72V293L7-5BC

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The 72V293L7-5BC is a component used in logic - FIFOs memory. It is a synchronous static RAM memory device comprising two 32-bit FIFOs, two 4-bit programmable counters and one 4-bit output latch. The device provides the capability to store and read data from 32 different locations with clock input provided externally for transfer of data between the registers.

The application of the 72V293L7-5BC component is mainly in Logic FIFOs Memories. A logic FIFO stands for a First-In First-Out memory device and is often used to store data represented in the form of words or bytes. A FIFO Memory is made up of an array of SRAM cells, with an input clock and an output clock. It can store data in the form of words and can be written to or read out in the same order. It is used in circuit designs and computer systems to simulate the concept of pipe-lining and time-division multiplexing.

The working principle behind the 72V293L7-5BC component is quite simple. The two 32-bit FIFOs receive and store data from two different sources and provide a clocked output. The two 4-bit programmable counters allow for the control of the data being read from the memory. The 4-bit output latch provides a controlled output, which can be used for synchronization and timing control. The device is clocked in synchronism with the system clock, with the input and output enable signals determining when data is available for reading and writing.

The main advantage of the 72V293L7-5BC component is its minimal power consumption and low profile, which makes it very suitable for applications in tight spaces and constrained power supply environments. This device is also fast and reliable and can be easily integrated into a system. The device is available in a lead-free and low-power version which is RoHS compliant.

Overall, the 72V293L7-5BC component is a great component to have in Logic FIFOs Memory applications. Its capability to store and read data with clock input provided externally makes it the perfect component for such applications. Its low power consumption, availability in a lead-free version, fast performance and reliability make it a popular component for circuit designs and computer systems.

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