74FCT3807SPGGI8

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The 74FCT3807SPGGI8 is a low voltage, low power, and high-speed triple-line driver. This device has been designed to interface data bus and control signals between the central processing units (CPUs) and the peripherals in low voltage systems, such as multimedia and mobile communications.

The main purpose of this device is to buffer and extend the reach of 3.3V CMOS levels to as far as 5V CMOS levels, allowing for faster transmission and improved signal quality. The device contains three independent 3-state open drain drivers, allowing each to be enabled or disabled separately. The output buffers are slew rate limited and are designed to reduce undershoot and overshoot on signal edges, reducing the possibility of data corruption.

The device uses a 3-state configuration logic which allows the user to select between active low and active high outputs. The device also has an asynchronous active low clear signal, which can be used to reset the outputs to the disabled state. The device contains internal P-channels and N-channels to provide the necessary signal buffering.

The device operates on a single-ended 3.3V supply voltage, and is fabricated using a low power CMOS process. The device features a high speed operating frequency of up to 85MHZ, and a propagation delay of 4ns. The device is compatible with standard TTL devices, and can be used in applications that require high speed signal buffering and driving.

The 74FCT3807SPGGI8 is ideal for use in automotive, consumer, medical, and industrial applications, providing improved signal reliability and increased transmission speeds. It is also suitable for use in mobile communications and consumer multimedia products such as digital cameras, camcorders, and televisions. The device is also suitable for with high-speed data & control applications such as FPGAs, ASICs, DSPs, and microprocessors.

The device is RoHS compliant and is available in different packages, including PDIP, TSSOP, and SO. By using this device, designers can reduce power consumption and have a greater level of system performance.

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