74FCT16952ATPAG8

74FCT16952ATPAG8 Logic - Buffers, Drivers, Receivers, Transceivers

The 74FCT16952ATPAG8 is a high-speed parallel-to-serial data converter designed for use in digital systems. It is optimized for high-speed logic-level applications and is composed of three sections: a Input Parallel Data Register, a Data Divider, and a Serial Data Output Register. The FCT16952ATPAG8 has a wide range of applications including personal computers, modems, peripherals, and various interfaces.

The Input Parallel Data Register is a 16-bit register that allows parallel data to be written into it directly. The data is separated into two 8-bit words and divided by the Data Divider. This divider separates the two 8-bit words into two 4-bit chunks and two 8-bit chunks. The 8-bit words can be written into the Data Divider independently. The four 4-bit chunks are then written into the Serial Data Output register, which will shift out the data. The Serial Data Output register can run at speeds up to 120 MB/s.

The FCT16952ATPAG8 is based on an open-collector design, which requires external resistors and pull-up transistors to ensure its high-speed operation. The Data Divider also features a Bus Settlement Output (BSO) which provides a signal to indicate when both 8-bit words have been written into the divider. This signal is used to settle the bus when writing new data into the divider.

The FCT16952ATPAG8 is ideal for interfacing devices with extremely high data rates. It is a versatile and cost-effective component that can be used in many applications. It is also a low-power component that consumes very low amounts of power when in operation.

The FCT16952ATPAG8 is a high-speed logic-level component that is capable of handling data rates up to 120 MB/s. It is composed of three sections: a Input Parallel Data Register, a Data Divider, and a Serial Data Output Register. The component is based on an open-collector design, which requires external resistors and pull-up transistors to ensure its high-speed operation. It has a wide range of applications and is a low-power component that consumes very low amounts of power when in operation.