49FCT3805EPYGI8

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The 49FCT3805EPYGI8 is an integrated circuit designed for clocking applications and specifically designed as a clock driver and buffer. The device is a buffered four−bit output and one−bit input family of clock drivers and buffers that provides designers with extended power−supply operating range and superior signal−locking performance over conventional clock buffers. This device features two dedicated input pins and four dedicated output pins, which can accommodate both single− and dual−load configurations when used as buffers.

The 49FCT3805EPYGI8 is a unique clock driver and buffer with several distinct features, including a split power supply system, signal−level locking, and programmable input and output options. The split power supply system gives the 49FCT3805EPYGI8 the ability to operate at either 3.3V or 5V power supply levels. This versatility allows the device to be used in a wide range of applications where only one power supply voltage is available. Additionally, the 49FCT3805EPYGI8 provides signal−level locking, which prevents signal integrity degradation due to on−chip noise caused by large rise and fall times. Lastly, the device has programmable input and output options to accommodate a variety of configurations and clock requirements.

The 49FCT3805EPYGI8 is intended to be used as a clock driver and buffer in a variety of applications, such as microprocessors, ASICs, logic families, and telecom applications. The device is a CMOS device and thus provides low power consumption and high speed for clocking applications. The device is capable of driving both TTL and CMOS logic families, which further increases its versatility and applications. Additionally, the device provides clock skew control and jitter attenuation, which make it well-suited for high−frequency applications.

The working principle of the 49FCT3805EPYGI8 is relatively straightforward. The device features two dedicated input pins and four dedicated output pins, which can accommodate both single- and dual-load configurations when used as buffers. The device is powered by a split power supply system, which is a single voltage divided into two separate voltage levels. This split power supply system gives the 49FCT3805EPYGI8 the ability to operate at either 3.3V or 5V power supply levels. The device also features signal−level locking, which provides superior signal−lock performance over conventional clock buffers.

The programmable input and output options provided by the device are what make it highly versatile. The device supports four different input levels: high−impedance, TTL, LVTTL, and CMOS. Additionally, the device has programmable output options that support up to four output levels: high−impedance, TTL, LVTTL, and CMOS. The device also includes programmable timing options that can be used to adjust the device’s output signal with respect to data transitions and signal width.

In conclusion, the 49FCT3805EPYGI8 is an integrated circuit designed for clocking applications and specifically designed as a clock driver and buffer. The device features a split power supply system, signal−level locking, and programmable input and output options that make it highly versatile. The 49FCT3805EPYGI8 is well−suited for a variety of applications, such as microprocessors, ASICs, logic families, and telecom applications. Additionally, the device provides clock skew control and jitter attenuation, which make it well−suited for high−frequency applications.

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