ZL40217LDF1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

ZL40217LDF1 is a clock buffer or driver IC (Integrated Circuit) that is used to efficiently distribute a single clock signal to multiple setups. It is designed for use in system timing and networking applications like clock buffer, clock fanout, clock generator, and clock MUX (Multiplexer).

The ZL40217LDF1 is a low voltage clock buffer/driver IC fabricated in a bipolar CMOS silicon gate process, and provides low power dissipation with fast edge rates. It also has high immunity to ground bounce, noise and crosstalk that make it suitable for use in high speed digital systems. It is able to provide as many as a hundred outputs for buffer/driver applications.

The ZL40217LDF1 is used in applications that require high performance, such as frequency synthesizers, clock timing and wireless communication systems. It is also used in circuit applications that require maximum clock signal consistency and minimal variation in performance. The ZL40217LDF1 offers reliable buffering, low additive jitter, high drive capability and low power dissipation.

The ZL40217LDF1 is able to work under a supply voltage of 3.3 volts, and has a maximum input clock frequency of 800MHz and a maximum output clock frequency of 500MHz. It has an input impedance of 10 Kilohms, and a maximum output current of 18mA. The ZL40217LDF1 is also able to buffer up to eight outputs.

The ZL40217LDF1 has an integrated ESD device and provides soft-start circuitry that can reduce in-rush currents during system startup. The ZL40217LDF1 also has a Power-Down-Input feature that can be used to shut down the device when it is not in use. The Power-Down-Input feature helps to reduce overall power consumption. Additionally, the ZL40217LDF1 features a driver enable pin that can disable or enable the outputs through an asynchronous logic or single ended logic level.

The working principle of the ZL40217LDF1 is relatively simple. It takes an input clock signal and distributes it to multiple outputs. It also performs jitter cleaning and buffering to ensure that the clock signal is consistent across all output terminals. The input clock is buffered, which reduces the amount of effect any noise or other disturbances would have on the signal. The ZL40217LDF1 has a very high impedance buffer that allows for very low power consumption. It is able to do this by amplifying the input signal to a level that is much higher than the original, thus reducing the current flow to a fraction of what it would have been without it.

The ZL40217LDF1 is a very powerful, reliable and efficient clock buffer/driver that can provide consistent performance across a wide range of applications. Its integration of an ESD device, low power consumption, fast edge rates and high immunity to noise, ground bounce and crosstalk make it a great choice for high speed digital systems.

The specific data is subject to PDF, and the above content is for reference