74FCT807BTSOGI

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The 74FCT807BTSOGI is a high-speed CMOS Logic Clock Driver. As part of the 74FCT Family of high-speed CMOS logic devices, it is specifically designed to drive heavy capacitive and high-speed logic loads while offering high performance at low power consumption. This device is used in many applications, such as digital video and audio, cellular phones, digital communication systems, computer peripherals, automotive electronics, and industrial control systems.

The 74FCT807BTSOGI is a 5-bit single-ended driver that switches between 0V and 3.3V with reduced power consumption. It is designed to operate at up to 150MHz and supports a low Clock-to-Data rate. The driver has a very low input capacitance of 4pF, which is ideal for high-frequency applications. The output switching speed is also optimized for high-speed logic applications. It features an integrated diode which protects the device from overdrive current.

The device features an on-chip output delay control which allows the user to select a specific output delay. This provides flexibility to the system designer in choosing the perfect timing of the output waveform. The output strobe pin can be used to indicate the completion of a valid output waveform. This makes the device suitable for 3-state and differential applications.

The 74FCT807BTSOGI works on a wide range of input voltages ranging from 1.65V to 3.3V. The device is designed to draw a very low supply current of 2.5mA, making it an ideal choice for power-sensitive applications. The device also features an on-chip slew-rate control which allows the user to adjust the rise/fall time of the output waveform as per their system requirements. This enables the device to meet the performance requirements of today’s complex high-speed circuitry.

The 74FCT807BTSOGI is a versatile and reliable single-ended driver suitable for high-speed logic and power management applications. It offers excellent performance, low power consumption, and a wide input and output range, making it an ideal choice for many system designs.

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