PI49FCT3805DQE

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The PI49FCT3805DQE is a low power, low skew, 1-to-5 Clock/Timing - Clock Buffers/Drivers. It is used in applications requiring high performance Clocking with minimal power and minimal skew. This device is ideal for clock applications such as digital video, audio, video, and other high-performance applications.

The PI49FCT3805DQE consists of five differential clock buffers with a single input. It is designed to provide both a low skew and low power clock distribution solution for synchronous digital systems. In addition, it can be configured for either sinking or sourcing current to meet the demand of the application. Using its differential high-speed inputs, the buffers can be employed in bidirectional applications.

The device utilizes a low-power, high-performance technology to provide a skew of less than 500ps and a low power draw of 1.5mA per line at 5V. The improved power efficiency of the device also makes it suitable for intermittent or standby/resume applications. The PI49FCT3805DQE provides high levels of signal integrity, with a typical out-of-band noise level of -37.9dB.

The device is manufactured using a reliable, low leakage process and is rated for operation from -40C to +85C. It is available in a 14-pin TSSOP package, and can be used in industrial, automotive, and consumer applications.

The PI49FCT3805DQE’s working principle is based on the correct wiring of the differential inputs to the outputs. Each buffer is triggered by a separate signal, applied to the input side, which is then passed on to the outputs, with minimal skew and minimal power consumption. The clocks are passed to the outputs in their original, unaltered form, providing stable and reliable distribution.

In summary, the PI49FCT3805DQE is an excellent choice for low power, low skew clock/timingClock Buffer applications. It provides low skew and low power consumption, as well as signal integrity and a wide operating range. High performance applications can benefit from its reliability, low power, and signal integrity, making it an excellent choice for clock/timing application.

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