PI6LC48P0301AZHE

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The PI6LC48P0301AZHE is a circuit that is often used in a variety of applications. It is specifically designed for applications that require timing from high frequency, low noise digital signals. It is capable of providing accurate, reliable timing in a variety of applications such as digital video, telecommunications and networking.

This device is a low-power, synchronous integrated circuit that uses a dual-mode CMOS circuit to generate a high frequency clock from a low-frequency reference clock. This dual-mode CMOS circuit has two different outputs: an active output and a standby output. When the standby output is low, the active output will be enabled, and when it is high, the active output will be disabled. When the active output is enabled, the PI6LC48P0301AZHE will generate the high frequency clock.

The PI6LC48P0301AZHE can be used in a variety of applications that require clock signals such as synchronous memory control, digital signal processing, high-speed communications, and more. It is also capable of providing timing signals in complex digital systems such as telecommunication and networking systems.

The device has several features that make it suitable for these applications. Its high speed, low noise, and low power consumption allows it to be used in a variety of applications. Additionally, its two-stage logic interface allows the device to be connected to other logic devices, such as counter or register devices. It also features a programmable termination option that allows the device to be programmed for different output characteristics.

The PI6LC48P0301AZHE is a very useful device that can be used in a variety of applications. Its ability to provide accurate, reliable timing signals at high speed and low noise allows it to be used in a variety of applications that require timing signals. Additionally, its low power consumption makes it an ideal choice for applications that need to conserve power. Because of its features, this device is ideal for applications that require timing from high frequency, low noise digital signals.

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