications requiring high speed clock drivers and buffers.

The working principle of the 9ZXL0851AKLFT is as follows. The input clock signal is applied to the device. The frequency of the input clock signal is divided by a divider circuit in the device. The output frequency is then determined by the divider circuit which is divided in a specific ratio. This output clock is then used to drive the output buffers of the 9ZXL0851AKLFT. Upon receiving the input clock signal, the buffers drive their respective output pins depending upon the value of the VTH pin. The voltage level of the output signal is varied according to the VTH pin status.

The 9ZXL0851AKLFT device is a reliable and cost-effective clock buffer and driver solution for various applications. It offers a very economical alternative compared to other similar clock drivers. It is designed to minimize power consumption while providing low propagation delay times. The device also has low voltage noise immunity and temperature characteristics making it a great choice for applications requiring high speed and low power.