SY10E175JC

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The SY10E175JC is a dual master-slave universal clear latch designed using advanced CMOS technology. It consists of two latch elements, each capable of providing or storing two bits of data. It is designed to reduce the noise effects in high-speed automated data transmission systems, and to provide a high speed "AND" logic cell suitable for use in pipelined binary computations.

The SY10E175JC is ideal for applications that require stable high-speed data transmission with low noise and high signal integrity. It is built with high speed CMOS logic and is suitable for both synchronous and asynchronous operation. This device provides individual set and reset functions for both latches, as well as a common reset function that resets both latches simultaneously.

The device is primarily used in logic applications where the data is stored in either external memory devices or in CMOS logic circuits. It is also used as a "read-only" latch in logic applications where only the first latch is used, while the second latch is used solely for the purpose of providing a valid "clock" or "enable" signal.

The SY10E175JC operates on a single 5V power supply and is packaged in a 16-pin DIP package. It has a propagation delay (tpd) of 6ns (typical) and an output enable/disable time (ted) of 3ns (typical). The device is capable of driving up to 40 Ma of capacitive load. It is also designed to provide a logic "1" to logic "0" noise immunity of 2.0V.

The SY10E175JC\'s basic working principle is that of a master-slave latch. The input data is supplied to the master latch, which in turn supplies the data to the slave latch. The slave latch is optimized to detect the data supplied by the master latch and store it until it is required. The master latch and the slave latch are designed to operate in a fully synchronous manner, allowing them to store and process data rapidly with minimal noise and signal integrity.

The SY10E175JC is widely used in a variety of logic applications, such as addressing and data transmission. It can be used for storing and retrieving data in memory devices, as well as for providing high speed "AND" logic to enable pipelined binary computations. It is also useful for decoding and denoting data in multiplexer applications, as well as for providing high speed enable/disable signals in complex logic circuitry.

In conclusion, the SY10E175JC is a dual master-slave universal clear latch designed using advanced CMOS technology. It is designed to reduce the noise effects in high-speed automated data transmission systems and to provide a high speed "AND" logic cell. It is ideal for applications that require stable high-speed data transmission with low noise and high signal integrity. The device operates on a single 5V power supply and has a propagation delay of 6ns (typical) and an output enable/disable time of 3ns (typical). It is widely used in a variety of logic applications, such as addressing and data transmission.

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