CY74FCT16543CTPVCT

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CY74FCT16543CTPVCT is an integrated device that is used in logic applications and has a technical name as high-speed low power unbuffer dil-transistor transceiver with 3-STATE outputs. It is a high-speed CMOS combinatorial device, specially designed for bus-oriented applications such as personal computers and networking systems on chip.

CY74FCT16543CTPVCT is from Cypress Semiconductor\'s Fairchild family of voltage translation products. It provides the versatility of low power consumption operation, comprehensive bus-oriented applications, extremely low capacitance and a host of features. It is also able to be used in combination with other devices such as decoders, flip flops and multiplexers.

The device consists of a register, an output buffer and a 3 states output driver. The register accepts an eight-bit parallel input. This is then processed through an eight output buffer in parallel to the eight 3-STATE outputs. All outputs can be set to high, low or the 3-state allowing further information transfer. The power supply voltage can be between 2.5 and 3.6 volts with a typical current consumption of 10mA.

The CY74FCT16543CTPVCT can be applied in many bus-oriented applications such as personal computers, PCs, PDAs, laptops, printers, distributed I/O systems, and data routers. It is also suitable for network communication systems and for applications that require a standard two-wire interface such as RS-485.

The working principle of the CY74FCT16543CTPVCT is based on an input from the register, an output buffer and a 3 states output driver. The register accepts an eight-bit parallel input which is then processed through the output buffer in parallel to the eight 3-STATE outputs. By setting all outputs to high, low or the 3-state, further information can be transferred.

In summary, CY74FCT16543CTPVCT is a high-speed low power unbuffered CMOS transistor transceiver that can be used in many applications where three-state output is required such as in personal computers, distributed I/O systems, and data routers. It has very low capacitance, extremely low power consumption and can be used in combination with multiplexers. Its working principle is based on the input from the register, the output buffer and the 3-states output driver.

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