PI6C41204ALE

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Clock and timing devices are essential components of everyday operations in the digital world. The PI6C41204ALE is a high-performance CMOS clock buffer capable of distributing and buffering low-skew, high-frequency reference and clock signals. This device is the ideal choice for applications requiring low-power, low-skew, high-current, and low-jitter performance. The PI6C41204ALE also provides advanced control and diagnostic features making it a great choice for high-speed systems.

The PI6C41204ALE is an integrated clock buffer that reduces design complexity, space, and power consumption by integrating all of the necessary components into one package. The PI6C41204ALE is a low-skew differential low-voltage positive edge-triggered D-type flip-flop with 2 outputs capable of driving either 7 or 10 loads with equal power. The device can operate from a voltage range of 1.5 to 3.6 V, making it suitable for a wide variety of applications.

The PI6C41204ALE is designed for applications in computers, telecom, industrial, and medical devices. It is especially well suited for high-speed Digital Signal Processing (DSP) applications. The device has a low propagation delay and a low-skew output enabling fast and reliable digital data processing. As it is able to generate multiple clock signals with minimal skew, the PI6C41204ALE is well suited for system clocking applications.

The PI6C41204ALE works by receiving a reference clock signal on the clock input pins. The reference clock signal is then divided by two using the internal clock divider and the resulting clock is output on the clock outputs. The device has an asynchronous reset and a power-on reset feature for added reliability in time-critical applications. The PI6C41204ALE features multiple selectable clock output frequencies and is capable of generating dual-clock or power supply clock outputs from a single source.

The device also has a power-down mode which allows it to be quickly put into a low-power mode while still maintaining phase integrity. This feature is ideal for applications that require high speed, low power, and minimal jitter performance. The PI6C41204ALE also has a variety of flexible control and diagnostic features, including programmable skew, selectable output drive strength, error flag indications, as well as on-chip monitoring and diagnostic features.

Overall, the PI6C41204ALE is an excellent choice for a wide range of high-performance clock and timing applications. Its low-skew, high-frequency reference and clock signal distribution capabilities make it a great choice for applications requiring reliable, low-jitter, and low-power clock sources. The device\'s flexible control and diagnostic features allow for easy integration into existing systems, and its programmable features make it a great choice for custom solutions. The device\'s advanced power management capabilities make it an ideal choice for high-speed and low power applications.

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